Telebyte 458-CC-16 Manual

16-slot chassis & control module

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"Results You Can Count On"
Model 458-CC-16/458-CM
(16-Slot Chassis & Control Module)
Rev.I
Date of Publication: 02/25/2019
Line Modules Not Included

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Summary of Contents for Telebyte 458-CC-16

  • Page 1 “Results You Can Count On” Model 458-CC-16/458-CM (16-Slot Chassis & Control Module) Rev.I Date of Publication: 02/25/2019 Line Modules Not Included...
  • Page 2 Customer Support Thank you for your purchase of the Telebyte Model 458-CC-16/458-CM (16-Slot Chassis & Control Module). This versatile product provides a wide variety of configurations through the use of up to 16 plug-in Line Modules. The Model 458- CC-16/458-CM is ideally suited for testing DSL modems and other bandwidth- compliant telecom devices in a high-volume production line environment.
  • Page 3 TELEBYTE, INC. warrants its broadband simulation equipment to be free from defects in material and workmanship, under normal and proper use and in its unmodified condition, for 12-months, starting on the date it is delivered for use. TELEBYTE’S sole obligation under this warranty shall be to furnish parts and labor for the repair or replacement of products found by TELEBYTE to be defective in material or workmanship during the warranty period.
  • Page 4 Equipment Returns Out of warranty equipment may be returned, prepaid, to the Hauppauge, N.Y. customer service facility. Return shipping charges will be billed to the customer. The repaired unit will have a 90-day warranty. In those cases where "no trouble" is found, a reduced charge will be billed to cover handling, testing, and packaging.
  • Page 5: Table Of Contents

    Table of Contents 1.0 Introduction ............................... 1 2.0 Specifications ..............................4 3.0 RS-232 Connections & Commands ........................5 RS-232 Connections ............................5 User Command Interface ............................ 6 RS-232 Mode Command List ..........................6 4.0 IEEE Connections & Commands........................9 Connections................................. 9 User Command Interface ............................
  • Page 6: Introduction

    Chassis The 458-CC-16 may be mounted in a standard 19-in rack and accepts a maximum of 16 Line Modules. The front of the Model 458-CC-16 is shown with the 458-CM and 16 line modules installed.
  • Page 7 PC connected to a LAN to communicate with the 458-CM.  In order to send RS-232 commands over an Ethernet connection, this feature must be enabled. Refer to section Enabling Ethernet Connectivity for detailed instructions. Model 458-CC-16/458-CM (16-Slot Chassis & Control Module) Rev I Page 2...
  • Page 8 458 Line Module are via a backplane. The backplane will pass power and the signals to control the length of each card. The RJ-45 connectors used to connect to the unit to be tested are mounted directly on the 458 Line Module. Telebyte provides GUI software for a user-friendly interface when configuring...
  • Page 9: Specifications

    2.0 Specifications Product Specifications 458-CC-16 (16-Slot Chassis) & 458-CM (sold separately) Controls Keypad for setting loop lengths and IEEE-488 address, RS-232, or Ethernet communication parameters. Indicators Backlit LCD display of line length and set up parameters. Power 88 to 264 VAC, 50 or 60 Hz Size [7U] 19 in W x 22 in D x 12.22 in H...
  • Page 10: Rs-232 Connections & Commands

    Serial Data from Model 458-CM Transmitted Data Serial Data to Model 458-CM Ground Common Ground + Voltage Out + Voltage Out The remaining pins are not connected to the Model 458-CM. Model 458-CC-16/458-CM (16-Slot Chassis & Control Module) Rev I Page 5...
  • Page 11: User Command Interface

    Inputs not echoed and format output for user control program Help RS232 command list Read RS232 command list cs:BR Configure serial Where BR = 300, 600, 1200, 2400, 4800, 9600 or 19200 Model 458-CC-16/458-CM (16-Slot Chassis & Control Module) Rev I Page 6...
  • Page 12 Example: sl:all:2000,n sets all channels in the system to 2000 ft Set all channels on a range of boards command sl:LM-LM:LE,C Example: sl:01-03:2000,n sets all channels on boards 1, 2, and 3 to 2000 ft. Model 458-CC-16/458-CM (16-Slot Chassis & Control Module) Rev I Page 7...
  • Page 13 Length not valid for the specific line module and/or channel ?[XXX] Invalid Command Any error not covered in the above list, including the specification of incorrect line numbers for a given channel. Model 458-CC-16/458-CM (16-Slot Chassis & Control Module) Rev I Page 8...
  • Page 14: Ieee Connections & Commands

    IEEE interface board. The set up of your computer and IEEE controller board may be different depending on the manufacturer of your equipment. Follow the set up instructions supplied with your equipment. Model 458-CC-16/458-CM (16-Slot Chassis & Control Module) Rev I Page 9...
  • Page 15: Ieee Mode Command List

    Read model no. and software revision code *esr? Event Status Register read Read IEEE esr *sre? Status Request Enable read Read IEEE sre *stb? Status Byte register read Read IEEE stb Model 458-CC-16/458-CM (16-Slot Chassis & Control Module) Rev I Page 10...
  • Page 16 Status Byte Register Value Operation Not Supported Not Supported Not Supported Not Supported Enable Message Available bit (MAV) Enable Event Status Bit (ESB) MSS this bit is always enabled Not Supported Model 458-CC-16/458-CM (16-Slot Chassis & Control Module) Rev I Page 11...
  • Page 17 Length not valid for the specific line module and/or channel ?[XXX] Invalid Command Any error not covered in the above list, including the specification of incorrect line numbers for a given channel. Model 458-CC-16/458-CM (16-Slot Chassis & Control Module) Rev I Page 12...
  • Page 18 :readcard:length:LM:a Example: :readcard:length:01:a Read the lengths of all channels on all boards command :readcard:length:all Read serial number of one line module command :readcard:sn:LM Read all serial numbers command :readcard:sn:all Model 458-CC-16/458-CM (16-Slot Chassis & Control Module) Rev I Page 13...
  • Page 19: Ethernet Connections & Commands

