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Anritsu MP1570A Operation Manual

Anritsu MP1570A Operation Manual

Sonet/sdh/pdh/atm analyzer

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MP1570A

SONET/SDH/PDH/ATM Analyzer

Operation Manual

Remote Control

11th Edition

• Read this manual before using the equipment.

• To ensure that the equipment is used safely, read the

"For Safety" in the MP1570A SONET/SDH/PDH/ATM

Analyzer Operation Manual first.

• Keep this manual with the equipment.

ANRITSU CORPORATION

Document No.: M-W1721AE-11.0

Vol.2

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Page 1 11th Edition • Read this manual before using the equipment. • To ensure that the equipment is used safely, read the "For Safety" in the MP1570A SONET/SDH/PDH/ATM Analyzer Operation Manual first. • Keep this manual with the equipment. ANRITSU CORPORATION...
Page 2 Safety Symbols To prevent the risk of personal injury or loss related to equipment malfunction, Anritsu Corporation uses the following safety symbols to indicate safety-related information. Insure that you clearly understand the meanings of the symbols BEFORE using the equipment.
Page 3 In addition, this warranty is valid only for the original equipment pur- chaser. It is not transferable if the equipment is resold. Anritsu Corporation will not accept liability for equipment faults due to unforeseen and unusual circumstances, nor for faults due to mishandling by the customer.
Page 4 Notes On Export Management This product and its manuals may require an Export License/Approval by the Government of the product's country of origin for re-export from your country. Before re-exporting the product or manuals, please contact us to confirm whether they are export-controlled items or not. When you dispose of export-controlled items, the products/manuals are needed to be broken/shredded so as not to be unlawfully used for military purpose.
Page 5 Union. For Products placed on the EU market after August 13, 2005, please con- tact your local Anritsu representative at the end of the product's useful life to arrange disposal in accordance with your initial contract and the local law.
Page 6 CE Conformity marking Anritsu affixes the CE Conformity marking on the following product (s) in accordance with the Council Directive 93/68/EEC to indicate that they conform with the EMC and LVD directive of the European Union (EU). CE marking 1. Product Model...
Page 7 C-tick Conformity marking Anritsu affixes the C-tick marking on the following product (s) in accor- dance with the regulation to indicate that they conform with the EMC framework of Australia/New Zealand. C-tick marking 1. Product Model Model: MP1570A SONET/SDH/PDH/ATM ANALYZER Plug-in Units: See Table 1.
Page 8 Table 1 List of the Product Name and Model Name Model Name Product Name Main Frame MP1570A SONET/SDH/PDH/ATM ANALYZER Plug in Units MP0105A CMI UNIT MP0108A NRZ UNIT MP0111A Optical 156M/622M (1.31) UNIT MP0112A Optical 156M/622M (1.55) UNIT MP0113A Optical 156M/622M (1.31/1.55) UNIT...
Page 9 Use them properly according to the usage purpose. Basic Operation SDH Edition Describes the basic operation of MP1570A, PDH mea- surement and SDH measurements up to 622M (STM 4). (The contents of this manual are basically the sa Vol. 1 me as those of ‘Basic Operation SONET Edition’).
Page 10 About MP1570A Operation Manuals...
Page 11 GPIB, RS- 232C, Ethernet interface. (The MP1570A complies with SCPI.) Screen Names MP1570A has 4 major screens, namely, 'Setup', 'Test menu', 'Result', and 'Analyze', and each major screen has its own subscreens. (For details, see ‘Section 4 Screens and Parameter Setting’).
Page 12: Table Of Contents
CONTENTS Section 1 General ............1-1 1.1 Interface Function ..............1-3 1. 2 Typical System Up ..............1-4 Section 2 GPIB Interface ..........2-1 2.1 GPIB Interface Function ............2-3 2.2 Device Message List ............. 2-4 2.3 Bus Command ............... 2-5 2.4 GPIB Cable Connection ............2-6 2.5 GPIB Setting ................
Page 13 CONTENTS Section 8 Status Report ..........8-1 8.1 MP1570A Status Register Configuration ......8-3 8.2 IEEE488.2 Specified Status Register ........8-6 8.3 SCPI Specified Status Register ..........8-8 8.4 MP1570A Unique Status Register ........8-9 8.5 Status Register Read, Write and Clear .........8-18 Section 9 SCPI Overview ..........9-1 9.1 Overview...
Page 15: Section1 General
Section1 General MP1570A SONET/SDH/PDH/ATM Analyzer is capable of performing automatic measurements when combined with an external controller. For connection, the optional GPIB, RS-232C or Ethernet interface is used. This section gives the information relating to interface functions and typical system up.
Page 16 Section 1 General 1 - 2...
Page 17: Interface Function
1.1 Interface Function A remote control connector is provided on the rear panel of the MP1570A. Remote control of the MP1570A and data printed out using an external printer can be realized by installing the GPIB, RS-232C or Ethernet interface option.
Page 18: Typical System Up
On/Off Print Now Feed Screen Copy Remote MP1570A Host computer Data output to external printer When a printer is connected, measurement data of the MP1570A can be output to the printer. MP1570A SONET/SDH/PDH/ATM Analyzer Cursor Set Up Test Menu Cancel...
Page 19 Section 2 GPIB Interface This section gives the information relating to GPIB interface functions and setting procedures when the GPIB interface is used as the option. 2.1 GPIB Interface Function ............. 2-3 2.2 Device Message List ............2-4 2.3 Bus Command..............2-5 2.4 GPIB Cable Connection ............
Page 20: Section 2 Gpib Interface
Section 2 GPIB Interface 2 - 2...
Page 21: Gpib Interface Function
2.1 GPIB Interface Function 2.1 GPIB Interface Function The MP1570A only has functions as the device and has no functions as a controller. For this reason, the interface functions provided are limited as listed in Table below. Code Interface function IEEE488.2 standard...
Page 22: Device Message List
Program command Status message (detail in SECTION ・ Equipment unique command(detail in SECTION 10) Response message ・ IEEE488.2 common command 　　　　　(detail in SECTION 7) Program query Program message MP1570A SONET/SDH/PDH/ATM Analyzer Cursor Set Up Test Menu Cancel Result Start Analyze...
Page 23: Bus Command
Input buffer capacity of MP1570A is complete. 256 bytes. 2.3 Bus Command The bus command is the interface internal communications transmitted while the bus mode is the command mode (the ATN line is "L").
Page 24: Gpib Cable Connection
Section 2 GPIB Interface 2.4 GPIB Cable Connection Connect the GPIB cable to the GPIB connector on the rear panel. Connect the GPIB cable to the GPIB cnnector on the rear panel.Observe the following conditions for connection: Number of devices connected <= 15 Total length of cable <= 2m×number of devices (maximum 20 m) GPIB Connector...
Page 25: Gpib Setting
2.5 GPIB Setting 2.5 GPIB Setting When the GPIB is used as the remote interface, set the MP1570A to Local and enter settings listed in the table below using keys on the front panel. Enter the settings on the System subscreen of the Setup main screen.
Page 26 Section 2 GPIB Interface ２　The System subscreen shown below appears after operations of 1. Shift the highlight cursor to items *1 to *2 and enter the necessary settings. 　　For details on setting contents, refer to Operation Manual Vol.1 or Vol.3. *１...
Page 27: Device Initialization
2.6 Device Initialization 2.6 Device Initialization The IEEE488.2 specifies the system initialization in three levels of the bus, message and device initialization. Level Initialization type Description １ Bus initialization Initializes all interface functions connected to the bus by IFC message from controller. Message Disables function to report the controller of ２...
Page 28: Device Initialization
This function initializes a function unique to the device to the known status, regardless of the past operating history. With the MP1570A, the status after initialization is the same as those upon power on. 2.6.4 Device status at power on The MP1570A is set to the following conditions when power is turned ‐...
Page 29 Section 3 RS-232C Interface In this section, the setting procedures are explained when the RS-232C interface is used as the option. 3.1 Device Message List ............3-3 3.2 RS-232C Cable Connection ..........3-4 3.3 RS-232C Setting ..............3-5 3.4 Device Initialization.............. 3-7 3.4.1 Device initialization............
Page 30: Section 3 Rs-232C Interface
Section 3 RS-232C Interface 3 - 2...
Page 31: Device Message List
Response message (detail in Section 6) Program command Status message (detail in Section 8) ・ Equipment unique command(detail in Response message Section 10) ・ IEEE488.2 common command (detail in Section 7) Program query MP1570A SONET/SDH/PDH/ATM Analyzer Cursor Program message Set Up Test Menu Cancel Result...
Page 32: Rs-232C Cable Connection
Input buffer are stored in this memory until read capacity of MP1570a is 256 bytes. by controller is complete. 3.2 RS-232C Cable Connection Connect the RS-232C cable to the RS-232C connector on the rear panel. RS-232C Connector 3 - 4...
Page 33: Rs-232C Setting
3.3 RS-232C Setting When the RS-232C is used as the automatic control interface, set the MP1570A to Local and enter settings listed below using keys on the front panel. Enter the settings on the System subscreen of the Setup main screen.
Page 34 Fig. 3-4 Subscreen Select Window ２ The System subscreen shown below appears after operations of 1. Shift the highlight cursor to items *1 to *6 and enter the necessary settings. For details on setting contents, refer to the MP1570A Operation Manual. *１ *２...
Page 35: Device Initialization
This function initializes a function unique to the device to the known status, Function regardless of the past operating history. With the MP1570A, the status after initialization is the same as those upon power on. (The status upon power on will be explained below.) 3.4.2 Device status at power on The MP1570A is set to the following conditions when power is turned ‐...
Page 36 Section 3 RS-232C Interface 3 - 8.
Page 37: Section 4 Ethernet Interface
Section 4 Ethernet Interface This section explains how to setup the MP1570A in order to use the Ethernet interface as an option. 4.1 Device Message List ............... 4-3 4.2 Initialization of Ethernet Board ..........4-5 4.3 Network Connection and Data Flow ........4-11...
Page 38 Section 4 Ethernet Interface 4 - 2...
Page 39: Device Message List
・ Unique commands of the device for the details) (Refer to Section 11 for the details) Response messages ･ IEEE488.2 Common commands (Refer to Section 8 for the details) Program queries MP1570A SONET/SDH/PDH/ATM Analyzer Cursor Program messages Set Up Test Menu...
Page 40 The input buffer size for the finishes reading them. MP170A is 256bytes. The MP1570Amust be connected to a TCP/IP network when you use an Ethernet interface. In this case, the MP1570A works as a server. 4 - 4...
Page 41: Initialization Of Ethernet Board
The terminal must be able to use the FTP function. (1) Connect the Ethernet board of the MP1570A to the terminal in order to build a local network. The setup in the following figure shows that the terminal and the MP1570A are physically connected.
Page 42 Section 4 Ethernet Interface (3) Read the configuration file of the MP1570A using the FTP of the terminal, and edit them using an editor, then reload them to the MP1570A. The operation example is shown below. Refer to the terminal operation manual for the information on the ETP activation at the terminal.
Page 43 4.2 Initialization of Ethernet Board File Format NAME:TA-B40 MAC:00-A0-C2-04-9C-BF VER:1.07 RSP:speed=9600,data=8,stop=1,parity=NON,flow=XONXOFF SSW:0 TIM:0 OIP:172.16.82.47 OPT:257 DIP:2.2.2.2 DPT:514 GIP:172.16.80.1 MSK:255.255.255.0 PRG:NON 4 - 7...
Page 44 3 digits with a period. Consult with your network administrator about the settings 0 to 65535 Set the port number for the MP1570A. This is the port number used for addressing the MP1570A when the MP1570A communicates with terminal.
Page 45 4.2 Initialization of Ethernet Board Additional Information (1) IP Address In the network using the TCP/IP, each device connected to the network is identified by its IP address. Therefore, each device must have the unique IP address. The IP address is a number consisting of 32 bits, and usually split by a dot into four 8-bit sections (This is called the dot notation.) An IP address contains not only the device (host) information...
Page 46 Section 4 Ethernet Interface (3) The gateway The gateway device is used when connecting multiple networks. The gateway includes a dedicated device known as a router. In the TCP/IP networks, the IP packets are directly exchanged within the same network. However, between different networks (when terminals have...
Page 47: Network Connection And Data Flow
The network connection shown in the paragraph 4.2 can also be used. Example for Ethernet Interface Connection The connection to the MP1570A is a data communication using the TCP connection. The communication program (Socket client) must be created at the terminal for the communication.
Page 48 Response Note: Comment on data communication (1) The MP1570A saves the data from client at reception buffer. When the internal buffer becomes full, TCP flow control occurs, and the response of client command level may not be returned. Then, the abnormal termination (such as timeout for any application software) may occurs.
Page 49 Section 5 Listener Input Format This section describes the format of program messages received by the listener (MP1570A) from the talker (controller). Since the equipment unique commands conform to the SCPI standards, examples are given using the SCPI commands. 5.1 Listener Input Program Message Format ......5-3 5.
Page 50: Section 5 Listener Input Format
Section 5 Listener Input Format 5 - 2...
Page 51: Listener Input Program Message Format
5.1 Listener Input Program Message Format 5.1 Listener Input Program Message Format As an example, the program message is shown below when the unbalance connector is selected as the input connector and the receive signal is set to 2M. <TERMINATED PROGRAM MESSAGE> <PROGRAM MESSAGE>...
Page 52 Section 5 Listener Input Format specific path is indicated by a diagram. ・ Coded grammar diagram: Selection of a coded element of a specific path is indicated by a diagram. Formats of WRITE and READ commands are as shown below. 　　　WRITE　＠...
Page 53 5.1 Listener Input Program Message Format 　　　READ　＠　　　Data being input from device is substituted to variable. ★ Format 　　　　READ　＠device No.:variable <Example> Data being input from device (input connector setting) is substituted to variable A$. 　　　　WRITE @03: ” : ROUT : INP : SEL?” Queries input connector setting 　　　　READ @03: A$ 　　　　　　　　　　　Listener address (when GPIB address of SDH/PDH analyzer is set to 3) 5 - 5...
Page 54: Functional Element Of Program Message
Section 5 Listener Input Format 5.2 Functional Element of Program Message The MP1570A accepts a program message when it detects a terminator located at the end of a program message. Functional elements of program messages are explained. 5.2.1 <TERMINATED PROGRAM MESSAGE>...
Page 55: Program Massage Terminator
5.2 Functional Element of Program Message 5.2.2 <PROGRAM MESSAGE TERMINATOR> (1) The <PROGRAM MESSAGE TERMINATOR> is defined as shown below when the GPIB interface is used. (2) The <PROGRAM MESSAGE TERMINATOR> is defined as shown below when the RS-232C interface is used. <PROGRAM MESSAGE TERMINATOR>...
Page 56: White Space
32 in decimal notation). Although the range includes the ASCII control code and space signal, except the new line, the MP1570A handles it merely as a space or ignores without interpreting it as an ASCII control code. 5.2.4 <PROGRAM MESSAGE>...
Page 57: Program Message Unit Separator
The <PROGRAM MESSAGE UNIT SEPARATOR> divides multiple <PROGRAM MESSAGE UNIT> element sequences within the <PROGRAM MESSAGE> range. The MP1570A interprets the semicolon ";" as the <PROGRAM MESSAGE UNIT> separator. Therefore, <white space character> before and after a semicolon ";" are ignored.
Page 58: Program Message Unit
<PROGRAM A <PROGRAM MESSAGE UNIT> consists of a single command message, <PROGRAM MESSAGE UNIT>, or a single query message, <QUERY MESSAGE UNIT>, received by the MP1570A. 5.2.7 <COMMAND MESSAGE UNIT>/<QUERY MESSAGE UNIT> (1) The <COMMAND MESSAGE UNIT> is defined as shown below.
Page 59 MP1570A. <QUERY PROGRAM HEADER> is a query command; the controller sends it to the MP1570A beforehand in order to receive a response message from the MP1570A. The feature of this header is that the query indicator "?"...
Page 60: Command Program Header
Section 5 Listener Input Format 5.2.8 <COMMAND PROGRAM HEADER> The <COMMAND PROGRAM HEADER>is defined as shown below. A <white space> may be located before each header. (1) The <Instrument-Control Headers> are defined as shown below. (2) The <common command program header> is defined as shown below.
Page 61 ■ <COMMAND PROGRAM HEADER> This header identifies the application, function or operation of program data to be executed by the MP1570A. When no program data are attached, the header alone identifies an application, function or operation to be executed inside the MP1570A.
Page 62 5F (95 in decimal notation=underline). ■ <Instrument-Control Headers> The <Instrument-Control Headers> is specified in the SCPI standard. Since the equipment unique commands of the MP1570A conform to the SCPI standard, the command formats also conform to the standard. <short form mnemonic>/<long form mnemonic>...
Page 63: Query Program Header
■ <QUERY PROGRAM HEADER> The <QUERY PROGRAM HEADER> is a query command; the controller sends it to the MP1570A beforehand in order to receive a response message from the MP1570A. The feature of this header is that the query indicator "?" is always attached at the end of the header.
Page 64: Program Header Separator
Section 5 Listener Input Format 5.2.10 <PROGRAM HEADER SEPARATOR> The <PROGRAM HEADER SEPARATOR> is defined as shown below. The <PROGRAM HEADER SEPARATOR> is used as the separator between <COMMAND PROGRAM HEADER> <QUERY PROGRAM HEADER> and <PROGRAM DATA>. When more than 1 <white space characters> exist between a program header and program data, the first <white space character>...
Page 65: Program Data Format
5.2 is further explained. The <PROGRAM DATA> function elements are used for transmitting various parameters relating to the program header. Program data shown in netted ovals in the figure below are used by the MP1570A. 5 - 17...
Page 66: Character Program Data
Section 5 Listener Input Format 5.3.1 <CHARACTER PROGRAM DATA> <example> : SENSe : TELecom : PATTern : TYPE PRBS11 (Mnemonic data representing PRBS2 : SENSe : MEASure : TYPE SINGle（Mnemonic data representing a single measurement） 5.3.2 <DECIMAL NUMERIC PROGRAM DATA> The <DECIMAL NUMERIC PROGRAM DATA>...
Page 67: Boolean Program Data
5.3 Program Data Format Values used by the MP1570A are integers in decimal notation. ■ Integer format Represents an integer in decimal notation. ･ "0" may be inserted at the head. (005) ･ No space is allowed between symbols and numerals.
Page 68: String Program Data
Section 5 Listener Input Format 5.3.4 <STRING PROGRAM DATA> The <STRING PROGRAM DATA> represents a character string surrounded by double or single quotation marks and is defined as shown below. ((1) The <inserted> is defined by a single ASCII symbol of value 27 (decimal, 39=').
Page 69 Section 6 Talker Output Format This section describes formats of response messages returned from the talker (device) to the listener (controller). 6. 1 Talker Output Response Message Format ......6-3 6.2 Functional Element of Response Message ......6-4 6.2.1 ＜TERMINATED RESPONSE MESSAGE＞ ....6-4 6.2.2 ＜RESPONSE MASSAGE TERMINATOR＞....
Page 70: Section 6 Talker Output Format
Section 6 Talker Output Format 6 - 2...
Page 71: Talker Output Response Message Format
6.1 Talker Output Response Message Format 6.1 Talker Output Response Message Format Responses against input connector selection query :ROUT:INP:SEL? receive signal rate query :SENS:TEL:BRAT? are shown below. Since no headers are attached to the SCPI response, only data are returned as responses. <TERMINATED RESPONSE MESSAGE>...
Page 72: Functional Element Of Response Message
Section 6 Talker Output Format 6.2 Functional Element of Response Message 6.2.1 ＜TERMINATED RESPONSE MESSAGE＞ <TERMINATED RESPONSE MESSAGE>は，次のように定義されます。 < A <TERMINATED RESPONSE MESSAGE> is a data message containing all function elements necessary for transmitting the message from the talker device to the controller. completing <RESPONSE MESSAGE>...
Page 73: Response Massage
6.2 Functional Element of Response Message The <RESPONSE MESSAGE TERMINATOR> is located after the <RESPONSE MESSAGE UNIT> and terminates one or more <RESPONSE MESSAGE UNIT> element sequences with constant length. A typical program which reads the input connector status currently being set is shown below. 　　　　10 WRITE @03:”:ROUT:INP:SEL?”...
Page 74: Response Massag Unit Separator
SEPARATOR> semicolon ";". 6.2.5 ＜RESPONSE MESSAGE UNIT＞ The <RESPONSE MESSAGE UNIT> is defined as shown below. The <RESPONSE MESSAGE UNIT> used in the MP1570A is the response message unit without header, and only measured result data are responded. 6 - 6...
Page 75: Response Data Separator
6.2 Functional Element of Response Message 6.2.6 ＜RESPONSE DATA SEPARATOR＞ The <RESPONSE DATA SEPARATOR> is defined as shown below. A <RESPONSE DATA SEPARATOR> is used to separate data when multiple are output. 6 - 7...
Page 76: Response Data
Section 6 Talker Output Format 6.2.7 ＜RESPONSE DATA＞ Data shown in netted ovals are <RESPONSE DATA> used for the MP1570A. Which response data is returned is determined depending on the query message. 6 - 8...
Page 77 6.2 Functional Element of Response Message Element Function (1) CHARACTER Express a short mnemonic data. RESPONSE DATA <Example> DEFG (2) NR1 NUMERIC Express a decimal integer. RESPONSE DATA <Example> +123 -1234 (3) NR2 NUMERIC Express a value representing a fixed decimal point. RESPONSE DATA <Example>...
Page 78 Section 6 Talker Output Format Element Function (4) STRING Express a character string quoted by double quotation marks. RESPONSE DATA <Example> “1234” “ABCD” “ 1234.5” (5) ARBITARY ASCII ASCII data bytes are sent without separation, except NL characters. Since, RESPONSE DATA NL^END (or NL only) is inserted at the end, the message is terminated without exit.
Page 79: Section 7 Iieee488.2 Common Command
Section 7 IEEE488.2 Common Command This section describes the IEEE488.2 common commands supported by the MP1570A. 7 - 1...
Page 80 Section 7 IEEE488.2 Common Command 7 - 2...
Page 81 Option Identification Query ∗IDN? Identification Query Response <ARBITRARY ASCII RESPONSE DATA> <Manufacturer>, <Model>, <Serial No.>, <Firmware revision No.> For the MP1570A: ANRITSU, MP1570A, 0, 1 ANRITSU, MP1570A, 0, Function Reports the manufacture name, model, etc. Example use *IDN? 7 - 3...
Page 82 Section 7 IEEE488.2 Common Command ∗RST Reset Command Parameter None Function Resets the same settings as power on. Although measured contents are cleared, the measurement is maintained. To return to the factory settings, enter <0> (Initial) to the SCPI command :SYSTem:MEMory: RECall. Example use *RST ∗TST?
Page 83 The digit value for a bit to be disabled is set to 0. For the MP1570A, register settings are as listed below: Bit 7 (27=128): Upon power on Bit 6 (26=64): Execution of local control...
Page 84 The digit value for a bit to be disabled is set to 0. For the MP1570A, register settings are as listed below: Bit 7 (27=128): Operation status register summary Bit 5 (25=32): Event status register summary Bit 4 (24=16): Indicates that the output queue is not empty.
Page 85 0 to 255 The response is a total of digit values of status byte register bits. For the MP1570A, register settings are as listed below: Bit 7 (27=128): Operation status register summary Bit 6 (26=64): MSS (Master Summary Status) summary message Bit 5 (25=32): Event status register summary Bit 4 (24=16): Indicates that the output queue is not empty.
Page 86 Section 7 IEEE488.2 Common Command Entering 0 does not clear enable registers and the device can issue SRQ upon power on. Entering 1 clears enable registers and the device cannot issue SRQ upon power on. Example use To issue SRQ without clearing power-on status flag: *PSC 0;*SRE 32;*ESE 128 ∗PSC? Power-on Status Clear Query...
Page 87 Section 7 IEEE488.2 Common Command ∗OPT? Option Identification Query Response <ARBITRARY ASCII RESPONSE DATA> Character corresponding to the option or unit Option Character Non Option Option 01 OPT01 Option 02 OPT02 Option 03 OPT03 Option 06 OPT06 Option 07 OPT07 Option 08 OPT08 Option 09...
Page 88 Section 7 IEEE488.2 Common Command OPTICAL 10G TX (1.55) Unit MU150001A OPTICAL 10G TX (1.55) Unit MU150001B OPTICAL 10G TX (1.55) Unit MU150001C OPTICAL 10G TX (1.55) Unit MU150001D OPTICAL 10G RX (NARROW) Unit MU150002A OPTICAL 10G RX (Wide) Unit MU150017A OPTICAL 2.5G/10G RX (Wide) Unit MU150017B...
Page 89 Section 8 Status Report This section describes the status register configuration and definition of status register bits. The configuration of MP1570A status registers conforms to the SCPI standard. (SCPI: Standard Command for Programmable Instruments For detail, see Section 9.) 8.1 MP1570A Status Register Configuration ......8-3 8.2 IEEE488.2 Specified Status Register .........
Page 90: Section 8 Status Report
Section 8 Status Report 8 - 2...
Page 91: Mp1570A Status Register Configuration
The SCPI requires to configure status registers specified by the IEEE488.2 and SCPI unique OPERation and QUEStionalble status registers. Brief schematic drawing of registers installed to the MP1570A is shown in the next page. (Bit position and width will be explained later.) 8 - 3...
Page 92 Section 8 Status Report MP1570A Status Register Configuration Registers specified by IEEE488.2 ..Standard event register, status byte register Registers specified by SCPI ..QUEStionable status register, OPERation status register Unit individual register ..TELecom,TELecom2,INSTrument,INSTrument2, SDH/SONet,139M,34M,8M,2M,SECT/SLINe,HP/P,LP/V,TCOH(HP)/TCOH(P)TCO H(LP)/ TCOH(V),OH,SIGNalling,45M,1.5M 8 - 4...
Page 93 8.1 MP1570A Status Register Configuration SCPI specified status registers and equipment unique status registers are configured as shown below. Condition Transition Event Event Enable Register Filter Register Register ＆＆＆＆＆ Summary Message Logical OR Status Register Configuration...
Page 94: Ieee488.2 Specified Status Register
Section 8 Status Report 8.2 IEEE488.2 Specified Status Register The IEEE488.2 specifies the following two status registers: Functions of Status Registers Specified by IEEE488.2 Status Byte Capable of setting RQS and 7 summary message bits. Register Used in combination with service request enable register and SRQ is set to ON when OR of both registers is not 0.
Page 95 8.2 IEEE488.2 Specified Status Register Bit Definition for Status Byte Register QUE (Error/Event QUEue) Indicates that error and event queues are not empty. QUES (QUEStionable status register QUEStionable Status Register Summary summary) MAV (Message AVailable) Indicates that output queue is not empty ESB (Event Summary Bit) Standard Event Status Register Summary RQS (ReQuest Service)
Page 96: Scpi Specified Status Register
Section 8 Status Report 8.3 SCPI Specified Status Register The SCPI requires that the following registers are installed in addition to those specified by the IEEE488.2. Functions of SCPI Specified Status Registers OPERationStatus Register Reports a part of the equipment status. QUEStionableStatus Register Status Register Reports the signal status.
Page 97: Mp1570A Unique Status Register
8.4 MP1570A Unique Status Register 8.4 MP1570A Unique Status Register Table below lists status registers unique to the MP1570A. Functions of MP1570A Unique Status Registers INSTrumentStatus Register Reports the equipment and measurement status. TELecomStatus Register Reports the signal status and includes the lower layer summary message.
Page 98 Section 8 Status Report Bit Definition for INSTrument Status Register (Log Full) Indicates that the log is full. (Log Empty) Indicates that the log is empty. EOT (End Of Test period) Indicates that a test (measurement) has completed. STC (Self Test Complete) Indicates that the self test has completed.
Page 99 8.4 MP1570A Unique Status Register 8 - 11...
Page 100 Section 8 Status Report Bit Definition for TELecom Status Register CERR (Code ERRor) Indicates existence of a code error. BERR (Bit ERRor) Indicates existence of a bit error. PSL (Pattern Sync Loss) Indicates that pattern sync loss occurred. LOS (Loss Of Signal) Indicates that signal loss occurred.
Page 101 8.4 MP1570A Unique Status Register 8 - 13...
Page 102 Section 8 Status Report 8 - 14...
Page 103 8.4 MP1570A Unique Status Register Bit Definition for SDH/SONet Status Register LOF (Loss Of Frame) Indicates that LOF occurred. OOF (Out Of Frame) Indicates that LOF occurred. SIGNalling SIGNalling status summary SECT(SLINE) (Section/Line pass) SECT(SLINE) status summary DB10 HP(STS) (HP/STS Path)
Page 104 Section 8 Status Report Bit Definition for TCOH(HP)/TCOH(P) status register VC-AIS(Virtual Container Alarm Indication Signal) Indicates that VC-AIS occurred. ISF (Incoming Signal Failure) Indicates that ISF occurred. FAS (Frame Alignment Signal) Indicates that FAS occurred. IncAIS (Incoming Alarm Indication Signal) Indicates that IncAIS occurred.
Page 105 8.4 MP1570A Unique Status Register Bit Definition for TELcom2 Status Register 45M (45M Status Register summary) 45M status register summary DB11 1.5M (1.5M Status Register summary) 1.5M status register summary DB12 Bit Definition for 45M Status Register LOF (Loss Of Frame) Indicates that LOF occurred.
Page 106: Status Register Read, Write And Clear
Section 8 Status Report 8.5 Status Register Read, Write and Clear (1) Read and Write Procedures Table below lists the read and write procedures for each status register. Read/Write Procedures for Status Registers Register Read procedure Write procedure Status Byte Register Disable Serial pole: 7-bit status byte and RQS...
Page 107: Status Register Read, Write And Clear
8.5 Status Register Read, Write and Clear register, enable register and transition filter of the equipment unique status registers. ･ For details of ? common commands and queries, see SECTION 7, and SCPI commands, see SECTION 10, respectively. (2) Clear and Reset Procedures Table below lists the clear and reset procedures for status registers and affecting ranges.
Page 108 Section 8 Status Report The table below lists values of registers, being affected by the :STATus:PRESet command, after reset. Register 0 Enable/Filter Values after reset OPERational Enable Register All 0 Status Register PTRansitionFilter All 1 QUEStionabl NTRansitionFilter All 0 Status Register INSTrument Enable Register ALL 1...
Page 109: Section 9 Scpi Overview
Section 9 SCPI Overview This section describes overview of the SCPI and the command system. The MP1570A adopts commands specified by the SCPI (Standard Commands for Programmable Instruments) as the commands for remote control. The following symbols are used in this and following sections for explaining command usage and response examples: >...
Page 110 Section 9 SCPI Overview 9 - 2...
Page 111: Overview
9.2 Command configuration 9.1 SCPI Overview The SCPI is the equipment command language which does not dependent upon the hardware defined by the SCPI Consortium. Purpose of the SCPI lies in shortening the program development period automatic measuring equipment (ATE) unifying programming environment including the equipment control and data handling.
Page 112: Command Description Method
Section 9 SCPI Overview 9.3 Command Description Method :SENSe:TELecom:PATTern[:TYPE]<pattern> <pattern> = PRBS11,PRBS15,PRBS20,PRBS23, :SENSe:TELecom:PATTern[:TYPE]? UWORd16,AZERo,AONE :SENSe:TELecom:PATTern:UWORd<string> <string> = "00..00" ～ "11..11" :SENSe:TELecom:PATTern:UWORd? Example SCPI commands The command trees shown on the previous page are actually expressed as the above commands. Rules on command expression are explained below. <Command Format>...
Page 113: Command Combination
9.4 Command Combination identical command. Example: When header is not omitted: > :SENSe:TELecom:PATTern:TYPE PRBS11 When header is omitted: > :SENSe:TELecom:PATTern PRBS11 <Command Separator> At least one space is necessary between a command and a parameter. Two parameters or more need to be separated by ",". 9.4 Command Combination Commands may be combined using ';' as shown below.
Page 114: Parameter
Section 9 SCPI Overview 9.5 Parameter Table 9-1 lists the parameter types used for the MP1570A. The parameter types are shown by small characters surrounded by parentheses < > as shown in Table 9-1. The <PROGRAM DATA> types specified by IEEE488.2 (or SCPI) AND corresponding to parameter types are indicated by capital characters.
Page 115: Section 10 Detailed Device Message
Section 10 Detailed Device Message This section describes details on device messages supported by the MP1570A. The following symbols are used in this section to describe the command and response usage examples: Program message (program command and query command) >...
Page 116 Section 10 Detailed Device Message 10 - 2...
Page 117: Response Format
10.1 Response Format 10.1 Response Format The response formats against query commands are explained here. Formats are as specified in the following tables. Response Format (by Response Type) Response type Format <numeric>,<year>,... The number of response digits is made variable and (<NR1 NUMERIC the maximum number of digits of numeric range is RESPONSE DATA>)
Page 118 Section 10 Detailed Device Message Response Formats (Form 1 to Form 15) Type Format Description Form1 " XXXXXX" When 0 <=value <= 999.999, 6 among 8 characters with Integer right justification type Example: > :CALCulate:DATA? "EC:BIT" < " 892" " X.XXE+XX" When 1.00E+06 <=value <=9.99E+15, 7 of 8 characters with right justification Example: >...
Page 119: Buffer Size
When a setting is changed during a course of measurement, the measurement is resumed. As for condition to change set values of other items and resume condition, refer to Detailed Operation Procedure of the MP1570A Operation Manual. Examples of command expression are shown below.
Page 120 Section 10 Detailed Device Message Program Query Command The response content is omitted when a program command corresponding to a query exists. (The response content is the same as the parameter content of the program command.) Query Command Parameter Type(SCPI, equipment Parameter Type(IEEE488.2, SCPI) :ROUTe:INPut:SELect ?
Page 121: Instrument Subsystem
