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FiberLogic OptiQwave-8310 Installation Manual

Stm-1 digital microwave system
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Broadband Access Innovations
OptiQwave-8310
STM-1 Digital Microwave System

Installation Manual

Fiber Logic Communications, Inc.
5F-3, No.9, Prosperity Road One
Science-Based Industrial Park
Hsinchu, Taiwan
Tel: +886-3-5638889
Fax: +886-3-5638899
©2003 Fiber Logic Communications, Inc. Rev 2.0, 10/2003

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Summary of Contents for FiberLogic OptiQwave-8310

  • Page 1: Installation Manual

    Broadband Access Innovations OptiQwave-8310 STM-1 Digital Microwave System Installation Manual Fiber Logic Communications, Inc. 5F-3, No.9, Prosperity Road One Science-Based Industrial Park Hsinchu, Taiwan Tel: +886-3-5638889 Fax: +886-3-5638899 ©2003 Fiber Logic Communications, Inc. Rev 2.0, 10/2003...
  • Page 2 © 2003 Fiber Logic Communications, Inc. All rights reserved. 10/2003 Rev 2.0...

  • Page 3: Table Of Contents

    Table of Contents 1. INTRODUCTION........................1 2. SYSTEM DESIGN ........................2 2.1 OPTIQWAVE-8310 FRONT PANEL .................. 2 2.2 OPTIQWAVE-8310 REAR PANEL..................2 3. SYSTEM FEATURES ........................ 3 4. SYSTEM BLOCK DIAGRAM ....................5 5. TECHNICAL SPECIFICATION ....................7 5.1 RADIO (RF AND DIGITAL MODEM) INTERFACE ............7 5.2 SDH INTERFACE ........................
  • Page 4 6.14 TEST POINT INTERFACE ..................... 25 ........25 6.15 NOTE....................錯誤! 尚未定義書籤。 7. SYSTEM OPERATION ......................26 7.1 POWER UP ......................... 26 7.2 RADIO (RF+DIGITAL MODEM) INTERFACE ............26 7.2.1 AIS OUT Mechanism..................... 28 7.3 SONET/SDH (STM-1) INTERFACE ................29 7.4 SYSTEM LED INDICATION....................
  • Page 5 8.1.18 Current 1-Hour PM Statistics of SONET/SDH Interface ..........52 8.1.19 Clear the PM Statistics of SONET/SDH Interface............53 8.1.20 Retrive the Current System Parameters ............... 54 8.1.21 Set System Parameters ....................55 8.1.22 Set SNMP Parameters ....................56 8.1.23 Change User Name and Password ................57 8.1.24 OrderWire Setting and Calling..................

  • Page 6: Introduction

    Chapter 1 1. Introduction The OptiQwave-8310 is a license-exempt (5.725~5.850GHz) digital microwave in ISM band that provides STM-1 point-to-point wireless connections at the range of 1~50 km with high availability. It complies with FCC Part 15, Subpart C 15.247 & 15.249. Fiber Logic allows you to quickly add backhaul and backbone connections to your infrastructure.

  • Page 7: System Design

    Chapter 2 2. System Design 2.1 OptiQwave-8310 Front Panel 2.2 OptiQwave-8310 Rear Panel...

  • Page 8: System Features

    The transmission unit, N-type connector, can be connected via coaxial cables or waveguide. Built-in SNMP Agent: Via the 10/100BaseT interface located at the rear panel or the FiberLogic GUI interface (operated in PC Windows 98 and above OS), system configuration, network performance monitoring, and loopback can be performed.
  • Page 9 5. Users can change the value. Built-in SNMP Agent: Via the 10/100BaseT interface located at the rear panel or the FiberLogic GUI interface (operated in PC Windows 95 and above OS), system configuration, network performance monitoring, and loopback can be performed.

  • Page 10: System Block Diagram

    Chapter 4 4. System Block Diagram STM-1 DATA RF TX Order Wire Antenna Mux/ Demux Mod/ Demod RF RX Remote RS 232 Bridge Packet NVRAM Keypad Ethernet Console Modem Alarm Relay Test Point 告警乾接點 LED 燈號 Ethernet Console Modem Keypad Test Point ：...
  • Page 11 ： is connected to alarm devices. CPU will act in accordance to the type Output Alarm of alarm and activate the proper alarm relay output, making it from normal open to normal close. ： System status light indication ： Modem interface. Modem ：...