10.3 Equipment Unique Command 10.3.1 INSTrument subsystem The INSTrument subsystem selects whether identical or independent settings are used for send and receive. The following table shows functions, commands, and parameters. Function Command Parameter Page 10-8 Perform settings for send and receive. :INSTrument:COUPle mode Queries if identical settings apply or...
Page 122 Section 10 Detailed Device Message :INSTrument:COUPle <mode> Parameter <mode> = <CHARACTER PROGRAM DATA> Tx&Rx NONE Independent Function Sets whether identical or independent settings apply for send and receive. Example use To set to identical settings > :INSTrument:COUPle ALL :INSTrument:COUPle? Response <mode>...
Page 123 10.3 Equipment Unique Command :INSTrument:STANdard<type> Parameter <type> = <CHARACTER PROGRAM DATA> SONET Function Select SDH/SONET switching. Example use To set SDH setting: > :INSTrument:STANdard SDH :INSTrument:STANdard？ Response <type> = <CHARACTER RESPONSE DATA> SONET Function Queries of SDH/SONET switching. Example use >...
Page 124 Section 10 Detailed Device Message 10 - 10...
Page 125: Source Subsystem
10.3 Equipment Unique Command 10.3.2 SOURce subsystem The SOURce subsystem sets settings of the sender. The following table shows functions, commands, and parameters. Function Command Parameter Page 10-36 Sets a bit rate for send signals. :SOURce:TELecom:BRATe brate Queries the bit rate for send signals. :SOURce:TELecom:BRATe? Page 10-36 Sets the insertion of STM4, 1, 0...
Page 126 Section 10 Detailed Device Message Specifies the number of concatenated :SOURce:TELecom:MAPPing:MC numeric channels of VC2/VT6SPE. Queries the setting for VC2/VT6SPE :SOURce:TELecom:MAPPing:MC? concatenated channel numbers. Specifies the number of channels for :SOURce:TELecom:MAPPing:SIG the send signaling frames. Queries the number of channels for :SOURce:TELecom:MAPPing:SIG? the send signaling frames.
Page 127 10.3 Equipment Unique Command Page 10-51 Sets whether or not to send the error :SOURce:TELecom:TANDem:Condition:N1HP:MODE mode alarm data tandem :SOURce:TELecom:TANDem:Condition:N1LP:MODE mode connection. :SOURce:TELecom:TANDem:Condition:N2:MODE mode :SOURce:TELecom:TANDem:Condition:Z5HP:MODE mode :SOURce:TELecom:TANDem:Condition:Z5LP:MODE mode :SOURce:TELecom:TANDem:Condition:Z6:MODE mode Queries whether or not to send the :SOURce:TELecom:TANDem:Condition:N1HP:MODE error and alarm data in the tandem :SOURce:TELecom:TANDem:Condition:N1LP:MODE connection.
Page 128 Section 10 Detailed Device Message Queries the MUX last Tributary bit :SOURce:TELecom:MUX:MRATe? rate. Specifies the channel setting for each :SOURce:TELecom:MUX:ROUTe mrate MUX step. numeric Specifies the channel setting for each :SOURce:TELecom:MUX:ROUTe? mrate MUX step. Sets 64 kbit/s continuous channels. :SOURce:TELecom:MUX:N numeric Queries 64 kbit/s continuous channels.
Page 129 10.3 Equipment Unique Command Clears alarm insertion against send :SOURce:TELecom:ALARm:STOP signals. Queries alarm insertion status against :SOURce:TELecom:ALARm:STATe? send signals. Sets alarm addition timing. :SOURce:TELecom:ALARm:TIMing:TYPE type Queries the setting for alarm addition :SOURce:TELecom:ALARm:TIMing:TYPE? timing. Sets the alarm insertion timing value :SOURce:TELecom:ALARm:TIMing:BURSt timing and the unit.
Page 130 Section 10 Detailed Device Message Page 10-81 Sets type of the pointer sequence :SOURce:TELecom:PSEQuence:TYPE pstype measurement. Queries pointer sequence :SOURce:TELecom:PSEQuence:TYPE? measurement type. Sets the objective pointer for pointer :SOURce:TELecom:PSEQuence:POINter ptype sequence measurements. Queries the objective points for pointer :SOURce:TELecom:PSEQuence:POINter? sequence measurement. Sets a justification polarity for pointer :SOURce:TELecom:PSEQuence:POLarity polarity...
Page 131 10.3 Equipment Unique Command Page 10-89 Sets Dummy preset POH data of send :SOURce:TELecom:DPReset:POHPattern Pohtype signals Pohpoint String Queries the Dummy preset POH data :SOURce:TELecom:DPReset:POHPattern? of send signals. Specifies C2 data setting of Dummy :SOURce:TELecom:DPReset:SLABel pohtype preset POH data for the send signal. string :SOURce:TELecom:DPReset:PLABel pohtype...
Page 132 Section 10 Detailed Device Message :SOURce:TELecom:DPReset:TANDem:CONDition:Z5 LP:MODE :SOURce:TELecom:DPReset:TANDem:CONDition:Z6: MODE? Sets the type of trace data for tandem :SOURce:TELecom:DPReset:TANDem:CONDition:N1 type connection in the Dummy preset HP:TYPE screen. :SOURce:TELecom:DPReset:TANDem:CONDition:N1 type LP:TYPE :SOURce:TELecom:DPReset:TANDem:CONDition:Z5 type HP:TYPE :SOURce:TELecom:DPReset:TANDem:CONDition:Z5 type LP:TYPE Queries the type of trace data for N1- :SOURce:TELecom:DPReset:TANDem:CONDition:N1 HP tandem connection in the Dummy HP:TYPE?
Page 133 10.3 Equipment Unique Command Queries the Type2 data of edit Z5-LP :SOURce:TELecom:DPReset:TANDem:CONDition:Z5 for the tandem connection in the LP:TYPE2? Dummy Preset screen. Sets the edit N2 data for the tandem :SOURce:TELecom:DPReset:TANDem:N2 tapoint connection in the Dummy Preset string screen.. Sets the edit Z6 data for the tandem :SOURce:TELecom:DPReset:TANDem:Z6 tapoint connection.
Page 134 Section 10 Detailed Device Message Sets K2 (6 - 8 bit). :SOURce:TELecom:APRogram:MSPMessages:REServ (Plain language type) Queries K2 (6 - 8 bit). :SOURce:TELecom:APRogram:MSPMessages:REServ (Plain language type) Sets K1(1-4bit). :SOURce:TELecom:APRogram:MSPBits:REQuest (Bit type) request Queries K1 (1 - 4 bit). :SOURce:TELecom:APRogram:MSPBits:REQuest? (Bit type) Sets K1(5-8bit).
Page 135 10.3 Equipment Unique Command Queries the setting for POH preset :SOURce:TELecom:OHPReset:POHPattern? pohtype data of the send signal. pohpoint Sets the C2 data of POH preset data :SOURce:TELecom:OHPReset:SLABel pohtype for the send signal. (Plain language string type) Sets the C2 data of POH preset data :SOURce:TELecom:OHPReset:PLABel pohtype for the send signal.
Page 136 Section 10 Detailed Device Message :SOURce:TELecom:OHCHange:PLABel type select pohtype data Queries the C2 plain language of POH :SOURce:TELecom:OHCHange:SLABel? preset data for the send signal. :SOURce:TELecom:OHCHange:PLABel? Sets the V5 data in plain language of :SOURce:TELecom:OHCHange:VLABel type POH preset data for the send signal. select data Queries the V5 plain language data of...
Page 137 10.3 Equipment Unique Command Sets the POH data of STM (STS) :SOURce:TELecom:OHCHange:POHPattern type frame. select pohtype pohpoint data Queries the POH data of STM (STS) :SOURce:TELecom:OHCHange:POHPattern? type frame. select pohtype pohpoint Page 10-132 Overwrites the edited packet to the :SOURce:TELecom:IPPacket:RECall:DEFault initialized data.
Page 138 Section 10 Detailed Device Message Queries the set value of IP packet to :SOURce:TELecom:IPPacket:IPPacket:HEADer:V6:H be inserted into the send PPP packet EADer? (when IP ver.6 is set). Sets Source Address or Destination :SOURce:TELecom:IPPacket:IPPacket:HEADer:V6:A type Address of the send IP packet (when DDRess adr1 IP ver.6 is set).
Page 139 10.3 Equipment Unique Command Sets K2 (1 to 4 bit). :SOURce:TELecom:MSPMessages:BRIDge Bridge (Plain language type) Queries the setting for K2 (1 to 4 bit). :SOURce:TELecom:MSPMessages:BRIDge? (Plain language type) Sets K2 (5 bit). :SOURce:TELecom:MSPMessages:ARCHitect Arch (Plain language type) Queries the setting for K2 (5 bit). :SOURce:TELecom:MSPMessages:ARCHitect? (Plain language type) Sets K2 (6 to 8 bit).
Page 140 Section 10 Detailed Device Message Queries the setting of S1(bit5-bit8) in :SOURce:TELecom:SPRogram:SSMessages:REQuest? plain language. Sets S1(1-4bit，5-8bit) in binary. :SOURce:TELecom:SPRogram:SSBits:REQuest request1 Queries the setting of S1(1-4bit， 5- :SOURce:TELecom:SPRogram:SSBits:REQuest? 8bit) in binary. Sets the frame of the S1 program edit :SOURce:TELecom:SPRogram:FRAMe data. frame Queries the frame setting.
Page 141 10.3 Equipment Unique Command Queries the setting of signaling data :SOURce:SIGPreset:MULTi64:UNR? Reserved (UNR) of the 64-multiframe. Sets the signaling data LOOP2 of the :SOURce:SIGPreset:MULTi64:LOOP2 loop2 64-multiframe. Queries the setting of signaling data :SOURce:SIGPreset:MULTi64:LOOP2? LOOP2 of the 64-multiframe. Sets the signaling data LP of the 64- :SOURce:SIGPreset:MULTi64:LP multiframe.
Page 142 Section 10 Detailed Device Message Queries the setting of recommendation :SOURce:PCHeck:TYPE? type to perform the Performance check. Page 10-168 Sets the PDH frame type. :SOURce:PCHeck:PDHFrame Queries the setting of PDH frame :SOURce:PCHeck:PDHFrame? type. Page 10-168 Sets the relative number of addition :SOURce:PCHeck:REPeat repeat times for Error/Alarm reflected on the...
Page 143 10.3 Equipment Unique Command Page 10-177 Sets the alarm type to insert in the :SOURce:FMEMory:ALARm:TYPE atype send signal. Queries the alarm type to insert in the :SOURce:FMEMory:ALARm:TYPE? send signal. Sets the alarm addition timing. :SOURce:FMEMory:ALARm:TIMing:TYPE type Queries the setting of alarm addition :SOURce:FMEMory:ALARm:TIMing:TYPE? timing.
Page 144 Section 10 Detailed Device Message Page 10-185 Sets the change type of OH change in :SOURce:OHTest:OHCHange:TYPE type the OH test. Queries the change type of OH change :SOURce:OHTest:OHCHange:TYPE? in the OH test. Sets the change byte position of OH :SOURce:OHTest:OHCHange:POSition:SOH posi change SOH 1byte.
Page 145 10.3 Equipment Unique Command Sets the change channel position of :SOURce:OHTest:OHBert:CHANel OH Bert SOH 1byte [TOH 1byte]. Queries the change channel position :SOURce:OHTest:OHBert:CHANel? when OH Bert is SOH 1byte[TOH 1byte]. Page 10-195 Sets the OH Add type in the OH test. :SOURce:OHTest:ADRop:TYPE type Queries the OH Add type in the OH...
Page 146 Section 10 Detailed Device Message Queries the number of Idle pattern (L) :SOURce:IPTest:PACKet:LBYTe? bytes. Sets the number of Idle pattern (M) :SOURce:IPTest:PACKet:MBYTe bytes inserted into PPP packets in IP test. Queries the number of Idle pattern :SOURce:IPTest:PACKet:MBYTe? (M) bytes. Sets the number of Idle pattern (N) :SOURce:IPTest:PACKet:NBYTe bytes inserted into PPP packets in IP test.
Page 147 10.3 Equipment Unique Command Page 10-208 Sets the number of send patterns for :SOURce:APSTest:SEQuence:FRAMe frame APS test. Queries the setting for number of send :SOURce:APSTest:SEQuence:FRAMe? pattern of APS test. Sets the send mode of APS test. :SOURce:APSTest:SEQuence:MODE mode Queries the setting for send mode of :SOURce:APSTest:SEQuence:MODE? APS test.
Page 148 Section 10 Detailed Device Message Queries the setting for addition value :SOURce:APSTest:ERRor:TIMing:PROGrate? of Prog. Rate error addition in the APS test. Sets the number of normal addition :SOURce:APSTest:ERRor:TIMing:NORMal normal frames when using Alternate in the APS test. Queries number normal :SOURce:APSTest:ERRor:TIMing:NORMal? addition frames when using Alternate in the APS test.
Page 149 10.3 Equipment Unique Command Sets the error addition timing when :SOURce:STEst:ERRor:TIMing:PROGrate error Prog. Rate is set. Sets the error addition timing when :SOURce:STEst:ERRor:TIMing:PROGrate? Prog. Rate is set. Queries the error addition timing :SOURce:STEst:ERRor:TIMing:BURSt:BIT when Prog. Rate is On. Queries the number of the bits to :SOURce:STEst:ERRor:TIMing:BURSt:BIT? which errors are added when the error addition timing is “Burst”.
Page 150 Section 10 Detailed Device Message :SOURce:TELecom:BRATe <brate> Parameter: <brate> = <CHARACTER PROGRAM DATA> M9953 9953Ｍbit/s M2488 2488Ｍbit/s M622 622Ｍbit/s M156 156Ｍbit/s M156CMI 156Ｍbit/s CMI 52Ｍbit/s M52B3ZS 52Ｍbit/s B3ZS M139 139Ｍbit/s 45Ｍbit/s 34Ｍbit/s 8Ｍbit/s 2Ｍbit/s M1_5 1.5Ｍbit/s Function: Sets a bit rate for send signals. Restriction: Invalid in the following case: - When 9953M is selected:...
Page 151 10.3 Equipment Unique Command The light and the electricity mentioned here indicate the interface containing 1.31 and 1.55μm and the unit having the CMI, NRZ, and UTP signal formats. - When :INSTrument:CONFig <type> is NON or CID while M2488 and M9953 are not selected for :SOURce:TELecom:BRATe <brate>.
Page 152 Section 10 Detailed Device Message Function: Sets the channel of the Insert signal input. Restriction: Invalid in the following case: - When :INSTrument:CONFig <type> is NON or CID. ・ When :SOURce:TELecom:BRATe <brate> is not be able to set M52,M52B3ZS,M156,M156 CMI, or M622. - :SOURce:TELecom:INSert:MODE <boolean>...
Page 153 10.3 Equipment Unique Command :SOURce:TELecom:MAPPing:TYPE <mtype> Parameter: <mtype> = <CHARACTER PROGRAM DATA> (SDH) VC4_ASY 139M(Async.) VC4_BLK VC4(Bulk) VC3_ASY 34M(Async.) VC3_SYN 34M(Sync.) VC3_45MASY 45M(Async.) VC3_BLK VC3(Bulk) VC2_6MASY 6M(Async.) VC2_6MBIT 6M(Bitsync.) VC2_BLK VC2(Bulk) VC2_MC VC2(mc) VC12_ASY 2M(Async.) VC12_BIF 2M(Bitsync.F) VC12_BIL 2M(Bitsync.L) VC12_BYF 2M(Bytesync.F) VC12_BYL 2M(Bytesync.L)
Page 154 Section 10 Detailed Device Message (SONET) ST3_ASY 139M(Async.) ST3_BLK ST3cSPE(Bulk) VC3_ASY 34M(Async.) VC3_SYN 34M(Sync.) STS1_45MASY 45M(Async.) STS1_BLK STS1 SPE(Bulk) VT6_ASY 6M(Async.) VT6_BIT 6M(Bitsync.) VT6_BLK VT6 SPE(Bulk) VT6_MC VT6 SPE(mc) VT2_ASY 2M(Async.) VT2_BIF 2M(Bitsync.F) VT2_BIL 2M(Bitsync.L) VT2_BYF 2M(Bytesync.F) VT2_BYL 2M(Bytesync.L) VT2_BLK VT2 SPE(Bulk) VT15_ASY 1.5M(Async.)
Page 155 10.3 Equipment Unique Command :SOURce:TELecom:MAPPing:TYPE? Response: <mtype> = <CHARACTER RESPONSE DATA> Function: Queries the SDH/SONET mapping route for send signals. Example use: > :SOURce:TELecom:MAPPing:TYPE? < VC12_BLK :SOURce:TELecom:MAPPing:AU <atype> Parameter: <atype> = <CHARACTER PROGRAM DATA> Function: Selects the AU route of the SDH mapping route of the send signals. Restriction: Invalid in the following case: ・...
Page 156 Section 10 Detailed Device Message :SOURce:TELecom:MAPPing:TU <ttype> Parameter: <ttype> = <CHARACTER PROGRAM DATA> TU12 TU11 Function: Selects the TU route of the SDH mapping route for the send signal. Restriction: Invalid in the following case: ・ When :SOURce:TELecom:BRATe is <M139>, <M45>, <M34>, <M8>, <M2>, or <M1_5>.
Page 157 10.3 Equipment Unique Command (SONET) STS3 STS3 channel STS1 STS1 channel TUG3 TUG3 channel VTG channel VT2 channel VT15 VT15 channel K384 384K channel STS316C STS3cSPE*16c channel, STS48c channel STS34C STS3cSPE*4c channel, STS12c channel STS3C STS3cSPEc channel, STS3c channel <numeric> = <DECIMAL NUMERIC PROGRAM DATA> 1 to 4 When <route>...
Page 158 Section 10 Detailed Device Message <route> Restriction conditions When :SENSe:TELecom:BRATe is <M52B3ZS>. When :SOURce:TELecom:MAPPing:AU is <AU4>. TUG3 When :SENSe:TELecom:BRATe is <M52B3ZS>. When :SOURce:TELecom:MAPPing:AU is <AU3>. When :SOURce:TELecom:MAPPing:TYPE is <VC4_ASY> or <VC4_BLK>. TUG2 When :SOURce:TELecom:MAPPing:TYPE is <VC4_ASY>, <VC4_BLK>, <VC3_ASY>, <VC3_SYN>, <VC3_45MASY>, <VC3_BLK>.
Page 159 10.3 Equipment Unique Command :SOURce:TELecom:MAPPing:ROUTe? <route> Parameter: <route> = <CHARACTER PROGRAM DATA> Response: <numeric> = <NR1 NUMERIC RESPONSE DATA> Function: Queries a channel at each SDH/SONET point. Example use: > :SOURce:TELecom:MAPPing:ROUTe? AUG < 4 :SOURce:TELecom:MAPPing:MC <numeric> Parameter: <numeric> = <DECIMAL NUMERIC PROGRAM DATA> 1 to 7 Step value: 1 Function:...
Page 160 Section 10 Detailed Device Message Example use: To query the number of channels for the send signaling frames: > :SOURce:TELecom:MAPPing:SIG? < 3 :SOURce:TELecom:MAPPing:MPAYload:MODE <boolean> Parameter: <boolean> = <BOOLEAN PROGRAM DATA> Function: Sets the Mixed Payload. Restriction: Invalid in the following case: When :INSTrument:CONFig <type>...
Page 161 10.3 Equipment Unique Command Example use: To set the SDH mapping route of the Mixed Payload1 send signal to VC3 (Bulk): > :SOURce:TELecom:MAPPing:MPAYload:PAYLoad1:TYPE VC3_BLK :SOURce:TELecom:MAPPing:MPAYload:PAYLoad1:TYPE? Response: <ptype> = <CHARACTER RESPONSE DATA> Function: Queries the SDH/SONET mapping route selection of the Mixed Payload1 send signal.
Page 162 Section 10 Detailed Device Message Restriction: Invalid in the following case: When :SOURce:TELecom:MAPPing:ROUTe <route> is TUG3 or when :SOURce:TELecom:MAPPing:AU <atype> is not AU3. When :SOURce:TELecom:MAPPing:MPAYload:MODE <boolean> is OFF. Example use: To set the SONET mapping route of the Mixed Payload1 send signal to VT15: >...
Page 163 10.3 Equipment Unique Command :SOURce:TELecom:MAPPing:MPAYload:PAYLoad2:TYPE? Response: <ptype> = <CHARACTER RESPONSE DATA> Function: Queries the SDH/SONET mapping route selection of the Mixed Payload2 send signal. Example use: To query the SDH/SONET mapping route selection of the Mixed Payload2 send signal: > :SOURce:TELecom:MAPPing:MPAYload:PAYLoad2:TYPE? <...
Page 164 Section 10 Detailed Device Message Example use: To set the SONET mapping route of the Mixed Payload2 send signal to VT15: > :SOURce:TELecom:MAPPing:MPAYload:PAYLoad2:VT VT15 :SOURce:TELecom:MAPPing:MPAYload:PAYLoad2:VT? Response: <vtype> = <CHARACTER RESPONSE DATA> Function: Queries the SONET mapping route VT route selection of the Mixed Payload2 send signal.
Page 165 10.3 Equipment Unique Command When M52 is used while :SOURce:TELecom:MAPPing:ROUTe <route> is other than TUG2. (45M Async, Bulk). When M156 is used while :SOURce:TELecom:MAPPing:AU is AU4 and :SOURce:TELecom:MAPPing:TYPE <mtype> is VC4_ASY or VC4_BLK. When :SOURce:TELecom:MAPPing:TYPE <mtype> is not set to ***_BLK.
Page 166 Section 10 Detailed Device Message Example use: To set to send N1-HP: > :SOURce:TELecom: TANDem:CONDition:N1HP:MODE ON (for SDH) :SOURce:TELecom:TANDem:CONDition:N1HP:MODE? :SOURce:TELecom:TANDem:CONDition:N1LP:MODE? :SOURce:TELecom:TANDem:CONDition:N2:MODE? (for SONET) :SOURce:TELecom:TANDem:CONDition:Z5HP:MODE? :SOURce:TELecom:TANDem:CONDition:Z5LP:MODE? :SOURce:TELecom:TANDem:CONDition:Z6:MODE? Response: <mode> = <NR1 NUMERIC RESPONSE DATA> Function: Queries whether or not to send the error and alarm data in the tandem connection.
Page 167 10.3 Equipment Unique Command (for SDH) :SOURce:TELecom:TANDem:CONDition:N1HP:TYPE? :SOURce:TELecom:TANDem:CONDition:N1LP:TYPE? (for SONET) :SOURce:TELecom:TANDem:CONDition:Z5HP:TYPE? :SOURce:TELecom:TANDem:CONDition:Z5LP:TYPE? Response: <type> = <CHARACTER RESPONSE DATA> * <type> is absent when using N2. Function: Queries the trace data type for the tandem connection. Example use: To query the trace data type for N1-HP: >...
Page 168 Section 10 Detailed Device Message :SOURce:TELecom:TANDem:N1HP:TYPE1? <tapoint> :SOURce:TELecom:TANDem:Z5HP:TYPE1? <tapoint> Parameter: <tapoint> = <CHARACTER PROGRAM DATA> Response: <string> = <STRING RESPONSE DATA> Function: Queries the Type1 data of N1 byte (N1-HP) and Z5 byte (Z5-HP). Data are displayed in the ASCII character string when <tapoint> is EIC, FIC, LIC, UNIT, FI, PORT, or GEN.
Page 169 10.3 Equipment Unique Command :SOURce:TELecom:TANDem:N1LP:TYPE2 <tapoint>,<string> :SOURce:TELecom:TANDem:Z5LP:TYPE2 <tapoint>,<string> Parameter: <tapoint> = <CHARACTER PROGRAM DATA> TCREI, OEI, FAS, PATT, RES1 to 6, TCRDI, ODI <string> = <STRING PROGRAM DATA> “0” to “1” (Binary type) When <tapoint> is TCREI, OEI, RES1 to 6, TCRDI or ODI. “0000”...
Page 170 Section 10 Detailed Device Message Restriction: Invalid in the following case: When INSTrument:CONFig <type> is ATM while MP0123A unit is installed. Example use: To set OEI data of N2 byte to "1". > :SOURce:TELecom:TANDem:N2 OEI, “1” :SOURce:TELecom:TANDem:N2? <tapoint> :SOURce:TELecom:TANDem:Z6? <tapoint> Parameter: <tapoint>...
Page 171 10.3 Equipment Unique Command ・ For cases in the following table <route> Restriction conditions When :SOURce:TELecom:BRATe is <M52B3ZS>, <M45>, <M34>, <M8>, <M2> or <M1_5>. - When :SOURce:TELecom:Mapping:TYPE is other than <VC4_ASY>. When :SOURce:TELecom:BRATe is <M52B3ZS>, <M45>, <M8>, <M2> or <M1_5>. When :SOURce:TELecom:Mapping:TYPE is other than <VC4_ASY>, <VC3_ASY>, or <VC3_SYN>.
Page 172 Section 10 Detailed Device Message <numeric> = <DECIMAL NUMERIC PROGRAM DATA> 1 to 4 When <mrate> is M34, M8, or step value: 1 1 to 28 When <mrate> is M1.5, step value: 1 1 to 31 When <mrate> is K64, step value: 1 Function: Specifies the channel setting for each MUX step.
Page 173 10.3 Equipment Unique Command For cases in the following table. <mrate> Restriction conditions When :SOURce:TELecom:BRATe is <M52B3ZS>, <M45>, <M34>, <M8>, <M2> or <M1_5>. When :SOURce:TELecom:DEMUX:MRATe is <OFF>. When :SOURce:TELecom:Mapping:TYPE is other than <VC4_ASY>. When :SOURce:TELecom:BRATe is <M52B3ZS>, <M45>, <M8>, <M2> or <M1_5>. When :SOURce:TELecom:DEMUX:MRATe is <OFF>...
Page 174 Section 10 Detailed Device Message :SOURce:TELecom:MUX:ROUTe? <mrate> Parameter: <mrate> = <CHARACTER PROGRAM DATA> Response: <numeric> = <NR1 NUMERIC RESPONSE DATA> Function: Queries the MUX channels. Example use: Queries the 8 Mbit/s channel. > :SOURce:TELecom:MUX:ROUTe? M8 < 4 :SOURce:TELecom:MUX:N <numeric> Parameter: <numeric>...
Page 175 10.3 Equipment Unique Command Restriction: Invalid in the following case: When the bit rate of the final tributary is set to 64kbit/s. When :SOURce:TELecom:MAPPing TYPE <VC4_BLK>, <VC3_BLK>, <VC2_BLK>, <VC2_MC>, <VC12_BLK>, <VC11_BLK>, <VC11_384D> or <VC11_384V>. When :SOURce:TELecom:MUX:MRATe is <64>. Example use: To set the test signal frame to ON: >...
Page 176 Section 10 Detailed Device Message :SOURce:TELecom:M2:CRC? Response: <NR1 NUMERIC RESPONSE DATA> 0 or 1 Function: Queries with or without CRC addition at 2M. Example use: > :SOURce:TELecom:M2:CRC? < 1 :SOURce:TELecom:M2:MCHannel <numeric> Parameter: <numeric> = <DECIMALNUMERIC PROGRAM DATA> 30 channels 31 channels Function: Sets the maximum number of channels for transmission 2M signals.
Page 177 10.3 Equipment Unique Command :SOURce:TELecom:M1_5:FRAMed <frame> Parameter: <frame> = <CHARACTER PROGRAM DATA> JESF Japan ESF Function: Specifies the frame setting of the1.5M signal. Restriction: Invalid in the following case: When 1.5/45/52M unit is not installed. When :SOURce:TELecom:BRATe <M622>, <M156>, <M156CMI> or <M52B3ZS>, and :SOURCe:TELecom:MAPPing TYPE is <VC4_ASY>, <VC4_BLK>, <VC3_ASY>, <VC3_SYN>, <VC3_BLK>,...
Page 178 Section 10 Detailed Device Message :SOURce:TELecom:M1_5:CODE? Response: <code> = <CHARACTER RESPONSE DATA> Function: Queries the 1.5M signal code. Example use: > :SOURce:TELecom:M1_5:CODE? < AMI :SOURce:TELecom:M45:FRAMed <frame> Parameter: <frame> = <CHARACTER PROGRAM DATA> CBIT Function: Specifies the frame setting for the 45M signal. Restriction: Invalid in the following case: - When the 1.5/45/52M unit is not installed.
Page 179 10.3 Equipment Unique Command :SOURce:TELecom:M45:XBIT? Response: <string> = <STRING RESPONSE DATA> Function: Queries the XBit of the 45M signal. Example use: > :SOURce:TELecom:M45:XBIT? < "01" :SOURce:TELecom:DSX <numeric> Parameter: <numeric> = <DECIMAL NUMERICPROGRAM DATA> 450ft 655f 900f Function: Specifies the DSX cable length in the send signal. Restriction: Invalid in the following case: - When 1.5/45/52M unit is not installed.
Page 180 Section 10 Detailed Device Message :SOURce:TELecom:INVert? Response: <boolean> = <NR1 NUMERIC RESPONSE DATA> No PRBS inversion PRBS inversion Function: Queries the setting of test pattern inversing. Example of use: > :SOURce:TELecom:INVert? < 1 10 - 66...
Page 181 10.3 Equipment Unique Command :SOURce:TELecom:ALARm:TYPE <type> Parameter: <type> = <STRING PROGRAM DATA> (SDH/PDH) Alarms are not entered. Enters LOS. Enters LOF. MAIS Enters MS-AIS. MRDI Enters MS-RDI. AAIS Enters AU-AIS. ALOP Enters AU-LOP. HRDI Enters HP-RDI. HSLM Enters HP-HSLM. HTIM Enters HP-HTIM.
Page 182 Section 10 Detailed Device Message RDI34 Enters RDI to 34 Mbit/s signal. RDI8 Enters RDI to 8 Mbit/s signal. RDI2 Enters RDI to 2 Mbit/s signal. RDI1_5 Enters RDI to 1.5 Mbit/s signal. RDIMF Enters MF-RDI to 2 Mbit/s signal. HGAIS Enters HG-AIS.
Page 183 10.3 Equipment Unique Command LOF139 Enters LOF to 139 Mbit/s signal. LOF45 Enters LOF to 45 Mbit/s signal. LOF45 Enters LOF to 45 Mbit/s signal. LOF34 Enters LOF to 34 Mbit/s signal. LOF8 Enters LOF to 8 Mbit/s signal . LOF2 Enters LOF to 2 Mbit/s signal .
Page 184 Section 10 Detailed Device Message :SOURce:TELecom:ALARm:STATe? Response: <numeric> = <NR1 NUMERIC RESPONSE DATA> Stopping alarm insertion Inserting alarm Function: Queries alarm insertion status against send signals. Example use: > :SOURce:TELecom:ALARm:STATe? < 0 :SOURce:TELecom:ALARm:TIMing:TYPE <type> Parameter: <type> = <CHARACTER PROGRAM DATA> SINGle Single BURSt...
Page 185 10.3 Equipment Unique Command :SOURce:TELecom:ALARm:TIMing:BURSt? Response: <timing> = <NR1 NUMERIC RESPONSE DATA> As same as :SOURce:TELecom:ALARm:TIMing. <unit> = <CHARACTER RESPONSE DATA> As same as :SOURce:TELecom:ALARm:TIMing. Function: Queries the alarm insertion timing value and the unit setting. Example use: To query the alarm insertion timing value and the unit setting: >...
Page 186 Section 10 Detailed Device Message :SOURce:TELecom:ALARm:TIMing:NORMal? Response: <normal> = <NR1 NUMERIC RESPONSE DATA> Function: Queries the setting for number of Normal addition frames at Alternate. Example use: To query the setting for number of Normal addition frames at Alternate: > :SOURce:TELecom:ALARm:TIMing:NORMal? <...
Page 187 10.3 Equipment Unique Command :SOURce:TELecom:ERRor:TYPE <etype> Parameter: <etype> = <CHARACTER PROGRAM DATA> (SDH) No errors are inserted. Enters an error data to B1. Enters an error data to B2. Enters an error to HP-B3. Enters an error to LP-B3. BIP2 Enters an error to BIP-2.
Page 188 Section 10 Detailed Device Message (SONET) No errors are inserted. Enters an error data to B1. Enters an error data to B2. Enters an error to HP-B3. Enters an error to LP-B3. BIP2 Enters an error to BIP-2. REIL Enters REI-L. REIP Enters REI-P.
Page 189 10.3 Equipment Unique Command Invalid error insertion is set against the SDH route designated by :SOURce:TELecom:MAPPing:TYPE, or Tandem connection error is set while the settings to send data for tandem connection are not performed. Example use: To insert a bit error to 34 Mbit/s signal: >...
Page 190 Section 10 Detailed Device Message Restriction: Invalid in the following case. :SOURce:TELecom:ERRor:TYPE is <OFF> or <FAS>. :SOURce:TELecom:ERRor:TYPE is <CODE>, <EBIT>, <BIT139>, <BIT45>, <BIT34>, <BIT8>, <BIT2>, <BIT1_5>, or <BINF>; and <R1E_8> or <R1E_9> is set. :SOURce:TELecom:ERRor:TYPE is <B1>, <B2>, <HB3>, <LB3>, <BIP2>, <MREI>, <HREI>, <LREI>, or <EBIT>;...
Page 191 10.3 Equipment Unique Command :SOURce:TELecom:ERRor:STATe? Response: <numeric> = <NR1 NUMERIC RESPONSE DATA> Stopping error insertion Inserting error Function: Queries the error insertion status against the send signal. Example use: > :SOURce:TELecom:ERRor:STATe? < 0 :SOURce:TELecom:ERRor:TIMing:TYPE <erate> Parameter: <erate> = <CHARACTER PROGRAM DATA> ONCE Single error R1E_3...
Page 192 Section 10 Detailed Device Message When <R1IN16>, <R2IN16>, <R3IN16>, or <R4IN16> is set while :SOURce:TELecom:ERRor:TYPE is <FAS139>, <FAS45>, <FAS34>, <FAS8>, <FAS2>, or <FAS1_5>. When :SOURce:TELecom:ERRor:TYPE is <FAS139>, <FAS45>, <FAS34>,　 <FAS8>, <FAS2> or <FAS1_5>, the rate is set other than <R1IN16>, <R2IN16>, <R3IN16>, <R4IN16>. When <ALL>...
Page 193 10.3 Equipment Unique Command :SOURce:TELecom:ERRor:TIMing:PROGrate <error> Parameter: <error> = <STRING PROGRAM DATA> “1.0E-2” to “9.9E-10” Mantissa portion Step value 0.1 1.0 to 9.9 Exponent portion Step value 1 1 to 10 "1.0E-2" can also be "1E-2". Function: Sets the addition value for the Programmable rate error. Restriction: Invalid in the following case: When...
Page 194 Section 10 Detailed Device Message :SOURce:TELecom:ERRor:TIMing:NORMal <normal> Parameter: <normal> = <DECIMAL NUMERIC PROGRAM DATA> 1 to 8000 Step value: 1 Function: Sets the number of normal addition frames at Alternate. Restriction: Invalid in the following case: When M139, M45, M34, M8, M2, or M1.5 is selected for :SOURce:TELecom:BRATe <brate>.
Page 195 10.3 Equipment Unique Command :SOURce:TELecom:CLOCk:SOURce? Response: <csource> = <CHARACTER RESPONSE DATA> Internal External LUNB_2MHZ Lock 2MHz Unbalanced LBAL_2MHZ Lock 2MHz Balanced LUNB_2MBPS Lock 2Mbps Unbalanced LBAL_2MBPS Lock 2Mbps Balanced LBAL_1_5MHZ Lock 1.5MHz Balanced LBAL_1_5MBPS Look 1.5Mbps Balanced LBAL_64K Lock 64k+8kHz L10M Look 10M Receive...
Page 196 Section 10 Detailed Device Message :SOURce:TELecom:PSEQuence:TYPE? Response: <pstype> = <CHARACTER RESPONSE DATA> SOOP Single of opposite polarity Regular with double Regular with missing DOOP Double of opposite polarity NORM87_3 87-3/26-1 Normal ADD87_3 87-3/26-1 Add CANC87_3 87-3/26-1 Cancel Continuous pattern Normal CPAD Continuous pattern Add Continuous pattern Cancel...
Page 197 10.3 Equipment Unique Command :SOURce:TELecom:PSEQuence:POLarity <polarity> Parameter: <polarity> = <CHARACTER PROGRAM DATA> PPJC +Just NPJC -Just Function: Sets a justification polarity for pointer sequence measurement. Restriction: Invalid in the following case: ・ When :SOURce:TELecom:PSEQuence:TYPE is <OFF>, <SOOPolarity>, or <DOOPolarity>. ・ When the :DISPlay:TMENu[:NAME] is other than <"PSEQuence[:JOFF]">.
Page 198 Section 10 Detailed Device Message Example use: To set the T1 parameter for pointer sequence measurement to 300 msec: > :SOURce:TELecom:PSEQuence:TIMing:T1 300 :SOURce:TELecom:PSEQuence:TIMing:T1? Response: <numeric> = <NR1 NUMERIC RESPONSE DATA> Function: Queries the T1 parameter of pointer sequence measurement. Example use: >...
Page 199 10.3 Equipment Unique Command :SOURce:TELecom:PSEQuence:TIMing:T <numeric> Parameter: <numeric> = <DECIMAL NUMERIC PROGRAM DATA> 1 to 30000 in the msec unit Function: Specifies the T-parameter setting for pointer sequence measurements. Restriction: Invalid in the following case: ・ When :SOURce:TELecom:PSEQuence:TYPE is <OFF>, <SOOPolarity>, <RWDouble>, <RWMissing>, <DOOPolarity>, <CPNormal>, <CPADd>, or <CPCancel>.
Page 200 Section 10 Detailed Device Message ・ When the :DISPlay:TMENu[:NAME] is other than <"PSEQuence[:JOFF]">. Example use: > :SOURce:TELecom:PSEQuence:AINTerval 100 :SOURce:TELecom:PSEQuence:AINTerval? Response: <interval> = <NR1 NUMERIC RESPONSE DATA> Function: Queries the Added point intervals in the pointer sequence measurement. Example use: > :SOURce:TELecom:PSEQuence:AINTerval? <...
Page 201 10.3 Equipment Unique Command Restriction: Invalid in the following case: :SOURce:TELecom:MAPPing:TYPE <mtype> is set to other than 139M (Async.), 34M (Async.), 45M (Async.), 6M (Async.), 2M (Async.), or 1.5M (Async.). Example use: To set Payload offset to -60.0. > :SOURce:TELecom:PSEQuence:POFFset –60.0 :SOURce:TELecom:PSEQuence:POFFset? Response: <offset>...
Page 202 Section 10 Detailed Device Message Restriction: Invalid in the following case: When :SOURce:TELecom:PSEQuence:TYPE <pstype> is set to OFF. Example use: To set the initialization time to 1 s 500 msec: > :SOURce:TELecom:PSEQuence:INItial:TIME 1 :SOURce:TELecom:PSEQuence:INItial:TIME? Response: <s> = <NR1 NUMERIC RESPONSE DATA> Function: Queries the setting for the time period of initialization.
Page 203 10.3 Equipment Unique Command :SOURce:TELecom:PSEQuence:COOLdown:MODE? Response: <mode> = <NR1 NUMERIC RESPONSE DATA> Function: Queries the ON/OFF setting of process time to wait stabilization. Example use: To query the ON/OFF setting of process time to wait stabilization. > :SOURce:TELecom:PSEQuence:COOLdown:MODE? < 0 :SOURce:TELecom:PSEQuence:COOLdown:TIME <s>...
Page 204 Section 10 Detailed Device Message <pohpoint> = <CHARACTER PROGRAM DATA> (SDH) C2 G1 F2 H4 F3 K3 V5 J2 (SONET) C2 G1 F2 H4 V5 J2 <string> = <STRING PROGRAM DATA> “**”, “00” to ”FF” (hexadecimal type) Function: Sets Dummy preset POH data of send signals Restriction: Invalid in the following case: The setting is performance error when parameter is set to "**"...
Page 205 10.3 Equipment Unique Command (for SDH) :SOURce:TELecom:DPReset:SLABel <pohtype>,<string> (for SONET) :SOURce:TELecom:DPReset:PLABel <pohtype>,<string> Parameter: <pohtype> = <CHARACTER PROGRAM DATA> (SDH) POH VC4 pattern POH VC3 pattern (SONET) STS3 POH STS3 pattern STS1 POH STS1 pattern <string> = <STRING PROGRAM DATA> Plain language can be specified for C2 (bit1 to 8). (at SDH) "Unequipped"...
Page 206 Section 10 Detailed Device Message (for SDH) :SOURce:TELecom:DPReset:SLABel? <pohtype> (for SONET) :SOURce:TELecom:DPReset:PLABel? <pohtype> Parameter: <pohtype> = <CHARACTER PROGRAM DATA> Response: <string> = <STRING RESPONSE DATA> Function: Queries the C2 plain language data of Dummy preset POH data for the send signal. Example use: When querying the plain language data of Dummy preset data of POH VC3 C2:...
Page 207 10.3 Equipment Unique Command Example use: To query the plain language preset data of POH V5: > :SOURce:TELecom:DPReset:VLABel? < “Unequipped” :SOURce:TELecom:DPReset:GLABel <pohtype>,<string> Parameter: <pohtype> = <CHARACTER PROGRAM DATA> (SDH) POH VC4 pattern POH VC3 pattern (SONET) STS3 POH STS3 pattern STS1 POH STS1 pattern <string>...
Page 208 Section 10 Detailed Device Message (for SDH) :SOURce:TELecom:DPReset:KLABel <string> (for SONET) :SOURce:TELecom:DPReset:ZLABel <string> Parameter: <string> = <STRING PROGRAM DATA> Plain language can be set for K4 (b5 to 7) and Z7 (b5 to 7). “No remote defect000” ( 000 ) “No remote defect001”...
Page 209 10.3 Equipment Unique Command (for SDH) :SOURce:TELecom:DPReset:TANDem:CONDition:N1HP:MODE <mode> :SOURce:TELecom:DPReset:TANDem:CONDition:N1LP:MODE <mode> :SOURce:TELecom:DPReset:TANDem:CONDition:N2:MODE <mode> (for SONET) :SOURce:TELecom:DPReset:TANDem:CONDition:Z5HP:MODE <mode> :SOURce:TELecom:DPReset:TANDem:CONDition:Z5LP:MODE <mode> :SOURce:TELecom:DPReset:TANDem:CONDition:Z6:MODE <mode> Parameter: <mode> = <BOOLEAN PROGRAM DATA> Function: Specifies whether to send the data for tandem connection in the Dummy preset screen. Example use: To set to send the data for tandem connection of N1-HP ON: >...
Page 210 Section 10 Detailed Device Message Restriction: Invalid in the following case: When the following commands are set to OFF: :SOURce:TELecom:DPReset:TANDem:CONDition:N1HP:MODE <mode> :SOURce:TELecom:DPReset:TANDem:CONDition:N1LP:MODE <mode> :SOURce:TELecom:DPReset:TANDem:CONDition:Z5HP:MODE <mode> :SOURce:TELecom:DPReset:TANDem:CONDition:Z5LP:MODE <mode> Example use: To set the type of trace data for tandem connection of N1-HP to Type2: >...
Page 211 10.3 Equipment Unique Command :SOURce:TELecom:TANDem:N1HP:TYPE1? <tapoint> :SOURce:TELecom:TANDem:Z5HP:TYPE1? <tapoint> Parameter: <tapoint> = <CHARACTER PROGRAM DATA> Response: <string> = <STRING RESPONSE DATA> Function: Queries the Type1 data of edit N1-HP(Z5-HP) for the tandem connection in the Dummy Preset screen. Example use: To query the IEC data of N1-HP Type1 for tandem connection: >...
Page 212 Section 10 Detailed Device Message Response: <string> = <STRING RESPONSE DATA> Function: Queries the Type2 data of edit N1-HP(Z5-HP) or N1-LP (Z5-LP) for the tandem connection in the Dummy Preset screen. Example use: To query the OEI data of Type2 for Dummy Preset tandem connection: >...
Page 213 10.3 Equipment Unique Command :SOURce:TELecom:DPReset:PTCondition <pttype>,<trace>,<crc> Parameter: <pttype> = <CHARACTER PROGRAM DATA> J1-HP path trace J1-LP path trace J2 path trace <trace> = <BOOLEAN PROGRAM DATA> OFF or 0 Path trace OFF ON or 1 Path trace ON <crc> = <BOOLEAN PROGRAM DATA> OFF or 0 CRC-7 OFF ON or 1...
Page 214 Section 10 Detailed Device Message Example use: To set the path trace data of J1-HP to "ABc...XYZ": > :SOURce:TELecom:DPReset:PTData J1H, “ABc … XYZ” :SOURce:TELecom:DPReset:PTData? <pttype> Parameter: <pttype> = <CHARACTER PROGRAM DATA> Response: <string> = <STRING RESPONSE DATA> Function: Queries the setting for path trace data for Dummy channel. Data are displayed in ASCII character string.
Page 215 15 bytes ones are output in 2 digits format of hexadecimal. When CRC is set to Off, 64-byte amount in hexadecimal is output. Example use: To query J2 path trace data of the MP1570A in setting status of “ABCDEFGHIJ”: When CRC is set to Off: >:SOURce:TELecom:DPReset:PTData2? J2...
Page 216 Section 10 Detailed Device Message :SOURce:TELecom:DPReset:MPAYload:PAYLoad2 <data> Parameter: <data> = <CHARACTER PROGRAM DATA> PRBS11 PRBS15 ALL0 ALL1 Function: Sets the second payload pattern except for measurement channel (Mixed channel). Example use: To set the payload pattern of Mixed Payload2 to ALL0: >...
Page 217 10.3 Equipment Unique Command :SOURce:TELecom:APRogram:CAPTured Parameter: None Function: Loads the Capture data of the Analyze screen. Example use: To load the Capture data of the Analyze screen: > :SOURce:TELecom:APRogram:CAPTured :SOURce:TELecom:APRogram:COPY <destno>,<source1>,<source2> Parameter: <destno> = <DECIMAL NUMERIC PROGRAM DATA> 1 to 64 Copy from No.
Page 218 Section 10 Detailed Device Message :SOURce:TELecom:APRogram:MSPMessages:REQuest <no>,<request> Parameter: <no> = <DECIMAL NUMERIC PROGRAM DATA> 1 to 64 <request> = <CHARACTER PROGRAM DATA> (G. 783) NREQ No request (0000) Do not revert (0001) RREQ Reverse request (0010) UUS3 Unused (0011) EXER Exercise (0100) UUS5...
Page 219 10.3 Equipment Unique Command :SOURce:TELecom:APRogram:MSPMessages:REQuest? <no> Parameter: <no> = <DECIMAL NUMERIC PROGRAM DATA> Response: <request> = <CHARACTER RESPONSE DATA> * The response mnemonic differs between G. 783 and G. 841 recommendations. (G.783) 1 1 1 1 LOPR (G.841) 1 1 1 1 LPS or SFP Function: Queries K1 (1 to 4 bit) byte.
Page 220 Section 10 Detailed Device Message :SOURce:TELecom:APRogram:MSPMessages:CHANnel? <no> Parameter: <no> = <DECIMAL NUMERIC PROGRAM DATA> Response: <mspch> = <CHARACTER RESPONSE DATA> * Recommendation The plain language of response varies by the ITU-T G.783 or G.841. Function: Queries K1 (5 to 8 bit) byte. (Plain language type) Example use: To query the plain language of No.
Page 221 10.3 Equipment Unique Command Example use: To query the plain language of No. 18 K2 (1 to 4 bit). > :SOURce:TELecom:APRogram:MSPMessages:BRIDge? 18 < WC2 :SOURce:TELecom:APRogram:MSPMessages:ARCHitect <no>,<arch> Parameter: <no> = <DECIMAL NUMERIC PROGRAM DATA> 1 to 64 <arch> = <CHARCTER PROGRAM DATA> (G.
Page 222 Section 10 Detailed Device Message :SOURce:TELecom:APRogram:MSPMessages:REServed? <no> Parameter: <no> = <DECIMAL NUMERIC PROGRAM DATA> Response: <arch> = <CHARACTER RESPONSE DATA> Function: Queries K2 (6 to 8 bit) byte. (Plain language type) Example use: To query the plain language of No. 8 K2 (6 to 8 bit). >...
Page 223 10.3 Equipment Unique Command :SOURce:TELecom:APRogram:MSPBits:BRIDge <no>,<bridge> Parameter: <no> = <DECIMAL NUMERIC PROGRAM DATA> 1to64 <bridge> = <STRING PROGRAM DATA> “0000” to “1111” Function: Sets K2 (1 to 4 bit) byte. (Bit type) Example use: To set No. 18 K2 (1 to 4 bit) to "0010". >...
Page 224 Section 10 Detailed Device Message :SOURce:TELecom:APRogram:MSPBits:REServed? <no> Parameter: <no> = <DECIMAL NUMERIC PROGRAM DATA> Response: <res> = <STRING RESPONSE DATA> Function: Queries K2 (6 to 8 bit) byte. (Bit type) Example use: To query the bit of No. 32 K2 (6 to 8 bit). >...
Page 225 10.3 Equipment Unique Command Example use: To query the No. 20 Frame. > :SOURce:TELecom:APRogram:PROGram? 20 < “01”, “02”, 5000 :SOURce:TELecom:OHPReset:SOHPattern <brate>,<numeric>,<sohpoint>, string> :SOURce:TELecom:OHPReset:TOHPattern <brate>,<numeric>,<tohpoint>,<string> Parameter: <brate> = <CHARACTER PROGRAM DATA> M9953 9953Ｍbit/s M2488 2488Ｍbit/s M622 622Ｍbit/s M156 156Ｍbit/s 52Ｍbit/s <numeric> = <DECIMAL NUMERIC PROGRAM DATA> 1 to 64 Step value: 1 (at 9953M) 1 to 16...
Page 226 －－－－－－ (Refer to Appendix D of MP1570A operation manual Vol.1.) <string> = <STRING PROGRAM DATA> "00000000" to "11111111" (Binary type) Function: Sets the SOH (TOH) preset data of the send signal. Restriction: Invalid in the following case: When <M9953>...
Page 227 10.3 Equipment Unique Command Example use: To query the preset data of M622, SOH CH#4, SOH All: < :SOURce:TELecom:OHPReset:SOHPattern? M622,4,All > "10101011" :SOURce:TELecom:OHPReset:SSMessage <brate>, <string> Parameter: <brate> = <CHARACTER PROGRAM DATA> M9953 9953Ｍbit/s M2488 2488Ｍbit/s M622 622Ｍbit/s M156 156Ｍbit/s 52Ｍbit/s <string>...
Page 228 Section 10 Detailed Device Message When both the 156M type interface unit and the 2/8/34/139/156M (CMI) unit are not installed. When <M156> is set: When <M52> is set while the 1.5/45/52M unit is not installed. Example use: To set the S1 preset data of 622M to "Quality unknown" in plain language: >...
Page 229 10.3 Equipment Unique Command Function: Queries the setting for POH preset data of the send signal. <string> is displayed in hexadecimal. "_" is displayed if the combination is illegal. Example use: Queries the preset data of G1 for POH VC3. <...
Page 230 Section 10 Detailed Device Message Function: Sets the C2 data of POH preset data for the send signal. (Plain language type) Example use: To set the preset data of POH VC3 C2 as follows: > :SOURce:TELecom:OHPReset:SLABel VC3,"Unequipped" :SOURce:TELecom:OHPReset:SLABel? <pohtype> :SOURce:TELecom:OHPReset:PLABel? <pohtype> Parameter: <pohtype>...
Page 231 10.3 Equipment Unique Command :SOURce:TELecom:OHPReset:GLABel <pohtype>, <string> Parameter: <pohtype> = <CHARACTER PROGRAM DATA> (SDH) POH VC4 pattern POH VC3 pattern (SONET) STS3 POH STS3 pattern STS1 POH STS1 pattern <string> = <STRING PROGRAM DATA> Plain language can be set for G1 (b5 - 7). "No remote defect000"...
Page 232 Section 10 Detailed Device Message Function: Sets the K4 and Z7 data of POH preset data for the send signal. (Plain language type) Example use: To set the preset data of POH K4 to 110: > :SOURce:TELecom:OHPReset:KLABel "Remote connentivity defect" :SOURce:TELecom:OHPReset:KLABel? :SOURce:TELecom:OHPReset:ZLABel? Response:...
Page 233 10.3 Equipment Unique Command Example use: To query the path trace condition of J0: > :SOURce:TELecom:OHPReset:PTCondition? J0 < 1,0 :SOURce:TELecom:OHPReset:PTData <pttype>, <string> Parameter: <pttype> = <CHARACTER PROGRAM DATA> J0 path trace J1-HP path trace J1-LP path trace J2 path trace <string>...
Page 234 15 bytes ones are output in 2 digits format of hexadecimal. When CRC is set to Off, 64-byte amount in hexadecimal is output. Example use: To query J0 path trace data of the MP1570A in setting status of “ABCDEFGHIJ”: When CRC is set to Off: >:SOURce:TELecom:OHPReset:PTData2? J0...
Page 235 10.3 Equipment Unique Command Example use: To set not to perform the external input DCC: > :SOURce:TELecom:OHPReset:DEXTernal OFF :SOURce:TELecom:OHPReset:DEXTernal? Response: <dcctype> = <CHARACTER RESPONSE DATA> Function: Queries the external input DCC. Example use: > :SOURce:TELecom:OHPReset:DEXTernal? < OFF :SOURce:TELecom:OHCHange:SSMessage <type>,<select>,<no>,<data> Parameter: <type>...
Page 236 Section 10 Detailed Device Message (SONET) “Synchronized Traceability Unknown“ 0000 “Stratum 1 Traceable“ 0001 “Unused0010“ 0010 “Unused0011“ 0011 “Unused0100“ 0100 “Unused0101“ 0101 “Unused0110“ 0110 “Stratum 2 Traceable“ 0111 “Unused1000“ 1000 “Unused1001“ 1001 “Stratum 3 Traceable“ 1010 “Unused1011“ 1011 “SONET Minimum Clock Traceable“ 1100 “Unused1101“...
Page 237 10.3 Equipment Unique Command :SOURce:TELecom:OHCHange:SLABel <type>,<select>,<no>,<pohtype>,<data> :SOURce:TELecom:OHCHange:PLABel <type>,<select>,<no>,<pohtype>,<data> Parameter: <type> = <CHARACTER PROGRAM DATA> (SDH) STM1 STM0 (SONET) STS3 STS1 <select> = <CHARACTER PROGRAM DATA> PATTERNA PatternA (Pattern type to edit) PATTERNB PatternB <no> = <DECIMAL NUMERIC PROGRAM DATA> 1 to 64 Step value: 1 <pohtype>...
Page 238 Section 10 Detailed Device Message :SOURce:TELecom:OHCHange:SLABel? <type>,<select>,<no>,<pohtype> :SOURce:TELecom:OHCHange:PLABel? <type>,<select>,<no>,<pohtype> Parameter: <type> = <CHARACTER PROGRAM DATA> <select> = <CHARACTER PROGRAM DATA> <no> = <DECIMAL NUMERIC PROGRAM DATA> <pohtype> = <CHARACTER PROGRAM DATA> Response: <data> = <STRING RESPONSE DATA> Function: Queries the C2 plain language of POH preset data for the send signal. Example use: To query the PatternB, No.
Page 239 10.3 Equipment Unique Command :SOURce:TELecom:OHCHange:VLABel? <type>,<select>,<no> Parameter: <type> = <CHARACTER PROGRAM DATA> <select> = <CHARACTER PROGRAM DATA> <no> = <DECIMAL NUMERIC PROGRAM DATA> Response: <data> = <STRING RESPONSE DATA> Function: Queries the V5 byte plain language data of POH preset data for the send signal.
Page 240 Section 10 Detailed Device Message Function: Sets the G1 (Bit 5 to 7) plain language data of POH preset data for the send signal. Example use: To set the PatternB, No. 4, VC3, G1 preset data in plain language of the STM0 frame to 101: >...
Page 241 10.3 Equipment Unique Command Function: Sets the K4 byte (Bit 5 to 7) plain language data of POH preset data for the send signal. Example use: To set the PatternB, No. 4, K4 preset data in plain language of the STS1 frame to 010: >...
Page 242 Section 10 Detailed Device Message :SOURce:TELecom:OHCHange:RECall:PRESet <brate>,<#>,<type>,<select>,<from>,<to> Parameter: <brate> = <CHARACTER PROGRAM DATA> M9953, M2488, M622, M156, M52 <#> = <DECIMAL NUMERIC PROGRAM DATA> 1 to 64 Step value: 1(for 9953M) 1 to 16 Step value: 1(for 2488M) 1 to 4 Step value: 1(for 622M) Step value: 1(other than the above) <type>...
Page 243 10.3 Equipment Unique Command <select> = <CHARACTER PROGRAM DATA> PATTERNA PatternA (Pattern type to edit) PATTERNB PatternB <no> = <DECIMAL NUMERIC PROGRAM DATA> 1 to 64 Step value: 1 <tohpoint> = <CHARACTER PROGRAM DATA> ( STM1) (STM0) <data> = <STRING PROGRAM DATA> “00000000”...
Page 244 Section 10 Detailed Device Message :SOURce:TELecom:OHCHange:SOHPattern? <type>, <select>,<no>,<tohpoint> Parameter: <type> = <CHARACTER PROGRAM DATA> <select> = <CHARACTER PROGRAM DATA> <no> = <DECIMAL NUMERIC PROGRAM DATA> <tohpoint> = <CHARACTER PROGRAM DATA> Response: <data> = <STRING RESPONSE DATA> Function: Queries the set value of SOH preset data for the send signal. Example use: To query the setting for A11 preset data PatternB, No.
Page 245 10.3 Equipment Unique Command <data> = <STRING PROGRAM DATA> “00000000” to “11111111” (set in binary, displayed in hexadecimal) Function: Sets the TOH preset data of the send signal. <data> is displayed in binary. Restriction: Invalid in the following case: <#> cannot be set when using 52M, 156M. When <to>...
Page 246 Function: Overwrites the edited packet to the initialized data. Restriction: Invalid in the following case: - When the options 13 and 14 of MP1570A are not installed. Example use: To initialize the edited packet No.1. > :SOURce:TELecom:IPPacket:RECall:DEFault 1 10 - 132...
Page 247 Copies the setting of the edited packet to the currently edited packet. Restriction: Invalid in the following case: - When the options 13 and 14 of MP1570A are not installed. - When the currently edited packet is specified. Example use: To copy the setting of the packet No.2 to the packet No.3.
Page 248 IP Packet is set to this data (information). Restriction: Invalid in the following case: - When the options 13 and 14 of MP1570A are not installed. Example use: To set the PPP packet data to “Control 00000011, Protocol 0021”. > :SOURce:TELecom:IPPacket:PPACket:DATA “,,00000011,0021,,”...
Page 249 Edit a header to be inserted into the send PPP packet (when IP ver.4 is set). Restriction: Invalid in the following case: - When the options 13 and 14 of MP1570A are not installed. Example use: To edit the IP packet to be inserted into PPP packet to “VER 1, TOS 00000111, OFFSET 100”.
Page 250 IP ver.4 is set). Restriction: Invalid in the following case: - When the options 13 and 14 of MP1570A are not installed. Example use: To set Source Address of the send IP packet to “123.0.123.0” (when IP ver.4 is set).
Page 251 (when IP ver.6 is set). Restriction: Invalid in the following case: - When the options 13 and 14 of MP1570A are not installed. Example use: To set the IP packet to be inserted into the PPP packet to “Priority 0100, Hop Limit 120”.
Page 252 IP ver.6 is set). Restriction: Invalid in the following case: - When the options 13 and 14 of MP1570A are not installed. Example use: To set Source Address of the send IP packet to “0.0.0.0.0.0.0.1” (when IP ver.6 is set).
Page 253 Function: Sets the information type of PPP packet. Restriction: Invalid in the following case: - When the options 13 and 14 of MP1570A are not installed. Example use: To set the information type of PPP packet to All 0. >...
Page 254 Section 10 Detailed Device Message Example use: > :SOURce:TELecom:IPPacket:IPPacket:INFormation:PATTern? 3, < “10,01,01,10,00,00,00,00” * The response of a byte which was not set is 0x00 (initial value). :SOURce:TELecom:FMEMory:BRATe <brate> Parameter: <brate> = <CHARACTER PROGRAM DATA> M9953 9953M M2488 2488M M622 622M M156 156M Function:...
Page 255 10.3 Equipment Unique Command :SOURce:TELecom:FMEMory:B3ADdition? Response: <mode> = <NR1 NUMERIC RESPONSE DATA> B3 automatic addition OFF B3 automatic addition ON Function: Queries the setting value whether or not to perform the automatic addition (hardware) of B3. Example use: To query the setting value whether or not to perform the automatic addition (hardware) of B3: >...
Page 256 Section 10 Detailed Device Message Example use: To query the setting value of frame No. to edit. > :SOURce:TELecom:FMEMory:FRAMe? < 7 :SOURce:TELecom:FMEMory:PATTern <row>,<column>,<string> Parameter: <row> = <DECIMAL NUMERIC PROGRAM DATA> 1 to 9 Line number Step value: 1 <column> = <DECIMAL NUMERIC PROGRAM DATA> 1 to 90 when using 52M 1 to 270...
Page 257 10.3 Equipment Unique Command :SOURce:TELecom:FMEMory:RECall <mode> Parameter: <mode> = <CHARACTER PROGRAM DATA> DEFault Default OHPRESET OH preset ALL1 Payload all1 ALL0 Payload all0 CAPTURED Captured Function: Initialize the setting of Frame memory. Default Sets the Default value. OH preset Copies the setting data (of which Bit rate match) of OH preset.
Page 258 Section 10 Detailed Device Message 156M:270 52M:90 Example use: To print the seventh line only: > :SOURce:TELecom:FMEMory:PRINt 7,7 :SOURce:TELecom:FMEMory:PRINt? Response: <from> = <NR1 NUMERIC RESPONSE DATA> <to> = <NR1 NUMERIC RESPONSE DATA> Function: Queries the print range. Example use: > :SOURce:TELecom:FMEMory:PRINt? <...
Page 259 10.3 Equipment Unique Command (G.841) NR(0000) RR-R(0001) RR-S(0010) EXERR EXER-R(0011) EXERS EXER-S(0100) WTR(0101) MS-R(0110) MS-S(0111) SD-R(1000) SD-S(1001) SD-P(1010) SF-R(1011) SF-S(1100) FS-R(1101) FS-S(1110) LP-S(1111) SF-P(1111) Function: Sets K1 (1 to 4 bit) byte. (Plain language type) Restriction: Invalid in the following case: When :SOURce:TELecom:BRATe is <M139>, <M45>, <M34>, <M8>, <M2>, or <M1_5>.
Page 260 Section 10 Detailed Device Message :SOURce:TELecom:MSPMessages:CHANnel <mspch> Parameter: <mspch> = <CHARCTER PROGRAM DATA> (G.783) Null channel(0000) Working channel1(0001) Working channel2(0010) Working channel3(0011) Working channel4(0100) Working channel5(0101) Working channel6(0110) Working channel7(0111) Working channel8(1000) Working channel9(1001) WC10 Working channel10(1010) WC11 Working channel11(1011) WC12 Working channel12(1100) WC13...
Page 261 10.3 Equipment Unique Command :SOURce:TELecom:MSPMessages:BRIDge <bridge> Parameter: <bridge> = <CHARCTER PROGRAM DATA> (G.783) Null channel(0000) Working channel1(0001) Working channel2(0010) Working channel3(0011) Working channel4(0100) Working channel5(0101) Working channel6(0110) Working channel7(0111) Working channel8(1000) Working channel9(1001) WC10 Working channel10(1010) WC11 Working channel11(1011) WC12 Working channel12(1100) WC13 Working channel13(1101)
Page 262 Section 10 Detailed Device Message :SOURce:TELecom:MSPMessages:ARCHitect <arch> Parameter: <arch> = <CHARCTER PROGRAM DATA> (G.783) OPOA 1+1 architecture(0) OCNA 1:n architecture(1) (G. 841) SHORT LONG Function: Sets K2 (5 bit). (Plain language type) Restriction: Invalid in the following case: When :SOURce:TELecom:BRATe is <M139>, <M45>, <M34>, <M8>, <M2>, or <M1_5>.
Page 263 10.3 Equipment Unique Command :SOURce:TELecom:MSPMessages:REServed? Response: <arch> = <CHARACTER RESPONSE DATA> Function: Queries K2 (6 to 8 bit). (Plain language type) Example use: To query the plain language type of No. 8 K2 (6 to 8 bit): > :SOURce:TELecom:MSPMessages:REServed? 8 <...
Page 264 Section 10 Detailed Device Message :SOURce:TELecom:MSPBits:BRIDge <string> Parameter: <string> = <STRING PROGRAM DATA> "0000" to "1111" Function: Sets K2 (1 to 4 bit). (Bit type) Restriction: Invalid in the following case: When :SOURce:TELecom:BRATe is <M139>, <M45>, <M34>, <M8>, <M2>, or <M1_5>. When :ROUTe:THRough is <ON>.
Page 265 10.3 Equipment Unique Command Restriction: Invalid in the following case: When :SOURce:TELecom:BRATe is <M139>, <M45>, <M34>, <M8>, <M2>, or <M1_5>. :When :ROUTe:THRough is <ON>. When :DISPlay:TMENu[:NAME] other than <"MANual[:JOFF]">. Example use: To set the 6 to 8 bit of K2 to "101": >...
Page 266 Section 10 Detailed Device Message :SOURce:TELecom:PSETting:SSSet <ptype>, <string> Parameter: <ptype> = <CHARACTER PROGRAM DATA> AU-PTR TU-PTR <string> = <STRING PROGRAM DATA> "00" to "11" Function: Sets the pointer value (SS). Restriction: Invalid in the following case: When :SOURce:TELecom:BRATe is <M139>, <M45>, <M34>, <M8>, <M2>, or <M1_5>.
Page 267 10.3 Equipment Unique Command When <TU> is set while :SOURce:TELecom:MAPPing:TYPE is <VC3_45MASY> <VC3_BLK> and :SOURce:TELecom:MAPPing:AU is <AU3>. When :DISPlay:TMENu[:NAME] other than <"MANual[:JOFF]">. Example use: To set AU PTR ID to 10 (decimal number): > :SOURce:TELecom:PSETting:IDSet AU,10 :SOURce:TELecom:PSETting:IDSet? <ptype> Parameter: <ptype> = <CHARACTER PROGRAM DATA> Response: <numeric>...
Page 268 Section 10 Detailed Device Message When :ROUTe:THRough is <ON>. When <TU> is set while :SOURce:TELecom:MAPPing:TYPE is <VC4_ASY>, <VC4_BLK>, <VC12_BIL>, <VC12_BYL>, <VC11_BIL>, or <VC11_BYL>. When <TU> is set while :SOURce:TELecom:MAPPing:TYPE is <VC3_45MASY> <VC3_BLK> and :SOURce:TELecom:MAPPing:AU is <AU3>. When :DISPlay:TMENu[:NAME] other than <"MANual[:JOFF]">.
Page 269 10.3 Equipment Unique Command - Option-22 is not installed. Example use: To intialize the S1 program data. > :SOURce:TELecom:SPRogram:DEFault :SOURce:TELecom:SPRogram:COPY <destno>,<source1>,<source2> Parameter: <destno> = <DECIMAL NUMERIC PROGRAM DATA> 1 to 64 Number of the source data to overwrite. <source1> = <DECIMAL NUMERIC PROGRAM DATA> 1 to 64 Number to start overwrite.
Page 270 Section 10 Detailed Device Message "SONET Minimum Clock Traceable" (1100) "SMC" (1100) "Reserved" (1110) "RES" (1110) "DON'T USE for Synchronization" (1111) "DUS" (1111) Function: Sets S1(bit5-bit8) in plain language. Restriction: Invalid in the following case: :INSTrument:CONFig <type> is set to other than <SDH_PDH> or <SONET_PDH>.
Page 271 10.3 Equipment Unique Command - ROUTe:THRough[:TYPE] is set to <OFF>. - :ROUTe:THRough:MODE is set to other than <OH>. - :ROUTe:THRough:OH is other than <S1>. - Option-22 is not installed. Example use: To set No.2 S1 to "1011"，”0000”. > :SOURce:TELecom:SPRogram:SSBits:REQuest 2, "1011",”0000” :SOURce:TELecom:SPRogram:SSBits:REQuest? <no>...
Page 272 Section 10 Detailed Device Message :SOURce:TELecom:SPRogram:PROGram <no>,<S1>,<frame> Parameter: <no> = <DECIMAL NUMERIC PROGRAM DATA> 1 to 64 <S1> = <STRING PROGRAM DATA> “00” to “FF” <frame> = <DECIMAL NUMERIC PROGRAM DATA> 1 to 8000 Frame Function: Sets the S1 bit and its frame simultaneously. Restriction: Invalid in the following case: - :INSTrument:CONFig <type>...
Page 273 10.3 Equipment Unique Command :SOURce:SIGPreset:TX? Response: <type> = <CHARACTER RESPONSE DATA> Function: Queries the frame configuration of data that are set to the signaling byte (usually called as Wbyte) of VC11 (V5byte) when the mapping is BYTE (Data, Voice). Example use: To query the frame configuration of send signaling byte: >...
Page 274 Section 10 Detailed Device Message :SOURce:SIGPreset:MULTi8:SP? Response: <sp> = <STRING RESPONSE DATA> Function: Queries the 8-multiframe signaling data. Example use: To query the SP bit of 8-multiframe signaling data: > :SOURce:SIGPreset:MULTi8:SP? < “0” :SOURce:SIGPreset:MULTi64:AIS <ais> Parameter: <ais> = <STRING PROGRAM DATA> “000000000000000000000000”...
Page 275 10.3 Equipment Unique Command :SOURce:SIGPreset:MULTi64:PTY <pty> Parameter: <pty> = <STRING PROGRAM DATA> “000000000000000000000000” to “111111111111111111111111” (BIN type) Function: Sets the signaling data PTY of the 64-multiframe. Restriction: Invalid in the following case: When the option 09 Japan mapping is not installed. Example use: To set the signaling data PTY to "000000000000111111111111":...
Page 276 Section 10 Detailed Device Message Example use: To set the signaling data TRACE to "000000000000111111111111": > :SOURce:SIGPreset:MULTi64:TRAce “000000000000111111111111” :SOURce:SIGPreset:MULTi64:TRACe? Response: <trace> = <STRING RESPONSE DATA> Function: Queries the signaling data TRACE of the 64-multiframe. Example use: To query the signaling data TRACE: >...
Page 277 10.3 Equipment Unique Command Example use: To query the setting of signaling data Reserved (UNR): > :SOURce:SIGPreset:MULTi64:UNR? < “000000000000111111111111” :SOURce:SIGPreset:MULTi64:LOOP2 <loop2> Parameter: <loop2> = <STRING PROGRAM DATA> “000” to “111” (BIN type) Function: Sets the signaling data LOOP2 of the 64-multiframe. Restriction: Invalid in the following case: When the option 09 Japan mapping is not installed.
Page 278 Section 10 Detailed Device Message Example use: To set the signaling data 1.5M BASIS to "1": > :SOURce:SIGPreset:MULTi64:M15Basis “1” :SOURce:SIGPreset:MULTi64:M15Bais? Response: <m15> = <STRING RESPONSE DATA> Function: Queries the setting of signaling data 1.5M BASIS of the 64-multiframe. Example use: To query the setting of signaling data 1.5M BASIS: >...
Page 279 10.3 Equipment Unique Command :SOURce:SIGPreset:MULTi64:KZ <kz> Parameter: <kz> = <STRING PROGRAM DATA> “0” to “1” (BIN type) Function: Sets the signaling data kz of the 64-multiframe. Restriction: Invalid in the following case: When the option 09 Japan mapping is not installed. Example use: To set the signaling data kz to "1": >...
Page 280 Section 10 Detailed Device Message Example use: To query the setting of signaling data LOOP-1.5M: > :SOURce:SIGPreset:MULTi64:M15Loop? < “0” :SOURce:SIGPreset:DEFault Parameter: None. Function: Initializes the 8/64-multiframe signaling data. Restriction: Invalid in the following case: When the option 09 Japan mapping is not installed Example use: To initialize the 8/64-multiframe signaling data: >...
Page 281 10.3 Equipment Unique Command :SOURce:PTR64:DATA? <mode>,<no> Parameter: <mode> = <CHARACTER PROGRAM DATA> <no> = <DECIMAL NUMERIC PROGRAM DATA> Response: <type> = <CHARACTER RESPONSE DATA> <ptr> = <CHARACTER RESPONSE DATA> <ndf> = <STRING RESPONSE DATA> <ss> = <STRING RESPONSE DATA> <id> = <STRING RESPONSE DATA> Function: Queries the programmable PTR sequence data.
Page 282 Section 10 Detailed Device Message Restriction: Invalid in the following case: - When :DISPlay:TMENu[:NAME] is other than <"PERFormance">. Example use: To set the recommendation type to M.2110, SDH: > :SOURce:PCHeck:TYPE M2110,SDH :SOURce:PCHeck:TYPE? Response: <type> = <CHARACTER RESPONSE DATA> <mode> = <CHARACTER RESPONSE DATA> (Only when using M.2110, M.2120) Function: Queries the setting of recommendation type to perform the Performance...
Page 283 10.3 Equipment Unique Command Example use: To set the number of addition times to 7: > :SOURce:PCHeck:REPeat 7 :SOURce:PCHeck:REPeat? Response: <repeat> = <NR1 NUMERIC RESPONSE DATA> Function: Queries the relative number of addition times for specified Error/Alarm. Example use: To query the relative number of addition times: >...
Page 284 Section 10 Detailed Device Message Example use: To query the setting of Performance item: > :SOURce:PCHeck:ITEM? < CES :SOURce:PCHeck:CONDition <condit>, <erralm>, <threshold> Parameter: <condit> = <CHARACTER PROGRAM DATA> (G.821,M2100) NON No parameter (G. 826) FAS/CRC Parity HP-B3 LP-B3 BIP2 BIP-2 MREI MS-REI（REI-L）...
Page 285 10.3 Equipment Unique Command <erralm> = <CHARACTER PROGRAM DATA> (SDH) No alram is inserted. LOS is inserted. LOF is inserted. MAIS MS-AIS is inserted. MRDI MS-RDI is inserted. AAIS AU-AIS is inserted. ALOP AU-LOP is inserted. HRDI HP-RDI is inserted. TAIS TU-AIS is inserted.
Page 286 Section 10 Detailed Device Message (SDH) BIT139 Bit 139M is inserted. BIT45 Bit 45M is inserted. BIT34 Bit 34M is inserted. BIT8 Bit 8M is inserted. BIT2 Bit 2M is inserted. BIT1_5 Bit 1.5M is inserted. CODE Code is inserted. EBIT Ebit is inserted.
Page 287 10.3 Equipment Unique Command LOF8 LOF is inserted into .8Ｍbit/s signal. LOF2 LOF is inserted into .2Ｍbit/s signal. LOF1_5 LOF is inserted into .1.5Ｍbit/s signal. RDI139 RDI is inserted into .139Ｍbit/s signal. RDI45 RDI is inserted into .45Ｍbit/s signal. RDI34 RDI is inserted into .34Ｍbit/s signal.
Page 288 Section 10 Detailed Device Message <threshold> = <BOOLEAN PROGRAM DATA> ON or 1 OFF or 0 Function: Sets an item for the performance test, an alarm additional item, and threshold over. Restriction: Invalid in the following case: :DISPlay:TMENu[:NAME] is other than <" PERFormance ">. When “Threshold over”...
Page 289 10.3 Equipment Unique Command :SOURce:FMEMory:SEQuence:A:FRAMe <frame> Parameter: <frame> = <DECIMAL NUMERIC PROGRAM DATA> 1 to 64 Number of send frames Step value: 1 Function: Sets the number of send frames of the Frame memory A pattern. Restriction: Invalid in the following case: - When :DISPlay:TMENu[:NAME] is other than <"FMEMory">.
Page 290 Section 10 Detailed Device Message Restriction: Invalid in the following case: When :DISPlay:TMENu[:NAME] is other than <"FMEMory">. :SOURce:TELecom:MAPPing:TYPE <mtype> When other than :SOURce:TELecom:MAPPing:TYPE <mtype> concatenation mapping route is selected. Example use: To set the number of send frames of the Frame memory B pattern to 2: >...
Page 291 10.3 Equipment Unique Command :SOURce:FMEMory:ALARm:TYPE <atype> Parameter: <atype> = <CHARACTER PROGRAM DATA> (SDH) MAIS MS-AIS MRDI MS-RDI AAIS AU-AIS ALOP AU-LOP HRDI HP-RDI HSLM HP-HSLM HTIM HP-HTIM HUNEQ HP-UNEQ (SONET) AISL AIS-L RDIL RDI-L AISP AIS-P LOPP LOP-P RDIP RDI-P SLMP SLM-P TIMP...
Page 292 Section 10 Detailed Device Message :SOURce:FMEMory:ALARm:TIMing:TYPE <type> Parameter: <type> = <CHARACTER PROGRAM DATA> SINGLE BURST ALTERNATE Function: Sets the alarm addition timing. Restriction: Invalid in the following case: When :DISPlay:TMENu[:NAME] is other than <"FMEMory">. :SOURce:TELecom:MAPPing:TYPE <mtype> When other than :SOURce:TELecom:MAPPing:TYPE <mtype> concatenation mapping route is selected.
Page 293 10.3 Equipment Unique Command Example use: To query the number of alarm addition frames when using Alternate: > :SOURce:FMEMory:ALARm:TIMing:ALARm? < 3000 :SOURce:FMEMory:ALARm:TIMing:NORMal <normal> Parameter: <normal> = <DECIMAL NUMERIC PROGRAM DATA> 1 to 8000 Step value: 1 Function: Sets the number of normal addition frames when using Alternate. Restriction: Invalid in the following case: When :DISPlay:TMENu[:NAME] is other than <"FMEMory">.
Page 294 Section 10 Detailed Device Message Example use: To set the alarm insertion timing to 5000: > :SOURce:FMEMory:ALARm:TIMing:BURSt 5000, FRAME :SOURce:FMEMory:ALARm:TIMing:BURSt? Response: <timing> = <NR1 NUMERIC RESPONSE DATA> <unit> = <CHARACTER RESPONSE DATA> Function: Queries the setting for the alarm insertion timing value and the unit. Example use: To query the setting for the alarm insertion timing value and the unit: >...
Page 295 10.3 Equipment Unique Command Example use: To query the error type to insert in the send signal: > :SOURce:FMEMory:ERRor:TYPE? < B1 :SOURce:FMEMory:ERRor:TIMing:TYPE <timing> Parameter: <timing> = <CHARACTER PROGRAM DATA> ONCE Single error R1E_3 1E-3 R1E_4 1E-4 R1E_5 1E-5 R1E_6 1E-6 R1E_7 1E-7 R1E_8...
Page 296 Section 10 Detailed Device Message :SOURce:FMEMory:ERRor:TIMing:ERRor <error> Parameter: <error> = <DECIMAL NUMERIC PROGRAM DATA> 0 to 8000 Step value: 1 Function: Sets the number of error addition frames when using Alternate. Restriction: Invalid in the following case: When :DISPlay:TMENu[:NAME] is other than <"FMEMory">. :SOURce:TELecom:MAPPing:TYPE <mtype>...
Page 297 10.3 Equipment Unique Command :SOURce:FMEMory:ERRor:TIMing:NORMal <normal> Parameter: <normal> = <DECIMAL NUMERIC PROGRAM DATA> 1 to 8000 Step value: 1 Function: Sets the number of normal addition frames when using Alternate. Restriction: Invalid in the following case: When :DISPlay:TMENu[:NAME] is other than <"FMEMory">. :SOURce:TELecom:MAPPing:TYPE <mtype>...
Page 298 Section 10 Detailed Device Message :SOURce:OHTest:TYPE <type> Parameter: <type> = <CHARACTER PROGRAM DATA> OH change OH BERT PTR64 PTR64frame ADROP OH Add/Drop Function: Switches according to the OH test item. Restriction: Invalid in the following case: - When :DISPlay:TMENu[:NAME] is set to other than <"OHTest">. Example use: To set the OH test item to OH change: >...
Page 299 10.3 Equipment Unique Command :SOURce:OHTest:OHCHange:TYPE <type> Parameter: <type> = <CHARACTER PROGRAM DATA> (SDH) SOH1B SOH 1byte POH1B POH 1byte K1K2 K1/K2 RSOH RSOH MSOH MSOH (SONET) TOH1B TOH 1byte POH1B POH 1byte K1K2 K1/K2 RTOH RTOH MTOH MTOH Function: Sets the change type of OH change in the OH test. Restriction: Invalid in the following case: - When :DISPlay:TMENu[:NAME] is set to other than <"OHTest">.
Page 300 －－－－－ (Refer to Appendix D of MP1570A operation manual Vol.1.) Function: Sets the change byte position of OH change SOH 1byte [TOH 1byte]. Restriction: Invalid in the following case: When :DISPlay:TMENu[:NAME] is set to other than <"OHTest">.
Page 301 10.3 Equipment Unique Command Example use: To set the change position of OH change to Z12: > :SOURce:OHTest:OHCHange:POSition:SOH Z12 :SOURce:OHTest:OHCHange:POSition:SOH? :SOURce:OHTest:OHCHange:POSition:TOH? Response: <posi> = <CHARACTER RESPONSE DATA> Function: Queries the change byte position of OH change. Example use: To query the setting for change byte position of OH change: >...
Page 302 Section 10 Detailed Device Message VC2/1[VT] invalid when setting of :SOURce:TELecom:MAPPing:TYPE <mtype> is the following mapping selection: 139M(Async.), VC4-Bulk, 34M(Async.), 34M(Sync.), 45M(Async.) VC3-Bulk, 2M(Bitsync.L), 2M(Bytesync.L), 1.5M(Bitsync.L), 1.5M(Bytesync.L) Example use: To set the change position to J1 of VC4 when the change type of OH change is POH 1byte: >...
Page 303 10.3 Equipment Unique Command :SOURce:OHTest:OHCHange:SEQuence:A:FRAMe <frame> Parameter: <frame> = <DECIMAL NUMERIC PROGRAM DATA> 1 to 64 Number of send frames Step value: 1 Function: Sets the number of send frames of OH change A pattern. Restriction: Invalid in the following case: - When :DISPlay:TMENu[:NAME] is set to other than <"OHTest">.
Page 304 Section 10 Detailed Device Message :SOURce:OHTest:OHCHange:SEQuence:B:FRAMe? Response: <frame> = <NR1 NUMERIC RESPONSE DATA> Function: Queries the setting for number of send frames of OH change B pattern. Example use: To query the setting for number of send frames of OH change B pattern: >...
Page 305 10.3 Equipment Unique Command :SOURce:OHTest:OHBert:TYPE? Response: <type> = <CHARACTER RESPONSE DATA> Function: Queries the change type of OH BERT in the OH test. Example use: To query the change type of OH BERT: > :SOURce:OHTest:OHBert:TYPE? < POH1B 10 - 191...
Page 306 －－－－－ (Refer to Appendix D of MP1570A operation manual Vol.1.) Function: Sets the change byte position of SOH 1byte [TOH 1byte] in OH Bert. Restriction: Invalid in the following case: - When :DISPlay:TMENu[:NAME] is set to other than <"OHTest">.
Page 307 10.3 Equipment Unique Command Example use: To set the change position of OH Bert to Z12: > :SOURce:OHTest:OHBert:POSition:SOH Z12 :SOURce:OHTest:OHBert:POSition:SOH? :SOURce:OHTest:OHBert:POSition:TOH? Response: <posi> = <CHARACTER RESPONSE DATA> Function: Queries the change byte position of OH Bert. Example use: To query the setting for change byte position of OH Bert: >...
Page 308 Section 10 Detailed Device Message - VC2/1[VT] is invalid when the setting of :SOURce:TELecom:MAPPing:TYPE <mtype> is the following Mapping selection: 139M(Async.), VC4-Bulk, 34M(Async.), 34M(Sync.), 45M(Async.) VC3-Bulk, 2M(Bitsync.L), 2M(Bytesync.L), 1.5M(Bitsync.L), 1.5M(Bytesync.L) Example use: To set the change position to J1 of VC4 when the change type of OH Bert is POH 1byte: >...
Page 309 10.3 Equipment Unique Command :SOURce:OHTest:ADRop:TYPE <type> Parameter: <type> = <CHARACTER PROGRAM DATA> (SDH) SOH1B SOH 1byte POH1B POH 1byte DRSect D1-D3 DMSect D4-D12 (SONET) TOH1B TOH 1byte POH1B POH 1byte DRSect D1-D3 DMSect D4-D12 Function: Sets the OH Add type in the OH test. Restriction: Invalid in the following case: - When :DISPlay:TMENu[:NAME] is set to other than <"OHTest">.
Page 310 －－－－－ (Refer to Appendix D of MP1570A operation manual Vol.1.) Function: Sets the change byte position of OH Add SOH 1byte [TOH 1byte]. Restriction: Invalid in the following case: - When :DISPlay:TMENu[:NAME] is set to other than <"OHTest">.
Page 311 10.3 Equipment Unique Command Example use: To set the change position to X85 when the change type of OH Add is SOH 1byte: > :SOURce:OHTest:ADRop:POSition:SOH X85 :SOURce:OHTest:ADRop:POSition:SOH? :SOURce:OHTest:ADRop:POSition:TOH? Response: <posi> = <CHARACTER RESPONSE DATA> Function: Queries the setting for change byte position of OH Add. Example use: To query the setting for change byte position of OH Add: >...
Page 312 Section 10 Detailed Device Message - VC2/1[VT] is invalid when the setting of :SOURce:TELecom:MAPPing:TYPE <mtype> is the following Mapping selection: 139M(Async.), VC4-Bulk, 34M(Async.), 34M(Sync.), 45M(Async.) VC3-Bulk, 2M(Bitsync.L), 2M(Bytesync.L), 1.5M(Bitsync.L), 1.5M(Bytesync.L) Example use: To set the change position to J1 of VC4 when the change type of OH Add is POH 1byte: >...
Page 313 10.3 Equipment Unique Command Example use: To set PTR64 frame to 2 frames: > :SOURce:OHTest:PTR64:SEQuence:FRAMe 2 :SOURce:OHTest:PTR64:SEQuence:FRAMe? Response: <frame> = <NR1 NUMERIC RESPONSE DATA> Function: Queries the setting for number of send frames of PTR64 frame in the OH test Example use: To query the setting for number of send frames of PTR64 frame: >...