  • Page 12: Technical Specification

    Chapter 5 5. Technical Specification 5.1 Radio (RF and Digital Modem) Interface ： 5.725~5.850 GHz Frequency Range ： 30~40 MHz RF Channel Bandwidth ： 32 QAM or 64 QAM（Optional） Modulation ： 1 x STM-1, 1 x O.W., 1 x Remote RS-232 System Capacity ：...

  • Page 13: Stm-1 Electrical Interface

    ： -10 dBm nominal Tx Power ： 7.7 nm (Max.) ： 8.2 dB (Min.) Extinction Ratio ： ≦- 28 dBm (10 BER) Rx Sensitivity ： -8 dBm (Min.) Overload ： 1 dB (Max.) Path Penalty ： ITU-T G.958 Complied Jitter Generation ≦...

  • Page 14: System Mangement

    5.3 System Mangement OptiQwave-8310 SDH STM-1 Digital Microwave porivdes the following interface: Ethernet Port, Console Port, Modem Port, Remote RS232 Port and LCD panel. Via the interfaces above, system management for local and remote can be done. LCD Interface Use ←, →, Enter and ESC control keys located at the front panel to configure the system. Both LOCAL and REMOTE units can be configured via LCD interface.
  • Page 15 The 100/10Base T interface is RJ45 female. It conforms to IEEE802.3. LED indications including LINK, 100/10, FDX/HDX, and COLLISION are located at the front panel. System configurations, monitoring, system status, loopbacks and other system functions can be performed via the Ethernet interface, telnet, SNMP and FiberLogic GUI interface. See below: 155.52 155.52 155.52...

  • Page 16: Orderwire Interface

    R-RS232 (Remote RS-232) Interface The connector is RJ45 female. It is the standard EIA RS232C controlling signal. It can be connected to the local VT-100 terminal. Menu Driven tree can be accessed and therefore system configurations can be performed. The configuring data are transmitted via the independent EOC channel, and therefore does not take up other system resources.

  • Page 17: System Functionalities

    5.6 System Functionalities Maintenance and performance monitoring can be performed via LCD, CID, Telnet, and FiberLogic GUI, operated on PC Windows 98 and above OS. System Menu Tree LOCAL REMOTE ○ △ System Configuration and System Description ○ ○ SNMP Configuration ○...

  • Page 18: Led Status Indication

    5.7 LED Status Indication System Power Ethernet Link Speed (100/10) Full Duplex/Half Duplex (FDX/HDX) Collision (COLLISION) Alarm Suppress (ACO) Key LCL RMT System Status LED RADIO RADIO RADIO RADIO LCL (Local) for Radio Alarm, SONET/SDH Alarm and Test SONET/SDH SONET/SDH SONET/SDH SONET/SDH RMT (Remote) for Radio, SONET/SDH Alarm and Test...

  • Page 19: Power Supply

    5.9 Power Supply 90~240V or 47Hz to 63Hz -36 ～ -72V Connector Type AC: AC Plug DC: secured with screws ≦ 60 Watts Power consumption 5.10 Operation Temperature Temperature：0～50℃. Humidity：5 %～95%, non-condensing. 5.11 Dimension W445mm x D326mm x H88mm The unit is desktop stackable and 19- or 23- inch rack mountable. 5.12 EMI Conforms to FCC Part15, Subpart B, Class B;...

  • Page 20: System Installation & Test

    Chapter 6 6. System Installation & Test The OptiQwave-8310 SDH STM-1 DIGITAL MICROWAVE is indoor equipment. It can be placed at desktop or rack-mounted on 19” or 23” rack. 6.1 Power The system uses dual power module, AC and DC with auto-switching mechanism.

  • Page 21: Transmission Line (Rf Interface)

    See Figure 6.4. Use 50 transmission line (cable) with low attenuation and high return loss and connect it to the antenna, as shown in Figure 6.3. Antenna DIPLEXER Tower Tower Line-Of-Sight Figure 6.4 N Type Female OptiQwave-8310 OptiQwave-8310 Digital Microwave Digital Microwave Transmission TX: 5.825 GHZ TX: 5.750 GHZ Line RX: 5.750 GHz...