Page 314 Section 10 Detailed Device Message VC4-139M(Async.) , VC4-Bulk, 2M(Bitsync.L), 2M(Bytesync.L) 1.5M(Bitsync.L) ,1.5M(Bytesync.L) AU3-VC3-45M(Async.) AU3-VC3-VC3_Bulk Example use: To set PTR64 frame pointer to TU: > :SOURce:OHTest:PTR64:PTR TU :SOURce:OHTest:PTR64:PTR? Response: <point> = <CHARACTER RESPONSE DATA> Function: Queries the setting of PTR64 frame pointer in the OH test Example use: To query the setting of PTR64 frame pointer:...
Page 315 10.3 Equipment Unique Command Example use: To set the measurement mode to Single. > :SOURce:IPTest:SEQuence:MODE SINGLE :SOURce:IPTest:SEQuence:MODE? Response: <mode> = <CHARACTER RESPONSE DATA> Function: Queries the measurement mode of IP test. Example use: > :SOURce:IPTest:SEQuence:MODE? < SINGLE SOURce:IPTest:PACKset Parameter: None Function: Sets a state in which IP test can start.
Page 316 Section 10 Detailed Device Message :SOURce:IPTest:PACKet:MBYTe? Response: <M> = <NR1 NUMERIC RESPONSE DATA> Function: Queries the number of Idle pattern (M) bytes. Example use: > :SOURce:IPTest:PACKet:MBYTe? < 5000 :SOURce:IPTest:PACKet:NBYTe <N> Parameter: <N> = <DECIMAL NUMERIC PROGRAM DATA> 1 to 100000 Step value: 1 byte Function: Sets the number of Idle pattern (N) bytes inserted into PPP packets in...
Page 317 10.3 Equipment Unique Command :SOURce:IPTest:PACKet:LM <no> Parameter: <no> = <CHARACTER PROGRAM DATA> No setting IP packet preset No.1 IP packet preset No.2 IP packet preset No.3 Function: Sets the type of PPP packet (between Idle LM) to be sent in IP test. The details of packet are set on the Setup:IP packet screen.
Page 318 Section 10 Detailed Device Message (SONET) Function: Set an additional alarm item for IP test. Restriction: Invalid in the following case: - :DISPlay:TMENu[:NAME] is other than <“IPTest”>. Example use: To set the additional alarm item to LOS. > :SOURce:IPTest:ALARm:TYPE LOS :SOURce:IPTest:ALARm:TYPE? Response: <alarm>...
Page 319 10.3 Equipment Unique Command :SOURce:IPTest:ERRor:TYPE <type> Parameter: <type> = <CHARACTER PROGRAM DATA> (SDH) HP-B3 LP-B3 BIP2 BIP2 MREI MS-REI HREI HP-REI (SONET) HP-B3 LP-B3 BIP2 BIP2 REIL REI-L REIP REI-P Function: Sets an additional error item for IP test. Restriction: Invalid in the following case: - :DISPlay:TMENu[:NAME] is other than <“IPTest”>.
Page 320 Section 10 Detailed Device Message :SOURce:IPTest:ERRor:TIMing:TYPE <timing> Parameter: <timing> = <CHARACTER PROGRAM DATA> ONCE Single error R1E_3 1E-3 R1E_4 1E-4 R1E_5 1E-5 R1E_6 1E-6 R1E_7 1E-7 R1E_8 1E-8 R1E_9 1E-9 R1IN16 1 in 16 R2IN16 2 in 16 R3IN16 3 in 16 R4IN16 4 in 16 BURST...
Page 321 10.3 Equipment Unique Command Restriction: Invalid in the following case: - :DISPlay:TMENu[:NAME] is other than <“IPTest”>. - :SOURce:IPTest:ERRor:TYPE is <OFF>. - :SOURce:IPTest:ERRor:TIMing:TYPE is other than <ALTERNATE>. Example use: To set the number of the error addition frames to 3,000. > :SOURce:IPTest:ERRor:TIMing:ERRor 3000 :SOURce:IPTest:ERRor:TIMing:ERRor? Response: <error>...
Page 322 Section 10 Detailed Device Message Example use: To set the number of the normal frames to 1,700. > :SOURce:IPTest:ERRor:TIMing:NORMal 1700 :SOURce:IPTest:ERRor:TIMing:NORMal? Response: <normal> = <NR1 NUMERIC RESPONSE DATA> Function: Queries the number of normal frames (alarms are not added) when the timing is set to Alternate.
Page 323 10.3 Equipment Unique Command :SOURce:APSTest:SEQuence:MODE <mode> Parameter: <mode> = <CHARACTER PROGRAM DATA> SINGLE Single REPEAT Repeat Function: Sets the send mode of APS test. Restriction: Invalid in the following case: - When :DISPlay:TMENu[:NAME] is set to other than <"APSTest">. Example use: To set the send mode of APS test to Single: >...
Page 324 Section 10 Detailed Device Message :SOURce:APSTest:ALARm:TYPE <atype> Parameter: <atype> = <CHARACTER PROGRAM DATA> (SDH) Enters no alarm. Enters LOS. Enters LOF. MAIS Enters MS-AIS. MRDI Enters MS-RDI. AAIS Enters AU-AIS. ALOP Enters AU-LOP. HRDI Enters HP-RDI. HSLM Enters HP-HSLM. HTIM Enters HP-HTIM.
Page 325 10.3 Equipment Unique Command (SONET) Enters no alarm. Enters LOS. Enters LOF. AISL Enters AIS-L. RDIL Enters RDI-L. AISP Enters AIS-P. LOPP Enters LOP-P. RDIP Enters RDI-P. SLMP Enters SLM-P. TIMP Enters TIM-P. UNEQP Enters UNEQ-P. HVAIS Enters HP-VC-AIS. HISF Enters HP-ISF.
Page 326 Section 10 Detailed Device Message :SOURce:APSTest:ALARm:TIMing:TYPE <type> Parameter: <type> = <CHARACTER PROGRAM DATA> SINGLE BURST ALTERNATE Function: Sets the alarm addition timing in the APS test. Restriction: Invalid in the following case: When :DISPlay:TMENu[:NAME] is set to other than <"APSTest">. When :SOURce:APSTest:ALARm:TYPE is set to <OFF>...
Page 327 10.3 Equipment Unique Command :SOURce:APSTest:ALARm:TIMing:NORMal <normal> Parameter: <normal> = <DECIMAL NUMERIC PROGRAM DATA> 1 to 8000 When unit is frame: Step value: 1 When unit is µs: 125 to 1000000 Step value: 125 Function: Sets the number of normal addition frames when using Alternate in the APS test.
Page 328 Section 10 Detailed Device Message :SOURce:APSTest:ALARm:TIMing:BURSt <timing>,<unit> Parameter: <timing> = <DECIMAL NUMERIC PROGRAM DATA> 1 to 8000 When unit is frame: Step value: 1 1 to 1000000 When unit isμs : Step value: 125 <unit> = <CHARACTER PROGRAM DATA> FRAME frame μs Function:...
Page 329 10.3 Equipment Unique Command :SOURce:APSTest:ERRor:TYPE <etype> Parameter: <etype> = <CHARACTER PROGRAM DATA> (SDH) Enters no error. Enters B1. Enters B2. Enters HB3. Enters LB3. BIP2 Enters BIP2. MREI Enters MS-REI. HREI Enters HP-REI. HIEC Enters HP-IEC. HTREI Enters HP-TC-REI. HOEI Enters HP-OEI.
Page 330 Section 10 Detailed Device Message (SONET) Enters no error. Enters B1. Enters B2. Enters HB3. Enters LB3. BIP2 Enters BIP2. REIL Enters MS-REI. REIP Enters HP-REI. HIEC Enters HP-IEC. HTREI Enters HP-TC-REI. HOEI Enters HP-OEI. REIV Enters LP-REI. LIEC Enters LP-IEC. LTREI Enters LP-TC-REI.
Page 331 10.3 Equipment Unique Command :SOURce:APSTest:ERRor:TYPE? Response: <etype> = <CHARACTER RESPONSE DATA> Function: Queries the error type to insert in the APS test. Example use: To query the error type to insert in the APS test: > :SOURce:APSTest:ERRor:TYPE? < BIT34 :SOURce:APSTest:ERRor:TIMing:TYPE <timing> Parameter: <timing>...
Page 332 Section 10 Detailed Device Message :SOURce:APSTest:ERRor:TIMing:ERRor <error> Parameter: <error> = <DECIMAL NUMERIC PROGRAM DATA> 0 to 8000 Step value: 1 Function: Sets the number of error addition frames when using Alternate in the APS test. Restriction: Invalid in the following case: When :DISPlay:TMENu[:NAME] is set to other than <"APSTest">.
Page 333 10.3 Equipment Unique Command :SOURce:APSTest:ERRor:TIMing:NORMal <normal> Parameter: <normal> = <DECIMAL NUMERIC PROGRAM DATA> 1 to 8000 Step value: 1 Function: Sets the number of normal addition frames when using Alternate in the APS test. Restriction: Invalid in the following case: When :DISPlay:TMENu[:NAME] is set to other than <"APSTest">.
Page 334 Section 10 Detailed Device Message Restriction: Invalid in the following case: :INSTrument:CONFig <type> is set to other than <SDH_PDH>, <SONET_PDH>. Measurement mode is other than “In-service”. :ROUTe:THRough[:TYPE] is set to <OFF>. :ROUTe:THRough:MODE is set to other than <OH>. :ROUTe:THRough:OH is other than <S1>. Option-22 is not installed.
Page 335 10.3 Equipment Unique Command :ROUTe:THRough:OH is other than <S1>. Option-22 is not installed. Example use: To the send pattern in the S1 test to two patterns. > :SOURce:STEst:SEQuence:FRAMe 2 :SOURce:STEst:SEQuence:FRAMe? Response: <frame> = <NR1 NUMERIC RESPONSE DATA> Same as :SOURce:STEst:SEQuence:FRAMe. Function: Queries the pattern number to be sent in the S1 test.
Page 336 Section 10 Detailed Device Message - Measurement mode is other than “In-service”. - ROUTe:THRough[:TYPE] is set to <OFF>. - :ROUTe:THRough:MODE is set to other than <OH>. - :ROUTe:THRough:OH is other than <S1>. - Option-22 is not installed. Example use: To insert LOS into the S1 test. >...
Page 337 10.3 Equipment Unique Command Function: Sets the type of the error inserted into the S1 test. Restriction: Invalid in the following case: - :INSTrument:CONFig <type> is set to other than <SDH_PDH>, <SONET_PDH>. - Measurement mode is other than “In-service”. - ROUTe:THRough[:TYPE] is set to <OFF>. - :ROUTe:THRough:MODE is set to other than <OH>.
Page 338 Section 10 Detailed Device Message - Measurement mode is other than “In-service”. - ROUTe:THRough[:TYPE] is set to <OFF>. - :ROUTe:THRough:MODE is set to other than <OH>. - :ROUTe:THRough:OH is other than <S1>. - Option-22 is not installed. - :SOURce:STEst:ERRor:TYPE is set to <OFF>. Example use: To set the error addition timing to “ALL”.
Page 339 10.3 Equipment Unique Command :SOURce:STEst:ERRor:TIMing:NORMal <normal> Parameter: <normal> = <DECIMAL NUMERIC PROGRAM DATA> 1 to 8000 Step value: 1 Function: Sets the number of the frames to which errors are added when the error addition timing is “Alternate” Restriction: Invalid in the following case: - :INSTrument:CONFig <type>...
Page 340 Section 10 Detailed Device Message Example use: To set the error addition timing to 1.0E-5. > :SOURce:STEst:ERRor:TIMing:PROGrate “1.0E-5” :SOURce:STEst:ERRor:TIMing:PROGrate? Response: <error> = <STRING RESPONSE DATA> Same as :SOURce:STEst:ERRor:TIMing:PROGrate. Function: Queries the error addition timing when Prog. Rate is On. Example use: >...
Page 341 10.3 Equipment Unique Command 10.3.3 SENSe subsystem The SENSe subsystem sets the receiver and measurement conditions. The following table shows functions, commands, and parameters. Function Command Parameter Page 10-238 Specifies bit rates for receive signals. :SENSe:TELecom:BRATe brate Queries the receive signal bit rate. :SENSe:TELecom:BRATe? Page 10-239 Sets the extraction of STM4, 1, and...
Page 342 Section 10 Detailed Device Message Sets the descramble of the payload of :SENSe:TELecom:MAPPing:PAYLoad:DESCramble descr frame memory to used for IP over SONET. Queries the descramble of the payload :SENSe:TELecom:MAPPing:PAYLoad:DESCramble? of frame memory to used for IP over SONET. Set the number of channel for receive :SENSe:TELecom:MAPPing:SIG Signaling frame.
Page 343 10.3 Equipment Unique Command Sets maximum number :SENSe:TELecom:M2:MCHannel numeric channels for the receive 2M signal. Queries the maximum number of :SENSe:TELecom:M2:MCHannel? channels for receive 2M signal. Page 10-258 Specifies setting for the 1.5M signal :SENSe:TELecom:M1_5:FRAMed frame frame. Queries the 1.5M signal frame. :SENSe:TELecom:M1_5:FRAMed? Specifies the 1.5M signal code.
Page 344 Section 10 Detailed Device Message Page 10-264 Queries the measurement starting :SENSe:MEASure:STIMe? [type] time. Page 10-264 Queries the time elapsed from start of :SENSe:MEASure:ELAPsed? [type] measurement. Page 10-264 Sets the wait time for trouble search. :SENSe:MEASure:TSEarch:WTIMe wtime Queries the wait time for trouble :SENSe:MEASure:TSEarch:WTIMe? search.
Page 345 10.3 Equipment Unique Command Sets the Alarm detection condition of :SENSe:MEASure:ALARm:SECTion:DETection type,mode the Error/Alarm measurement. Queries the setting value of Alarm :SENSe:MEASure:ALARm:SECTion:DETection? type detection condition Error/Alarm measurement. Sets the Alarm detection and removal :SENSe:MEASure:ALARm:SECTion:REMove type,mode condition Error/Alarm measurement. Queries the setting value of Alarm :SENSe:MEASure:ALARm:SECTion:REMove? type removal condition for the Error/Alarm...
Page 346 Section 10 Detailed Device Message :SENSe:MEASure:TANDem:Z5LP:MODE mode :SENSe:MEASure:TANDem:Z6:MODE mode :SENSe:MEASure:TANDem:N1HP:MODE? Queries the status whether or not to :SENSe:MEASure:TANDem:N1LP:MODE? :SENSe:MEASure:TANDem:N2:MODE? receive errors and alarms of the :SENSe:MEASure:TANDem:Z5HP:MODE? tandem connection. :SENSe:MEASure:TANDem:Z5LP:MODE? :SENSe:MEASure:TANDem:Z6:MODE? Sets the type of N1/Z5 bytes for the :SENSe:MEASure:TANDem:N1HP:TYPE type tandem connection :SENSe:MEASure:TANDem:N1LP:TYPE type...
Page 347 10.3 Equipment Unique Command Page 10-282 Select whether auto or manual to set :SENSe:MEASure:SLM:DETection:HP:MODE mode the SLM. :SENSe:MEASure:SLM:DETection:LP:MODE mode :SENSe:MEASure:PLM:DETection:HP:MODE mode :SENSe:MEASure:PLM:DETection:LP:MODE mode Queries whether auto or manual to set :SENSe:MEASure:SLM:DETection:HP:MODE? the SLM. :SENSe:MEASure:SLM:DETection:LP:MODE? :SENSe:MEASure:PLM:DETection:HP:MODE? :SENSe:MEASure:PLM:DETection:LP:MODE? Sets the value of C2 byte when the :SENSe:MEASure:SLM:DETection:HP:PATTern pattern selection of SLM(PLM) is Manual.
Page 348 Section 10 Detailed Device Message :SENSe:OHTest:OHBert:POSition:TOH? Sets the change byte position of POH :SENSe:OHTest:OHBert:POSition:POH vctype,posi 1byte in OH Bert. Queries the change byte position of :SENSe:OHTest:OHBert:POSition:POH? POH 1byte in OH Bert. Sets the receive change channel :SENSe:OHTest:OHBert:CHANel position to SOH 1byte or TOH 1byte in OH Bert.
Page 349 10.3 Equipment Unique Command Page 10-297 Starts the Switch time measurement. :SENSe:APSTest:STARt Page 10-297 Stops the Switch time measurement. :SENSe:APSTest:STOP Page 10-297 Queries the status of the Switch time :SENSe:APSTest:STATe? measurement. Page 10-297 Starts APS Capture. :SENSe:APSCapture:STARt Page 10-297 Stops APS Capture. :SENSe:APSCapture:STOP Page 10-297 Queries the status of APS Capture.
Page 350 Section 10 Detailed Device Message Page 10-305 Sets the Trigger item to capture of :SENSe:OHCapture:TRIGger:TYPE trig overhead. Queries the setting of Trigger item to :SENSe:OHCapture:TRIGger:TYPE? capture. Sets the Trigger position to capture of :SENSe:OHCapture:TRIGger:POSition numeric overhead. Queries Trigger position :SENSe:OHCapture:TRIGger:POSition? capture.
Page 351 10.3 Equipment Unique Command Page 10-312 Sets the trigger type of IP capture. :SENSe:IPCapture:TRIGger:TYPE type Queries the trigger type of IP capture. :SENSe:IPCapture:TRIGger:TYPE? Page 10-312 Sets the mask of IP address to be :SENSe:IPCapture:IPV4adr sadr1 captured (for IP ver.4). sadr2 sadr3 sadr4 dadr1...
Page 352 Section 10 Detailed Device Message :SENSe:TELecom:BRATe <brate> Parameter: <brate> = <CHARACTER PROGRAM DATA> M9953 9953Mbit/s M2488 2488Mbit/s M622 622Mbit/s M156 156Mbit/s M156CMI 156Mbit/s (Built-in CMI option) M52B3ZS 52Mbit/sB3ZS M139 139Mbit/s 52Mbit/s 45Mbit/s 34Mbit/s 8Mbit/s 2Mbit/s M1_5 1.5Kbit/s Function: Specifies bit rates for receive signals. Restriction: Invalid in the following case: ・When 9953M is selected:...
Page 353 10.3 Equipment Unique Command :SENSe:TELecom:EXTRact:MODE <boolean> Parameter: <boolean> = <BOOLEAN PROGRAM DATA> OFF or 0 ON or 1 Function: Sets the extraction of STM4, 1, and 0 signals. (STS12, 3 and 1) Restriction: Invalid in the following cases: ・ Valid setting is only when inserting (valid) the combination of the interface that allows the use of 622M, 156M (light and electricity) and 52M (light and electricity) and the units of 2488M and 9953M.
Page 354 Section 10 Detailed Device Message :SENSe:TELecom:EXTRact:RATE ? Response: <rate> = <CHARACTER RESPONSE DATA> Function: Queries the rate (interface) to perform EXTRact. Example use: To query the rate (interface) to perform EXTRact: > :SENSe:TELecom:EXTRact:RATE? < M622 :SENSe:TELecom:EXTRact:INTerface <optical> Parameter: <optical> = <CHARACTER PROGRAM DATA> 1.31 1.31μｍ...
Page 355 10.3 Equipment Unique Command :SENSe:TELecom:MAPPing:TYPE <mtype> Parameter: <mtype> = <CHARACTER PROGRAM DATA> (SDH) VC4_ASY 139M(Async.) VC4_BLK VC4(Bulk) VC3_ASY 34M(Async.) VC3_SYN 34M(Sync.) VC3_45MASY 45M(Async.) VC3_BLK VC3(Bulk) VC2_6MASY 6M(Async.) VC2_6MBIT 6M(Bitsync.) VC2_BLK VC2(Bulk) VC2_MC VC2(mc) VC12_ASY 2M(Async.) VC12_BIF 2M(Bitsync.F) VC12_BIL 2M(Bitsync.L) VC12_BYF 2M(Bytesync.F) VC12_BYL 2M(Bytesync.L)
Page 356 Section 10 Detailed Device Message (SONET) STS3_ASY 139M(Async.) STS3_BLK STS3cSPE(Bulk) VC3_ASY 34M(Async.) VC3_SYN 34M(Sync.) STS1_45MASY 45M(Async.) STS1_BLK STS1 SPE(Bulk) VT6_ASY 6M(Async.) VT6_BIT 6M(Bitsync.) VT6_BLK VT6 SPE(Bulk) VT6_MC VT6 SPE(mc) VT2_ASY 2M(Async.) VT2_BIF 2M(Bytesync.F) VT2_BIL 2M(Bitsync.L) VT2_BYF 2M(Bytesync.F) VT2_BYL 2M(Bytesync.L) VT2_BLK VT2 SPE(Bulk) VT15_ASY 1.5M(Async.)
Page 357 10.3 Equipment Unique Command :SENSe:TELecom:MAPPing:TYPE? Response: <mtype> = <CHARACTER RESPONSE DATA> Function: Queries the receive signal for SDH/SONET mapping route. Example use: > :SENSe:TELecom:MAPPing:TYPE? < VC12_BLK :SENSe:TELecom:MAPPing:AU <atype> Parameter: <atype> = <CHARACTER PROGRAM DATA> Function: Selects the AU route of the SDH mapping route for receive signals. Restriction: Invalid in the following cases: When :SOURce:TELecom:BRATe is <M139>, <M45>, <M34>, <M8>,...
Page 358 Section 10 Detailed Device Message :SENSe:TELecom:MAPPing:TU <ttype> Parameter: <ttype> = <CHARACTER PROGRAM DATA> TU12 TU11 Function Selects the TU route of the SDH mapping route for receive signals. Restriction: Invalid in the following cases: ・When :SENSe:TELecom:BRATe is <M139>, <M45>, <M34>, <M8>, <M2>, or <M1_5>.
Page 359 10.3 Equipment Unique Command :SENSe:TELecom:MAPPing:ROUTe <route>,<numeric> Parameter: <route> = <CHARACTER PROGRAM DATA> （SDH） AUG channel AU3 channel TUG3 TUG3 channel TUG2 TUG2 channel TU11 TU11 channel TU12 TU12 channel K384 384K channel VC416C VC4_16c channel VC44C VC4_4c channel VC4C VC4_c channel （SONET）...
Page 360 Section 10 Detailed Device Message Restriction: Invalid in the following case: ・When the channel is not applicable to the mapping set at :SENSe:TELecom:MAPPing:TYPE ・When <AUG> is set while 622M-type interface unit and 156M-type interface unit are not installed. ・When <TU11> is set while the 2/8/34/139/156M (CMI) unit is installed.
Page 361 10.3 Equipment Unique Command :SENSe:TELecom:MAPPing:ROUTe? <route> Parameter: <route> = <CHARACTER PROGRAM DATA> Response: <numeric> = <NR1 NUMERIC RESPONSE DATA> Function: Queries the channel at each SDH/SONET point. Example use: > :SENSe:TELecom:MAPPing:ROUTe? AUG < 4 :SENSe:TELecom:MAPPing:MC <numeric> Parameter: <numeric> = <DECIMAL NUMERIC PROGRAM DATA> 1 to 7 Step value: 1 Function:...
Page 362 Section 10 Detailed Device Message :SENSe:TELecom:MAPPing:SIG <sig> Parameter: <sig> = <DECIMAL NUMERIC PROGRAM DATA> 1 to 4 Step value: 1 Function: Set the number of channel for receive Signaling frame. Restriction: Invalid in the following case: ・When :INSTrument:CONFig<type> is NON or CID. ・Valid when VC11_BIF, VC11_BLK, VC11_BYD, VC11_384D or VC11_384V is selected at :SENSe:TELecom:MAPPing:TYPE.
Page 363 10.3 Equipment Unique Command ・When <OFF> or <K64> is set while the MUX/DEMUX (2/8/34/139M) option and MUX/DEMUX (1.5/45M) option are not installed. ・Cases in the following table route Restriction conditions ・When :SENSe:TELecom:BRATe is <M52B3ZS>, <M45>, <M34>, <M8>, <M2>, or <M1_5>. ・When :SENSe: TELecom:MAPPing:TYPE is other than <VC4_ASY>.
Page 364 Section 10 Detailed Device Message :SENSe:TELecom:DEMUX:ROUTe <mrate>,<numeric> Parameter: <mrate> = <CHARACTER PROGRAM DATA> 34Mbit/s 8Mbit/s 2Mbit/s M1_5 1.5Mbit/s 64kbit/s <numeric> = <DECIMAL NUMERIC PROGRAM DATA> 1 to 4 When <mrate> is M34, M8, or step value: 1 1 to 28 When <mrate>...
Page 365 10.3 Equipment Unique Command ・For cases in the following table <mrate> Restriction conditions ・When :SENSe:TELecom:BRATe is <M52B3ZS>, <M45>, <M34>, <M8>, <M2>, or <M1_5>. ・When :SENSe:TELecom:DEMUX:MRATe is <OFF>. ・When :SENSe: TELecom:MAPPing:TYPE is other than <VC4_ASY>. ・When :SENSe:TELecom:BRATe is <M52B3ZS>, <M45>, <M8>, <M2>, or <M1_5>. ・When :SENSe:TELecom:DEMUX:MRATe is <OFF>...
Page 366 Section 10 Detailed Device Message :SENSe:TELecom:DEMUX:N <numeric> Parameter: <numeric> = <DECIMAL NUMERIC PROGRAM DATA> 1 to 31 step value: 1 Function: Sets 64 kbit/s continuous channels. Test signals of consecutive N channels are received from the 64 kbit/s channel designated by :SENSe:TELecom:MUX:ROUTe. Restriction: Invalid in the following case: ・When the 2/8/34/139/156M (CMI) unit and 1.5/45/52M unit are not...
Page 367 10.3 Equipment Unique Command MAPPing TYPE is other than <VC3_45MASY>, <VC11_ASY>, <VC11_BIF>, <VC11_BIL>, <VC11_BYF>, <VC11_BYL>, or <VC11_BLK>. ・When other than <FRM3_24> is set at the settings shown in the following table. Mapping MUX/DEMUX Bit rate MUX/DEMUX 45M(Async.) 1.5M 1.5M 1.5M(Async.) 1.5M 1.5M(Bitsync.F) 1.5M(Bitsync.L)
Page 368 Section 10 Detailed Device Message SENSe:TELecom:PATTern:UWORd? Response: <string> = <STRING RESPONSE DATA> Function: Queries the test pattern (send and receive) word data. Example use: > :SENSe:TELecom:PATTern:UWORd? < "1100110011001100" :SENse:TELecom:INVert <boolean> Parameter: <boolean> = <BOOLEAN PROGRAM DATA> OFF or 0 No PRBS inversion or 1 PRBS inversion Function:...
Page 369 10.3 Equipment Unique Command :SENSe:TELecom:FRAMing <boolean> Parameter: <boolean> = <BOOLEAN PROGRAM DATA> OFF or 0 Without frame ON or 1 With frame Function: Sets the frame of test signal for receive signal. Sets the frame of the last Tributary signal when DEMUX (option) is Restriction: Invalid in the following case: ・When the :SENSe:TELecom:MAPPing:TYPE is <VC4_BLK>,...
Page 370 Section 10 Detailed Device Message <VC11_BYL>, <VC11_BLK>, <VC11_384D> or <VC11_384V>. When :SENSe:TELecom:MAPPing:TYPE is <VC3_45MASY> while 45M-2M option is not installed. ・When :SENSe:TELecom:BRATe is <M622>, <M156>, <M156CMI>, or <M52B3ZS> and :SENSe:TELecom:DEMUX:MRATe is <OFF>, <M34>, or <M8>, and :SENSe:TELecom:MAPPing:TYPE is <VC4_ASY>, <VC3_ASY>, or <VC3_SYN>. When DEMUX is <OFF>, <M1.5>, or <K64>...
Page 371 10.3 Equipment Unique Command option is not installed. ・When :SENSe:TELecom:BRATe is <M139>, <M34>, or <M8>, and :SENSe:TELecom:DEMUX:MRATe is <OFF>, <M34>, or <M8>. ・When :SENSe:TELecom:BRATe is <M1_5>. When :SENSe:TELecom:BRATe is <45M> while 45M-2M option is not installed. ・When <ON> is set while :SENSe:TELecom:MCHannel is <31>. ・When <ON>...
Page 372 Section 10 Detailed Device Message :SENSe:TELecom:M2:MCHannel? Response: <numeric> = <NR1 NUMERIC RESPONSE DATA> Function: Queries the maximum number of channels for receive 2M signal. Example use: > :SENSe:TELecom:M2:MCHannel? < 30 :SENSe:TELecom:M1_5:FRAMed <frame> Parameter: <frame> = <CHARACTER PROGRAM DATA> JESF Japan ESF Function: Specifies setting for the 1.5M signal frame.
Page 373 10.3 Equipment Unique Command Restriction: Invalid in the following case: ・When the 1.5/45/52M unit is not installed. ・When :SENSe:TELecom:BRATe is <M622>, <M156>, <M156CMI>, or <M52B3ZS>, and :SENSe:TELecom:MAPPing:TYPE is <VC4_ASY>, <VC4_BLK>, <VC3_ASY>, <VC3_SYN>, <VC3_BLK>, <VC2_BLK>, <VC2_MC>, <VC12_ASY>, <VC12_BIF>, <VC12_BIL>, <VC12_BYF>, <VC12_BYL>, <VC12_BLK>, <VC11_384D> or <VC11_384V>.
Page 374 Section 10 Detailed Device Message :SENSe:TELecom:IMODe <imode> Parameter: <imode> = <CHARACTER PROGRAM DATA> TERMinal Monitor mode OFF MONitoring Monitor mode ON Function: Sets the input signal level. Restriction: Invalid in the following case: ・When an optical or NRZ unit is installed, and :SENSe:TELecom:BRATe is <M622>, or <M156>.
Page 375 10.3 Equipment Unique Command Function: Queries the DSX cable length in the receive signals. Example use: > :SENSe:TELecom:DSX? < 450 :SENSe:MEASure:TYPE <mmode> Parameter: <mmode> = <CHARACTER PROGRAM DATA> MANual Manual measurement SINGle Single measurement REPeat Repeat measurement Function: Selects a measurement mode. Restriction: Invalid in the following case: ・When the :DISPlay:TMENu[:NAME] is other than...
Page 376 Section 10 Detailed Device Message :SENSe:MEASure:BTIMe:SET <boolean> Parameter: <boolean> = <BOOLEAN PROGRAM DATA> OFF or 0 Measurement starting time setting function OFF ON or 1 Measurement starting time setting function ON Function: Sets ON/OFF of the measurement starting time setting function. Restriction: Invalid in the following case: ・When the :DISPlay:TMENu[:NAME] is other than...
Page 377 10.3 Equipment Unique Command :SENSe:MEASure:BTIMe:STARt? Response: <year>,<month>,<day>,<hour>,<minute>,<second> = <NR1 NUMERIC RESPONSE DATA> Function: Queries the measurement starting time of the measurement starting time setting function. Example use: > :SENSe:MEASure:BTIMe:STARt? < 2000,4,1,10,12,13 :SENSe:MEASure:BERRor <boolean> Parameter: <boolean> = <BOOLEAN PROGRAM DATA> OFF or 0 ON or 1 Function: Sets ON/OFF of the bit error measurement.
Page 378 Section 10 Detailed Device Message Measurement completed Measuring Function: Queries the measurement status. When measurement is not under-going and results are not present, the output is as follows: < NON,0 Example use: > :SENSe:MEASure:STATe? < MAN,1 :SENSe:MEASure:STARt Parameter: None Function: Initiates the measurement designated by :DISPlay:TMENu[:NAME].
Page 379 10.3 Equipment Unique Command Example use: To set the wait time for trouble search to 1 sec: > :SENSe:MEASure:TSEarch:WTIMe SEC1 :SENSe:MEASure:TSEarch:WTIMe? Response: <wtime> = <CHARACTER RESPONSE DATA> Function: Queries the wait time for trouble search. Example use: > :SENSe:MEASure:TSEarch:WTIMe? < SEC1 :SENSe:MEASure:TSEarch:MPAYload:MODE <boolean>...
Page 380 Section 10 Detailed Device Message Function: Sets the measurement mapping route of Mixed payload1 for trouble search. Restriction: Invalid in the following case: ・When the :DISPlay:TMENu[:NAME] is other than <”TSEarch”>. ・When the :SENSe:TELecom:BRATe is other than <M9953>, <M2488>, <M622>, <M156>, <M156CMI>. ・When the :SENSe:TELecom:MAPPing:TYPE is set to VC4_ASY>, <VC4_BLK>, <VC4_64CBLK>, <VC4_16CBLK>, <VC4_4CBLK>, <VC4_CBLK>...
Page 381 10.3 Equipment Unique Command :SENSe:MEASure:TSEarch:MPAYload:PAYLoad1:TU? :SENSe:MEASure:TSEarch:MPAYload:PAYLoad1:VT? Parameter: <ttype> = <CHARACTER RESPONSE DATA> Function: Queries the measurement mapping route TU route of Mixed payload1 for trouble search Example use: >:SENSe:MEASure:TSEarch:MPAYload:PAYLoad1:TU? <TU12 :SENSe:MEASure:TSEarch:MPAYload:PAYLoad2:TYPE <ptype> Parameter <ptype> = <CHARACTER PROGRAM DATA> (SDH) VC3_BLK VC3 (Bulk) VC2_BLK VC2 (Bulk)
Page 382 Section 10 Detailed Device Message :SENSe:MEASure:TSEarch:MPAYload:PAYLoad2:TU <ttype> :SENSe:MEASure:TSEarch:MPAYload:PAYLoad2:VT <ttype> Parameter <ttype> = <CHARACTER PROGRAM DATA> (SDH) TU12 (SONET) TU11 VT15 Function: Sets the measurement mapping route TU route of Mixed payload2 for trouble search. Restriction: Invalid in the following case: ・When the :DISPlay:TMENu[:NAME] is other than <”TSEarch”>.
Page 383 10.3 Equipment Unique Command :SENSe:MEASure:DELay:PERiod? Response: <period> = <CHARACTER RESPONSE DATA> Function: Queries the measurement period of delay measurement. Example use: > :SENSe:MEASure:DELay:PERiod? < SEC1 :SENSe:MEASure:GRESolution <gres> Parameter: <gres> = <CHARACTER PROGRAM DATA> SEC1 MIN1 1min MIN15 15min MIN60 60min Function: Sets the time base resolution for analysis graph.
Page 384 Section 10 Detailed Device Message :SENSe:MEASure:ALARm:SECTion:MEAS? <type> Parameter: <type> = <CHARACTER PROGRAM DATA> Response: <mode> = <NR1 NUMERIC RESPONSE DATA> Function: Queries whether or not to use the Alarm detection and removal condition for the Error/Alarm measurement in Section. Example use: To query the LOS setting of Alarm detection and removal condition for the Error/Alarm measurement: >...
Page 385 10.3 Equipment Unique Command <mode> = <NON-DECIMAL NUMERIC PROGRAM DATA> 1.0 to 5.0ms Step value：0.1 When <type> is LOF. 1 to 15frame Step value：1 When <type> is AIS. 1 to 15frame Step value：1 When <type> is RDI. Function: Sets the Alarm removal condition of the Error/Alarm measurement.
Page 386 Section 10 Detailed Device Message Example use: To set AIS to ON in the Alarm detection and removal condition of the Error/Alarm measurement: > :SENSe:MEASure:ALARm:HP:MEAS AIS,ON :SENSe:MEASure:ALARm:HP:MEAS? <type> Parameter: <type> = <CHARACTER PROGRAM DATA> Response: <mode> = <NR1 NUMERIC RESPONSE DATA> Function: Queries whether or not to use the Alarm detection and removal condition for the Error/Alarm measurement in High order path.
Page 387 10.3 Equipment Unique Command :SENSe:MEASure:ALARm:HP:REMove <type>,<mode> Parameter: <type> = <CHARACTER PROGRAM DATA> (SDH) UNEQ (SONET) UNEQ <mode> = <DECIMAL NUMERIC PROGRAM DATA> 1 to 15 frame Step value: 1 Function: Sets the Alarm removal condition of the Error/Alarm measurement. Example use: To set AIS Rem to 2 in the Alarm detection and removal condition of the Error/Alarm measurement: >...
Page 388 Section 10 Detailed Device Message (SONET) UNEQ <mode> = <BOOLEAN PROGRAM DATA> OFF or 0 ON or 1 Function: Sets whether or not to use the Alarm detection and removal condition of the Error/Alarm measurement in Low order path. Example use: To set AIS to OFF in the Alarm detection and removal condition of the Error/Alarm measurement: >...
Page 389 10.3 Equipment Unique Command (SONET) UNEQ <mode> = <DECIMAL NUMERIC PROGRAM DATA> 1 to 15 frame Step value: 1 Function: Sets the Alarm detection condition of the Error/Alarm measurement. Example use: To set AIS DETection to 2 in the Alarm detection and removal condition of the Error/Alarm measurement: >...
Page 390 Section 10 Detailed Device Message Function: Sets the Alarm removal condition of the Error/Alarm measurement. Example use: To set AIS Rem to 2 in the Alarm detection and removal condition of the Error/Alarm measurement: > :SENSe:MEASure:ALARm:LP:REMove AIS,2 :SENSe:MEASure:ALARm:LP:REMove? <type> Parameter: <type>...
Page 391 10.3 Equipment Unique Command Function: Sets the status to receive errors and alarms of the tandem connection. Restriction: Invalid in the following case: ・When :INSTrument:CONFig <type> is NON, CID, or ATM. Example use: To enable the status to receive errors and alarms of the tandem connection of N1_HP: >...
Page 392 Section 10 Detailed Device Message (for SONET) :SENSe:MEASure:TANDem:Z5HP:TYPE? :SENSe:MEASure:TANDem:Z5LP:TYPE? Response: <type> = <CHARACTER RESPONSE DATA> TYPE1(TYPE1 is unavailable for N1_LP.) TYPE2 Function: Queries the type of N1/Z5 bytes for the tandem connection. Example use: > :SENSe:MEASure:TANDem:N1HP:TYPE? < TYPE2 :SENSe:MEASure:TANDem:HP:MEAS <type>,<mode> Parameter: <type>...
Page 393 10.3 Equipment Unique Command :SENSe:MEASure:TANDem:HP:DETection <type>,<mode> Parameter: <type> = <CHARACTER PROGRAM DATA> VC-AIS INCais TC-RDI <mode> = <DECIMAL NUMERIC PROGRAM DATA> 1 to 15 frame Step value: 1 Function: Sets the condition to detect of errors and alarms for the tandem connection in High order path.
Page 394 Section 10 Detailed Device Message :SENSe:MEASure:TANDem:HP:REMove? <type> Parameter: <type> = <CHARACTER PROGRAM DATA> Response: <mode> = <NR1 NUMERIC RESPONSE DATA> Function: Queries the condition to detect of tandem errors and alarms for the tandem connection in High order path. Example use: To query the setting of VC-AIS Rem for release condition: >...
Page 395 10.3 Equipment Unique Command <mode> = <DECIMAL NUMERIC PROGRAM DATA> 1 to 15 frame Step value: 1 Function: Sets the condition to detect of errors and alarms for the tandem connection in Low order path. Restriction: Invalid in the following case: ・When :INSTrument:CONFig <type>...
Page 396 Section 10 Detailed Device Message (for SDH) :SENSe:MEASure:SLM:DETection:HP:MODE <mode> :SENSe:MEASure:SLM:DETection:LP:MODE <mode> (for SONET) :SENSe:MEASure:PLM:DETection:HP:MODE <mode> :SENSe:MEASure:PLM:DETection:LP:MODE <mode> Parameter: <mode> = <CHARACTER PROGRAM DATA> AUTO MANual Function: Select whether auto or manual to set the SLM. Example use: To set the comparison pattern to AUTO: >...
Page 397 10.3 Equipment Unique Command (for SONET) :SENSe:MEASure:PLM:DETection:HP:PATTern? :SENSe:MEASure:PLM:DETection:LP:PATTern? Response: <mode> = <CHARACTER PROGRAM DATA> Function: Queries the value of C2 byte when the selection of SLM(PLM) is Manual. Example use: To query the comparison pattern setting of signal identification pattern in POH: >...
Page 398 Section 10 Detailed Device Message :SENSe:SIGPreset:RX? Response: <type> = <CHARACTER RESPONSE DATA> Function: Queries the frame configuration of data to set to the signaling byte (usually called as W byte) of VC11 (V5 byte) when the mapping is BYTE (Data or Voice). Example use: To query the frame configuration of transmission signaling byte: >...
Page 399 10.3 Equipment Unique Command :SENSe:IPTest:MEASuer:PERiod <numeric>,<suffix> Parameter <numeric> = <DECIMAL NUMERIC PROGRAM DATA> 1 ～ 99 Step value : 1 <suffix> = <CHARACTER PROGRAM DATA> Function Sets time and unit of the measurement gating period. Restriction Invalid in the following case: Option-14 is not installed.
Page 400 Section 10 Detailed Device Message :SENSe:OHTest:OHBert:PATTern? Response: <type> = <CHARACTER RESPONSE DATA> Function: Queries the pattern to send of OH Bert in the OH test. Example use: > :SENSe:OHTest:OHBert:PATTern? < PRBS11 :SENSe:OHTest:OHBert:TYPE <type> Parameter: <type> = <CHARACTER PROGRAM DATA> (SDH) SOH1B SOH 1byte POH1B...
Page 401 10.3 Equipment Unique Command :SENSe:OHTest:OHBert:POSition:SOH <posi> :SENSe:OHTest:OHBert:POSition:TOH <posi> Parameter: <posi> = <CHARACTER PROGRAM DATA> (SDH) A11 A11 A13 A21 A22 A23 X18 X19 X21 X22 X23 X25 X26 X28 X29 X32 X33 X35 X36 X38 X39 －－－－－...
Page 402 Section 10 Detailed Device Message :SENSe:OHTest:OHBert:POSition:SOH? :SENSe:OHTest:OHBert:POSition:TOH? Response: <posi> = <CHARACTER RESPONSE DATA> Same as :SENSe:OHTest:OHBert:POSition:SOH. Function: Queries the change byte position of OH Bert. Example use: To query the change byte position of OH Bert. > :SENSe:OHTest:OHBert:POSition:SOH? < Z12 :SENSe:OHTest:OHBert:POSition:POH <vctype>,<posi>...
Page 403 10.3 Equipment Unique Command Example use: To set the change position to J1 of VC4 when the change type of OH Bert is POH 1byte: > :SENSe:OHTest:OHBert:POSition:POH VC4,J1 :SENSe:OHTest:OHBert:POSition:POH? Response: <posi> = <CHARACTER RESPONSE DATA> Function: Queries the change byte position of POH 1byte in OH Bert. Example use: To query the setting for change byte position of OH Bert.
Page 404 Section 10 Detailed Device Message Function: Sets the OH Drop type. Restriction: This command is disabled in the following cases: ・:DISPlay:TMENu[:NAME] is set to other than <"OHTest">. ・:SOURce: OHTest:TYPE is set to other than <ADROP>. Example use: To set the OH Drop type to POH 1 byte: >...
Page 405 10.3 Equipment Unique Command （SONET）－－－－－－－－－－－－ Function: Sets the change byte position for OH Drop SOH 1byte[TOH 1 byte]. Restriction: This command is disabled in the following cases: ・ :DISPlay:TMENu[:NAME] is set to other than <"OHTest">. ・...
Page 406 Section 10 Detailed Device Message <posi> = <CHARACTER PROGRAM DATA> (SDH) H4 F3 N1 J2 N2 K4 (SONET) H4 Z3 Function: Sets the change byte position for OH Drop POH 1byte, POH. Restriction: This command is disabled in the following cases: ・...
Page 407 10.3 Equipment Unique Command ・ :SENSe:OHTest:ADRop:TYPE is set to other than <SOH1B> or <TOH1B>. Example use: To set the change channel position of OH Drop to 7. > :SENSe:OHTest:ADRop:CHANel 7 :SENSe:OHTest:ADRop:CHANel? Response: <ch> = <NR1 NUMERIC RESPONSE DATA> Same as for :SENSe:OHTest:ADRop:CHANel. Function: Queries the change channel position setting for OH Drop SOH 1 byte.
Page 408 Section 10 Detailed Device Message Example use: To set the time of Repeat measurement gating period for OH test measurement mode to 5 seconds: > :SENSe:OHTest:MEASure:PERiod 5,S :SENSe:OHTest:MEASure:PERiod? Response: <time> = <NR1 NUMERIC RESPONSE DATA> <suffix> = <CHARACTER RESPONSE DATA> Function: Queries the time and the unit of OH test measurement mode.
Page 409 10.3 Equipment Unique Command (SONET) "B1" "B2" "HB3" HP-B3 "LB3" LP-B3 "BIP2" BIP-2 "REIL" REI-L "REIP" REI-P "REIV" REI-V "BIT" "AISL" AIS-L "AISP" AIS-P "LOPP" LOP-P "RDIP" RDI-P "AISV" AIS-V "LOPV" LOP-V "LOMV" LOM-V "RDIV" RDI-V "RFIV" RFI-V Function: Sets the trigger type in the APS test. Restriction: Invalid in the following case: ・When :DISPlay:TMENu[:NAME] is set to other than <"APSTest">.
Page 410 Section 10 Detailed Device Message :SENSe:APSTest:THReshold? Response: <Thresh> = <CHARACTER RESPONSE DATA> Function: Queries the detection range of Threshold rate for the APS test. Example use: > :SENSe:APSTest:THReshold? < 100 :SENSe:APSTest:MEASure:TYPE <mode> Parameter: <mode> = <CHARACTER PROGRAM DATA> SINGLE Single REPEAT Repeat MANUAL...
Page 411 10.3 Equipment Unique Command Example use: To query the setting of time and unit of APS test measurement gating period: > :SENSe:APSTest:MEASure:PERiod? < 5,S :SENSe:APSTest:STARt Parameter: None Function: Starts the Switch time measurement. Restriction: Invalid in the following case: ・When :DISPlay:TMENu[:NAME] is set to other than <"APSTest">. Example use: >...
Page 412 Section 10 Detailed Device Message :SENSe:APSCapture:TRIGger:TYPE <trig> Parameter: <trig> = <STRING PROGRAM DATA> (SDH) "B1" "B2" "HB3" HP-B3 "LB3" LP-B3 "BIP2" BIP-2 "MREI" (SDH) MS-REI "HREI" (SDH) HP-REI "LREI" (SDH) LP-REI "MAIS" (SDH) MS-AIS "AAIS" (SDH) AU-AIS "ALOP" (SDH) AU-LOP "HSLM"...
Page 413 10.3 Equipment Unique Command (SONET) "B1" "B2" "HB3" HP-B3 "LB3" LP-B3 "BIP2" BIP-2 "REIL" (SONET) REI-L "REIP" (SONET) REI-P "REIV" (SONET) REI-V "AISL" (SONET) AIS-L "AISP" (SONET) AIS-P "LOPP" (SONET) LOP-P "SLMP" (SONET) SLM-P "RDIP" (SONET) RDI- P "TIMP" (SONET) TIM-P "UNEQP"...
Page 414 Section 10 Detailed Device Message :SENSe:APSCapture:TRIGger:POSition? Response: <position> = <NR1 NUMERIC RESPONSE DATA> Function: Queries the setting of Trigger position in the APS capture. Example use: To query the setting of Trigger position: > :SENSe:APSCapture:TRIGger:POSition? < 5 :SENSe:APSCapture:TRIGger:PATTern <pattern> Parameter: <pattern>...
Page 415 10.3 Equipment Unique Command Example use: To start Frame capture: > :SENSe:FRAMecapture:STARt :SENSe:FRAMecapture:STOP Parameter: None. Function: Stops Frame capture. Example use: To start Frame capture: > :SENSe:FRAMecapture:STOP :SENSe:FRAMecapture:STATe? Response: <numeric> = <NR1 NUMERIC RESPONSE DATA> indicates that the Manual Trigger is not inserted. indicates that the Manual Trigger is being inserted.
Page 416 Section 10 Detailed Device Message :SENSe:FRAMecapture:TRIGger:TYPE <type>,<position> Parameter: <type> = <STRING PROGRAM DATA> (SDH) "B1" "B2" "HB3" HP-B3 "LB3" LP-B3 "MREI" MS-REI "HREI" HP-REI "LOF" "OOF" "MAIS" MS-AIS "MRDI" MS-RDI "AAIS" AU-AIS "ALOP" AU-LOP "HRDI" HP-RDI "HSLM" HP-SLM "HTIM" HP-TIM "HUNEQ"...
Page 417 10.3 Equipment Unique Command (SONET) "B1" "B2" "HB3" HP-B3 "LB3" LP-B3 "REIL" REI-L "REIP" REI-P "LOF" "OOF" "AISL" AIS-L "RDIL" RDI-L RDI-L AIS-P "LOPP" LOP-P "RDIP" RDI-P "SLMP" SLM-P "TIMP" TIM-P "UNEQP" UNEQ-P "K12MAtch" K1/K2 match "K12MIsmatch" K1/K2 mismatch "ANDF” STS-NDF "APPJC”...
Page 418 Section 10 Detailed Device Message Restriction: Invalid in the following case: ・When the setting of :SENSe:FRAMecapture:TRIGger:TYPE is other than <"K12MAtch"> or <"K12MIsmatch">. Example use: To set the Trigger pattern to "10111100 0100011" > :SENSe:FRAMecapture:TRIGger:PATTern "10111100 01000011" :SENSe:FRAMecapture:TRIGger:PATTern? Response: <pattern> = <STRING RESPONSE DATA> Function: Queries the trigger pattern of Frame capture.
Page 419 10.3 Equipment Unique Command :SENSe:OHCapture:TYPE? Response: <type> = <CHARACTER RESPONSE DATA> Function: Queries the setting of item to capture of overhead. Example use: > :SENSe:OHCapture:TYPe? < SOH :SENSe:OHCapture:TRIGger:TYPE <trig> Parameter: <trig> = <STRING PROGRAM DATA> (SDH) "B1" "B2" "HB3" HP-B3 "BIP2"...
Page 420 Section 10 Detailed Device Message "LUNEQ" LP-UNEQ "LVAIS" LP-VC-AIS "LFAS" LP-FAS "LIAIS" LP-Inc-AIS "LTRDI" LP-TC-RDI "LODI" LP-ODI "SYNC" Sync "HAIS" HG AIS "HREC" HG REC "BAIS15M" BAIS 1.5M "SIGAIS" SigAIS "SIGOOF" SigOOF "K12MAtch" K1/K2 match "K12MIsmatch" K1/K2 mismatch "ANDF” AU-NDF "APPJC”...
Page 421 10.3 Equipment Unique Command "SLMP" SLM-P "TIMP" TIM-P "UNEQP" UNEQ-P "HVAIS" HP-VC-AIS "HISF" HP-ISF "HFAS" HP-FAS "HIAIS" HP-Inc-AIS "HTRDI" HP-TC-RDI "HODI" HP-ODI "AISV" AIS-V "LOPV" LOP-V "LOMV" LOM-V "RDIV" RDI-V "SLMV" SLM-V "RFIV" RFI-V "UNEQV" UNEQ-V "LVAIS" LP-VC-AIS "LFAS" LP-FAS "LIAIS"...
Page 422 Section 10 Detailed Device Message :SENSe:OHCapture:TRIGger:TYPE? Response: <trig> = <CHARACTER RESPONSE DATA> Function: Queries the setting of Trigger item to capture. Example use: To query the setting of Trigger item: > :SENSe:OHCapture:TRIGger:TYPE? < B2 :SENSe:OHCapture:TRIGger:POSition <numeric> Parameter: <numeric> = <DECIMAL NUMERIC PROGRAM DATA> 1 to 1023 Step value: 1 Function: Sets the Trigger position to capture of overhead.
Page 423 10.3 Equipment Unique Command :SENSe:OHCapture:TRIGger:MASK? Response: <mask> = <STRING RESPONSE DATA> Function: Queries the mask pattern to capture of overhead. Example use: > :SENSe:OHCapture:TRIGger:MASK? < "0000110100001101" :SENSe:OHCapture:STARt Parameter: None. Function: Starts OH Capture. Example use: To set to start Capture: >...
Page 424 Section 10 Detailed Device Message Function: Sets the byte position to capture when using Type:SOH 1byte [TOH 1byte]. Restriction: Invalid in the following case: ・When the setting of :SENSe:OHCaptuer:TYPE is other than <SOH> and <TOH>. Example use: To set the Capture position to Z12 when using Type:SOH 1byte. >...
Page 425 10.3 Equipment Unique Command ・VC2/1 and VT are invalid when the setting of :SENSe:TELecom:MAPPing:TYPE is to select the following Mapping: 139M(Async.), VC4-Bulk, 34M(Async.), 34M(Sync.), 45M(Async.) VC3-Bulk, 2M(Bitsync.L), 2M(Bytesync.L), 1.5M(Bitsync.L), 1.5M(Bytesync.L), the concatenation mapping Example use: To set the change position to J1 of VC4 when using POH 1byte: >...
Page 426 Section 10 Detailed Device Message :SENSe:STEst:MEASure:TYPE? Response <mode> = <CHARACTER RESPONSE DATA> Same as :SENSe:STEst:MEASure:TYPE. Function Queries the state of the S1 test measurement mode. Example use > :SENSe:STEst:MEASure:TYPE? < MANUAL :SENSe:IPCapture:STARt Parameter None Function Starts IPCapture. Example use To start IPCapture. >...
Page 427 10.3 Equipment Unique Command <dadr1>,<dadr2>,<dadr3>,<dadr4> = <STRING NUMERIC PROGRAM DATA> ***,000 to 255 Step value : 1 Function Sets the mask of IP address to be captured (for IP ver.4). Restriction Invalid in the following case: ・ Option-14 is not installed. ・...
Page 428 Section 10 Detailed Device Message Function Queries the mask setting of IP address to be captured (for IP ver.6). Example use >:SENSe:IPCapture:IPV6adr? < “FFFF,FFFF,FFFF,FFFF,FFFF,FFFF,FFFF,FFFE”, “FFFF,FFFF,FFFF,FFFF,FFFF,FFFF,FFFF,FFFF” 10 - 314...
Page 429 10.3 Equipment Unique Command 10.3.4 DISPlay subsystem Use the DISPlay subsystem to set the parameters on the Result and Analysis screens. The following table shows functions, commands, and parameters. Function Command Parameter Page 10-333 Sets to switch the main screen. :DISPlay:DSELect[:NAME] display Queries the display status of main...
Page 430 Section 10 Detailed Device Massage Page 10-338 Selects a display mode for the Result :DISPlay:RESult:EALarm:MODE rdmode main screen (Error/Alarm subscreen). Queries the selected display mode of :DISPlay:RESult:EALarm:MODE? the Result main screen (Error/Alarm subscreen). Selects the count value or rate value :DISPlay:RESult:EALarm:UNIT unit display for the Result main screen...
Page 431 10.3 Equipment Unique Command Queries the setting of display unit of :DISPlay:RESult:ZOOM:AUNit? the Alarm measurement result for the Result main screen. Selects alarm display :DISPlay:RESult:ZOOM:ALARm alarm measurement results of the Result main screen (Zoom subscreen). Queries the selected alarm display for :DISPlay:RESult:ZOOM:ALARm? measurement results of the Result main screen (Zoom subscreen).
Page 432 Section 10 Detailed Device Massage Page 10-351 Selects a B2 display mode of the :DISPlay:RESult:B2:MODE rdmode measurement result. Queries the B2 display mode of the :DISPlay:RESult:B2:MODE? measurement result. Page 10-351 Selects a measurement time display :DISPlay:RESult:TIME time on the Result main screen. Queries the selected measurement :DISPlay:RESult:TIME? time display on the Result main...
Page 433 10.3 Equipment Unique Command Queries unit alarm :DISPlay:RESult:SEQuencetest:ZOOM:AUNit? measurement results. Sets unit error :DISPlay:RESult:SEQuencetest:ZOOM:UNIT unit measurement results. Queries unit error :DISPlay:RESult:SEQuencetest:ZOOM:UNIT? measurement results. Selects the alarm indication of the :DISPlay:RESult:SEQuencetest:ZOOM:ALARm alarm measurement results (ZOOM). Queries the alarm display of the :DISPlay:RESult:SEQuencetest:ZOOM:ALARm? measurement results (ZOOM).
Page 434 Section 10 Detailed Device Massage Queries the display route for analyzed :DISPlay:ANALysis:TSEarch:ROUTe? results of the Analyze main screen (Trouble search subscreen). Queries analyzed result :DISPlay:ANALysis:TSEarch:DATA? result currently displayed route Analyze main screen (Trouble search subscreen). Designates a printing range for the :DISPlay:ANALysis:TSEarch:PRINt Type Analyze main screen (Trouble search...
Page 435 10.3 Equipment Unique Command Sets an alarm item to be displayed to :DISPlay:ANALysis:TGRaph:ALARm1 alarm alarm1 of the Analyze main screen (Error/Alarm subscreen). Queries an alarm item displayed to :DISPlay:ANALysis:TGRaph:ALARm1? alarm1 of the Analyze main screen (Error/Alarm subscreen). Sets an alarm item to be displayed to :DISPlay:ANALysis:TGRaph:ALARm2 alarm alarm2 of the Analyze main screen...
Page 436 Section 10 Detailed Device Massage Queries the SOH monitor data of the :DISPlay:ANALysis:OHMonitor:SOHData? Analyze main screen (OH monitor subscreen). Queries the TOH monitor data of the :DISPlay:ANALysis:OHMonitor:TOHData? Analyze main screen (OH monitor subscreen). Queries the monitor data of S1 (5 to 8 :DISPlay:ANALysis:OHMonitor:SSMessage? bits) on OH monitor.
Page 437 10.3 Equipment Unique Command Sets monitor channel :DISPlay:ANALysis:OHMonitor:IBCHannel Information byte in the Analyze screen (OH monitor subscreen). Queries monitor channel :DISPlay:ANALysis:OHMonitor:IBCHannel? Information byte in the Analyze screen(OH monitor sub screen). Specifies Pause on the OH monitor of :DISPlay:ANALysis:OHMonitor:PAUSe boolean the Analyze screen. Queries Pause status on the OH :DISPlay:ANALysis:OHMonitor:PAUSe? monitor of the Analyze screen.
Page 438 Section 10 Detailed Device Massage Instructs the scroll on the Analyze :DISPlay:ANALysis:OHCapture:SCRoll type screen (OHCapture subscreen). Sets the type of display data for the :DISPlay:ANALysis:OHCapture:PTYPe type Analyze screen (OHCapture subscreen). Queries the type of display data for :DISPlay:ANALysis:OHCapture:PTYPe? Analyze screen (OHCapture subscreen).
Page 439 10.3 Equipment Unique Command Queries the vertical axis scale of :DISPlay:ANALysis:PMONitor:PSCale? pointer graph on the Analyze screen (Pointer monitor subscreen). Sets vertical axis scale :DISPlay:ANALysis:PMONitor:JSCale scale justification graph on the Analyze screen(Pointer monitor subscreen). Queries the vertical axis scale of :DISPlay:ANALysis:PMONitor:JSCale? justification graph on the Analyze screen(Pointer monitor subscreen).
Page 440 Section 10 Detailed Device Massage Page 10-414 Sets the title on frequency :DISPlay:ANALysis:FGRaph:TITLe title monitoring (graph) screen. Queries the title on the frequency :DISPlay:ANALysis:FGRaph:TITLe? monitoring (graph) screen. Instructs the scroll on the frequency :DISPlay:ANALysis:FGRaph:SCRoll scroll monitoring (graph) screen. Instructs the marker movement on :DISPlay:ANALysis:FGRaph:MARKer marker frequency...
Page 441 10.3 Equipment Unique Command Sets with or without marker display :DISPlay:ANALysis:RECall:TGRaph:MDISplay boolean Analyze :RECall screen (Error/Alarm). Queries with or without marker :DISPlay:ANALysis:RECall:TGRaph:MDISplay? display on the Analyze : RECall screen (Error/Alarm). Instructs the search type for the :DISPlay:ANALysis:RECall:TGRaph:SEARch type Analyze RECall screen (Error/Alarm).
Page 442 Section 10 Detailed Device Massage Sets the display position (Number) on :DISPlay:ANALysis:RECall:OHCapture:JUMP:LINE numeric the Analyze: Recall (OH capture) screen. Queries the display position (Number) :DISPlay:ANALysis:RECall:OHCapture:JUMP:LINE on the Analyze: Recall (OH capture) screen. Instructs the scroll on the Analyze: :DISPlay:ANALysis:RECall:OHCapture:SCRoll type OH capture screen.
Page 443 10.3 Equipment Unique Command Sets the start position to display the :DISPlay:ANALysis:RECall:FGRaph:FROM numeric1 Frequency graph on the Analyze: numeric2 Recall screen. numeric3 numeric4 numeric5 numeric6 Queries the start position to display :DISPlay:ANALysis:RECall:FGRaph:FROM? the Frequency graph on the Analyze: Recall screen. Specifies the print range on the :DISPlay:ANALysis:RECall:FGRaph:PRINt type...
Page 444 Section 10 Detailed Device Massage Queries an error item for Error/Alarm :DISPlay:ANALysis:SEQuencetest:TGRaph:ERRor? graphic display Analyze:SEQuence test screeen. Sets an alarm item to be displayed to :DISPlay:ANALysis:SEQuencetest:TGRaph:ALARm1 alarm alarm1 of the Analyze:SEQuence test screen. Queries an alarm item displayed to :DISPlay:ANALysis:SEQuencetest:TGRaph:ALARm1 alarm1 of the Analyze:SEQuence test screen.
Page 445 10.3 Equipment Unique Command Queries data indicated by the marker :DISPlay:ANALysis:SEQuencetest:FGRaph:DATA? for the Analyze:SEQuence test screen (Frequency). Sets a width for 1 graduation of the :DISPlay:ANALysis:SEQuencetest:FGRaph:INTerval numeric time base for the Analyze:SEQuence suffix test screen (Frequency). Queries the 1 graduation width of :DISPlay:ANALysis:SEQuencetest:FGRaph:INTerval time base of the Analyze:SEQuence test screen (Frequency).
Page 446 Section 10 Detailed Device Massage Page 10-444 Sets the display switch of the OH :DISPlay:SETup:OHPReset:[NAME] type preset data on the Setup screen. Queries the display switch of the Oh :DISPlay:SETup:OHPReset:[NAME]? preset data on the Setup screen. Page 10-444 Instructs the scroll for the PTR64 :DISPlay:SETup:PTR64:SCRoll type frame on the Setup screen.
Page 447 10.3 Equipment Unique Command :DISPlay:DSELect[:NAME] <display> Parameter: <display> = <STRING PROGRAM DATA> "SETup" Setup main screen "TMENu" Test menu main screen "RESult" Result main screen "ANALysis" Analyze main screen "T&R" Test menu & Result main screen "T&A" Test menu & Analyze main screen "R&A"...
Page 448 Section 10 Detailed Device Massage Restriction Invalid in the following case: When "PSEQuence" is set while ・ MP0104A/B, MP0105A, MP0106B, MP0108A, MP0109A, and MP0110A, are not installed. :When <"PSEQuence:[JOFF]"> is set ・ while :SOURce:TELecom:BRATe is <M139>, <M45>, <M34>, <M8>, <M2>, or <M1_5> or :SENSe:TELecom:MMODe is <ISERvice>. When <"DELay">...
Page 449 10.3 Equipment Unique Command :DISPlay:TANDem:CONDition:N1:MODE <mode> :DISPlay:TANDem:CONDition:Z5:MODE <mode> Parameter: <mode> = <CHARACTOR PROGRAM DATA> Higher order Pass Lower order Pass Function: Sets the paths for the N1 byte and the Z5 byte. Restriction: Invalid in the following cases: ・ When :INSTrument:CONFig <type> is NON, CID, or ATM. Example use: To set the path of N1 byte to HP: >...
Page 450 Section 10 Detailed Device Massage :DISPlay:DPReset:TANDem:CONDition:N1:MODE <mode> :DISPlay:DPReset:TANDem:CONDition:Z5:MODE <mode> Parameter: <mode> = <CHARACTOR PROGRAM DATA> Higher order Pass Lower order Pass Function: Sets the path of N1 byte and Z5 byte for the dummy channel. Restriction: Invalid in the following case: ・When :INSTrument:CONFig <type>...
Page 451 10.3 Equipment Unique Command :DISPlay:IPPacket:PRESetno <presetno> Parameter <presetno> = <DECIMAL NUMERIC PROGRAM DATA> 1 to 3 Step value : 1 Function Sets IP packet No. to be edited. Restriction Invalid in the following case: ・When the options 13 and 14 are not installed. Example use To edit IP packet No.1.
Page 452 Section 10 Detailed Device Massage :DISPlay:RESult[:NAME] <rdisplay> Parameter <rdisplay> = <STRING PROGRAM DATA> "TSEarch" Trouble search subscreen "EALarm" Error/Alarm subscreen "JUSTificat" Justification subscreen "ZOOM" Zoom subscreen "PERFormance" Performance subscreen "DELay" Performance subscreen "B2" B2 error subscreen "SIMultaneous” Simultaneous subscreen "DELay" Delay subscreen "APS”...
Page 453 10.3 Equipment Unique Command Example use: > :DISPlay:RESult:EALarm:MODE? < CURR :DISPlay:RESult:EALarm:UNIT <unit> Parameter: <unit> = <CHARACTER PROGRAM DATA> COUNt Count value display RATE Rate value display Function: Selects the count value or rate value display for the Result main screen (Error/Alarm subscreen).
Page 454 Section 10 Detailed Device Massage :DISPlay:RESult:EALarm:AUNit <unit> Parameter: <alarm> = <CHARACTER PROGRAM DATA> SECond FRAMe Function: Sets the display unit of Alarm measurement result for the Result main screen(Error/Alarm subscreen). Restriction: Invalid in the following case: ・When :INSTrument:CONFig<type> is NON, CID, and ATM. ・...
Page 455 10.3 Equipment Unique Command Restriction: Invalid in the following case: ・ When the :DISPlay:TMENu[:NAME] is other than <"MANual[:JOFF]">. ・ When :SENSe:TELecom:BRATe is <M139>, <M45>, <M34>, <M8>, <M2>, or <M1_5>. Example use: To select the current measurement result: > :DISPlay:RESult:JUSTificat:MODE CURRent :DISPlay:RESult:JUSTificat:MODE? Response: <rdmode>...
Page 456 Section 10 Detailed Device Massage Example use: To select the current measurement result: > :DISPlay:RESult:ZOOM:MODE CURRent :DISPlay:RESult:ZOOM:MODE? Response: <rdmode> = <CHARACTER RESPONSE DATA> Function: Queries the selected display mode of the Result main screen (Zoom subscreen). Example use: > :DISPlay:RESult:ZOOM:MODE? <...
Page 457 10.3 Equipment Unique Command Function: Queries the setting of display unit of the Alarm measurement result for the Result main screen. Example use: > :DISPlay:RESult:ZOOM:AUNit? < SEC :DISPlay:RESult:ZOOM:ALARm <alarm> Parameter: <alarm> = <STRING PROGRAM DATA> "POWer" Power fail "LOS" "LOF" "OOF"...
Page 458 Section 10 Detailed Device Massage “TIM:LP” (SDH) LP-TIM “TIM:V” (SONET) TIM-V “UNEQ:LP” (SDH) LP-UNEQ “UNEQ:V” (SONET) UNEQ-V “AIS:LV” LP-VC-AIS “FAS:LP” LP-FAS “IAIS:LP” LP-IncAIS “TRDI:LP” LP-TC-RDI “ODI:LP” LP-ODI "AIS:M139" 139M AIS "AIS:M45" 45M AIS "AIS:M34" 34M AIS "AIS:M8" 8M AIS "AIS:M2" 2M AIS "AIS:M1_5"...
Page 459 10.3 Equipment Unique Command (ZOOM): > :DISPlay:RESult:ZOOM:ALARm "AIS:MS" :DISPlay:RESult:ZOOM:ALARm? Response: <alarm> = <STRING RESPONSE DATA> Function: Queries the selected alarm display for measurement results of the Result main screen (Zoom subscreen). Example use: > :DISPlay:RESult:ZOOM:ALARm? < "AIS:MS" :DISPlay:RESult:ZOOM:ERRor <error> Parameter: <error>...
Page 460 Section 10 Detailed Device Massage "BIT" bit error "CIDPKT" CID PKT * Parameters without (SDH) or (SONET)indication can be used in either SDH or SONET Function: Selects the error display for measurement results of the Result main screen. Restriction: Invalid in the following case: ・When :DISPlay:TMENu[:NAME] is other than <"MANual[:JOFF]">...
Page 461 10.3 Equipment Unique Command :DISPlay:RESult:PERFormance:MODE? Response: <rdmode> = <CHARACTER RESPONSE DATA> CURR Current measured result LAST Result immediately before measurement Function: Queries the display mode for the measurement result. Example use: > :DISPlay:RESult:PERFormance:MODE? < CURR :DISPlay:RESult:PERFormance:ERRor [:G826]<error> Parameter: <error> = <STRING PROGRAM DATA> "BIP"...
Page 462 Section 10 Detailed Device Massage :DISPlay:RESult:PERFormance:ERRor[:G826]? Response: <error> = <STRING RESPONSE DATA> Function: Queries the error content of measurement results (Performance G.826) of the Result main screen (Performance subscreen). Example use: > :DISPlay:RESult:PERFormance:ERRor? < "BIP" :DISPlay:RESult:PERFormance:ERRor:M2101 <error> Parameter: <error> = <STRING PROGRAM DATA> "SECTion"...
Page 463 10.3 Equipment Unique Command :DISPlay:RESult:PERFormance:ERRor:M2110:LAYer1 <type> Parameter: <type> = <CHARACTER PROGRAM DATA> SDH/SONET Function: Sets the measurement range of M.2110. Restriction: Invalid in the following case: ・When other than <M2110> is set for :CALCulate:TELecom:PERFormance:TYPE. Example use: To set the measurement range of M.2110 to PDH: >...
Page 464 Section 10 Detailed Device Massage :DISPlay:RESult:PERFormance:ERRor:M2120:LAYer1 <type> Parameter: <type> = <CHARACTER PROGRAM DATA> SDH/SONET Function: Sets the measurement range of M.2120. Restriction: Invalid in the following case: ・When other than <M2120> is set for :CALCulate:TELecom:PERFormance:TYPE. Example use: To set the measurement range of M.2120 to PDH: >...
Page 465 10.3 Equipment Unique Command :DISPlay:RESult:SIMultaneous:DISPdata <data> Parameter <data> = <STRING PROGRAM DATA> “CURRent” Current “LAST” Last Function Sets the display type of the simultaneous measurement (Current or Last). Example use To set Last. > :DISPlay:RESult:Simultaneous:DISPdata LAST :DISPlay:RESult:SIMultaneous:DISPdata? Response <data> = <STRING RESPONSE DATA> Function Queries the display type of the simultaneous measurement (Current or Last).
Page 466 Section 10 Detailed Device Massage :DISPlay:RESult:TIME? Response: <time> = <CHARACTER RESPONSE DATA> Function: Queries the selected measurement time display on the Result main screen. Example use: > :DISPlay:RESult:TIME? < ELAP :DISPlay:RESult:TSEarch:AUG <numeric> :DISPlay:RESult:TSEarch:STS <numeric> Parameter: <numeric> = <DECIMAL NUMERIC PROGRAM DATA> 1 to 64 Step value: 1 Function: Sets the AUG/STS3 channels to be displayed in the Trouble search...
Page 467 10.3 Equipment Unique Command :DISPlay:RESult:TSEarch:SEARch <type> Parameter: <type> = <CHARACTER PROGRAM DATA> BEFore Searches in the direction to reduce the channel number. NEXT Searches in the direction to increase the channel number. Function: Searches the channel where Trouble occurred (AUG#/STS3#). Restriction: Invalid in the following case: ・When the setting of :SENSe:TELecom:BRATE is M1_5, M2, M8,...
Page 468 Section 10 Detailed Device Massage :DISPlay:RESult:SEQuencetest:EALarm:AUNit <unit> Parameter <unit> = <CHARACTER PROGRAM DATA> SECond FRAMe Function Sets the unit for the alarm measurement results. Restriction Invalid in the following case: ・:INSTrument:CONFig <type> is NON, CID, or ATM. ・:SENSe:TELecom:BRATe is set to M1_5, M 2, M8, M34, M45, or M139;...
Page 469 10.3 Equipment Unique Command Example use To set the display of the measurement results to SDH. > :DISPlay:RESult:SEQuencetest:EALarm:DISPmode SDH :DISPlay:RESult:SEQuencetest:EALarm:DISPmode? Response <mode> = <CHARACTER RESPONSE DATA> Function Queries the display mode of the measurement results. Example use > :DISPlay:RESult:SEQuencetest:EALarm:DISPmode? < SDH :DISPlay:RESult:SEQuencetest:JUSTificat:UNIT <unit>...
Page 470 Section 10 Detailed Device Massage :DISPlay:RESult:SEQuencetest:ZOOM:AUNit? Response <unit> = <CHARACTER RESPONSE DATA> Second FRAM Frame Function Queries the unit of the alarm measurement results. Example use > :DISPlay:RESult:SEQuencetest:ZOOM:AUNit? < FRAM :DISPlay:RESult:SEQuencetest:ZOOM:UNIT <unit> Parameter <unit> = <CHARACTER PROGRAM DATA> COUNt Count RATE Rate Function...
Page 471 10.3 Equipment Unique Command “AIS:HV” HP-VC-AIS “ISF:HP” HP-ISF “FAS:HP” HP-FAS “IAIS:HP” HP-IncAIS “TRDI:HP” HP-TC-RDI “ODI:HP” HP-ODI "AIS:TU" (SDH) TU-AIS "AIS:V" (SONET) AIS-V "LOP:TU" (SDH) TU-LOP "LOP:V" (SONET) LOP-V "RDI:LP" (SDH) LP-RDI "RDI:V" (SONET) RDI-V "SLM:LP" (SDH) LP-SLM "PLM:V" (SONET) PLM-V "RFI:LP"...
Page 472 Section 10 Detailed Device Massage "RDI:M1_5" 1.5M RDI "RDI:MF" MF RDI “SYN:OH” OH sync “AIS:HG” HG AIS “REC:HG” HG REC “BAI:S15” BAIS1.5 “AIS:S15” SigAIS1.5 “SIG:OOF” SigOOF "PATTern" Sync. loss * The parameters without the indications of “(SDH)” and “(SONET)” are available in both SDH and SONET measurement.
Page 473 10.3 Equipment Unique Command "FRAMe:M8" 8M FAS "FRAMe:M2" 2M FAS "FRAMe:M1_5" 1.5M FAS "REI:M139" 139M REI error "REI:M45" 45M REI error "REI:M34" 34M REI error "EBIT" E-Bit "BIP8" BIP-8 error "PARITY" Parity "CBIT" C-Bit "CRC6" CRC-6 error "BIT" Bit error "CIDPKT"...
Page 474 Section 10 Detailed Device Massage Restriction Invalid in the following case: ・:DISPlay:TMENu[:NAME] is other than <"MANual[:JOFF]"> and <PSEQuence [:"JOFF"]>. ・The 1.5/45/52M unit is not installed; and <“PARITY”> is set. ・:CALCulate:TELecom:PERFormance:TYPE is <OFF>, <G821>, <M2100>, <M2101>, <M2110>, or <M2120>. ・:SENSe:TELecom:BRATe is <M139>, <M45>, <M34>, <M8>, <M2>, <M1_5>;...
Page 475 10.3 Equipment Unique Command :DISPlay:RESult:SEQuencetest:PERFormance:ERRor:M2101? Response <error> = <STRING RESPONSE DATA> "SECT" "HOP" "LOP" Function Queries the contents of the error measurement results (performance M.2101). Example use > :DISPlay:RESult:SEQuencetest:PERFormance:ERRor:M2101? < "SECT" :DISPlay:RESult:SEQuencetest:PERFormance:ERRor:M2110:LAYer2 <type> Parameter <type> = <STRING PROGRAM DATA> "SECTion" "AUPath"...
Page 476 Section 10 Detailed Device Massage Example use To the M.2120 measurement range to “PDH”. > :DISPlay:RESult:SEQuencetest:PERFormance:ERRor:M2120: LAYer1 PDH :DISPlay:RESult:SEQuencetest:PERFormance:ERRor:M2120:LAYer1? Response <type> = <CHARACTER RESPONSE DATA> Function Queries the M.2120 measurement range. Example use > :DISPlay:RESult:SEQuencetest:PERFormance:ERRor:M2120: LAYer1? < PDH :DISPlay:RESult:SEQuencetest:PERFormance:ERRor:M2120:LAYer2 <type> Parameter <type>...
Page 477 10.3 Equipment Unique Command :DISPlay:ANALysis[:NAME] <adisplay> Parameter: <adisplay> = <STRING PROGRAM DATA> "TSEarch" Trouble search screen "EALarm" Error/Alarm screen "OHMonitor" OH monitor screen "OPMeter" Opt. power meter screen "OHCapture" OH capture screen “APSCapture" APS capture screen “POINtermonitor" Pointer monitor screen “FCAPture"...
Page 478 Section 10 Detailed Device Massage Restriction: Invalid in the following case: ・When Justification, B2 error is set while :INSTrument:CONFig <type> is NON, CID. ・When Justification, B2 error is set while :SENSe:TELecom:BRATe is M1_5, M2, M8, M34, M45, or M139.. Example use: To display the switching of display of trouble search result for each measurement route.
Page 479 10.3 Equipment Unique Command (SONET) STS3 AUG channel STS1 AU3 channel TUG3 TUG3 channel TUG2 channel TU12 channel VT15 TU11 channel K384 384k channel 34M channel 8M channel 2M channel M1_5 1.5M channel 64k channel <numeric> = <DECIMAL NUMERIC PROGRAM DATA> 1 to 16 When <route>...
Page 480 Section 10 Detailed Device Massage TUG3 ・When :SENSe:TELecom:BRATe is <M52B3ZS>, <M139>, <M45>, <M2>, or <M1_5>. ・When :SENSe:TELecom: MAPPing:AU is <AU3>. ・When :SENSe:TELecom: MAPPing:TYPE is <VC4_ASY>, or <VC4_BLK>. TUG2 ・When :SENSe:TELecom:BRATe is <M139>, <M45>, <M34>, <M2>, or <M1_5>. ・When :SENSe:TELecom: MAPPing:TYPE is <VC4_ASY>, <VC4_BLK>, <VC3_ASY>, <VC3_SYN>, <VC3_45MASY>, or <VC3_BLK>.
Page 481 10.3 Equipment Unique Command <route> Restriction conditions ・When :SENSe:TELecom:BRATe is <M52B3ZS>, <M45>, <M2>, or <M1_5>. ・When :SENSe:TELecom:MUX:MRATe is <OFF>, <M34>, or <M8>. ・When :SENSe:TELecom:MAPPing:TYPE is other than <VC4_ASY>, <VC3_ASY>, <VC3_SYN>. M1_5 ・When :SENSe:TELecom:BRATe is <M139>, <M34>, <M8>, <M2>, or <M1_5>. ・When :SENSe:TELecom:MUX:MRATe is <OFF>.
Page 482 Section 10 Detailed Device Massage 0, 1 to 21 2Mbit/s channel No. <m1.5> = <NR1 NUMERIC RESPONSE DATA> 0, 1 to 28 1.5Mbit/s channel No. <k64> = <NR1 NUMERIC RESPONSE DATA> 0, 1 to 31 64kbit/s channel No. When no data exists <...
Page 483 10.3 Equipment Unique Command "TSEarch:LOF:M8" Form4 "TSEarch:LOF:M2" Form4 1.5M "TSEarch:LOF:M1_5" Form4 "TSEarch:LOF:MF" Form4 "TSEarch:LOF" Form4 Analyzed Result (Trouble search) Query Content (2/3) Item <result> Response Format 139M "TSEarch:RDI:M139" Form4 "TSEarch:RDI:M45" Form4 "TSEarch:RDI:M34" Form4 "TSEarch:RDI:M8" Form4 "TSEarch:RDI:M2" Form4 1.5M "TSEarch:RDI:M1_5" Form4 "TSEarch:RDI:MF"...
Page 484 Section 10 Detailed Device Massage Analyzed Result (Trouble search) Query Content (3/3) Item <result> Response Format B1 error "TSEarch:B1" Form4 B2 error "TSEarch:B2" Form4 HP-B3 error "TSEarch:B3:HP" Form4 LP-B3 error "TSEarch:B3:LP" Form4 BIP-2 error "TSEarch:BIP2" Form4 MS-REI error(SDH) "TSEarch:REI:MS" Form4 HP-REI error(SDH) "TSEarch:REI:HP"...
Page 485 10.3 Equipment Unique Command :DISPlay:ANALysis:TSEarch:PRINt? Response: <type> = <CHARACTER PROGRAM DATA> Function: Queries the selected printing range for the Analyze main screen (Trouble search subscreen). Example use: > :DISPlay:ANALysis:TSEarch:PRINt? < DISP :DISPlay:ANALysis:TSEarch:SCRoll <scroll> Parameter: <scroll> = <CHARACTER PROGRAM DATA> Scroll to the upper screen DOWN Scroll to the lower screen Shift to the top...
Page 486 Section 10 Detailed Device Massage :DISPlay:ANALysis:TGRaph:DATA? Response: <time>, <alarm1s>, <alarm1c>, <alarm2s>, <alarm2c>, <alarm3s>, <alarm3s>, <alarm3c>, <alarm4s>, <alarm4c>, <alarm5s>, <alarm5c>, <error1>, <error2> <time> = <year>, <month>, <day>, <hour>, <minute>, <second> Time indicated by marker <year> = <NR1 NUMERIC RESPONSE DATA> Year 0, 1994 to 2093 <month>...
Page 487 10.3 Equipment Unique Command <alarm5s> = <STRING RESPONSE DATA> Alarm 5 occurrence time (s) indicated by marker Form1 <alarm5c> = <STRING RESPONSE DATA> Number of occurrence of alarm 5 indicated by marker data Form1 <error1> = <STRING RESPONSE DATA> Error count value of data indicated by marker Form1 <error2>...
Page 488 Section 10 Detailed Device Massage :DISPlay:ANALysis:TGRaph:INTerval? Response: <interval> = <CHARCTER RESPONSE DATA> Function: Queries the 1 graduation width of time base of the Analyze main screen (Error/Alarm subscreen). Example use: > :DISPlay:ANALysis:TGRaph:INTerval? < 1, M :DISPlay:ANALysis:TGRaph:MDISplay <boolean> Parameter: <boolean> = <BOOLEAN PROGRAM DATA> OFF or 0 Marker OFF ON or 1...
Page 489 10.3 Equipment Unique Command :DISPlay:ANALysis:TGRaph:FROM<numeric1>, <numeric2>, <numeric3>, <numeric4>, <numeric5>, [<numeric6>] Parameter: <DECIMAL NUMERIC PROGRAM DATA> <numeric1> = 1994 to 2093 (year) <numeric2> = 1 to 12 (month) <numeric3> = 1 to 31 (day) <numeric4> = 0 to 23 (hour) <numeric5> = 0 to 59 (minute) <numeric6>...
Page 490 Section 10 Detailed Device Massage :DISPlay:ANALysis:TGRaph:ERRor <error1>, <error2> Parameter: <error1> = <STRING PROGRAM DATA> "B1" B1 error "B2" B2 error "B3:HP" HP-B3 error "B3:LP" LP-B3 error "BIP2" BIP-2 error "REI:MS" (SDH) MS-REI error "REI:HP" (SDH) HP-REI error "REI:LP" (SDH) LP-REI error "REI:L"...
Page 491 10.3 Equipment Unique Command Function: Sets an error item to be displayed to the graph on the Analyze main screen (Error/Alarm subscreen). Restriction: Invalid in the following case: ・When :DISPlay:TMENu[:NAME] is other than <"MANual[:JOFF]"> or <PSEQuence[:"JOFF"]>. Example use: To display the error rate of bit errors on the graph: >...
Page 492 Section 10 Detailed Device Massage "AIS:TU" (SDH) TU-AIS "AIS:V" (SONET) AIS-V "LOP:TU" (SDH) TU-LOP "LOP:V" (SONET) LOP-V "RDI:LP" (SDH) LP-RDI "RDI:V" (SONET) RDI-V "SLM:LP" (SDH) LP-SLM "PLM:V" (SONET) PLM-V "RFI:LP" (SDH) LP-RFI "RFI:V" (SONET) RFI-V "LOM:TU" (SDH) TU-LOM "LOM:V" (SONET) LOP-V “TIM:LP”...
Page 493 10.3 Equipment Unique Command “SIG:OOF” SigOOF "PATTern" Sync. loss * Parameters without (SDH) or (SONET) indication can be used in either SDH or SONET Function: Sets an alarm item to be displayed to alarm1 of the Analyze main screen (Error/Alarm subscreen). Restriction: Invalid in the following case: ⋅...
Page 494 Section 10 Detailed Device Massage :DISPlay:ANALysis:TGRaph:ALARm4 <alarm> Parameter: <alarm> = <STRING PROGRAM DATA> Same as those of :DISPlay:ANALysis:TGRaph:ALARm1. Function: Sets an alarm item to be displayed to alarm4 of the Analyze main screen (Error/Alarm subscreen). :DISPlay:ANALysis:TGRaph:ALARm4? Response: <alarm> = <STRING RESPONSE DATA> Same as those of :DISPlay:ANALysis:TGRaph:ALARm1? Function: Queries an alarm item displayed to alarm4 of the Analyze main screen...
Page 495 10.3 Equipment Unique Command :DISPlay:ANALysis:TGRaph:TITLe <title> Parameter: <title> = <STRING PROGRAM DATA> "Title character string" Title character string (Up to 15 characters) Character length (0 to 15 characters) and double-quotation marks are usable. Function: Specifies the trace graph title. Restriction: Invalid in the following case: ・When :DISPlay:TMENu[:NAME] is other than <"MANual[:JOFF]">...
Page 496 Section 10 Detailed Device Massage <M139> or <M45>. ・When <SIGNal> is set while the option 09 Japan mapping is not installed. Example use: To select the Path trace: > :DISPlay:ANALysis:OHMonitor:TYPE PTRace :DISPlay:ANALysis:OHMonitor:TYPE? Response: <ohmonitor> = <CHRACTER RESPONSE DATA> PMSP PTR, K1/K2 Path trace DSn frame Trail trace...
Page 497 10.3 Equipment Unique Command :DISPlay:ANALysis:OHMonitor:SOHCh? :DISPlay:ANALysis:OHMonitor:TOHCh? Response: <numeric> = <NR1 NUMERIC RESPONSE DATA> 1 to 64 Step value: 1 Function: Queries the SOH/TOH monitor channel for the Analyze main screen (OH monitor subscreen). Example use: > :DISPlay:ANALysis:OHMonitor:SOHCh? < 4 :DISPlay:ANALysis:OHMonitor:SOHData? :DISPlay:ANALysis:OHMonitor:TOHData? Response: <string>...
Page 498 Section 10 Detailed Device Massage :DISPlay:ANALysis:OHMonitor:SSMessage? Response: <string>, <s1bit> <string> = <STRING RESPONSE DATA> Monitor data (plain language indication) of S1 (5 to 8 bits) "Quality unknown" (0000 "G.811" (0010) "G.812 transit" (0100) "G.812 local" (1000) "SETS" (1011) "Do not use for sync." (1111) <s1bit>...
Page 499 10.3 Equipment Unique Command :DISPlay:ANALysis:OHMonitor:SLABel? :DISPlay:ANALysis:OHMonitor:PLABel? Response: <pohvc4>, <bitvc4>, <pohvc3>, <bitvc3> <pohvc4> = <STRING RESPONSE DATA> Monitor data C2 (plain language indication) of POH-VC4 (SDH) "Unequipped" (0000 0000) "Equipped-non-specific" (0000 0001) "TUG structure" (0000 0010) "Locked TU" (0000 0011) "Async. 34M or 45M(C-3)" (0000 0100) "Async.
Page 500 Section 10 Detailed Device Massage (SDH) "Unequipped" (0000 0000) "Equipped-non-specific" (0000 0001) "TUG structure" (0000 0010) "Locked TU" (0000 0011) "Async. 34M or 45M(C-3)" (0000 0100) "Async. 139M(C-4)" (0001 0010) "ATM mapping" (0001 0011) "MAN(DQDB)mapping" (0001 0100) "FDDI mapping" (0001 0101) "O.181 mapping"...
Page 501 10.3 Equipment Unique Command (SONET) "Unequipped" (000) "Unequipped-non-specific" (001) "Asynchronous" (010) "Bitsynchronous" (011) "Bytesynchronous" (100) "Reserved" (101) "Reserved" (110) "AIS-P" (111) <bitvc2/1> = <STRING RESUPONSE DATA> POH-VC2/1 monitor data of V5(bit indication) "000" to "111" When no analyzed data exists "-----------------------", "---"...