  • Page 22: Alignment

    6.5 Alignment After the antenna and transmission cable are installed, alignment has to be adjusted so that the angels are optimized for maximum RF power receiving. Alignments are done in two steps, coarse alignment and fine alignment. Make sure the location provides line-of-sight path clearance. The antenna polarization must be the same at both ends of the link, either vertical or horizontal.

  • Page 23: Sonet/Sdh Interface (Stm-1)

    6.7 SONET/SDH Interface (STM-1) Located at the rear panel. There are two interfaces: 75 IEC 169-13 1.6/5.6mm female connector for electrical and FC/PC female connector for optical. Shown as Figure 6.5.6.5。 Parameters can be configured via the LCD located at the front panel. For example, perform the following to configure Frame Format: “LOCAL→CONFIG→SDH/SONET→FORMAT→SDH”...
  • Page 24 Use Hypertrm program or the tera term VT100 emulation program or others. Select the appropriate port. Set the parameters as follows: Speed: 9600 Byte: iii. Parity Check: None Flow Control: None Stopping Bit: 1...
  • Page 25 Click Enter to go back to the system main menu. Enter the correct system password to configure or read-only mode will be activated. The default setting of the user/password is fiber/5638889. Note: Users can change the password from the Supervisor Mode using the LCD screen (“LOCAL→SYSTEM→PASSWD”).

  • Page 26: Ethernet Interface

    6.9 Ethernet Interface Located at the front panel. The connector is RJ45 Female. Please see Table 6.2 for pin assignment. ETHERNET PIN No. Definition RJ45 Female RJ45 Male GND (for STP) *NC: Not Connected Table 6.2 Ethernet Pin Assignment Figure 6.7 Ethernet Connection OptiQwave 8310 is connected to LAN via 100/10BaseT port.
  • Page 27 LAN or Internet Ethernet Interface SNMP NMS RF Link Figure 6.8 SNMP NMS & OptiQwave-8310 System...

  • Page 28: Alarm Output Relay

    6.10 Alarm Output Relay Located at the rear panel. The connector is DB9 Female. Alarm Relay PIN No. Definition AR (Audio Radio) AL (Audio SONET/SDH Line) VR (Video Radio) Figure 6.9 Alarm Relay DB9 Female VL (Video SONET/SDH Line) Table 6.3 Alarm Relay Pin Assignment 6.11 Modem Interface Located at the front panel.

  • Page 29: Orderwire Interface

    6.12 Orderwire Interface Located at the rear panel. The connector type is RJ11 Female (Figure 6.11). Please refer to Table 6.5 for pin assignment. Connect the phone or headset to the orderwire interface. It provides means of communication between maintenance personnel. Local personnel can dial the number (“10”~”99”...

  • Page 30: Test Point Interface

    6.14 Test Point Interface The Test Point is located at the front panel. See Figure 6.13. DC current is used to measure the values of TX_PWR and RSL with respect to the ground. Compare the values to the Factory Test Data Sheet and then the RSL (dBm) and TPL (dBm) of RF transmitter can be calculated.

  • Page 31: System Operation

    • 7.2 Radio (RF+Digital Modem) Interface The OptiQwave-8310 utilizes unlicensed frequency of 5.725~5.850GHz. It is an all-indoor microwave system and the RF unit and the digital modem are equipped in the same hard housing. The system conforms to the FCC standard and is certified by China Telecom, the largest Telecom operator in Taiwan.
  • Page 32 When interference occurs, users can switch the SDH STM-1 DIGITAL MICROWAVE from local to remote and vice versa. Or users can change the diplexer or change its frequency plan. Note: • To change the frequency plan, perform the following: “LOCAL→CONFIG→RADIO→RF-FREQ→Plan_A1 or Plan_A2”. •...

  • Page 33: Ais Out Mechanism

    *The security code for remote and local systems have to be the same. The default security code is FiberLogic. If the security code is different, RADIO_SECURITY_BRR will be ON. In addition, MS_AIS signal will be sent out from SONET/SDH interface and the EOC channel will be disabled (RADIO, SONET/SDH, and TEST LEDs at the RMT row flash simultaneously).

  • Page 34: Sonet/Sdh (Stm-1) Interface

    7.3 SONET/SDH (STM-1) Interface The LED indications for SONET/SDH interface is shown below: SONET/SDH SONET/SDH SONET/SDH SONET/SDH SONET SONET SONET SONET AIS/RDI AIS/RDI AIS/RDI AIS/RDI TEST TEST TEST TEST Please note that when ALL LED Reflection is set as OFF, the LED will no longer reflect the STM-1 interface alarm status.