Page 502 Section 10 Detailed Device Massage :DISPlay:ANALysis:OHMonitor:K4Label? :DISPlay:ANALysis:OHMonitor:Z7Label? Response: <pohg1>, <bitg1> <pohg1> = <STRING RESPONSE DATA> OH monitor data of K4/Z7 (plain language indication) "No remote defect" (000) "No remote defect" (001) "Remote payload defect" (010) "No remote defect" (011) "Remote defect" (100) "Remote server defect"...
Page 503 10.3 Equipment Unique Command <request2> = <STRING RESPONSE DATA> K1 (1-4bit) monitor data (bit indication) "0000" to "1111" <channel1> = <CHARACTER RESPONSE DATA> K1 (5 to 8bits) monitor data (plain language indication) Null channel(0000) Working channel1(0001) Working channel2(0010) Working channel3(0011) Working channel4(0100) Working channel5(0101) Working channel6(0110)
Page 504 Section 10 Detailed Device Massage <bridge2> = <STRING RESPONSE DATA> K2 (1 to 4bits) monitor data (bit indication) "0000"to"1111" <arch1> = <CHARACTER RESPONSE DATA> K2 (5bit) monitor data (plain language indication) OPOA 1+1 architecture(0) OCNA 1:n architecture(1) <arch2> = <STRING RESPONSE DATA> K2 (5bit) monitor data (bit indication) "0"...
Page 505 10.3 Equipment Unique Command :DISPlay:ANALysis:OHMonitor:PTRace:J0? Response: <crc>, <tim>, <trdata> <crc> = <STRING RESPONSE DATA> CRC check result of J0 Form4 <tim> = <STRING RESPONSE DATA> TIM check result of J0 Form4 <trdata> = <STRING RESPONSE DATA> Monitor result of J0 (fixed to 64 characters) Characters are replaced to '?' when outputting characters other than 0x20-0x7e.
Page 506 Section 10 Detailed Device Massage :DISPlay:ANALysis:OHMonitor:PTRace:J1L? Response: <crc>, <tim>, <trdata> <crc> = <STRING RESPONSE DATA> CRC check result of J1-LP Form4 <tim> = <STRING RESPONSE DATA> Results of TIM check of J1-LP Form4 <trdata> = <STRING RESPONSE DATA> Monitor result of J1-LP (fixed to 64 characters) Characters are replaced to '?' when outputting characters other than 0x20-0x7e.
Page 507 10.3 Equipment Unique Command Function: Selects the display items of the PDH frame. Restriction: Invalid in the following case: ・When <FAS139> is set at non-measurement item in FAS139M. ・When <FAS34> is set at non-measurement item in FAS34M. ・When <FAS8> is set at non-measurement item in FAS8M. ・When <FW2>, <NFW2>, or <NFW2>...
Page 508 Section 10 Detailed Device Massage Example use: > :DISPlay:ANALysis:OHMonitor:PAYLoad? < " 01, 02, 03, 04, 05, 06, 07, 08, 09 01, 02, 03, 04, 05, 06, 07, 08, 09, 01, 02, 03, 04, 05, 06, 07, 08, 09, 01, 02, 03, 04, 05, 06, 07, 08, 09, 01, 02, 03, 04, 05, 06, 07, 08, 09, 01, 02, 03, 04, 05, 06, 07, 08, 09, 01, 02, 03, 04, 05, 06, 07, 08, 09,...
Page 509 10.3 Equipment Unique Command :DISPlay:ANALysis:OHMonitor:TTRace? Response <crc>,<mismatch>,<trail> <crc> = <STRING RESPONSE DATA> CRC check result of trail trace Form4 <mismatch> = <STRING RESPONSE DATA> TR mismatch check result of trail trace Form4 <trail> = <STRING RESPONSE DATA> Monitor result of trail trace (fixed on 16 characters) When characters other than 0x20-0x7e are outputted, they are replaced to '?”.
Page 510 Section 10 Detailed Device Massage :DISPlay:ANALysis:OHMonitor:IBCHannel? Response: <channel> = <NUMERIC RESPONSE DATA> 1 to 31 monitor channel Function: Queries the monitor channel of Information byte in the Analyze screen (OH monitor sub screen). Restriction: Invalid in the following case: When :Display:ANALysis:OHMonitor:TYPE is set to other than Info. Byte.
Page 511 10.3 Equipment Unique Command :DISPlay:ANALysis:OHMonitor:TANDem? Response: (When Monitor is N1-HP(Type2), N1-LP(Type2) or N2) <frame1-8>, <frame9-72>, <frame73>, <frame74>, <frame75>, <frame76> <frame1-8> = <STRING RESPONSE DATA> "0000000000000000” to ”1111111111111111" <frame9-72> = <STRING RESPONSE DATA> "00" to ”FF” (fixed on 16 byte) <frame73> = <STRING RESPONSE DATA> “00”...
Page 512 Section 10 Detailed Device Massage :DISPlay:ANALysis:OHMonitor:TCSelect <type> Parameter: <type> = <CHARACTER PROGRAM DATA> N1HP1 N1-HP(Type1) N1HP2 N1-HP(Type2) N1LP2 N1-LP(Type2) Function: Sets the Tandem connection monitor type of the Analyze screen (OH monitor sub screen). Example use: To set the Tandem connection monitor type to N1-HP(Type1). >...
Page 513 10.3 Equipment Unique Command :DISPlay:ANALysis:OHMonitor:SIGDATA? Response: (at 64multiframe) (at sig#1) <fs>, <ais>, <15mbais>, <bais>, <loopocu>, <pty>, <berr>, <loop2>, <lp>, <trace>, <ress>, <resu> (at sig#2) <fs>, <ais>, <kx>, <bais>, <loop15m>, <pty>, <berr>, <lp>, <trace>, <ress>, <resu> (at sig#3) <fs>, <ais>, <ky>, <bais>, <pty>, <berr>, <lp>, <trace>, <ress>, <resu> (at sig#4) <fs>, <ais>, <kz>, <bais>, <pty>, <berr>, <lp>, <trace>, <ress>, <resu>...
Page 514 Section 10 Detailed Device Massage Function: Queries the monitor data of OH monitor (at Signalling#4) of the Analyze screen. Example use: To query the monitor data of OH monitor (at Signaling). > :DISPlay:ANALysis:OHMonitor:SIGDATA? <"11010110, 000000, 0, 000000, 000000, 000000, 000000, 000000, 000000, 000000"...
Page 515 10.3 Equipment Unique Command :DISPlay:ANALysis:OPMeter:REFerence:SET Parameter: None Function: Sets reference value for Opt. power meter of the Analyze screen. Restriction: Invalid in the following case: ・When MP0111A/ MP0112A/MP0113A unit is not installed . ・When:DISPlay:TMENu[:NAME] is other than <"MANual[:JOFF]"> or <"PSEQuence[:JOFF]">. Example use: To set reference value of Opt.
Page 516 Section 10 Detailed Device Massage :DISPlay:ANALysis:OHCapture:JUMP:TYPE <type> Parameter: <type> = <CHARACTER PROGRAM DATA> TRIGger Displays the trigger position. NUMBer Displays the Number position. Function: Sets the display position of the Analyze screen (OHCapture subscreen). Restriction: Invalid in the following case: When there are no Capture data.
Page 517 10.3 Equipment Unique Command :DISPlay:ANALysis:OHCapture:SCRoll <type> Parameter: <type> = <CHARACTER PROGRAM DATA> LEFT Scrolls to the left. RIGHt Scrolls to the right. Scrolls up. DOWN Scrolls down. HTOP Shifts to the left end. HBOTtom Shifts to the right end. VTOP Shifts to the top.
Page 518 Section 10 Detailed Device Massage Restriction: Invalid in the following case: When there are no data. Example use: To print the seventh line only: > :DISPlay:ANALysis:OHCapture:PRINt 7, 7 :DISPlay:ANALysis:OHCapture:PRINt? Response: <from> = <NR1 NUMERIC RESPONSE DATA> <to> = <NR1 NUMERIC RESPONSE DATA> Function: Queries the print range for the Analyze screen (OHCapture subscreen).
Page 519 10.3 Equipment Unique Command Function: Queries the display position (type) for the Analyze screen (APS capture subscreen). Example use: > :DISPlay:ANALysis:APSCapture:JUMP:TYPE? < TRIG :DISPlay:ANALysis:APSCapture:JUMP:LINE <numeric> Parameter: <numeric> = <DECIMAL NUMERIC PROGRAM DATA> 1 to 55 Step value: 1 Function: Sets the display position (Number) for the Analyze screen (APS capture subscreen).
Page 520 Section 10 Detailed Device Massage :DISPlay:ANALysis:PMONitor:DATA? Response: <time>, <ptr>, <ppjc>, <mpjc>, <ndf>, <cons> <time> = <year>, <month>, <day>, <hour>, <minute>, <second> Time indicated by marker <year> = <NR1 NUMERIC RESPONSE DATA> 0, 1994 to 2093 Year <month> = <NR1 NUMERIC RESPONSE DATA> 0, 1 to 12 Month <day>...
Page 521 10.3 Equipment Unique Command :DISPlay:ANALysis:PMONitor:INTerval? Response: <interval> = <CHARACTER RESPONSE DATA> Function: Queries the 1 graduation width of the time base on the Analyze screen (Pointer monitor subscreen). Example use: > :DISPlay:ANALysis:PMONitor:INTerval? < 1, M :DISPlay:ANALysis:PMONitor:MDISplay <boolean> Parameter: <boolean> = <BOOLEAN PROGRAM DATA> OFF or 0 Marker OFF ON or 1...
Page 522 Section 10 Detailed Device Massage :DISPlay:ANALysis:PMONitor:TYPE? Response: <type> = <CHARACTER RESPONSE DATA> Function: Queries the setting of the pointer to monitor. Example use: To query the setting of the pointer to monitor: > :DISPlay:ANALysis:PMONitor:TYPE? < AU :DISPlay:ANALysis:PMONitor:PSCale <scale> Parameter: < scale > = <CHARACTER PROGRAM DATA> Function: Sets the vertical axis scale of pointer graph on the Analyze screen (Pointer monitor subscreen).
Page 523 10.3 Equipment Unique Command :DISPlay:ANALysis:PMONitor:JSCale? Response: <numeric> = <CHARACTER RESPONSE DATA> Function: Queries the vertical axis scale of justification graph on the Analyze screen(Pointer monitor subscreen). Example use: To query the vertical axis scale of justification graph on the Analyze: Pointer monitor screen: >...
Page 524 Section 10 Detailed Device Massage :DISPlay:ANALysis:IPCapture:CAPTuretype? Response <type> = <CHARACTER RESPONSE DATA> Function Queries the type of IP packet to be captured. Example use > :DISPlay:ANALysis:IPCapture:CAPTuretype? < IPV4 :DISPlay:ANALysis:IPCapture:JUMP <jump> Parameter <jump> = <DECIMAL NUMERIC PROGRAM DATA> 1 to 9999999 Step value : 1 Function Sets the display start position.
Page 525 10.3 Equipment Unique Command Function: Sets the title for the Analyze screen (Frame capture subscreen). Example use: To display "TITLE-DISP" as the title of measurement: > :DISPlay:ANALysis:FRAMecapture:TITLe "TITLE-DISP" :DISPlay:ANALysis:FRAMecapture:TITLe? Response: <title> = <STRING RESPONSE DATA> Function: Queries the title for the Analyze screen (Frame capture subscreen). Example use: >...
Page 526 Section 10 Detailed Device Massage :DISPlay:ANALysis:FRAMecapture:JUMP:LINE <numeric> Parameter: <numeric> = <DECIMAL NUMERIC RESPONSE DATA> 1 to 17272 Step value: 1 Function: Sets the display position (Number) on the Analyze screen (Frame capture subscreen). Restriction: Invalid in the following case: When there are no Capture data. Example use: To set the display position at 10: >...
Page 527 10.3 Equipment Unique Command :DISPlay:ANALysis:FRAMecapture:SCRoll <type> Parameter: <type> = <CHARACTER PROGRAM DATA> Jumps to the top position of horizontal axis of data. Jumps to the end position of horizontal axis of data. BEFOR Scrolls to the left by 18 bytes on the horizontal axis of data.
Page 528 Section 10 Detailed Device Massage :DISPlay:ANALysis:FGRaph:TITLe <title> Parameter: <title> = <STRING PROGRAM DATA> "Title string": Title string (maximum 15 characters) The title string length is 0 to 15 character(s) and double-quotation marks are usable. Pad the string with spaces when its length is less than 15 characters. Function: Sets the title on the frequency monitoring (graph) screen.
Page 529 10.3 Equipment Unique Command :DISPlay:ANALysis:FGRaph:DATA? Response: <time>, <frequency>, <ppm> <time> = <year>, <month>, <day>, <hour>, <minute>, <second> Year, month, day, hour, minute, and second of the read data. Outputs the data of nearest time later than the specified time when the data specified by the parameter are not available.
Page 530 Section 10 Detailed Device Massage :DISPlay:ANALysis:FGRaph:INTerval? Response: <numeric> = <CHARACTER RESPONSE DATA> <suffix> = <CHARACTER RESPONSE DATA> Function: Queries the interval of the graph on the frequency monitoring (graph) screen. Example use: > :DISPlay:ANALysis:FGRaph:INTerval? < 1, M :DISPlay:ANALysis:FGRaph:MDISplay <boolean> Parameter: <boolean>...
Page 531 10.3 Equipment Unique Command :DISPlay:ANALysis:FGRaph:FROM? Response: <numeric1>, <numeric2>, <numeric3>, <numeric4>, <numeric5>, <numeric6> = <NR1 NUMERIC RESPONSE DATA> * Following content is output when there are no Frequency data: < -, -, -, -, -, - Function: Queries the start position to display on the frequency monitoring (graph) screen.
Page 532 Section 10 Detailed Device Massage Example use: > :DISPlay:ANALysis:FGRaph:SCALe? < 10 :DISPlay:ANALysis:RECall:TYPE? Response: <type> = <STRING RESPONSE DATA> "EAL" Error/Alarm measurements "FGR" Frequency data "APS" APS capture data "OH" OH capture data Function: Queries the data type displayed on the Analyze: Recall screen. Example use: >...
Page 533 10.3 Equipment Unique Command Function: Queries data indicated by the marker for the Analyze:Rcall screen (Error/Alarm). Example use: > :DISPlay:ANALysis:RECall:TGRaph:DATA? < 2000, 12, 25, 12, 54, 30, " 1", " 1", " 0", " 0", " 104", " 10", " 1", "...
Page 534 Section 10 Detailed Device Massage :DISPlay:ANALysis:RECall:TGRaph:MDISplay? Response: <boolean> = <NR1 NUMERIC RESPONSE DATA> Marker OFF Marker ON Function: Queries with or without marker display on the Analyze : RECall screen (Error/Alarm). Example use: > :DISPlay:ANALysis:RECall:TGRaph:MDISplay? < 1 :DISPlay:ANALysis:RECall:TGRaph:SEARch <type> Parameter: <type>...
Page 535 10.3 Equipment Unique Command :DISPlay:ANALysis:RECall:TGRaph:FROM? Response: <numeric1>, <numeric2>, <numeric3>, <numeric4>, <numeric5>, <numeric6> = <NR1 NUMERIC RESPONSE DATA> Function: Queries the Error/Alarm graph display starting position for the Analyze: RECall screen. Example use: > :DISPlay:ANALysis:RECall:TGRaph:FROM? < 2000, 7, 28, 11, 30, 40 :DISPlay:ANALysis:RECall:TGRaph:ERRor <error1>, <error2>...
Page 536 Section 10 Detailed Device Massage "SLM:HP" (SDH) HP-SLM "PLM:P" (SONET) PLM-P “TIM:HP” (SDH) HP-TIM “TIM:P” (SONET) TIM-P “UNEQ:HP” (SDH) HP-UNEQ “UNEQ:P” (SONET) UNEQ-P “AIS:HV” HP-VC-AIS “ISF:HP” HP-ISF “FAS:HP” HP-FAS “IAIS:HP” HP-IncAIS “TRDI:HP” HP-TC-RDI “ODI:HP” HP-ODI "AIS:TU" (SDH) TU-AIS "AIS:V" (SONET) AIS-V "LOP:TU"...
Page 537 10.3 Equipment Unique Command "RDI:M139" 139M RDI "RDI:M45" 45M RDI "RDI:M34" 34M RDI "RDI:M8" 8M RDI "RDI:M2" 2M RDI "RDI:M1_5" 1.5M RDI "RDI:MF" MF RDI “SYN:OH” OH sync “AIS:HG” HG AIS “REC:HG” HG REC “BAI:S15” BAIS1.5 “AIS:S15” SigAIS1.5 “SIG:OOF” SigOOF "PATTern"...
Page 538 Section 10 Detailed Device Massage :DISPlay:ANALysis:RECall:TGRaph:ALARm3 <alarm> Parameter: <alarm> = <STRING PROGRAM DATA> Same as those of :DISPlay:ANALysis:RECall:TGRaph:ALARm1. Function: Sets an alarm item to be displayed to alarm3 of the Analyze:RECall screen. Restriction: Same as :DISPlay:ANALysis:RECall:TGRaph:ALARm1. :DISPlay:ANALysis:RECall:TGRaph:ALARm3? Response: <alarm> = <STRING RESPONSE DATA> Same as those of :DISPlay:ANALysis:RECall:TGRaph:ALARm1?.
Page 539 10.3 Equipment Unique Command :DISPlay:ANALysis:RECall:TGRaph:PRINt <type> Parameter: <type> = <CHARACTER PROGRAM DATA> DISPlay Display AFTer After BEFore Before Function: Designates a printing range for the Analyze:RECall screen (Error/Alarm). Restriction: Invalid when :DISPlay:ANALysis:RECall:TYPE is other than <"EAL">. Example use: To print the currently displayed screen range: >...
Page 540 Section 10 Detailed Device Massage :DISPlay:ANALysis:RECall:OHCapture:JUMP:TYPE? Response: <type> = <CHARACTER RESPONSE DATA> TRIG Trigger position display NUMB Number position display Function: Queries the display position on the Analyze:Recall (OH capture) screen. Example use: > :DISPlay:ANALysis:RECall:OHCapture:JUMP:TYPE? < TRIG :DISPlay:ANALysis:RECall:OHCapture:JUMP:LINE <numeric> Parameter: <numeric>...
Page 541 10.3 Equipment Unique Command Function: Instructs the scroll on the Analyze: OH capture screen. Restriction: Invalid in the following case: ・When the setting of :SENSe:OHCaptuer:TYPE is H1/H2, K1/K2. ・When the setting of :SENSe:OHCaptuer:TYPE is :SOH 1byte [TOH 1byte] and a single screen display is separated to two panes. ・When the setting of :SENSe:OHCaptuer:TYPE is :POH 1byte and a single screen display is separated to two panes.
Page 542 Section 10 Detailed Device Massage :DISPlay:ANALysis:RECall:APSCapture:TITLe? Response: <title> = <STRING RESPONSE DATA> Function: Queries the title for the Analyze:Recall (APS capture) screen. Example use: > :DISPlay:ANALysis:APSCapture:TITLe? < "TITLE-DISP " :DISPlay:ANALysis:RECall:APSCapture:JUMP:TYPE <type> Parameter: <type> = <CHARACTER PROGRAM DATA> TRIGger Displays the trigger position. NUMBer Displays the Number position.
Page 543 10.3 Equipment Unique Command :DISPlay:ANALysis:RECall:APSCapture:SCRoll <type> Parameter: <type> = <CHARACTER PROGRAM DATA> Shifts to the top data position. Shifts to the end data position. Scrolls up by 5 lines. DOWN Scrolls down by 5 lines. Function: Scrolls the ASP Capture data table for the Analyze: Recall (APS capture) screen.
Page 544 Section 10 Detailed Device Massage :DISPlay:ANALysis:RECall:FGRaph:DATA? Response: <time>, <frequency>, <ppm> * ⋅ Following content is output when there are no Recall: Frequency analysis data: < "No data" ⋅ Following content is output when the marker is OFF: < 0, 0, 0, 0, 0, 0, "-------------", "--------" Function: Queries the data to which the marker on the Analyze: Recall screen (Frequency).
Page 545 10.3 Equipment Unique Command :DISPlay:ANALysis:RECall:FGRaph:MDISplay? Response: <boolean> = <NR1 NUMERIC RESPONSE DATA> Marker OFF Marker ON * Following content is output when there are no Recall: Frequency analysis data: < "No data" Function: Queries whether the marker is displayed on the Analyze: Recall screen (Frequency).
Page 546 Section 10 Detailed Device Massage :DISPlay:ANALysis:RECall:FGRaph:PRINt <type> Parameter: <type> = <CHARACTER PROGRAM DATA> DISPlay Display AFTer After BEFore Before Function: Specifies the print range on the Analyze: Recall screen (Frequency). Example use: To set the Frequency screen range: > :DISPlay:ANALysis:RECall:FGRaph:PRINt DISPlay :DISPlay:ANALysis:RECall:FGRaph:PRINt? Response: <type>...
Page 547 10.3 Equipment Unique Command :DISPlay:ANALysis:SEQuencetest:TYPE? Response <type> = <STRING RESPONSE DATA> "TRS" Trouble search "EALFGR" Error/Alarm measurement frequency data Function Queries the type of data displayed on the Analyze:Recall screen. Example use > :DISPlay:ANALysis:SEQuencetest:TYPE? < "EALFGR" :DISPlay:ANALysis:SEQuencetest:TGRaph:SCRoll <scroll> Parameter <scroll> = <CHARACTER PROGRAM DATA> LEFT Scrolls to the left.
Page 548 Section 10 Detailed Device Massage :DISPlay:ANALysis:SEQuencetest:TGRaph:INTerval <numeric>, <suffix> Parameter <numeric> = <CHARACTER PROGRAM DATA> 1, 15, 60 <suffix> = <CHARACTER PROGRAM DATA> minute Function Sets width graduation time base Analyze:SEQuence test screen. Restriction Invalid in the following case: ・A sequence test has not been done. ・It changes by the setting of “Graph resolution”...
Page 549 10.3 Equipment Unique Command Example use > :DISPlay:ANALysis:SEQuencetest:TGRaph:MDISplay? < 1 :DISPlay:ANALysis:SEQuencetest:TGRaph:SEARch <type> Parameter <type> = <CHARACTER PROGRAM DATA> BEFore Before search NEXT Next search Function Designates search Analyze:SEQuence test screen (Error/Alarm). Restriction Invalid in the following case: ・A sequence test has not been done. ・:DISPlay:ANALysis:SEQuencetest:TGRaph:MDISplay is <OFF>.
Page 550 Section 10 Detailed Device Massage :DISPlay:ANALysis:SEQuencetest:TGRaph:ERRor <error1>, <error2> Parameter <error1> = <STRING PROGRAM DATA> <error2> = <CHARACTER PROGRAM DATA> Same as “:DISPlay:ANALysis:TGRaph:ERRor”. Function Sets an error item to be displayed to the Error/Alarm graph on the Analyze:SEQuence test screen. Restriction Invalid in the following case: ・A sequence test has not been done.
Page 551 10.3 Equipment Unique Command :DISPlay:ANALysis:SEQuencetest:TGRaph:ALARm2? Response <alarm> = <STRING RESPONSE DATA> Same as “:DISPlay:ANALysis:SEQuencetest:TGRaph:ALARm1?”. Function Queries an alarm item displayed to alarm2 of the Analyze:SEQuence test screen. :DISPlay:ANALysis:SEQuencetest:TGRaph:ALARm3 <alarm> Parameter <alarm> = <STRING PROGRAM DATA> Function Sets an alarm item to be displayed to alarm3 of the Analyze:SEQuence test screen.
Page 552 Section 10 Detailed Device Massage :DISPlay:ANALysis:SEQuencetest:TGRaph:PRINt <type> Parameter <type> = <CHARACTER PROGRAM DATA> DISPlay Display AFTer After BEFore Before Function Designates a printing range for the Analyze:SEQuence test screen (Error/Alarm). Restriction Invalid in the following case: ・A sequence test has not been done. Example use To print the currently displayed screen range: >...
Page 553 10.3 Equipment Unique Command Restriction Invalid in the following case: ・A sequence test has not been done. ・When there is no error/alarm data. Example use To select with marker: > :DISPlay:ANALysis:SEQuencetest:FGRaph:MDISplay 1 :DISPlay:ANALysis:SEQuencetest:FGRaph:MDISplay? Response <boolean> = <NR1 NUMERIC RESPONSE DATA> Marker OFF Marker ON Function...
Page 554 Section 10 Detailed Device Massage :DISPlay:ANALysis:SEQuencetest:FGRaph:INTerval <numeric>, <suffix> Parameter <numeric> = <CHARACTER PROGRAM DATA> 1, 15, 60 <suffix> = <CHARACTER PROGRAM DATA> minute Function Sets width graduation time base Analyze:SEQuence test screen (Frequency). Restriction Invalid in the following case: ・A sequence test has not been done. Example use To set a width for 1 graduation of the time base to one minute.
Page 555 10.3 Equipment Unique Command Function Queries the start position to display on the Analyze:SEQuence test screen (Frequency). Example use > :DISPlay:ANALysis:SEQuencetest:FGRaph:FROM? < 2000, 7, 28, 11, 30, 40 :DISPlay:ANALysis:SEQuencetest:FGRaph:PRINt <type> Parameter <type> = <CHARACTER PROGRAM DATA> DISPlay Display AFTer After BEFore Before Function...
Page 556 Section 10 Detailed Device Massage Example use > :DISPlay:ANALysis:SEQuencetest:FGRaph:SCALe? < 10 :DISPlay:SETup[:NAME] <sdisplay> Parameter: <sdisplay> = <STRING PROGRAM DATA> "MAPPing" Mapping subscreen "MEMory" Memory subscreen "PRINt" Print subscreen "FDISk" Floppy disk subscreen "SYSTem" System subscreen "SPPData" OH preset data subscreen "TANDem"...
Page 557 10.3 Equipment Unique Command Function: Sets a display bit rate for OH preset data of the Setup main screen (OH preset data subscreen). Restriction: Invalid in the following case: ・ When <M9953> is set while 9953M-type interface unit is not installed.
Page 558 Section 10 Detailed Device Massage :DISPlay:SETup:FDPage? Response: <numeric1>, <numeric2> <numeric1> = <NR1 NUMERIC RESPONSE DATA> Current page number 1 to 7 <numeric2> = <NR1 NUMERIC RESPONSE DATA> Total number of pages 1 to 7 Function: Queries the page number currently displayed on the Setup main screen (Floppy Disk subscreen).
Page 559 10.3 Equipment Unique Command 1 to 73 When using 52M. 1 to 253 When using 156M. 1 to 1063 When using 622M. 1 to 4303 When using 2448M. 1 to 17263 When using 9953M. Function: Sets the first column number to edit of the Setup:Frame memory screen.
Page 560 Section 10 Detailed Device Massage :DISPlay:SETup:SPR:SCRoll <type> Parameter <scroll> = <CHARACTER PROGRAM DATA> Scrolls up. DOWN Scrolls down. Shift to the top BOTTom Shift to the bottom Function Instructs the scroll of the Setup:S1 program data screen. Example use To scroll up. >...
Page 561 10.3 Equipment Unique Command 10.3.5 ROUTe subsystem The ROUTe subsystem sets connectors to be used. The following table shows functions, commands, and parameters. Function Command Parameter Page 10-448 Selects a signal input connector when :ROUTe:INPut:SELect port the receive signal is 2M. Queries the signal input connector for :ROUTe:INPut:SELect? the 2M receive signal.
Page 562 Section 10 Detailed Device Message :ROUTe:INPut:SELect <port> Parameter: <port> = <CHARACTER PROGRAM DATA> PORT1 Unbalanced connector PORT2 Balanced connector Function: Selects a signal input connector when the receive signal is 2M. Restriction: Invalid in the following cases: ・When the 2/8/34/139/156M (CMI) unit is not installed. ・:SENSe:TELecom:BRATe is other than <M2>.
Page 563 10.3 Equipment Unique Command :ROUTe:THRough:MODE <mode> Parameter: <mode> = <CHARACTER PROGRAM DATA> (SDH) TRANS Transparent through OH overwrite PAYLOAD Payload overwrite SOH1 SOH 1 byte overwrite POH1 POH 1 byte overwrite (SONET) TRANS Transparent through OH overwrite PAYLOAD Payload overwrite TOH1 TOH 1 byte overwrite POH1...
Page 564 Section 10 Detailed Device Message :ROUTe:THRough:OH? Response: <otype> = <CHARACTER RESPONSE DATA> Function: Queries the range of OH overwrite upon Through on. Example use: > :SOURce:TELecom:THRough:OH? < SOH :ROUTe:THRough:POSition:SOH1 <posi> :ROUTe:THRough:POSition:TOH1 <posi> Parameter: <posi> = <CHARACTER PROGRAM DATA> (SDH) A11 A11 A13 A21 A22 A23 X18 X19 X21 X22 X23 X25 X26...
Page 565 10.3 Equipment Unique Command Restriction: Invalid in the following case: ・When INSTrument:CONFig <type> is NON,CID, or ATM. ・When ROUTe:THRough[:TYPE] is set to <OFF>. ・When ROUTe:THRough:MODE is set to<SOH1> or <TOH1>. Example use: When the byte position of SOH 1 byte overwrite upon Through on is set to <ALL>.
Page 566 Section 10 Detailed Device Message :ROUTe:THRough:POSition:POH1 <vctype>,<posi> Parameter <vctype> = <CHARACTER PROGRAM DATA> (SDH) POH VC4 pattern POH VC3 pattern POH VC2/1 pattern (SONET) STS3 POH STS3 pattern STS1 POH STS1 pattern POH VT pattern <posi> = <CHARACTER PROGRAM DATA> (SDH) J1 C2 G1 F2 H4 F3 K3 N1 J2 N2 K4 (SONET) J1 C2 G1 F2 H4 Z3 Z4 Z5 J2 Z6 Z7...
Page 567 10.3 Equipment Unique Command :ROUTe:THRough:POSition:POH1? Response <vctype> = <CHARACTER RESPONSE DATA> Function Queries the changing position of POH 1byte overwrite upon Through on. Example use >:ROUTe:THRough:POSition:POH1? <VC4,J1 :ROUTe:M52:MINPut <type> Parameter: <type> = <BOOLEAN PROGRAM DATA> OFF or 0 Monitor input OFF ON or 1 Monitor input ON Function:...
Page 568 Section 10 Detailed Device Message 10 - 454...
Page 569 10.3 Equipment Unique Command 10.3.6 CALCulate subsystem The CALCulate subsystem displays the settings of the performance measurements and the measurment results. The following table shows functions, commands, and parmeters. Function Command Parameter Page 10-461 Sets a type of the performance mea CALCulate:TELecom:PERFormance:TYPE perform surement...
Page 570 Section10 Detailed Device Message Queries the threshold (upper limit) :CALCulate:TELecom:PERFormance:THReshold:M21 of M.2100 performance. 00:US:S2? Specifies whether to perform the ju CALCulate:TELecom:PERFormance:THReshold:M21 boolean dgement using the threshold of the 00:TXES:SET M.2100 performance measurement. Queries the current setting of the t CALCulate:TELecom:PERFormance:THReshold:M21 hreshold judgement of the M.2100 p 00:TXES:SET? erformance.
Page 571 10.3 Equipment Unique Command Specifies whether to perform the ju CALCulate:TELecom:PERFormance:THReshold:M21 boolean dgement using the threshold of the 01:US:SET M.2101 performance measurement. Queries the current setting of the t CALCulate:TELecom:PERFormance:THReshold:M21 hreshold judgement of the M.2101 p 01:US:SET? erformance. Sets the threshold for the M.2101 p CALCulate:TELecom:PERFormance:THReshold:M21 numeric erformance judgement.
Page 572 Section10 Detailed Device Message Queries the threshold of 2-hour ES :CALCulate:TELecom:PERFormance:THReshold:M21 S2 for M.2110 performance judgeme 10:ES:H2S2? Sets the threshold of 24-hour ES S :CALCulate:TELecom:PERFormance:THReshold:M21 numeric 1 M.2110 performance judgement 10:ES:H24S1 Queries the threshold of 24-hour E :CALCulate:TELecom:PERFormance:THReshold:M21 S S1 for M.2110 performance judge 10:ES:H24S1? ment Sets the threshold of 24-hour ES S...
Page 573 10.3 Equipment Unique Command Queries the setting of the Threshol :CALCulate:TELecom:PERFormance:THReshold:M21 d for M.2120 performance judgemen 20:TYPe? Sets the value of Threshold for M.2 :CALCulate:TELecom:PERFormance:THReshold:M21 limit 120 performance judgement. 20:LIMit1 Queries the value of threshold for :CALCulate:TELecom:PERFormance:THReshold:M21 M.2110 performance judgement. 20:LIMit1? Sets Threshold for M.2120 performa :CALCulate:TELecom:PERFormance:THReshold:M21...
Page 574 Section10 Detailed Device Message Page 10-514 Queries results of APS Capture me :CALCulate:APSCapture:DATA? numeric1 asurement. numeric2 Page 10-515 Queries the Frame Capture data. :CALCulate:FRAMecapture:DATA? start1 start2 stop1 stop2 Page 10-515 Queries results of Overhead Captur :CALCulate:OHCapture:DATA? Type e measurement. numeric1 numeric2 Page 10-516 Queries source addresses and destin...
Page 575 10.3 Equipment Unique Command :CALCulate:TELecom:PERFormance:TYPE <perform> Parameter: <perform> = <CHARACTER PROGRAM DATA> G821 G.821 performance measurement G826 G.826 performance measurement M2100 M.2100 performance measurement M2101 M.2101 performance measurement M2110 M.2110 performance measurement M2120 M.2120 performance measurement Function: Sets a type of the performance measurement Restriction: Invalid in the following case: ・When <G821>, <G826>, <M2100>, or <M2101>...
Page 576 Section10 Detailed Device Message Function: Sets the performance measurement frame Restriction: Invalid in the following case: ・When only the 1.5/45/52MB3ZS unit is installed. ・When :CALCulate:TELecom:PERFormance:TYPE is <OFF> ・When :SENSe: TELecom: MAPPing:TYPE is <VC4_BLK>, <VC3_BLK>, <VC2_BLK>, <VC4_MC>, <VC12_BLK>, or <VC11_BLK>. ・When :SENSe: TELecom:MMODe is <OSERvice> Example use: To set the performance measurement frame to 139 Mbit/s frame: >...
Page 577 10.3 Equipment Unique Command :CALCulate:TELecom:PERFormance:THReshold:M2100:ES:S1 <numeric> Parameter: <numeric> = <DECIMAL NUMERIC PROGRAM DATA> 0 to 99998 Step: 1 Function: Sets the threshold for the M.2100 performance judgement. The above command sets S1 (lower limit of the threshold) of RxES. Restriction: Invalid in the following case: ・...
Page 578 Section10 Detailed Device Message :CALCulate:TELecom:PERFormance:THReshold:M2100:SES:SET <boolean> Parameter: <boolean> = <BOOLEAN PROGRAM DATA> OFF or 0 Does not make judgement ON or 1 Makes judgement Function: Specifies whether to perform the judgement using the threshold of the M.2100 performance measurement The above command sets ON/OFF of RxSES Restriction: Invalid in the following case: ・...
Page 579 10.3 Equipment Unique Command :CALCulate:TELecom:PERFormance:THReshold:M2100:SES:S2 <numeric> Parameter: <numeric> = <DECIMAL NUMERIC PROGRAM DATA> (S1+1) to 99999 Step: 1 Function: Set the threshold for the M.2100 performance judgement. The above command sets S2 (upper limit of the threshold) of RxSES. Restriction: Invalid in the following case: ・...
Page 580 Section10 Detailed Device Message :CALCulate:TELecom:PERFormance:THReshold:M2100:US:S1 <numeric> Parameter: <numeric> = <DECIMAL NUMERIC PROGRAM DATA> 0 to 99998 Step: 1 Function: Set the threshold for the M.2100 performance judgement. The above command sets S1 (lower limit of the threshold) of RxUS. Restriction: Invalid in the following case: ・...
Page 581 10.3 Equipment Unique Command :CALCulate:TELecom:PERFormance:THReshold:M2100:TXES:SET <boolean> Parameter: <boolean> = <BOOLEAN PROGRAM DATA> OFF or 0 Does not make judgement ON or 1 Makes judgement Function: Specifies whether to perform the judgement using the threshold of the M.2100 performance measurement. The above command sets ON/OFF of TxES. Restriction: Invalid in the following case: ・...
Page 582 Section10 Detailed Device Message :CALCulate:TELecom:PERFormance:THReshold:M2100:TXES:S1? Response: <numeric> = <NR1 NUMERIC RESPONSE DATA> Function: Queries the threshold (lower limit) of M.2100 performance. Example use: > :CALCulate:TELecom:PERFormance:THReshold:M2100:TXES:S1? < 4 :CALCulate:TELecom:PERFormance:THReshold:M2100:TXES:S2 <numeric> Parameter: <numeric> = <DECIMAL NUMERIC PROGRAM DATA> (S1+1) to 99999 Step: 1 Function: Set the threshold for the M.2100 performance judgement.
Page 583 10.3 Equipment Unique Command :CALCulate:TELecom:PERFormance:THReshold:M2100:TXSES:SET? Response: <boolean> = <NR1 NUMERIC RESPONSE DATA> Does not make judgement Makes judgement Function: Queries the current setting of the threshold judgement of the M.2100 performance. Example use: > :CALCulate:TELecom:PERFormance:THReshold:M2100:TXSES :SET? < 1 :CALCulate:TELecom:PERFormance:THReshold:M2100:TXSES:S1 <numeric> Parameter: <numeric>...
Page 584 Section10 Detailed Device Message :CALCulate:TELecom:PERFormance:THReshold:M2100:TXSES:S2 <numeric> Parameter: <numeric> = <DECIMAL NUMERIC PROGRAM DATA> (S1+1) to 99999 Step: 1 Function: Set the threshold for the M.2100 performance judgement. The above command sets S2 (upper limit of the threshold) of TxSES. Restriction: Invalid in the following case: ・...
Page 585 10.3 Equipment Unique Command :CALCulate:TELecom:PERFormance:THReshold:M2101:ES:S1 <numeric> Parameter: <numeric> = <DECIMAL NUMERIC PROGRAM DATA> 0 to 99998 Step: 1 Function: Set the threshold for the M.2101 performance judgement. The above command sets S1 (lower limit of the threshold) of RxES. Restriction: Invalid in the following case: ・...
Page 586 Section10 Detailed Device Message :CALCulate:TELecom:PERFormance:THReshold:M2101:SES:SET <boolean> Parameter: <boolean> = <BOOLEAN PROGRAM DATA> OFF or 0 Does not make judgement ON or 1 Makes judgement Function: Specifies whether to perform the judgement using the threshold of the M.2101 performance measurement. The above command sets ON/OFF of RxSES. Restriction: Invalid in the following case: ・...
Page 587 10.3 Equipment Unique Command :CALCulate:TELecom:PERFormance:THReshold:M2101:SES:S2 <numeric> Parameter: <numeric> = <DECIMAL NUMERIC PROGRAM DATA> (S1+1) to 99999 Step: 1 Function: Set the threshold for the M.2101 performance judgement. The above command sets S2 (upper limit of the threshold) of RxSES. Restriction: Invalid in the following case: ・...
Page 588 Section10 Detailed Device Message :CALCulate:TELecom:PERFormance:THReshold:M2101:US:S1 <numeric> Parameter: <numeric> = <DECIMAL NUMERIC PROGRAM DATA> 0 to 99998 Step: 1 Function: Set the threshold for the M.2101 performance judgement. The above command sets S1 (lower limit of the threshold) of RxUS. Restriction: Invalid in the following case: ・...
Page 589 10.3 Equipment Unique Command :CALCulate:TELecom:PERFormance:THReshold:M2101:TXES:SET <boolean> Parameter: <boolean> = <BOOLEAN PROGRAM DATA> OFF or 0 Does not make judgement ON or 1 Makes judgement Function: Specifies whether to perform the judgement using the threshold of the M.2101 performance measurement. 上 The above command sets ON/OFF of TxES. Restriction: Invalid in the following case: ・...
Page 590 Section10 Detailed Device Message :CALCulate:TELecom:PERFormance:THReshold:M2101:TXES:S1? Response: <numeric> = <NR1 NUMERIC RESPONSE DATA> Function: Queries the threshold (lower limit) of M.2101 performance. Example use: > :CALCulate:TELecom:PERFormance:THReshold:M2101:TXES:S1? < 4 :CALCulate:TELecom:PERFormance:THReshold:M2101:TXES:S2 <numeric> Parameter: <numeric> = <DECIMAL NUMERIC PROGRAM DATA> (S1+1) to 99999 Step: 1 Function: Set the threshold for the M.2101 performance judgement.
Page 591 10.3 Equipment Unique Command :CALCulate:TELecom:PERFormance:THReshold:M2101:TXSES:SET? Response: <boolean> = <NR1 NUMERIC RESPONSE DATA> Does not make judgement Makes judgement Function: Queries the current setting of the threshold judgement of the M.2101 performance. Example use: > :CALCulate:TELecom:PERFormance:THReshold:M2101:TXSES:SE :SE T? < 1 :CALCulate:TELecom:PERFormance:THReshold:M2101:TXSES:S1 <numeric> Parameter: <numeric>...
Page 592 Section10 Detailed Device Message :CALCulate:TELecom:PERFormance:THReshold:M2101:TXSES:S2 <numeric> Parameter: <numeric> = <DECIMAL NUMERIC PROGRAM DATA> (S1+1) to 99999 Step: 1 Function: Set the threshold for the M.2101 performance judgement. The above command sets S2 (upper limit of the threshold) of TxSES. Restriction: Invalid in the following case: ・...