  • Page 35: System Led Indication

    7.4 System LED Indication Located at the lower left corner of the LCD panel. LCL is the local system and RMT is the remote system. LCL RMT RADIO RADIO RADIO RADIO SONET/SDH SONET/SDH SONET/SDH SONET/SDH TEST TEST TEST TEST • RADIO: Alarm occurs for the RADIO interface and is not solved.

  • Page 36: Ethernet Port And Led Indication

    7.6 Menu Tree The OptiQwave-8310 SDH/STM-1 DIGITAL MICROWAVE provides the following management interface: LCD control panel, Console, Modem, Telnet, SNMP or FiberLogic GUI. As described in Chapter 1, SDH/STM1 DIGITAL MICROWAVE is point-to-point application, the remote and local systems use the EOC channel to communicate. This does not compromise the SDH capacity.
  • Page 37 Protection Switch Group ID : [0] (auto-protection switch moduleID,user definable between 1~65535) SNMP Config: (SNMP configuration – message description, read-only and read-write community name, trap IP address) Description : [FiberLogic OptiQwave-8310 SNMP agent] (user definable) Contact Name : [service@fiberlogic.com] (user definable) Location : [HsinChu] (user definable) System Name...
  • Page 38 Radio Status : RF Status Digital Modem Status Radio Test Status Radio Configuration: RF Frequency Plan : A1/A2 Radio Security Code : [FiberLogic] (user definable) AIS_OUT LED Reflection : [ON]/OFF SONET/SDH Config. : SONET/SDH Format : [SDH] O/E Module : [Optical]/Electrical...

  • Page 39: Lcd Interface

    “Enter” key is for confirmation of selected item, and “ESC” key is for cancellation or returning to the pervious menu. Please refer to Chapter 9 for details. OptiQwave-8310 RADIO O.W. LOCAL REMOTE Enter 7.6.2 CONSOLE (CID) & Modem Interface Connect CID Interface with Computer Connect the CID interface to the COM port.

  • Page 40: Telnet, Snmp And Gui (Os Interface)

    Same as CID and LCD, SNMP uses menu tree. Therefore, SNMP can execute the same system commands as CID and LCD. Built-in SNMP agent executes commands from NMS or FiberLogic GUI and sends back alarm history report to the SNMP NMS using UDP/IP datagram.

  • Page 41: Alarm Monitoring

    7.7 Alarm Monitoring Any alarm occurs will reflect on the LEDs accordingly and the output relay. Moreover, it will • be output to CID, MODEM and TELNET interface. “LCL ALM” and “RMT ALM” will show on the screen to alert personnel. The icon of the system under the GUI software will turn to red to indicate alarm alert.

  • Page 42: Loopback And Prbs Test

    7.9 Loopback and PRBS Test The system offers local and remote loopback and PRBS test for both RADIO and SONET/SDH interfaces for the ease of maintenance; shown as Figure 7.3. The loopback and PRBS test can be performed under the TEST option in the menu tree. SONET/SDH Remote Loopback (Payload/Local/Line Loopback) SONET/SDH Local Loopback...

  • Page 43: Summary And Statistics Report

    7.10 Summary and Statistics Report • It concludes the parameters associated with RADIO and SONET/SDN interfaces. • The performance monitoring for SONET/SDH interface is shown below: Parameter Criteria Error Second (ES) LOS or LOF or AIS Alarm per second or B1ERR>0 Severely Error Seconds (SES) LOS or LOF or AIS Alarm per second or B1ERR≧2400 B1 Parity Bit Error (B1ERR) B1 Parity Error Detected •...

  • Page 44: System Setting

    OptiQwave-8310 microwave equipment of one end to configure the system operation parameters of the OptiQwave-8310 microwave equipment of far end. Please notice that the upper right corner of system main menu will display whether the object you’re controlling is local or remote...
  • Page 45 Radio Security Code: Key in the “security code” you want to set and then press ENTER; factory default is FiberLogic, and users can set by themselves.If the ptiQwave-8310 security codes of both ends are not the same, there will come out the...

  • Page 46: Configure Sonet/Sdh Interface

    8.1.5 Configure SONET/SDH Interface A. Under main menu, use ← and → buttons to move the cursor to >>Configuration<<, and press ↓ button to pull down sub menu, and press ↓button to move the reversed cursor to ”SONET/SDH Config”, and press Enter button to enter SONET/SDH interface configuration picture, as the following figure: Instruction of Each Option of Configuration: Use ↑...