Page 593 10.3 Equipment Unique Command :CALCulate:TELecom:PERFormance:THReshold:M2110:LIMit <limit> Parameter <limit> = <NON-DECIMAL NUMERIC PROGRAM DATA> 0.5 to 63.0 Step value: 0.5 Function: Sets the value of BIS Limit for M.2110 performance judgement. Restriction: Invalid in the following case: ・When :CALCulate:TELecom:PERFormance:TYPE is <OFF>,<G821>,<G826>,<M2100>,<M2101>, or <M2120>. Example use: To set the BIS Limit of M.2110 to 7.5.
Page 594 Section10 Detailed Device Message :CALCulate:TELecom:PERFormance:THReshold:M2110:ES:H2S2? Response: <numeric> = <NR1 NUMERIC RESPONSE DATA> Function: Queries the threshold of 2-hour ES S2 for M.2110 performance judgement. Example use: > :CALCulate:TELecom:PERFormance:THReshold:M2110:ES:H2S1? > 850 :CALCulate:TELecom:PERFormance:THReshold:M2110:ES:H24S1 <numeric> Parameter <numeric> = <DECIMAL NUMERIC PROGRAM DATA> 0 to 86399 Step value: 1 Function: Sets the threshold of 24-hour ES S1 M.2110 performance judgement.
Page 595 10.3 Equipment Unique Command :CALCulate:TELecom:PERFormance:THReshold:M2110:ES:D7S1 <numeric> Parameter <numeric> = <DECIMAL NUMERIC PROGRAM DATA> 0 to 99998 Step value: 1 Function: Sets the threshold of 7-day ES for M.2110 performance judgement. Restriction: Invalid in the following case: ・When :CALCulate:TELecom:PERFormance:TYPE is <OFF>,<G821>,<G826>,<M2100>,<M2101>, or <M2120>. Example use: To set the threshold of M.2110 7 day ES S1 to 850.
Page 596 Section10 Detailed Device Message :CALCulate:TELecom:PERFormance:THReshold:M2110:SES:H2S1 <numeric> Parameter <numeric> = <DECIMAL NUMERIC PROGRAM DATA> 0 to 711 Step value: 1 Function: Sets the threshold of 2-hour SES S1 M.2110 performance judgement. Restriction: Invalid in the following case: ・When :CALCulate:TELecom:PERFormance:TYPE is <OFF>,<G821>,<G826>,<M2100>,<M2101>, or <M2120>. Example use: To set the threshold of M.2110 2-hour SES S1 to 500.
Page 597 10.3 Equipment Unique Command :CALCulate:TELecom:PERFormance:THReshold:M2110:SES:H24S1 <numeric> Parameter <numeric> = <DECIMAL NUMERIC PROGRAM DATA> 0 to 86399 Step value: 1 Function: Sets the threshold of 24-hour SES S1 for M.2110 performance judgement. Restriction: Invalid in the following case: ・When :CALCulate:TELecom:PERFormance:TYPE is <OFF>,<G821>,<G826>,<M2100>,<M2101>, or <M2120>.
Page 598 Section10 Detailed Device Message Restriction: Invalid in the following case: ・When :CALCulate:TELecom:PERFormance:TYPE is <OFF>,<G821>,<G826>,<M2100>,<M2101>, or <M2120>. Example use: To set the threshold of M.2110 7 day SES S1 to 850. >:CALCulate:TELecom:PERFormance:THReshold:M2110:SES:D7S1 :CALCulate:TELecom:PERFormance:THReshold:M2110:SES:D7S1? Response: <numeric> = <NR1 NUMERIC RESPONSE DATA> Function: Queries the threshold of 7-day SES S1 for M.2110 performance judgement.
Page 599 10.3 Equipment Unique Command :CALCulate:TELecom:PERFormance:THReshold:M2120:TYPE? Response: <type> = <CHARACTER RESPONSE DATA> Function: Queries the setting of the Threshold for M.2120 performance judgement. Example use: > :CALCulate:TELecom:PERFormance:THReshold:M2120:TYPE? < USER :CALCulate:TELecom:PERFormance:THReshold:M2120:LIMit1 <limit> Parameter <limit> = <NON-DECIMAL NUMERIC PROGRAM DATA> 0.5 to 63.0 Step value: 0.5 Function: Sets the value of Threshold for M.2120 performance judgement.
Page 600 Section10 Detailed Device Message Restriction: Invalid in the following case: ・When :CALCulate:TELecom:PERFormance:TYPE is <OFF>,<G821>,<G826>,<M2100>,<M2101>, or <M2110>. Example use: To set the threshold of M.2120 ES TR1 to 500. > :CALCulate:TELecom:PERFormance:THReshold:M2120:ES:TR1 500 :CALCulate:TELecom:PERFormance:THReshold:M2120:ES:TR1? Response: <numeric> = <NR1 NUMERIC RESPONSE DATA> Function: Queries the threshold of ES TR1 M.2120 performance judgement.
Page 601 10.3 Equipment Unique Command :CALCulate:TELecom:PERFormance:THReshold:M2120:SES:TR2 <numeric> Parameter <numeric> = <DECIMAL NUMERIC PROGRAM DATA> (ES+1) to 86400 Step value: 1 Function: Sets the threshold of SES TR2 (24-hour) for M.2120 performance judgement. Restriction: Invalid in the following case: ・When :CALCulate:TELecom:PERFormance:TYPE is <OFF>,<G821>,<G826>,<M2100>,<M2101>, or <M2110>.
Page 602 Section10 Detailed Device Message Measurement Result Query Count (1/23) Item <result> Response format B1 error "EC:B1" Form1 B2 error "EC:B2" Form1 HP-B3 error "EC:B3:HP" Form1 LP-B3 error "EC:B3:LP" Form1 BIP-2 error "EC:BIP2" Form1 MS-REI error "EC:REI:MS" (SDH) Form1 HP-REI error "EC:REI:HP"...
Page 603 10.3 Equipment Unique Command Measurement Result Query Count (2/23) Item <result> Response format OSF error "EC:OSF" Form1 SN error "EC:SN" Form1 CPS-Packet error "EC:CPSPKT" Form1 HEC error error "EC:CPSHEC" Form1 Length error "EC:LI" Form1 indicater error Length error "EC:LENGTH" Form1 CPCS-PDU error "EC:CPCS"...
Page 604 Section10 Detailed Device Message Measurement Result Query Count (3/23) Item <result> Response format B1 error "ER:B1" Form2 B2 error "ER:B2" Form2 HP-B3 error "ER:B3:HP" Form2 LP-B3 error "ER:B3:LP" Form2 BIP-2 error "ER:BIP2" Form2 MS-REI error "ER:REI:MS" (SDH) Form2 HP-REI error "ER:REI:HP"...
Page 605 10.3 Equipment Unique Command Measurement Result Query Count (4/23) Item <result> Response format indicater error Length error "ER:LENGTH" Form1 CRC10 error "ER:CRC10" Form1 Discarded error "ER:DISCPDU" Form1 PDU error Segment type error "ER:ST" Form1 Abort error "ER:ABORT" Form1 Undelivered error "ER:UDLVPDU"...
Page 606 Section10 Detailed Device Message Measurement Result Query Count (5/23) Item <result> Response format Power fail "ASEConds:POWer" Form1 "ASEConds:LOS" Form1 Sync. loss "ASEConds:PATTern" Form1 139M "ASEConds:AIS:M139" Form1 "ASEConds:AIS:M45" Form1 "ASEConds:AIS:M34" Form1 "ASEConds:AIS:M8" Form1 "ASEConds:AIS:M2" Form1 1.5M "ASEConds:AIS:M1_5" Form1 "ASEConds:AIS:MS"(SDH) Form1 "ASEConds:AIS:AU" (SDH) Form1 "ASEConds:AIS:TU"...
Page 607 10.3 Equipment Unique Command "ASEConds:RDI:L" (SONET) Form1 "ASEConds:RDI:P" (SONET) Form1 "ASEConds:RDI:V" (SONET) Form1 "ASEConds:PLM:HP" (SDH) Form1 "ASEConds:PLM:LP" (SDH) Form1 10 - 493...
Page 608 Section10 Detailed Device Message Measurement Result Query Count (6/23) Item <result> Response format "ASEConds:PLM:P" (SONET) Form1 "ASEConds:PLM:V" (SONET) Form1 "ASEConds:RFI:LP" (SDH) Form1 "ASEConds:RFI:V" (SONET) Form1 "ASEConds:TIM:HP" (SDH) Form1 "ASEConds:TIM:LP" (SDH) Form1 UNEQ "ASEConds:UNEQ:HP" (SDH) Form1 "ASEConds:UNEQ:LP" (SDH) Form1 VC-AIS "ASEConds:VAIS:HP" (SDH) Form1 "ASEConds:VAIS:LP"...
Page 609 10.3 Equipment Unique Command Measurement Result Query Count (7/23) Item <result> Response format 139M "AFRame:LOF:M139" Form1 "AFRame:LOF:M45" Form1 "AFRame:LOF:M34" Form1 "AFRame:LOF:M8" Form1 "AFRame:LOF:M2" Form1 1.5M "AFRame:LOF:M1_5" Form1 "AFRame:LOF:MF" Form1 (SDH) "AFRame:LOF" Form1 PLCP "AFRame:LOF:PLCP" Form1 139M "AFRame:RDI:M139" Form1 "AFRame:RDI:M45" Form1 "AFRame:RDI:M34"...
Page 610 Section10 Detailed Device Message "AFRame:FAS:HP" (SDH) Form1 "AFRame:FAS:LP" (SDH) Form1 IncAIS "AFRame:IAIS:HP" (SDH) Form1 "AFRame:IAIS:LP" (SDH) Form1 "AFRame:ISF:HP" (SDH) Form1 "AFRame:ISF:LP" (SDH) Form1 Measurement Result Query Count (8/23) Item <result> Response format TC-RDI "AFRame:TRDI:HP" (SDH) Form1 "AFRame:TRDI:LP" (SDH) Form1 "AFRame:ODI:HP" (SDH) Form1 "AFRame:ODI:LP"...
Page 611 10.3 Equipment Unique Command Measurement Result Query Count (11/23) Item <result> Response format G.821 "G821:ES" Form3 "G821:ES2" Form1 AnD%ES "G821:ES3" Form3 Code ES "G821:ES4" Form1 %SES "G821:SES" Form3 "G821:SES2" Form1 "G821:US" Form3 "G821:US2" Form1 "G821:DM" Form3 "G821:DM2" Form1 "G821:EC" Form1 %EFS "G821:EFS"...
Page 612 Section10 Detailed Device Message Measurement Result Query Count (12/23) Item <result> Response format G.826 Bit or "G826:ES" Form1 FAS/CRC SES "G826:SES" Form1 "G826:BBE" Form1 "G826:ESR" Form2 SESR "G826:SESR" Form2 BBER "G826:BBER" Form2 "G826:SDP" Form1 "G826:US" Form1 "G826:ES:B1" Form1 "G826:ES:B1" Form1 "G826:SES:B1"...
Page 613 10.3 Equipment Unique Command SESR "G826:SESR:BIP2" Form2 BBER "G826:BBER:BIP2" Form2 "G826:SDP:BIP2" Form1 "G826:US:BIP2" Form1 Measurement Result Query Count (13/23) Item <result> Response format G.826 MS-REI "G826:ES:REI:MS" Form1 "G826:SES:REI:MS" Form1 "G826:BBE:REI:MS" Form1 "G826:ESR:REI:MS" Form2 SESR "G826:SESR:REI:MS" Form2 BBER "G826:BBER:REI:MS" Form2 "G826:SDP:REI:MS" Form1 "G826:US:REI:MS"...
Page 614 Section10 Detailed Device Message Measurement Result Query Count (14/23) Item <result> Response format G.826 HP-REI "G826:ES:REI:HP" Form1 "G826:SES:REI:HP" Form1 "G826:BBE:REI:HP" Form1 "G826:ESR:REI:HP" Form2 SESR "G826:SESR:REI:HP" Form2 BBER "G826:BBER:REI:HP" Form2 "G826:SDP:REI:HP" Form1 "G826:US:REI:HP" Form1 LP-REI "G826:ES:REI:LP" Form1 "G826:SES:REI:LP" Form1 "G826:BBE:REI:LP" Form1 "G826:ESR:REI:LP"...
Page 615 10.3 Equipment Unique Command Measurement Result Query Count (15/23) Item <result> Response format G.826 Parity "G826:ES:PARITY" Form1 "G826:SES:PARITY" Form1 "G826:BBE:PARITY" Form1 "G826:ESR:PARITY" Form2 SESR "G826:SESR:PARITY" Form2 BBER "G826:BBER:PARITY" Form2 "G826:SDP:PARITY" Form1 "G826:US:PARITY" Form1 M.2110 Section Rx 2-hour "M2110:SECTion:HOUR2R" Form1 (SDH) Rx 24-hour "M2110:SECTion:HOUR24R Form1...
Page 616 Section10 Detailed Device Message Measurement Result Query Count (16/23) Item <result> Response format M.2110 Rx 2-hour "M2110:HOUR2R" Form1 (PDH) Rx 24-hour "M2110:HOUR24R" Form1 Rx 7-day "M2110:DAY7R" Form1 Rx ES "M2110:ESR" Form4 Rx SES "M2110:SESR" Form1 Rx US "M2110:USR" Form1 Tx 2-hour "M2110:HOUR2T"...
Page 617 10.3 Equipment Unique Command Measurement Result Query Count (17/23) Item <result> Response format M.2120 Rx TR1-ES "M2120:LOPath:TR1ESR" Form1 LO-path (SDH) Rx TR1-SES "M2120:LOPath:TR1SESR" Form1 Rx TR2-ES "M2120:LOPath:TR2ESR" Form1 Rx TR2-SES "M2120:LOPath:TR2SESR" Form1 Rx ES "M2120:LOPath:ESR" Form4 Rx SES "M2120:LOPath:SESR" Form1 Rx US "M2110:LOPath:USR"...
Page 618 Section10 Detailed Device Message Measurement Result Query Count (SDH) (18/23) Item <result> Response format AU PTR "JC:NDF:AU" Form1 +PJC "JC:PPJC: AU " Form1 -PJC "JC:NPJC: AU " Form1 Cons. "JC:CONS: AU " Form1 TU PTR "JC:NDF:TU" Form1 +PJC "JC:PPJC: TU " Form1 -PJC "JC:NPJC: TU "...
Page 619 10.3 Equipment Unique Command Measurement Result Query Count (SONET) (19/23) Item <result> Response format STS PTR "JC:NDF:STS" Form1 +PJC "JC:PPJC: STS " Form1 -PJC "JC:NPJC: STS " Form1 Cons. "JC:CONS: STS " Form1 VT PTR "JC:NDF:VT" Form1 +PJC "JC:PPJC: VT " Form1 -PJC "JC:NPJC: VT "...
Page 620 Section10 Detailed Device Message Measurement Result Query Count (23/23) Item <result> Response format IP send packet "IPSend:PACket1" Form15 "IPSend:PACket2" "IPSend:PACket3" Receive packet "IPRecive:PACket" Form15 10 - 506...
Page 621 10.3 Equipment Unique Command :CALCulate:HISTory? <string> Parameter: <string> = <STRING PROGRAM DATA> "CURRent" Current measurement result "LAST" Last measurement result Response: <string> = <STRING RESPONSE DATA> Result is: with Error/Alarm "Unacceptable" None " Acceptable" Invalid "------------" (for 12 characters) Function: Queries the measurement result.
Page 622 Section10 Detailed Device Message Measurement Result Data (Trouble search) Query Content (1/3) Item <result> Response format B1 error "TSEarch:B1" Form4 B2 error "TSEarch:B2" Form4 HP-B3 error "TSEarch:B3:HP" Form4 LP-B3 error "TSEarch:B3:LP" Form4 BIP-2 error "TSEarch:BIP2" Form4 MS-REI "TSEarch:REI:MS" Form4 HP-REI "TSEarch:REI:HP"...
Page 623 10.3 Equipment Unique Command Measurement Result Query Contents (2/3) Item <result> Response format "TSEarch:LOS" Form4 Sync. Loss "TSEarch:PATTern" Form4 139M "TSEarch:AIS:M139" Form4 "TSEarch:AIS:M45" Form4 "TSEarch:AIS:M34" Form4 "TSEarch:AIS:M8" Form4 "TSEarch:AIS:M2" Form4 1.5M "TSEarch:AIS:M1_5" Form4 "TSEarch:AIS:MS" Form4 "TSEarch:AIS:AU" Form4 "TSEarch:AIS:TU" Form4 139M "TSEarch:LOF:M139"...
Page 624 Section10 Detailed Device Message Measurement Result Query Contents (3/3) Item <result> Response format LP-RFI "TSEarch:RFI:LP" Form4 TU-LOM "TSEarch:LOM:TU" Form4 Judgement "TSEarch:TEST" Form4 HP-TIM "TSEarch:HTIM" HP-UNEQ "TSEarch:HUNEQ" LP-TIM "TSEarch:LTIM" LP-UNEQ "TSEarch:LUNEQ" 10 - 510...
Page 625 10.3 Equipment Unique Command :CALCulate:TGRaph:DATA?<numeric1>,<numeric2>,<numeric3>,<numeric4>,<nu meric5>,[<num eric6>] Parameter <DECIMAL NUMERIC PROGRAM DATA> Year, month, day and time of read data <numeric1> = 1994 to 2093 (year) <numeric2> = 1 to 12 (month) <numeric3> = 1 to 31 (day) <numeric4> = 0 to 23 (hour) <numeric5>...
Page 626 Section10 Detailed Device Message <alarm2s> = <STRING RESPONSE DATA> Alarm2 occurrence time (sec) (Form1) <alarm2c> = <STRING RESPONSE DATA> Alarm2 occurrence time (Form1) <alarm3s> = <STRING RESPONSE DATA> Alarm3 occurrence time (sec) (Form1) <alarm3c> = <STRING RESPONSE DATA> Alarm3 occurrence time (Form1) <alarm4s>...
Page 627 10.3 Equipment Unique Command :CALCulate:FGRaph:DATA? <time>[,<number>] Parameter: <time> = <year>,<month>,<day>,<hour>,<minute>,[<second>] <year> = <DECIMAL NUMERIC PROGRAM DATA> 1994 to 2093 year <month> = <DECIMAL NUMERIC PROGRAM DATA> 1 to 12 month <day> = <DECIMAL NUMERIC PROGRAM DATA> 1 to 31 <hour> = <DECIMAL NUMERIC PROGRAM DATA>...
Page 628 Section10 Detailed Device Message Function: Queries the value of graph data on the frequency monitoring screen. Example use: > :CALCulate:FGRaph:DATA? 2000,6,10,10,30,0,1 > :CALCulate:FGRaph:DATA? 2000,6,10,10,30,1 < 2000, 6,10,10,30, 0," 100300.9"," -1000.0" :CALCulate:SIMultaneous:DATA? <ch1>,<ch2> Parameter <ch1> = <DECIMAL NUMERIC PROGRAM DATA> 1 to 7 Step value: 1 (When TUG2# or VTG# is set.) <ch2>...
Page 629 10.3 Equipment Unique Command :CALCulate:FRAMecapture:DATA? <start1>,<start2>,<stop1>,<stop2> Parameter <start1>, <stop1> = <DECIMAL NUMERIC PROGRAM DATA> 1 to 9 Step value: 1 Line No. <start2>, <stop2> = <DECIMAL NUMERIC PROGRAM DATA> 1 to 90 Step value: 1 Column No. 1 to 270 156M Step value: 1 Column No.
Page 630 Section10 Detailed Device Message Example use: To queries the measurement result of the type H1/H2. (from No.5 to No.7) > :CALCulate:OHCapture : DATA? H1H2, 5, 7 <“1001,00, 3,0000000011”,“1001,00, 5,0000000101”,“1001,00, 12,0000001100” To queries the measurement result of the type K1/K2. (from No.5 to No.7) >...
Page 631 10.3 Equipment Unique Command :CALCulate:IPCAPTure:PCOunt? Response <numeric> = <NR1 NUMERIC RESPONSE DATA> 1 to 9999999 “0” is outputted when no information data exists. Function Queries the number of IP source addresses and destination addre sses of IP. Example use > :CALCulate:IPCAPTure:PCOunt? <...
Page 632 Section10 Detailed Device Message 10 - 518...
Page 633 10.3 Equipment Unique Command 10.3.7 SYSTem subsystem Use the SYSTem subsystem for printer, memory and buzzer settings. The following table shows functions, commands, and parameters. Function Command Parameter Page 10-523 Selects the type of intermittent data :SYSTem:PRINt:IDATa[:TYPE] type printing. Queries the type of intermittent data :SYSTem:PRINt:IDATa[:TYPE]? printing.
Page 634 Section 10 Detailed Device Message Queries with or without printing error :SYSTem:PRINt:LDATa:ERRor? data of measurement result data. Sets with or without printing alarm :SYSTem:PRINt:LDATa:ALARm boolean data of measurement result data. Queries with or without printing :SYSTem:PRINt:LDATa:ALARm? alarm data of measurement result data.
Page 635 10.3 Equipment Unique Command Page 10-533 Deletes a file or directory from a :SYSTem:MMEMory:DELete file_name floppy disk. (Only within the current directory) Page 10-533 Generates a subdirectory to a floppy :SYSTem:MMEMory:MDIRectory dir_name disk. (Only within current directory) Page 10-533 Changes a file name of a floppy disk. :SYSTem:MMEMory:REName src_file (Only within the current directory)
Page 636 Section 10 Detailed Device Message Page 10-538 Sets the data for each sequence. :SYSTem:SEQUence:SET Queries the data of each sequence. :SYSTem:SEQUence:SET? Page 10-538 Recalls the measurement result data :SYSTem:SEQUence:RECall form the memory. Queries “RECall No.” :SYSTem:SEQUence:RECall? measurement result data. Page 10-538 Sets the date of the current day.
Page 637 10.3 Equipment Unique Command :SYSTem:PRINt:IDATa[:TYPE] <type> Parameter: <type> = <CHARACTER PROGRAM DATA> Without outputting intermittent data INDividual Value from immediately preceding intermittent data ACCumulative Accumulated value from start of measurement Function: Selects the type of intermittent data printing. Example use: To select printing of values from immediately preceding intermittent data >...
Page 638 Section 10 Detailed Device Message :SYSTem:PRINt:MCONdition <boolean> Parameter: <boolean> = <BOOLEAN PROGRAM DATA> OFF or 0 Without printing measurement condition ON or 1 With printing measurement condition Function: Sets ON/OFF of measurement condition printing. Example use: To select with printing measurement condition. >...
Page 639 10.3 Equipment Unique Command :SYSTem:PRINt:ERRor:THReshold:EC <numeric> Parameter: <numeric> = <DECIMAL NUMERIC PROGRAM DATA> > > 10 > 100 1000 >1000 Function: Sets the error count threshold for error occurrence print. Printing is done when the number of errors occurring during 1 second exceeds the set value.
Page 640 Section 10 Detailed Device Message :SYSTem:PRINt:ERRor:SQUelch <boolean> Parameter: <boolean> = <BOOLEAN PROGRAM DATA> OFF or 0 Without paper-save printing ON or 1 With paper-save printing Function: Sets ON/OFF of the paper-save printing function. Restriction: Invalid when :SYSTem:PRINt:ERRor:SET is set to <OFF>. Example use: To stop printing when errors occur consecutively: >...
Page 641 10.3 Equipment Unique Command :SYSTem:PRINt:LDATa:ERRor <boolean> Parameter: <boolean> = <BOOLEAN PROGRAM DATA> OFF or 0 Without printing error data of measurement result data ON or 1 With printing error data of measurement result data Function: Sets with or without printing error data of measurement result data. Restriction: This command is disabled when :SYSTem: PRINt: LDATa: SET is set to <OFF>.
Page 642 Section 10 Detailed Device Message :SYSTem:PRINt:LDATa:PERFormance <boolean> Parameter: <boolean> = <BOOLEAN PROGRAM DATA> OFF or 0 Without printing performance data of measurement result data ON or 1 With printing performance data of measurement result data Function: Sets with or without printing performance data of measurement result data.
Page 643 10.3 Equipment Unique Command :SYSTem:PRINt:ENABle <boolean> Parameter: <boolean> = <BOOLEAN PROGRAM DATA> OFF or 0 Printer OFF ON or 1 Printer ON Function: Sets printing by the printer ON/OFF. (Print key) Example use: To set the printer to enable > :SYSTem:PRINt:ENABle ON :SYSTem:PRINt:ENABle? Response: <NR1 NUMERIC PROGRAM DATA>...
Page 644 Section 10 Detailed Device Message Restriction: Invalid when a Condition memory number containing no data is designated. Example use: To clear data from Condition memory No. 3: > :SYSTem:MEMory:CLEar 3 :SYSTem:MEMory:LABel <numeric>,<title> Parameter: <numeric> = <DECIMAL NUMERIC PROGRAM DATA> 1 to 10 <title>...
Page 645 10.3 Equipment Unique Command Example use: To query memory No.1 registration status > :SYSTem:MEMory:ANALysis:LABel? 1 < "PDH ANAL",EAL,"2000.12.25 18:40:30"," 30.0000" :SYSTem:MEMory:ANALysis:RECall <numeric> Parameter: <numeric> = <DECIMAL NUMERIC PROGRAM DATA> 1 to 15 Memory No. 1 to No.15 Function: Recalls data from a Analyze memory. Restriction: Invalid when a Condition memory number containing no data is designated.
Page 646 Section 10 Detailed Device Message :SYSTem:MMEMory:RECall <file_name> [,<memorized>] Parameter: <file_name> = <STRING PROGRAM DATA> File name (no distinction of capital and small letters, includes extension) Up to 12 characters <memorized> = <CHARACTER PROGRAM DATA> OHPRset Recalls the OH preset screen. APSProgram Recalls the APS program screen.
Page 647 10.3 Equipment Unique Command :SYSTem:MMEMory:DELete <file_name> Parameter: <file_name> = <STRING PROGRAM DATA> File name (no distinction of capital and small letters, includes extension) Up to 12 characters (excluding double quotation marks) Function: Deletes a file or directory from a floppy disk. (Only within the current directory) Example use: To delete a file named "Demo1.CND"...
Page 648 Section 10 Detailed Device Message :SYSTem:MMEMory:CATalog? <numeric> Parameter: <numeric> = <DECIMAL NUMERIC PROGRAM DATA> Head line number of display data The newest file or subdirectory is designated as line No.1. 1 to 200 Response: <use_byte>,<free_byte>,<current_dir>,<current_file>,<file_entry> <use_byte> = <NR1 NUMERIC RESPONSE DATA> Used memory capacity 0 to 1457664 <free_byte>...
Page 649 10.3 Equipment Unique Command :SYSTem:MMEMory:CDIRectory <dir_name> Parameter: <dir_name> = <STRING PROGRAM DATA> Directory name (no distinction of capital and small letters, either relative or full path can be designated) The character string length must be from 1 to 63 characters, and quotation marks must be not used.
Page 650 Section 10 Detailed Device Message :SYSTem:ORDerwire:VOLume <volume> Parameter: <volume> = <DECIMAL NUMERIC PROGRAM DATA> 1 to 8 Function: Sets the volume of voice data input output Restriction: Invalid in the following case: When :SYSTem:ORDerwire:TYPE is other than <OFF>. Example use: Sets the volume of voice data 5: >...
Page 651 10.3 Equipment Unique Command (for SDH) :SYSTem:RDI:VC21 <bit> (for SONET) :SYSTem:RDI:VT <bit> Parameter: <bit> = <CHARACTER PROGRAM DATA> (for SDH) K4B57 K4(b5-7) V5B8 V5(b8) (for SONET) Z7(b5-7) V5(b8) Function: Selects the recommendation to determine conditions for MS-RDI detection/remove. Example use: >...
Page 652 Section 10 Detailed Device Message :SYSTem:SEQuence:SET <no1>,<no2> Parameter <no1> = <DECIMAL NUMERIC PROGRAM DATA> 1 to 10 Order of the sequence tests. <no2> = <DECIMAL NUMERIC PROGRAM DATA> 1 to 10 Memory No.1 to 10 Function Sets the data for each sequence. Restriction Invalid in the following case: When no data exists.
Page 653 10.3 Equipment Unique Command :SYSTem:DATE? Response: <numeric1>,<numeric2>,<numeric3> = <NR1 NUMERIC RESPONSE DATA> Function: Queries the date of the current day. Example use: > :SYSTem:DATE? < 2000,7,28 :SYSTem:TIME <numeric1>,<numeric2>,<numeric3> Parameter: <DECIMAL NUMERIC PROGRAM DATA> <numeric1> = 0 to 23 <numeric2> = 0 to 59 <numeric3>...
Page 654 Section 10 Detailed Device Message :SYSTem:LED:HIStory? Response: <NR1 NUMERIC RESPONSE DATA> 0 or 1 Function: Queries the LED history function setting status. Example use: > :SYSTem:LED:HIStory? < 1 :SYSTem:COUPled:M1656 <boolean> Parameter: <boolean> = <BOOLEAN PROGRAM DATA> Function: Sets with or without Coupled MP1656A. Restriction: Invalid in the following case: ・When Coupled MP1656A mode is Disable.
Page 655 10.3 Equipment Unique Command 10.3.8 TEST subsystem Use the TEST subsystem for displaying the self test results. The following table shows functions, commands, and parameters. Function Command Parameter Page 10-542 Selects a type of the self test. :TEST:TYPE string Page 10-543 Selects the target of the main unit :TEST:SCONtent:TYPE type...
Page 656 Section 10 Detailed Device Message :TEST:TYPE <string> Parameter <string> = <STRING PROGRAM DATA> "MFTest" Mainframe function test........ [1] "IFTest:MP0109A" MP0109A 622M/156M Interface test.... [2] "IFTest:MP0110A" MP0110A 622M/156M Interface test.... [3] "IFTest:MP0104A:M156" MP0104A 156M Interface test ...... [4] "IFTest:MP0104B:M156" MP0104B 156M interface test ...... [5] "IFTest:MP0104B:M622"...
Page 657 10.3 Equipment Unique Command :TEST:SCONtent:TYPE <type> Parameter <type> = <CHARACTOR PROGRAM DATA> ISELect Item select Function Selects the target of the main unit function test Restriction Invalid in the following case: ・When :TEST:TYPE is not <MFT>. Example use To set test target to selection mode >...
Page 658 Section 10 Detailed Device Message Restriction Invalid in the following case: ・ When the MP0121A unit is disabled and <MP0121A> is set. ・ When the MP0122A unit is disabled and <MP0122A>is set. ・ When the MP0122B unit is disabled and <MP0122B> is set. ・...
Page 659 10.3 Equipment Unique Command :TEST:ECODe? <block> Parameter <block> = <CHARACTOR PROGRAM DATA> BLOCK0 Outputs 1 to 40th error codes. BLOCK1 Outputs 41 to 80 th error codes. BLOCK2 Outputs 81 to 120 th error codes. BLOCK3 Outputs 121 to 160 th error codes. BLOCK4 Outputs 161 to 200 th error codes.
Page 660 Section 10 Detailed Device Message Function Sets the display position of the error code. Restriction Invalid in the following case: ・ When there are no error codes at Debug:OFF ・ When there are no measured results at Debug:ON ・ When <BEF> is set while there are no previous pages. ・...
Page 661 10.3 Equipment Unique Command 10.3.9 STATus subsystem TheSTATus subsystem is used for controlling status registers (settings and display). The following table shows functions, commands, and parameters. Function Command Parameter Page 10-556 Initializes the status registers. :STATus:PRESet <QUEStionable Status Register> Page 10-557 Queries the Event register content of :STATus:QUEStionable[:EVENt]? the Questionable status register.
Page 662 Section 10 Detailed Device Message Sets mask for the Event Enable :STATus:QUEStionable:TELecom:M139:ENABle numeric Register. Queries the current mask settings for :STATus:QUEStionable:TELecom:M139:ENABle? the Event Enable Register Sets the Positive Transition Filter. :STATus:QUEStionable:TELecom:M139:PTRansition numeric Queries the current setting of the :STATus:QUEStionable:TELecom:M139:PTRansition Positive Transition Register Sets the Negative Transition Filter.
Page 663 10.3 Equipment Unique Command Queries the current setting of the :STATus:QUEStionable:TELecom:M2:PTRansition? Positive Transition Register Sets the Negative Transition Filter. :STATus:QUEStionable:TELecom:M2:NTRansition numeric Queries the current setting of the :STATus:QUEStionable:TELecom:M2:NTRansition? Negative Transition Register. <SDH/SONET Status Register> Page 10-573 for SDH Queries the Event register content of :STATus:QUEStionable:TELecom:SDH[:EVENt]? the SDH status register.
Page 664 Section 10 Detailed Device Message Sets the Negative Transition Filter. :STATus:QUEStionable:TELecom:SDH:SECT:NTRan numeric sition Queries the current setting of the :STATus:QUEStionable:TELecom:SDH:SECT:NTRan Negative Transition Register. sition? for SONET Queries the Event register content of :STATus:QUEStionable:TELecom:SONet:SLINe[:EV the Sect/Line status register. ENt]? Queries the Condition register content :STATus:QUEStionable:TELecom:SONet:SLINe:CON of the Sect/Line status register.
Page 665 10.3 Equipment Unique Command Queries the current setting of the :STATus:QUEStionable:TELecom:SONet:P:NTRansit Negative Transition Register. ion? <LP/V Status Register> Page 10-582 for SDH Queries the Event register content of :STATus:QUEStionable:TELecom:SDH:LP[:EVENt]? the LP status register. Queries the Condition register content :STATus:QUEStionable:TELecom:SDH:LP:CONDitio of the LP status register. Sets mask for the Event Enable :STATus:QUEStionable:TELecom:SDH:LP:ENABle numeric...
Page 666 Section 10 Detailed Device Message Queries the current setting of the :STATus:QUEStionable:TELecom:SDH:THP:NTRans Negative Transition Register. ition? for SONET Queries the Event register content of :STATus:QUEStionable:TELecom:SONET:TP[:EVEN the TCOH(P) status register. Queries the Condition register content :STATus:QUEStionable:TELecom:SONET:TP:CONDi of the TCOH(P)status register. tion? Sets mask for the Event Enable :STATus:QUEStionable:TELecom:SONET:TP:ENABl numeric...
Page 667 10.3 Equipment Unique Command <OH Status Register> Page 10-591 for SDH Queries the Event register content of :STATus:QUEStionable:TELecom:SDH:OH[:EVENt]? the OH status register. Queries the Condition register content :STATus:QUEStionable:TELecom:SDH:OH:CONDitio of the OH status register. Sets mask for the Event Enable :STATus:QUEStionable:TELecom:SDH:OH:ENABle numeric Register.
Page 668 Section 10 Detailed Device Message Sets mask for the Event Enable :STATus:QUEStionable:TELecom:SONET:SIGNallin numeric Register. g :ENABle Queries the current mask settings for :STATus:QUEStionable:TELecom:SONET:SIGNallin the Event Enable Register. g :ENABle? Sets the Positive Transition Filter. :STATus:QUEStionable:TELecom:SONET:SIGNallin numeric g :PTRansition Queries the current setting of the :STATus:QUEStionable:TELecom:SONET:SIGNallin Positive Transition Register.
Page 669 10.3 Equipment Unique Command Sets the Positive Transition Filter. :STATus:QUEStionable:TELecom2:M1_5:PTRansitio numeric Queries the current setting of the :STATus:QUEStionable:TELecom2:M1_5:PTRansitio Positive Transition Register Sets the Negative Transition Filter. :STATus:QUEStionable:TELecom2:M1_5:NTRansitio numeric Queries the current setting of the :STATus:QUEStionable:TELecom2:M1_5:NTRansitio Negative Transition Register. <OPERation Status Register> Page 10-602 Queries the Event register content of :STATus:OPERation[:EVENt]?
Page 670 Section 10 Detailed Device Message :STATus:PRESet Parameter: None Function: Initializes the status registers. Registers affected by this command are as follows: ・Transition and enable registers of the SCPI specified registers ・Transition and enable registers of the equipment unique registers Example use: >...
Page 671 10.3 Equipment Unique Command <QUEStionable Status Register> The QUEStionable Status Register supplies the DATA Status Register summary, etc. :STATus:QUEStionable[:EVENt]? Response: <numeric> = <NR1 NUMERIC RESPONSE DATA> The sum of bit digit values of set bits is responded. Function: Queries the Event register content of the Questionable status register. Example use: >...
Page 672 Section 10 Detailed Device Message :STATus:QUEStionable:PTRansition <numeric> Parameter: <numeric> = <DECIMAL NUMERIC PROGRAM DATA> 512 (Bit 9) Telecom Status Register summary 1024 (Bit10) Telecom2 Status Register summary Set a sum of bit digit values of bits to be set. Set 0 when all bits are set to false. Function: Sets the Positive Transition Filter.
Page 673 10.3 Equipment Unique Command <TELecom Status Register> The TELecom Status Register supplies the 139M, 34M, 8M, and 2M Status Register summaries and shuts off power. :STATus:QUEStionable:TELecom[:EVENt]? Response: <numeric> = <NR1 NUMERIC RESPONSE DATA> The sum of bit digit values of set bits is responded. Function: Queries the Event register content of the TELecom status register.
Page 674 Section 10 Detailed Device Message :STATus:QUEStionable:TELecom:ENABle? Response: <numeric> = <NR1 NUMERIC RESPONSE DATA> The sum of bit digit values of set bits is responded. Function: Queries the current mask settings for the Event Enable Register Example use: > :STATus:QUEStionable:TELecom:ENABle? < 16400 :STATus:QUEStionable:TELecom:PTRansition <numeric>...
Page 675 10.3 Equipment Unique Command :STATus:QUEStionable:TELecom:NTRansition <numeric> Parameter: <numeric> = <DECIMAL NUMERIC PROGRAM DATA> (Bit 0) Code error occurrence (Bit 1) Bit error occurrence (Bit 2) Pattern sync loss occurrence (Bit 3) Signal loss occurrence (Bit 4) Power shut off occurrence (Bit 5) Clock loss occurrence (Bit 6)
Page 676 Section 10 Detailed Device Message <139M Status Register> The 139M Status Register displays the frame error, etc. of 139M signals. :STATus:QUEStionable:TELecom:M139[:EVENt]? Response: <numeric> = <NR1 NUMERIC RESPONSE DATA> The sum of bit digit values of set bits is responded. Function: Queries the Event register content of the 139M status register.
Page 677 10.3 Equipment Unique Command :STATus:QUEStionable:TELecom:M139:PTRansition <numeric> Parameter: <numeric> = <DECIMAL NUMERIC PROGRAM DATA> (Bit 0) 139M LOF occurrence (Bit 1) 139M RDI occurrence (Bit 2) 139M AIS occurrence 4096 (Bit12) 139M REI error occurrence 8192 (Bit13) 139M BIP-8 error occurrence 16384(Bit14) 139M frame error occurrence Set a sum of bit digit values of bits to be set.
Page 678 Section 10 Detailed Device Message :STATus:QUEStionable:TELecom:M139:NTRansition? Response: <numeric> = <NR1 NUMERIC RESPONSE DATA> The sum of bit digit values of set bits is responded. Function: Queries the current setting of the Negative Transition Register. Example use: > :STATus:QUEStionable:TELecom:M139:NTRansition? < 2 10 - 564...
Page 679 10.3 Equipment Unique Command <34M Status Register> The 34M Status Register displays the frame error, etc. of 34M signals. :STATus:QUEStionable:TELecom:M34[:EVENt]? Response: <numeric> = <NR1 NUMERIC RESPONSE DATA> The sum of bit digit values of set bits is responded. Function: Queries the Event register content of the 34M status register.
Page 680 Section 10 Detailed Device Message :STATus:QUEStionable:TELecom:M34:PTRansition <numeric> Parameter: <numeric> = <DECIMAL NUMERIC PROGRAM DATA> (Bit 0) 34M LOF occurrence (Bit 1) 34M RDI occurrence (Bit 2) 34M AIS occurrence 4096 (Bit12) 139M REI error occurrence 8192 (Bit13) 139M BIP-8 error occurrence 16384(Bit14) 34M frame error occurrence Set a sum of bit digit values of bits to be set.
Page 681 10.3 Equipment Unique Command :STATus:QUEStionable:TELecom:M34:NTRansition? Response: <numeric> = <NR1 NUMERIC RESPONSE DATA> The sum of bit digit values of set bits is responded. Function: Queries the current setting of the Negative Transition Register. Example use: > :STATus:QUEStionable:TELecom:M34:NTRansition? < 5 10 - 567...
Page 682 Section 10 Detailed Device Message <8M Status Register> The 8M Status Register displays the frame error, etc. of 8M signals :STATus:QUEStionable:TELecom:M8[:EVENt]? Response: <numeric> = <NR1 NUMERIC RESPONSE DATA> The sum of bit digit values of set bits is responded. Function: Queries the Event register content of the 8M status register.
Page 683 10.3 Equipment Unique Command :STATus:QUEStionable:TELecom:M8:PTRansition <numeric> Parameter: <numeric> = <DECIMAL NUMERIC PROGRAM DATA> (Bit 0) 8M LOF occurrence (Bit 1) 8M RDI occurrence (Bit 2) 8M AIS occurrence 16384(Bit14) 8M frame error occurrence Set a sum of bit digit values of bits to be set. Set 0 when all bits are set to false.
Page 684 Section 10 Detailed Device Message <2M Status Register> The 2M Status Register displays the frame error, etc. of 2M signals. :STATus:QUEStionable:TELecom:M2[:EVENt]? Response: <numeric> = <NR1 NUMERIC RESPONSE DATA> The sum of bit digit values of set bits is responded. Function: Queries the Event register content of the 2M status register.
Page 685 10.3 Equipment Unique Command :STATus:QUEStionable:TELecom:M2:PTRansition <numeric> Parameter: <numeric> = <DECIMAL NUMERIC PROGRAM DATA> (Bit 0) 2M LOF occurrence (Bit 1) 2M RDI occurrence (Bit 2) 2M AIS occurrence (Bit 3) LOF MF occurrence (Bit 4) RDI MF occurrence 4096 (Bit12) E-Bit occurrence 8192 (Bit13) CRC error occurrence...
Page 686 Section 10 Detailed Device Message :STATus:QUEStionable:TELecom:M2:NTRansition? Response: <numeric> = <NR1 NUMERIC RESPONSE DATA> The sum of bit digit values of set bits is responded. Function: Queries the current setting of the Negative Transition Register. Example use: > :STATus:QUEStionable:TELecom:M2:NTRansition? < 16400 10 - 572...