  • Page 47: Adjust Rf Output Power

    8.1.6 Adjust RF Output Power A. Under main menu, use ← and →buttons to move the cursor to >>Configuration<<, and push ↓ button to pull down the sub menu, push ↓ button to move the reversed cursor to ”TPL Config”, and press Enter button to enter RF output power adjustment picture, as the following figure: Instruction of Each Option of Configuration: Use ↑...
  • Page 48 Use SPACE button to display again the current setting value or status of RADIO interface. Use Ctrl-B or Ctrl-E to start or close scan more (repeatedly display the current setting value or status of RADIO interface). RF Status: RF Receive : SYNC or UNSYNC (receiving synchronously or un synchronously) RF Frequency Plan: PLAN_A1 or PLAN_A2 (the frequency plan or the equipment is A1 or A2) Received Signal Level (RSL): the current level of the received signal of RF (dBm)

  • Page 49: Retrive The Status Of Rf Interface

    back to the options of the last layer. 8.1.8 Retrive the Status of RF Interface A. Under main menu, use ← and → buttons to move the cursor to >>Configuration<<, and push ↓ button to pull down the sub menu, push ↓button to move the reversed cursor to ”RF Status”...

  • Page 50: Retrive The Status & Alarm Of Radio Interface

    Load Configuration: use SPACE button to select the interface of the equipment of near end, ALL (all the interfaces), RADIO, SONET/SDH, or NONE. Then, press Tab button to copy the operation parameters of all the interfaces, RADIO interface or SONET/SDH interface of the equipment of near end (besides RF Frequency Plan and RF TPL) to the equipment of far end, to make the configurations of both ends same.

  • Page 51: Retrive The Status And Alarm Of Sonet/Sdh Interface

    times of occurrence of critical alarm of RADIO interface). This function is Read-only, and you can push any of the other buttons to leave this status picture, and go back to the options of last layer. 8.1.11 Retrive the Status and Alarm of SONET/SDH Interface A.

  • Page 52: Retrive And Clear The Alarm History

    8.1.12 Retrive and Clear the Alarm History A. Under main menu, use ← and → buttons to move the cursor to >>Alarm<<, and push ↓ button to pull down the sub menu, push ↓ button to move the reversed cursor to ”Alarm History”, press Enter and you can enter the alarm hitory table, as the following figure: It can record totally 120 alarm records happened recently.

  • Page 53: Loopback Test

    8.1.13 Loopback Test A. Under main menu, use ← and → buttons to move the cursor to >>Test<<, and push ↓ button to pull down the sub menu, push ↓ button to move the reversed cursor to ”Setup Loopback”, press Enter button and you can enter the picture of loopback configuration function, as the following figure: Use ↑...

  • Page 54: Prbs Testing

    to the options of the last layer. If you want to give up the configuration, you do not need to press Tab button and can directly press ESC to leave. 8.1.14 PRBS Testing A. Under main menu, use ← and → buttons to move the cursor to >>Test<<, and push ↓ button to pull down the sub menu, push ↓...

  • Page 55: Summary Table

    type, 155.52 Mbps, derection to Radio, replacing SDH STM-1 data signal) and the detection and statistics of PRBS signal receiving bit error. Exit from the Testing Picture of This Item If you have not executed Stop PRBS and just press ESC button to exit from the testing picture of this item, the PRBS testing will go on.

  • Page 56: Current 7-Day Pm Statistics Of Sonet/Sdh Interface

    8.1.16 Current 7-Day PM Statistics of SONET/SDH Interface A. Under main menu, use ← and → buttons to move the cursor to >>Report<<, and push ↓ button to pull down the sub menu, push ↓ button to move the reversed cursor to ”7-Day Statistics”, and press Enter button to enter the current 7-Day vlidity statistics report per 24 Hours of SONET/SDH interface, as the following figure: Use SPACE button to display again the current 7-Day vlidity statistics report per 24 Hours...

  • Page 57: Current 1-Hour Pm Statistics Of Sonet/Sdh Interface

    Press ← and → buttons to select ES, SES or B1EER validity parameters. Use SPACE button to display again the current 24-day validity statistics report per 15 minutes of SDH STM-1 interface. Use Ctrl-B or Ctrl-E to start or stop scan mode (display repeatedly the current 24-day validity statistics report per 15 minutes of SDH STM-1 interface).