Page 687 10.3 Equipment Unique Command <SDH/SONET Status Register> The SDH/SONET Status Register displays the alarm, etc. of SDH/SONET signals. :STATus:QUEStionable:TELecom:SDH[:EVENt]? :STATus:QUEStionable:TELecom:SONet[:EVENt]? Response: <numeric> = <NR1 NUMERIC RESPONSE DATA> The sum of bit digit values of set bits is responded. Function: Queries the Event register content of the SDH/SONET status register.
Page 688 Section 10 Detailed Device Message :STATus:QUEStionable:TELecom:SDH:ENABle? :STATus:QUEStionable:TELecom:SONet:ENABle? Response: <numeric> = <NR1 NUMERIC RESPONSE DATA> The sum of bit digit values of set bits is responded. Function: Queries the current mask status for the Event Enable Register. Example use: > :STATus:QUEStionable:TELecom:SDH:ENABle? <...
Page 689 10.3 Equipment Unique Command :STATus:QUEStionable:TELecom:SDH:NTRansition <numeric> :STATus:QUEStionable:TELecom:SONet:NTRansition <numeric> Parameter: <numeric> = <DECIMAL NUMERIC PROGRAM DATA> (Bit 6) LOF occurrence 128 (Bit 7) OOF occurrence 256 (Bit 8) OOF occurrence 512 (Bit 9) SIGNalling Status Register summary 1024 (Bit10) HP/P Status Register summary 2048 (Bit11) LP/V Status Register summary 4096 (Bit12)
Page 690 Section 10 Detailed Device Message <SECT (Sect/Line) Status Register> The SECT (Sect/Line) Status Register displays the alarm, etc. of SECT or Sect/Line signals. :STATus:QUEStionable:TELecom:SDH:SECT[:EVENt]? :STATus:QUEStionable:TELecom:SONet:SLINe[:EVENt]? Response: <numeric> = <NR1 NUMERIC RESPONSE DATA> The sum of bit digit values of set bits is responded. Function: Queries the Event register content of the SECT or Sect/Line status register.
Page 691 10.3 Equipment Unique Command :STATus:QUEStionable:TELecom:SDH:SECT:ENABle? :STATus:QUEStionable:TELecom:SONet:SLINe:ENABle? Response: <numeric> = <NR1 NUMERIC RESPONSE DATA> The sum of bit digit values of set bits is responded. Function: Queries the current mask status for the Event Enable Register. Example use: > :STATus:QUEStionable:TELecom:SDH:SECT:ENABle? < 5 :STATus:QUEStionable:TELecom:SDH:SECT:PTRansition <numeric>...
Page 692 Section 10 Detailed Device Message Function: Sets the Negative Transition Filter. When the Negative Transition Filter bit is set, 1 is written to the corresponding SECT or Sect/Line Event Register bit when the corresponding SECT or Sect/Line Condition Register bit goes from 0 to Example use: To set bits 0 and 2: >...
Page 693 10.3 Equipment Unique Command <HP/P Status Register> The HP/P Status Register displays alarm, etc. of the HP or P signals. :STATus:QUEStionable:TELecom:SDH:HP[:EVENt]? :STATus:QUEStionable:TELecom:SONet:P[:EVENt]? Response: <numeric> = <NR1 NUMERIC RESPONSE DATA> The sum of bit digit values of set bits is responded. Function: Queries the Event register content of the HP/P status register.
Page 694 Section 10 Detailed Device Message :STATus:QUEStionable:TELecom:SDH:HP:ENABle? :STATus:QUEStionable:TELecom:SONet:P:ENABle? Response: <numeric> = <NR1 NUMERIC RESPONSE DATA> The sum of bit digit values of set bits is responded. Function: Queries the current mask settings for the Event Enable Register. Example use: > :STATus:QUEStionable:TELecom:SDH:HP:ENABle? <...
Page 695 10.3 Equipment Unique Command :STATus:QUEStionable:TELecom:SDH:HP:NTRansition <numeric> :STATus:QUEStionable:TELecom:SONet:P:NTRansition <numeric> Parameter: <numeric> = <DECIMAL NUMERIC PROGRAM DATA> (Bit 0) AU-AIS/AIS-P occurrence (Bit 1) AU-LOP/LOP-P occurrence (Bit 2) HP-RDI/RDI-P occurrence (Bit 4) HP-SLM/SLM-P occurrence 128 (Bit 7) HP-TIM/TIM-P occurrence 256 (Bit 8) HP-UNEQ/UNEQ-P occurrence 4096 (Bit12) HP-B3 error occurrence 16384(Bit14)
Page 696 Section 10 Detailed Device Message <LP/V Status Register> The LP/V Status Register displays alarm, etc. of the LP or V signals. :STATus:QUEStionable:TELecom:SDH:LP[:EVENt]? :STATus:QUEStionable:TELecom:SONet:V[:EVENt]? Response: <numeric> = <NR1 NUMERIC RESPONSE DATA> The sum of bit digit values of set bits is responded. Function: Queries the Event register content of the LP/V status register.
Page 697 10.3 Equipment Unique Command :STATus:QUEStionable:TELecom:SDH:LP:ENABle? :STATus:QUEStionable:TELecom:SONet:V:ENABle ? Response: <numeric> = <NR1 NUMERIC RESPONSE DATA> The sum of bit digit values of set bits is responded. Function: Queries the current mask status for the Event Enable Register. Example use: > :STATus:QUEStionable:TELecom:SDH:LP:ENABle? <...
Page 698 Section 10 Detailed Device Message :STATus:QUEStionable:TELecom:SDH:LP:NTRansition <numeric> :STATus:QUEStionable:TELecom:SONet:V:NTRansition <numeric> Parameter: <numeric> = <DECIMAL NUMERIC PROGRAM DATA> (Bit 0) TU-AIS/AIS-V occurrence (Bit 1) TU-LOP/LOP-V occurrence (Bit 2) LP-RDI/RDI-V occurrence (Bit 3) LP-LOM/LOM-V occurrence (Bit 4) LP-SLM/SLM-V occurrence (Bit 5) LP-RFI/RFI-V occurrence 128 (Bit 7) LP-TIM/TIM -V occurrence 256 (Bit 8)
Page 699 10.3 Equipment Unique Command <TCOH(HP) / TCOH(P) Status Register> The TCOH(HP)/ TCOH(P)Status Register displays alarm, etc. of the HP or P signals in tandem connection. :STATus:QUEStionable:TELecom:SDH:THP[:EVENt]? :STATus:QUEStionable:TELecom:SONET:TP[:EVENt]? Response: <numeric> = <NR1 NUMERIC RESPONSE DATA> The sum of bit digit values of set bits is responded. Function: Queries contents of the event register of TCOH (HP)/ TCOH (P) status register.
Page 700 Section 10 Detailed Device Message :STATus:QUEStionable:TELecom:SDH:THP:ENABle? :STATus:QUEStionable:TELecom:SONET:TP:ENABle? Response: <numeric> = <NR1 NUMERIC RESPONSE DATA> The sum of bit digit values of set bits is responded. Function: Queries the current mask status for the Event Enable Register. Example use: > :STATus:QUEStionable:TELecom:SDH:THP ENABle? <...
Page 701 10.3 Equipment Unique Command :STATus:QUEStionable:TELecom:SDH:THP:NTRansition <numeric> :STATus:QUEStionable:TELecom:SONET:TP:NTRansition <numeric> Parameter: <numeric> = <DECIMAL NUMERIC PROGRAM DATA> (Bit 0) VC-AIS occurrence (Bit 1) ISF occurrence (Bit 2) FAS occurrence (Bit 3) Incoming-AIS occurrence (Bit 4) TC-RDI occurrence (Bit 5) ODI occurrence 4096 (Bit12) IEC error occurrence 8192 (Bit13) TC-REI error occurrence...
Page 702 Section 10 Detailed Device Message <TCOH(LP) / TCOH(V) Status Register> The TCOH(LP) / TCOH(V) Status Register displays alarm, etc. of the LP or V signals in tandem connection. :STATus:QUEStionable:TELecom:SDH:TLP[:EVENt]? :STATus:QUEStionable:TELecom:SONET:TV[:EVENt]? Response: <numeric> = <NR1 NUMERIC RESPONSE DATA> The sum of bit digit values of set bits is responded. Function: Queries contents of the event register of TCOH (LP)/ TCOH (V) status register.
Page 703 10.3 Equipment Unique Command :STATus:QUEStionable:TELecom:SDH:TLP:ENABle? :STATus:QUEStionable:TELecom:SONET:TV:ENABle? Response: <numeric> = <NR1 NUMERIC RESPONSE DATA> The sum of bit digit values of set bits is responded. Function: Queries the current mask status for the Event Enable Register. Example use: > :STATus:QUEStionable:TELecom:SDH:TLP ENABle? <...
Page 704 Section 10 Detailed Device Message :STATus:QUEStionable:TELecom:SDH:TLP:NTRansition <numeric> :STATus:QUEStionable:TELecom:SONET:TV:NTRansition <numeric> Parameter: <numeric> = <DECIMAL NUMERIC PROGRAM DATA> (Bit 0) VC-AIS occurrence (Bit 1) ISF occurrence (Bit 2) FAS occurrence (Bit 3) Incoming-AIS occurrence (Bit 4) TC-RDI occurrence (Bit 5) ODI occurrence 4096 (Bit12) IEC error occurrence 8192 (Bit13)
Page 705 10.3 Equipment Unique Command <OH Status Register> The OH Status Register displays such as error and alarm about the overhead. :STATus:QUEStionable:TELecom:SDH:OH[:EVENt]? :STATus:QUEStionable:TELecom:SONET:OH[:EVENt]? Response: <numeric> = <NR1 NUMERIC RESPONSE DATA> The sum of bit digit values of set bits is responded. Function: Queries contents of the event register of OH status register.
Page 706 Section 10 Detailed Device Message Function: Sets the Positive Transition Filter. When the Positive Transition Filter bit is set, 1 is written to the corresponding OH Event Register bit when the corresponding OH Condition Register bit goes from 0 to 1. Example use: To set bits 2: >...
Page 707 10.3 Equipment Unique Command :STATus:QUEStionable:TELecom:SDH:SIGNalling:CONDition? :STATus:QUEStionable:TELecom:SONET:SIGNalling:CONDition? Response: <numeric> = <NR1 NUMERIC RESPONSE DATA> The sum of bit digit values of set bits is responded. Function: Queries contents of the condition register of SIGNalling status register. Example use: > :STATus:QUEStionable:TELecom:SDH:SIGNalling :CONDition? <...
Page 708 Section 10 Detailed Device Message Function: Sets mask for the Event Enable Register. The Event Register status corresponding to the mask are reported to the SIGNalling summary bit. When the Event Enable Register bit is set to 1, the SIGNalling summary bit becomes true when the corresponding Event bit comes to true.
Page 709 10.3 Equipment Unique Command <TELecom2 Status Register> The TELecom2 Status Register supplies the 45M and 1.5M Status Register summaries and indicates power-off. :STATus:QUEStionable:TELecom2[:EVENt]? Response: <numeric> = <NR1 NUMERIC RESPONSE DATA> The sum of the bit digit values of set bits is responded. Function: Queries the Event register contents of the TELecom2 status register.
Page 710 Section 10 Detailed Device Message :STATus:QUEStionable:TELecom2:PTRansition <numeric> Parameter: <numeric> = <DECIMAL NUMERIC PROGRAM DATA> 2048 (Bit11) 1.5M Status Register summary 4096 (Bit12) 45M Status Register summary Set the sum of the bit digit values of bits to be set. Set 0 when all bits are set to false. Function: Sets the Positive Transition Filter.
Page 711 10.3 Equipment Unique Command <45M Status Register> The 45M Status Register displays the frame error, etc. of 45M signals. :STATus:QUEStionable:TELecom2:M45[:EVENt]? Response: <numeric> = <NR1 NUMERIC RESPONSE DATA> The sum of the bit digit values of set bits is responded. Function: Queries the Event register contents of the 45M status register.
Page 712 Section 10 Detailed Device Message :STATus:QUEStionable:TELecom2:M45:PTRansition <numeric> Parameter: <numeric> = <DECIMAL NUMERIC PROGRAM DATA> (Bit 0) 45M LOF occurrence (Bit 1) 45M RDI occurrence (Bit 2) 45M AIS occurrence 1024 (Bit10) 45M Parity occurrence 2048 (Bit11) 45M C-bit occurrence 4096 (Bit12) 45M REI occurrence 16384(Bit14) 45M frame error occurrence...
Page 713 10.3 Equipment Unique Command :STATus:QUEStionable:TELecom2:M45:NTRansition? Response: <numeric> = <NR1 NUMERIC RESPONSE DATA> The sum of the bit digit values of set bits is responded. Function: Queries the current setting of the Negative Transition Filter. Example use: > :STATus:QUEStionable:TELecom2:M45:NTRansition? < 2 10 - 599...
Page 714 Section 10 Detailed Device Message <1.5M Status Register> The 1.5M Status Register displays the frame error, etc. of 1.5M signals. :STATus:QUEStionable:TELecom2:M1_5[:EVENt]? Response: <numeric> = <NR1 NUMERIC RESPONSE DATA> The sum of the bit digit values of set bits is responded. Function: Queries the Event register contents of the 1.5M status register.
Page 715 10.3 Equipment Unique Command :STATus:QUEStionable:TELecom2:M1_5:PTRansition <numeric> Parameter: <numeric> = <DECIMAL NUMERIC PROGRAM DATA> (Bit 0) 1.5M LOF occurrence (Bit 1) 1.5M RDI occurrence (Bit 2) 1.5M AIS occurrence 8192 (Bit13) 1.5M CRC-6 occurrence 16384(Bit14) 1.5M frame error occurrence Set the sum of the bit digit values of bits to be set. Set 0 when all bits are set to false.
Page 716 Section 10 Detailed Device Message <OPERation Status Register> The OPERation Status Register supplies the INSTrument Status Register summary and carries out display during execution. :STATus:OPERation[:EVENt]? Response: <numeric> = <NR1 NUMERIC RESPONSE DATA> The sum of bit digit values of set bits is responded. Function: Queries the Event register content of the OPERation status register.
Page 717 10.3 Equipment Unique Command :STATus:OPERation:PTRansition <numeric> Parameter: <numeric> = <DECIMAL NUMERIC PROGRAM DATA> (Bit 4) Executing measurement 8192 (Bit13) INSTrument Status Register summary 16384(Bit14) INSTrument2 Status Register summary Set a sum of bit digit values of bits to be set. Set 0 when all bits are set to false.
Page 718 Section 10 Detailed Device Message <INSTrument Status Register> The INSTrument Status Register displays the end of self test and log information. :STATus:OPERation:INSTrument[:EVENt]? Response: <numeric> = <NR1 NUMERIC RESPONSE DATA> The sum of bit digit values of set bits is responded. Function: Queries the Event register content of the INSTrument status register.
Page 719 10.3 Equipment Unique Command :STATus:OPERation:INSTrument:PTRansition <numeric> Parameter: <numeric> = <DECIMAL NUMERIC PROGRAM DATA> (Bit 0) Log is full. (Bit 1) Log is empty. (Bit 2) End of test (measurement) (Bit 3) End of self test (Bit 4) Change in alarm 128 (Bit 7) Intermediate print timing of printer Set a sum of bit digit values of bits to be set.
Page 720 Section 10 Detailed Device Message :STATus:OPERation:INSTrument:NTRansition? Response: <numeric> = <NR1 NUMERIC RESPONSE DATA> The sum of bit digit values of set bits is responded. Function: Queries the current setting of the Negative Transition Register. Example use: > :STATus:OPERation:INSTrument:NTRansition? < 9 10 - 606.
Page 721 Section 11 Program Example This section describes examples of simple measurements using the remote control option. The program explained in this section uses the Quick BASIC. Programs explained hereunder operates either by the GPIB or RS- 232C. For portions different settings are required according to the interface and controller types, subroutines are used.
Page 722 Section 11 Program Example 11 - 2...
Page 723 11.1 Programing Sample (1) Loopback Measurement 11.1 Programing Sample (1) Loopback Measurement This section explain a program to set the out-of-service state and conduct the Loopback measurement. Measurement Conditions Repeats measurements at 5 sec intervals Displays bit errors, AIS139M, and RDI139M measurement results occurred during a measurement cycle.
Page 724 Section 11 Program Example MP1570A SONET/SDH/PDH/ATM Analyzer Sample Program(1 Include of header file 　 Define the constant used by the head. bas file. 　　　 For this program, definitions are as follows: 　　　　　　　　CONST SON% = 1 Represents the ON state.
Page 725 11.1 Programing Sample (1) Loopback Measurement Measurement result display for each 5-sec cycle (bit error, AIS139M, RDI139M) Measurement results of each 5-sec cycle are indicated until "q" is input. WHILE TRUE% CALL send("*CLS") 'Clear of event register End of measurement judgment and character input End of measurement judgment and error/alarm addition ON/OFF are conducted until 　　１...
Page 726 Section 11 Program Example Keyboard input Error/alarm addition ON/OFF and program stop are conducted by keyboard 　　 input. Keys on the keyboard correspond to the following functions: Adds bit error to 139M signal at 1E-3 rate. ・ ”e”： Adds AIS to 139M signal. ・...
Page 727 11.1 Programing Sample (1) Loopback Measurement CALL rcv(mdRDI$) Display of measurement results When measurement results are not 0 (error/alarm were measured), error count/alarm 　　 second of the error/alarm occurred are displayed. IF (mdBERR$ <> ZERO$) OR (mdAIS$ <> ZERO$) OR (mdRDI$ <> ZERO$) THEN 　　PRINT dat1$ 　　PRINT dat2$ 　　IF mdBERR$ <>...
Page 728 Section 11 Program Example rcv(resp$) Data read from measuring instrument Argument resp$: Character string variables for substituting values returned from the 　　 measuring instrument. Generate a subroutine for reading data from the measuring instrument according to the 　　 controller in use. SUB rcv (resp$) 　　　　　：...
Page 729 11.2 Programing Sample (2) Monitor Measurement 11.2 Programing Sample (2) Monitor Measurement This section explain a program to set the In-Service state and conduct the monitor measurement. Measurement Conditions Measurements are repeated at 5-sec intervals Measurement results including 34M frame error, AIS34M and RDI34M are displayed.
Page 730 Section 11 Program Example MP1570A SONET/SDH/PDH/ATM Analyzer Sample Program(2) Include of header file See init Sample Program(1)）　（　　　　　CONST SON% = 1 　　　　　CONST SOFF% = 0 　　　　　CONST ZERO$ = " 0" 　　　　　CONST EOT% = 4 　　　　　CONST TRUE% = -1 REM $INCLUDE: 'head.bas'...
Page 731 11.2 Programing Sample (2) Monitor Measurement Measurement result display for each 5-sec cycle (34M frame error, AIS34M, RDI34M) Measurement results of each 5-sec cycle are indicated until "q" is input from the keyboard. WHILE TRUE% CALL send("*CLS") 'Clear of event register End of measurement judgment and keyboard input End of measurement judgment and keyboard input are conducted until 1-cycle 　　...
Page 732 Section 11 Program Example Keyboard input The program stops when "q" is input from the keyboard. 　　 char$ = INKEY$ IFChar$ = “q” THEN 　　PRINT "Measurement Stop" 　　STOP END IF WEND Time and measurement results read Time and measurement results including bit error, AIS139M and RDI139M are read. 　　...
Page 733 11.2 Programing Sample (2) Monitor Measurement Display of measurement results When measurement results are not 0 (error/alarm were measured), error count/alarm 　　 second of the error/alarm occurred are displayed. IF (mdBERR$ <> ZERO$) OR (mdAIS$ <> ZERO$) OR (mdRDI$ <> ZERO$) THEN 　　PRINT dat1$ 　　PRINT dat2$ 　　IF mdBERR$ <>...
Page 734 Section 11 Program Example <Excution results> Measurement Start 1994,02,04;13,09,49 　　FRM 34M　　726 1994,02,04;13,09,54 　　FRM 34M　　　 30887 　　RDI 34M 1994,02,04;13,09,59 　　FRM 34M　　　 29486 　　RDI 34M 1994,02,04;13,10,04 　　FRM 34M　　　 23202 　　RDI 34M Measurement Stop 11 - 14.
Page 735 Appendix A Conformance Information A.1 SCPI Version The MP1570A conforms to the SCPI version 1993.0. A.2 SCPI Fixed Command Commands listed below are those fixed by the SCPI 1993.0 among commands used by the MP1570A. :INSTrument:COUPle STATus:QUEStionable:NTRansition? :INSTrument:COUPle? :STATus:OPERation[:EVENt]? :CALCulate:DATA?
Page 736 Appendix A Conformance Information A - 2.
Page 737 Appendix B Self Test Error Code As for self-test error codes, refer to the MP1570A SDH/PDH/ATM Analyzer Operation Manual Vol. 1. B - 1...
Page 738 Appendix B Self Test Error Code B - 2.
Page 739 Appendix C Relationships between Program Commands and Screens Relationships between program commands and panel indications are explained. As for detail on program commands, refer to 10.3, Equipment Unique Command. C.1 Commands Corresponding to Test Menu Main Screens C.1.1 Trouble search subscreen Fig.
Page 740 Appendix C Relationships between Program Commands and Screens C.1.2 Manual subscreen Fig. C-2 Test Menu Main Screen (Manual subscreen) :SOURce:TELecom:MAPPing:ROUTe :SOURce:TELecom:MAPPing:mc :SOURce:TELecom:MUX:N :SOURce:TELecom:MUX:ROUTe :SENSe:TELecom:MAPPing:ROUTe :SENSe:TELecom:MAPPing:mc :SENSe:TELecom:DEMUX:N :SENSe:TELecom:DEMUX:ROUTe :DISPlay:TMENu[:NAME] (10) :SOURce:TELecom:ALARm:TYPE (11) :SOURce:TELecom:ERRor:TYPE (12) :SOURce:TELecom:ERATe:TYPE (13) :SOURce:TELecom:MSPMessages:REQuest (14) :SOURce:TELecom:MSPMessages:CHANnel (15) :SOURce:TELecom:MSPMessages:BRIDge (16) :SOURce:TELecom:MSPMessages:ARCHitect (17)
Page 741 C.1 Commands Corresponding to Test Menu Main Screens (22) :SOURce:TELecom:ERRor:STARt (23) :SOURce:TELecom:ERRor:STOP (24) :SOURce:TELecom:ERRor:STATe? (25) :SOURce:TELecom:ERRor:OHCH (26) :SOURce:TELecom:ERRor:OHCH? (27) :SOURce:TELecom:ERRor:OHTYpe (28) :SOURce:TELecom:ERRor:OHTYpe? (29) :SOURce:TELecom:ERRor:OHPattern (30) :SOURce:TELecom:ERRor:OHPattern? (31) :SOURce:TELecom:MSPBits:REQuest (32) :SOURce:TELecom:MSPBits:CHANnel (33) :SOURce:TELecom:MSPBits:BRIDge (34) :SOURce:TELecom:MSPBits:ARCHitect (35) :SOURce:TELecom:MSPBits:REServed (36) :SOURce:TELecom:PSETting:NDFSet (37) :SOURce:TELecom:PSETting:SSSet (38) :SOURce:TELecom:PSETting:IDSet (39)
Page 742 Appendix C Relationships between Program Commands and Screens C.1.3 Pointer sequence subscreen Fig. C-3 Test Menu Main Screen (Pointer sequence subscreen) :SOURce:TELecom:MAPPing:ROUTe :SOURce:TELecom:MAPPing:mc :SOURce:TELecom:MUX:N :SOURce:TELecom:MUX:ROUTe :SENSe:TELecom:MAPPing:ROUTe :SENSce:TELecom:MAPPing:mc :SENSe:TELecom:DEMUX:N :SENSe:TELecom:DEMUX:ROUTe :DISPlay:TMENu[:NAME] (10) :SOURce:TELecom:PSEQuence:TYPE (11) :SOURce:TELecom:PSEQuence:POLarity (12) :SOURce:TELecom:PSEQuence:POINter (13) :SOURce:TELecom:PSEQuence:TIMing:T1 (14) :SOURce:TELecom:PSEQuence:TIMing:T2 (15) :SOURce:TELecom:PSEQuence:TIMing:T (16)
Page 743 C.1 Commands Corresponding to Test Menu Main Screens C.1.4 Delay subscreen Fig.C-4 Test menu main screen (Delay subscreeen) :SOURce:TELecom:MAPPing:ROUTe :SOURce:TELecom:MAPPing:mc :SOURce:TELecom:MUX:N :SOURce:TELecom:MUX:ROUTe :SENSe:TELecom:MAPPing:ROUTe :SENSe:TELecom:MAPPing:mc :SENSe:TELecom:DEMUX:N :SENSe:TELecom:DEMUX:ROUTe :DISPlay:TMENu[:NAME] (10) :SENSe:MEASure:DELay:PERiod C - 5...
Page 744 Appendix C Relationships between Program Commands and Screens C.2 Commands Corresponding to Result Main Screen C.2.1 Trouble search subscreen Fig. C-5 Result Menu Main Screen (Trouble search subscreen) :SOURce:TELecom:MAPPing:ROUTe :SOURce:TELecom:MAPPing:mc :SOURce:TELecom:MUX:N :SOURce:TELecom:MUX:ROUTe :SENSe:TELecom:MAPPing:ROUTe :SENEe:TELecom:MAPPing:mc :SENSe:TELecom:DEMUX:N :SENSe:TELecom:DEMUX:ROUTe :DISPlay:RESult[:NAME] (10) :DISPlay:RESult:TIME (11) Time indication 　:SENSe:MEASure:STIMe? 　:SENSe:MEASure:ELAPsed?
Page 745 C.2 Commands Corresponding to Result Main Screen C.2.2 Error/Alarm subscreen Fig. C-6 Result Menu Main Screen (Error/Alarm subscreen) :SOURce:TELecom:MAPPing:ROUTe :SOURce:TELecom:MAPPing:mc :SOURce:TELecom:MUX:N :SOURce:TELecom:MUX:ROUTe :SENSe:TELecom:MAPPing:ROUTe :SENSe:TELecom:MAPPing:mc :SENSe:TELecom:DEMUX:N :SENSe:TELecom:DEMUX:ROUTe :DISPlay:RESult[:NAME] (10) :DISPlay:RESult:TIME (11) :DISPlay:RESult:EALarm:UNIT (12) :DISPlay:RESult:EALarm:MODE (13) : DISPlay:RESult:EALarm:AUNit (14) Time indication 　:SENSe:MEASure:STIMe? 　:SENSe:MEASure:ELAPsed? Result indication (15)
Page 746 Appendix C Relationships between Program Commands and Screens C.2.3 Justification subscreen Fig. C-7 Result Menu Main Screen (Justification subscreen) :SOURce:TELecom:MAPPing:ROUTe :SOURce:TELecom:MAPPing:mc :SOURce:TELecom:MUX:N :SOURce:TELecom:MUX:ROUTe :SENSe:TELecom:MAPPing:ROUTe :SENSe:TELecom:MAPPing:mc :SENSe:TELecom:DEMUX:N :SENSe:TELecom:DEMUX:ROUTe :DISPlay:RESult[:NAME] (10) :DISPlay:RESult:TIME (11) :DISPlay:RESult:JUSTificat:UNIT (12) :DISPlay:RESult:JUSTificat:MODE (13) Time indication 　:SENSe:MEASure:STIMe? 　:SENSe:MEASure:ELAPsed? (14) Result indication 　:CALCulate:DATA? C - 8...
Page 747 C.2 Commands Corresponding to Result Main Screen C.2.4 Zoom subscreen Fig. C-8 Result Menu Main Screen (Zoom subscreen) :SOURce:TELecom:MAPPing:ROUTe :SOURce:TELecom:MAPPing:mc :SOURce:TELecom:MUX:N :SOURce:TELecom:MUX:ROUTe :SENSe:TELecom:MAPPing:ROUTe :SENSe:TELcom:MAPPing:mc :SENSe:TELecom:DEMUX:N :SENSe:TELecom:DEMUX:ROUTe :DISPlay:RESult[:NAME] (10) :DISPlay:RESult:TIME (11) :DISPlay:RESult:ZOOM:UNIT (12) :DISPlay:RESult:ZOOM:MODE (13) :DISPlay:RESult:ZOOM:UNIT (14) :DISPlay:RESult:ZOOM:ALARm (15) :DISPlay:RESult:ZOOM:ERRor (16) Time indication 　:SENSe:MEASure:STIMe? 　:SENSe:MEASure:ELAPsed?
Page 748 Appendix C Relationships between Program Commands and Screens C.2.5 Performance subscreen Fig. C-9 Result Menu Main Screen (Performance subscreen) (1) :SOURce:TELecom:MAPPing:ROUTe (2) :SOURce:TELecom:MAPPing:mc (3) :SOURce:TELecom:MUX:N (4) :SOURce:TELecom:MUX:ROUTe (5) :SENSe:TELecom:MAPPing:ROUTe (6) :SENSe:TELecom:MAPPing:mc (7) :SENSe:TELecom:DEMUX:N (8) :SENSe:TELecom:DEMUX:ROUTe (9) :DISPlay:RESult[:NAME] (10) :DISPlay:RESult:TIME (11) :DISPlay:RESult:PERFormance:ERRor[:G826] (12) :DISPlay:RESult:PERFomance:ERRor:M2100 (13) :CALCulate:TELecom:PERFormance:THReshold:M2100:ES:SET (14) :CALCulate:TELecom:PERFormance:THReshold:M2100:SES:SET...
Page 749 C.2 Commands Corresponding to Result Main Screen (22) :CALCulate:TELecom:PERFormance:THReshold:M2100:TXSES:S1 (23) :CALCulate:TELecom:PERFormance:THReshold:M2100:ES:S2 (24) :CALCulate:TELecom:PERFormance:THReshold:M2100:SES:S2 (25) :CALCulate:TELecom:PERFormance:THReshold:M2100:US:S2 (26) :CALCulate:TELecom:PERFormance:THReshold:M2100:TXES:S2 (27) :CALCulate:TELecom:PERFormance:THReshold:M2100:TXSES:S2 (28) :DISPlay:RESult:PERFomance:ERRor:M2101 (29) :CALCulate:TELecom:PERFormance:THReshold:M2101:ES:SET (30) :CALCulate:TELecom:PERFormance:THReshold:M2101:SES:SET (31) :CALCulate:TELecom:PERFormance:THReshold:M2101:US:SET (32) :CALCulate:TELecom:PERFormance:THReshold:M2101:TXES:SET (33) :CALCulate:TELecom:PERFormance:THReshold:M2101:TXSES:SET (34) :CALCulate:TELecom:PERFormance:THReshold:M2101:ES:S1 (35) :CALCulate:TELecom:PERFormance:THReshold:M2101:SES:S1 (36) :CALCulate:TELecom:PERFormance:THReshold:M2101:US:S1 (37) :CALCulate:TELecom:PERFormance:THReshold:M2101:TXES:S1 (38) :CALCulate:TELecom:PERFormance:THReshold:M2101:TXSES:S1 (39) :CALCulate:TELecom:PERFormance:THReshold:M2101:ES:S2 (40) :CALCulate:TELecom:PERFormance:THReshold:M2101:SES:S2 (41) :CALCulate:TELecom:PERFormance:THReshold:M2101:US:S2...
Page 750 Appendix C Relationships between Program Commands and Screens (57) :CALCulate:TELecom:PERFormance:THReshold:M2110:SES:D7S2 (58) :CALCulate:TELecom:PERFormance:THReshold:M2120:TYPe (59) :CALCulate:TELecom:PERFormance:THReshold:M2120:LIMit1 (60) :CALCulate:TELecom:PERFormance:THReshold:M2120:LIMit2 (61) :CALCulate:TELecom:PERFormance:THReshold:M2120:ES:TR1 (62) :CALCulate:TELecom:PERFormance:THReshold:M2120:ES:TR2 (63) Time indication 　:SENSe:MEASure:STIMe? 　:SENSe:MEASure:ELAPsed? (64) Result indication 　:CALCulate:DATA? C - 12...
Page 751 C.2 Commands Corresponding to Result Main Screen C.2.6 Delay subscreen Fig. C-10 Result Menu Main Screen (Delay subscreen) (1) :SOURce:TELecom:MAPPing:ROUTe (2) :SOURce:TELecom:MAPPing:mc (3) :SOURce:TELecom:MUX:N (4) :SOURce:TELecom:MUX:ROUTe (5) :SENSe:TELecom:MAPPing:ROUTe (6) :SENSe:TELecom:MAPPing:mc (7) :SENSe:TELecom:DEMUX:N (8) :SENSe:TELecom:DEMUX:ROUTe (9) :DISPlay:RESult[:NAME] (10) :DISPlay:RESult:TIME (11) Time indication 　:SENSe:MEASure:STIMe? 　:SENSe:MEASure:ELAPsed? (12) Result indication...
Page 752 Appendix C Relationships between Program Commands and Screens C.2.7 B2 Error subscreen Fig. C-11 Result Menu Main Screen (B2 Error subscreen) (1) :SOURce:TELecom:MAPPing:ROUTe (2) :SOURce:TELecom:MAPPing:MC (3) :SOURce:TELecom:MUX:N (4) :SOURce:TELecom:MUX:ROUTe (5) :SENSe:TELecom:MAPPing:ROUTe (6) :SENSe:TELecom:MAPPing:MC (7) :SENSe:TELecom:DEMUX:N (8) :SENSe:TELecom:DEMUX:ROUTe (9) :DISPlay:RESult[:NAME] (10) :DISPlay:RESult:TIME (11) :DISPlay:RESult:B2:MODE (12) Time indication 　:SENSe:MEASure:STIMe?
Page 753 C.3 Commands Corresponding to Analyze Main Screen C.3 Commands Corresponding to Analyze Main Screen C.3.1 Trouble search subscreen Fig. C-12 Analyze Main Screen (Trouble search subscreen) :SOURce:TELecom:MAPPing:ROUTe :SOURce:TELecom:MAPPing:mc :SOURce:TELecom:MUX:N :SOURce:TELecom:MUX:ROUTe :SENSe:TELecom:MAPPing:ROUTe :SENSe:TELecom:MAPPing:mc :SENSe:TELecom:DEMUX:N :SENSe:TELecom:DEMUX:ROUTe :DISPlay:ANALysis[:NAME] (10) :DISPlay:ANALysis:TSEarch:SEARch (11) :DISPlay:ANALysis:TSEarch:ROUTe (12) :DISPlay:ANALysis:TSEarch:PRINt (13) Result indication...
Page 754 Appendix C Relationships between Program Commands and Screens C.3.2 Error/Alarm subscreen Fig. C-13 Analyze Main Screen (Error/Alarm subscreen) (1) :SOURce:TELecom:MAPPing:ROUTe (2) :SOURce:TELecom:MAPPing:mc (3) :SOURce:TELecom:MUX:N (4) :SOURce:TELecom:MUX:ROUTe (5) :SENSe:TELecom:MAPPing:ROUTe (6) :SENSe:TELecom:MAPPing:mc (7) :SENSe:TELecom:DEMUX:N (8) :SENSe:TELecom:DEMUX:ROUTe (9) :DISPlay:ANALysis[:NAME] (10) :DISPlay:ANALysis:TGRaph:SCRoll (11) :DISPlay:ANALysis:TGRaph:MARKer (12) :DISPlay:ANALysis:TGRaph:INTerval (13) :DISPlay:ANALysis:TGRaph:MDISplay (14) :DISPlay:ANALysis:TGRaph:SEARch...
Page 755 C.3 Commands Corresponding to Analyze Main Screen (21) :DISPlay:ANALysis:TGRaph:ALARm5 (22) :DISPlay:ANALysis:TGRaph:PRINt (23) :DISPlay:ANALysis:TGRaph:TITLe (24) :SENSe:MEASure:GRESolution (25) Result indication 　:DISPlay:ANALysis:TGRaph:DATA? 　:CALCulate:TGRaph:DATA? C - 17...
Page 756 Appendix C Relationships between Program Commands and Screens C.3.3 OH monitor subscreen Fig. C-14 Analyze Main Screen (OH monitor subscreen) (1) :SOURce:TELecom:MAPPing:ROUTe (2) :SOURce:TELecom:MAPPing:mc (3) :SOURce:TELecom:MUX:N (4) :SOURce:TELecom:MUX:ROUTe (5) :SENSe:TELecom:MAPPing:ROUTe (6) :SENSe:TELecom:MAPPing:mc (7) :SENSe:TELecom:DEMUX:N (8) :SENSe:TELecom:DEMUX:ROUTe (9) :DISPlay:ANALysis[:NAME] (10) :DISPlay:ANALysis:OHMonitor:TYPE (11) :DISPlay:ANALysis:OHMonitor:SOHCh? (12) :DISPlay:ANALysis:OHMonitor:PFRame (13) :DISPlay:ANALysis:OHMonitor:PAUSe...
Page 757 C.3 Commands Corresponding to Analyze Main Screen 　:DISPlay:ANALysis:OHMonitor:MSP? 　:DISPlay:ANALysis:OHMonitor:POINter? 　:DISPlay:ANALysis:OHMonitor:PTRace:J0? 　:DISPlay:ANALysis:OHMonitor:PTRace:J1H? 　:DISPlay:ANALysis:OHMonitor:PTRace:J1L? 　:DISPlay:ANALysis:OHMonitor:PTRace:J2? 　:DISPlay:ANALysis:OHMonitor:PFRame? C - 19...
Page 758 Appendix C Relationships between Program Commands and Screens C.3.4 OH 64 frame subscreen Fig. C-15 Analyze Main Screen (SOH 64 frame subscreen) (1) :SOURce:TELecom:MAPPing:ROUTe (2) :SOURce:TELecom:MAPPing:mc (3) :SOURce:TELecom:MUX:N (4) :SOURce:TELecom:MUX:ROUTe (5) :SENSe:TELecom:MAPPing:ROUTe (6) :SENSe:TELecom:MAPPing:mc (7) :SENSe:TELecom:DEMUX:N (8) :SENSe:TELecom:DEMUX:ROUTe (9) ::SENSe:OHCapture:TYPE (10) :SENSe:OHCapture:TRIGger:TYPE (11) :SENSe:OHCapture:TRIGger:POSition (12) :SENSe:OHCapture:TRIGger:PATTern...
Page 759 C.3 Commands Corresponding to Analyze Main Screen (21) :DISPlay:ANALysis[:NAME] (22) :DISPlay:ANALysis:OHCapture:TITLe (23) :DISPlay:ANALysis:OHCapture:JUMP (24) :DISPlay:ANALysis:OHCapture:SCRoll (25) Result indication 　:CALCulate:OHCapture:DATA? C - 21...
Page 760 Appendix C Relationships between Program Commands and Screens C.3.5 Recall subscreen Fig. C-16 Analyze Main Screen (Recall subscreen) (1) :SOURce:TELecom:MAPPing:ROUTe (2) :SOURce:TELecom:MAPPing:mc (3) :SOURce:TELecom:MUX:N (4) :SOURce:TELecom:MUX:ROUTe (5) :SENSe:TELecom:MAPPing:ROUTe (6) :SENSe:TELecom:MAPPing:mc (7) :SENSe:TELecom:DEMUX:N (8) :SENSe:TELecom:DEMUX:ROUTe (9) :DISPlay:ANALysis[:NAME] (10) :DISPlay:ANALysis:RECall:TGRaph:SCRoll (11) :DISPlay:ANALysis:RECall:TGRaph:MARKer (12) :DISPlay:ANALysis:RECall:TGRaph:INTerval (13) :DISPlay:ANALysis:RECall:TGRaph:MDISplay (14) :DISPlay:ANALysis:RECall:TGRaph:SEARch...
Page 761 C.3 Commands Corresponding to Analyze Main Screen (22) :DISPlay:ANALysis:RECall:TGRaph:PRINt (23) Result indication 　:DISPlay:ANALysis:RECall:TGRaph:DATA? C - 23...
Page 762 Appendix C Relationships between Program Commands and Screens C.4 Commands Corresponding to Setup Main Screen C.4.1 Mapping subscreen Fig. C-17 Setup Main Screen (Mapping subscreen) :DISPlay:SETup[:NAME] :INSTrument:COUPle :SOURce:TELecom:BRATe :SOURce:TELecom:MAPPing:TYPE :SOURce:TELecom:MAPPing:AU :SOURce:TELecom:MAPPing:TU :SOURce:TELecom:MUX:MRATe :SOURce:TELecom:FRAMing :SOURce:TELecom:M2:CRC (10) :SOURce:TELecom:M2:MCHannel (11) :SOURce:TELecom:CLOCk:SOURce (12) :SOURce:TELecom:M1.5:FRAMed (13) :SOURce:TELecom:M1.5:CODE (14)
Page 763 C.4 Commands Corresponding to Setup Main Screen (21) :SENSe:TELecom:DEMUX:MRATe (22) :SENSe:TELecom:FRAMing (23) :SENSe:TELecom:MMODe (24) :SENSe:TELecom:M2:CRC (25) :SENSe:TELecom:M2:SIGNaling (26) :SENSe:TELecom:M2:MCHannel (27) :SENSe:TELecom:M1.5:FRAMed (28) :SENSe:TELecom:M1.5:CODE (29) :SENSe:TELecom:M45:FRAMed (30) :SENSe:TELecom:DSX (31) :SENSe:TELecom:IMODe (32) :SENSe:MEASure:GRESolution (33) :ROUTe:INPut:SELect (34) :ROUTe:THRough (35) :CALCulate:TELecom:PERFormance:TYPE (36) :CALCulate:TELecom:PERFormance:FRAMe C.4.2 Memory subscreen Fig.
Page 764 Appendix C Relationships between Program Commands and Screens (5) :SYSTem:MEMory:LABel (6) :SYSTem:MEMory:ANALysis:LABel? (7) :SYSTem:MEMory:ANALysis:RECall (8) :SYSTem:MEMory:ANALysis:STORe (9) :SYSTem:MEMory:ANALysis:CLEar (10) :SYSTem:MEMory:ANALysis:ACLear C.4.3 Print subscreen Fig. C-19 Setup Main Screen (Print subscreen) (1) :DISPlay:SETup[:NAME] (2) :SYSTem:PRINt:IDATa[:TYPE] (3) :SYSTem:PRINt:IDATa:PERiod (4) :SYSTem:PRINt:MCONdition (5) :SYSTem:PRINt:ERRor:SET (6) :SYSTem:PRINt:ERRor:TYPE (7) :SYSTem:PRINt:ERRor:THReshold:EC (8) :SYSTem:PRINt:ERRor:THReshold:ER...
Page 765 C.4 Commands Corresponding to Setup Main Screen (14) :SYSTem:PRINt:LDATa:PERFormance (15) :SYSTem:PRINt:LDATa:JUSTificat C.4.4 OH preset data subscreen Fig. C-20 Setup Main Screen (OH preset data subscreen) (1) :DISPlay:SETup[:NAME] (2) :SOURce:TELecom:OHPReset:SOHPattern (3) :SOURce:TELecom:OHPReset:POHPattern (4) :SOURce:TELecom:OHPReset:DEFault (5) :SOURce:TELecom:OHPReset:PTCondition (6) :SOURce:TELecom:OHPReset:PTData (7) :SOURce:TELecom:OHPReset:DEXTernal (8) :DISPlay:SETup:BRATe (9) :DISPlay:SETup:SOHCh (10) :SOURce:TELecom:OHPReset:SSMessage (11) :SOURce:TELecom:OHPReset:SLABel...
Page 766 Appendix C Relationships between Program Commands and Screens C.4.5 System subscreen Fig. C-21 Setup Main Screen (System subscreen) (1) :DISPlay:SETup[:NAME] (2) :SYSTem:DATE (3) :SYSTem:TIME (4) :SYSTem:BUZZer (5) :SYSTem:COLor :INSTrument:STANdard (7) :SYSTem:PROTection (8) :SYSTem:ORDerwire:VOLume (9) :SENSe:MEASure:GRESolution C - 28...
Page 767 C.4 Commands Corresponding to Setup Main Screen C.4.6 Floppy disk subscreen Fig. C-22 Setup Main Screen (Floppy disk subscreen) (1) :DISPlay:SETup[:NAME] (2) :DISPlay:SETup:FDPage? (3) :SYSTem:MMEMory:RECall (4) :SYSTem:MMEMory:STORe (5) :SYSTem:MMEMory:DELete (6) :SYSTem:MMEMory:MDIRectory (7) :SYSTem:MMEMory:REName (8) :SYSTem:MMEMory:INITialize (9) :SYSTem:MMEMory:CATalog? (10) :SYSTem:MMEMory:CDIRectory C - 29...
Page 768 Appendix C Relationships between Program Commands and Screens C.4.7 Auto setup subscreen Fig. C-23 Setup Main Screen (Auto setup subscreen) (1) :DISPlay:Setup[:NAME] C.4.8 Self test subscreen Fig. C-24 Setup Main Screen (Self test subscreen) :DISPlay:SETup[:NAME] :TEST:TYPE :TEST:ECODe? :TEST:RESult? C - 30...
Page 769 C.4 Commands Corresponding to Setup Main Screen :TEST:CONTent:TYPE :TEST:CONTent:PSDH :TEST:STARt :TEST:CONTinue :TEST:STOP (10) :TEST:SCRoll C - 31...
Page 770 Appendix C Relationships between Program Commands and Screens C.4.9 Customer subscreen Fig. C-25 Setup Main Screen (Customer subscreen) :DISPlay:Setup[:NAME] :SYSTem:COUPled:M1656 :SYSTem:RDI:VC43 :SYSTem:RDI:STS :SYSTem:RDI:VC21 :SYSTem:RDI:VT :SYSTem:MPAuse C - 32...
Page 771 C.5 Front Panel and Other Command C.5 Front Panel and Other Command Table C-1 Front panel and Other Commands List Key Start/Stop Key Measure :SENSe:MEASure:STARt :SENSe:MEASure:STOP :SENSe:MEASure:STATe? Self test :TEST:STARt :TEST:STOP :TEST:STATe? Print Key :SYSTem:PRINt:ENABle Print Now Key :SYSTem:PRINt:COPY Paper Feed Key :SYSTem:PRINt:FEED History Key :SYSTem:LED:HISTory...
Page 772 Appendix C Relationships between Program Commands and Screens C - 34.