  • Page 58: Clear The Pm Statistics Of Sonet/Sdh Interface

    B. Use SPACE button to display again the validity statistics report of SDH STM-1 interface in current 1 hour per 15 minutes. Use Ctrl-B or Ctrl-E to start or stop scan mode (display repeatedly the validity statistics report of SDH STM-1 interface in current 1 hour per 15 minutes). This statistics picture includes the information descriptions such as: Elapsed seconds in current 15-M interval: the elapsed seconds in current 15-minute interval.

  • Page 59: Retrive The Current System Parameters

    Date/Time: the date and time of system Uptime: the uptime of the system Company Name: the name of the company (Fiber Logic Communication Inc.) Model Name: OptiQwave-8310 Softwave Version: the version of the software Board Version: the version of hardware...

  • Page 60: Set System Parameters

    Local gateway: the gateway address of ethernet port Card Type: Digital Modem, RF RX and RF TX cards Card Status: Exist or Not Exist The function of this item is read-only, and you can press any other buttons to leave this function to go back to the options of last layer.

  • Page 61: Set Snmp Parameters

    POP, and the factory default is POP. Protection Switch Option: Use SPACE button to select ON/OFF, and the factory default is OFF. When OptiQwave-8310 needs to connect to FiberLogic Microwave Protection Switch OptiQwave-8155, this has to be set ON. Protection Switch Group ID: Directly key in the “protection switch group ID” (the available range is 1..65535) and then press ENTER button, and the factory...

  • Page 62: Change User Name And Password

    P.S. Community is code for passing of between SNMP network management work station or the GUI network software provided by FiberLogic and OptiQwave-8310 SNMP Agent. P.S. 5 Trap IP Addresses: when there are alarms happned in OptiQwave-8310, SNMP Agent will automatically produce SNMP_trap packets to send to these 5 IP Addresses,...
  • Page 63 B. The instructions on each item of configuration: Use ↑ and ↓ buttons to select the following sub items you want to set. New SuperUser Name: Directly key in the “new SuperUser name” you want to change and then press ENTER button, and the factory default of SuperUser Name is fiber.

  • Page 64: Orderwire Setting And Calling

    (twised pair) to talk to the maintenance personnels at the near end. P.S. When calling far end, the buzzer in the OptiQwave-8310 equipment at near end will ring synchronously.

  • Page 65: Set Modem Parameters

    Escape Code: Directly key in the “escape code” you want to configure and then press ENTER button, and it is the control code when OptiQwave-8310 at the far end wants the modem it connects to enter command mode from communication...

  • Page 66: Reset To Default

    Dial String: Directly key in the “dial string” you want to configure (the format is ATDT xxxxx, in which xxxxx is phone number) and then press ENTER button. When OptiQwave-8310 at far end needs to dial out the terminal it is used to configure dial string order, and the factory default is ”ATDT”.

  • Page 67: Restart

    B. On the query picture of Set to Default, directly press Y(Yes) button, and all the parameters (including system parameters and the operation parameter of each interface, except RF Frequency Plan, TPL and Orderwire Phone Number) will be load in the work section of system FLASH(NVRAM) and soft reboot will be automatically executed C.

  • Page 68: Logout

    B. On the query picture of Soft Reboot, directly press Y(Yes) button, and then the system will reboot, but the hardware components will not be configure their initial values, so the transferring of current data will not be influenced or interrupted. C.

  • Page 70: Lcd Interface Operation

    Besides, please refer to appendix 12.5 for the detail LCD Menu Tree 9.2 An example of LCD Operation Start the Baseband Loopback of RADIO interface OptiQwave-8310 Use ← and →to move the cursor to LOCAL, and RADIO O.W.
  • Page 71 The item with * before it represents the RADIO LOCAL LOOPBACK current setting values, use ← and →to move *NONE BASEBAND the cursor to BASEBAND, and press Enter button, and symbol * will appear before BASEBAND, to represent that Baseband loopback has been started.

  • Page 72: Snmp And Gui Interface (Os Interface)

    CID and LCD can execute can also be executed by SNMP and GUI. There is built-in SNMP Agent in OptiQwave-8310 to receive and execute the control orders of SNMP network management work station or the GUI network management software provided by FiberLogic, and automatically respond by sending the alarm and events (called “Trap”) marked by the internal time of system to the SNMP network management work station...
  • Page 73 P.S. We suggest you to configure your PC screen resolution as 800x600 and character size Small Font.

  • Page 74: Customer Service

    Should you have any questions about the product or any other enquires, please don’t hesitate to contact us. We will do the service as soon as possible. Fiber Logic Communications, Inc. Department of Technical Services Address: 5F-3, No.9, Science-Based Industrial Park Hsinchu, Taiwan TEL：03-5638889 FAX：03-5638899 E-mail：service@fiberlogic.com...

  • Page 75: Appendix

    Chapter 12 12. Appendix 12.1 Modem Installation 1. The usages of modem are divided as Dial-Up and Leased Line, in which Dial-Up can be also devided as Dial In at far end and Dial Out at near end, that near end means the modem connected to microwave equipment.
  • Page 76 b. the configuration of the modem at near end AT E0Q1&D0&K0&L0 S0=1 c. the configuration of the modem at far end AT E1Q0&D0&K0&L0 S0=1 P.S. The modems of both ends are both set as dial-up (&L0), and please refer to Section 2 for the detail order definitions (II) Dial-Up - Dial In from far end a.
  • Page 77 (III) Leased Line a. microwave system configuration (System→Modem Setup→Configuration): connect to Console interface throughout the modem at near end Modem Mode: needs to be set as Leased Line b. the configuration of the modem of near end AT E0Q1&D0&K0&L1 S0=1 c.
  • Page 78 build the connection, only turning off the power of the modem of plug the phone wire can interrupt the connection. 2． ． ． ． The definitions of the modem configuration orders AT: AT command prefix DT <phone number> : dial the phone number of the modem of the other side E0/E1: ECHO disable/enable, the terminal screen disable/enable to display the orders given by users to modem Q1/Q0: Result codes disable/enable, the results of terminal screen disable/enable to display the...

  • Page 79: Rack Installation

    12.2 Rack Installation The height of OptiQwave-8310 is 2U (9cm), and the installtion gap is 3cm, The height of Fuse Alarm Panel is 1U, and the gap with the cage is 1U.

  • Page 80: Alarm Output Relay Installation

    12.3 Alarm Output Relay Installation -48V AR : Audible Radio Alarm Relay Contact AL : Audible SONET/SDH Line Alarm Relay Contact VR : Visible Radio Alarm Relay Contact VL : Visible SONET/SDH Line Alarm Relay Contact - 75 -...

  • Page 81: Lcd Menu Tree

    12.4 LCD Menu Tree CARD Local, Remote RADIO RSL/TPL STATUS, LCL-TPL-CFG, RMT-TPL-CFG FREQUENCY MODE RECEIVE RATE SIGNAL SECURITY LOOP PRBS O.W. LCL_Phone_No, RMT_Phone_No, Buzzer CONFIG LOCAL SYSTEM SNMP TRAP IP 1, 2, 3, 4, 5 MODEM TYPE, ALARM-TRIGGER-DIALOUT, HANG-UP PASSWD PARAMETER DEFAULT, BACKUP, RESTORE RESTART...
  • Page 82 VIEW RADIO ALARM CRITICAL HISTORY SONET/SDH 15-MINUTE CLEAR 1-HOUR 24-HOUR RADIO CONFIG RF-FREQ, SECURITY, LED-AIS-OUT SONET/SDH LOAD FORMAT O/E_MODULE NONE, All, Radio, SONET/SDH LED_REFLECT ALARM 15-MINUTE THRESHOLD 1-HOUR 24-HOUR LOOPBACK RADIO Local, Remote TEST PRBS SONET/SDH Local, Remote PATTERN, POLARITY, VIEW, AIS-OUT CLEAR REPORT SONET/SDH-PERF...

  • Page 83: Agc Voltage Versus Rf Rsl (Dbm) Diagram

    12.5 AGC Voltage versus RF RSL (dBm) Diagram RSL / AGC at 25℃ 3.205 3.2 3.195 3.19 3.185 3.18 3.175 2.998 2.838 2.699 2.639 2.61 2.577 2.537 2.475 2.44 2.392 2.356 2.31 2.29 2.14 2.05 1.985 1.976 2.011 RSL+ 1.936 1.894 1.943 1.91 1.875...
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