    IP address to the transceiver and configure a virtual COM port. This is all done using a remote PC. It requires one software installation to assign an IP address to the transceiver and a second one to configure the virtual COM port. Model 458-CC-16/458-CM (16-Slot Chassis & Control Module) Rev I Page 14...
  • Page 20: Before You Begin

    1. Save the 4583SL-Ethernet-Install.zip file to the desktop. 2. Extract the files and then navigate to the folder on the desktop. 3. Double-click on the setup_di_x86x64cd_4.3.0.1.exe program file. 4. Select the language. Model 458-CC-16/458-CM (16-Slot Chassis & Control Module) Rev I Page 15...
  • Page 21 5. Click Install. 6. Click Next. The Select Installation Folder screen is shown. Model 458-CC-16/458-CM (16-Slot Chassis & Control Module) Rev I Page 16...
  • Page 22 Confirm Installation screen is displayed. 8. Click Next to begin installation. The progress screen is shown, followed by the Installation Complete screen. 9. Click Close to complete the installation. Model 458-CC-16/458-CM (16-Slot Chassis & Control Module) Rev I Page 17...
  • Page 23  If the remote PC has more than one network adapter, a prompt appears. Select the adapter representing the network card connected to the same LAN as the XPort and click OK. 2. The DeviceInstaller control screen is shown, displaying a default IP address. Model 458-CC-16/458-CM (16-Slot Chassis & Control Module) Rev I Page 18...
  • Page 24 458 chassis may not be displayed in the right panel. If that is the case, click Tools => Options. Local Area Connection should checked. Uncheck any additional adapters such as wireless network adapters. Then click OK at the bottom of the window. Model 458-CC-16/458-CM (16-Slot Chassis & Control Module) Rev I Page 19...
  • Page 25 4. If the default IP address is not correct, click the Assign IP icon on the top-left of the DeviceInstaller control screen. 5. If the Device Identification screen is displayed. Enter the MAC address of the XPort device and click Next. Otherwise, skip to step 6. Model 458-CC-16/458-CM (16-Slot Chassis & Control Module) Rev I Page 20...
  • Page 26 6. The Assign Method screen is displayed. Select the Assign a specific IP address option and click Next. The IP Settings screen is displayed. 7. Enter the IP address in the IP address field. Model 458-CC-16/458-CM (16-Slot Chassis & Control Module) Rev I Page 21...
  • Page 27: Configure Virtual Com Port On Remote Pc

    PC prior to beginning installation. After installation, it is used to create/configure a virtual COM port on the remote PC for communication with the 458-3SLB. Install Software 1. From the C:\Temp location, double click the setup_cpr_4.3.0.0.exe file to begin installation. Model 458-CC-16/458-CM (16-Slot Chassis & Control Module) Rev I Page 22...
  • Page 28 2. Click Install. The Welcome screen is displayed. 3. Click Next. The installation progress is shown and you are returned to the Welcome screen again. Click Next. The Choose Destination Location screen is displayed. Model 458-CC-16/458-CM (16-Slot Chassis & Control Module) Rev I Page 23...
  • Page 29 A Setup Status screen is displayed, indicating the progress of the installation. When complete, the InstallShield Wizard Complete screen is shown. 5. Click Close and then OK on CPR successfully installed message. Model 458-CC-16/458-CM (16-Slot Chassis & Control Module) Rev I Page 24...
  • Page 30: Create Virtual Com Port

    Create Virtual COM Port 1. Launch the Lantronix Redirector program. Start/All Programs/Lantronix/ CPR 4.3/CPR Manager 2. The CPR Manager window is shown. Model 458-CC-16/458-CM (16-Slot Chassis & Control Module) Rev I Page 25...
  • Page 31 4. Select an available COM port. Select addition Com ports for each 458 chassis on the local area network. These COM ports can be used with a terminal emulation program. Click OK to return to the CPR Manager window. Model 458-CC-16/458-CM (16-Slot Chassis & Control Module) Rev I Page 26...
  • Page 32 5. In the Com Ports panel on the left, click on the New com port to highlight it. Select Search For Devices. Model 458-CC-16/458-CM (16-Slot Chassis & Control Module) Rev I Page 27...
  • Page 33 TCP Port will automatically be populated in the Settings panel. Do the same for each additional Com port and device if necessary. 7. Click on the Save icon on the upper left. 8. Select Yes when asked to save. Model 458-CC-16/458-CM (16-Slot Chassis & Control Module) Rev I Page 28...
  • Page 34 9. There will be two Hardware installation warning windows. These warnings are due to the new virtual com ports added. Click Continue Anyway in both prompts to complete the installation. Model 458-CC-16/458-CM (16-Slot Chassis & Control Module) Rev I Page 29...
  • Page 35: Connecting To The Model 458-3Slb Via Ethernet Connector

    Communicating with a 458 Chassis using Remote terminal software 1. Open a program such as HyperTerminal. Start/All Programs/Accessories/Communication/HyperTerminal 2. If the program was launched for the first time an area code should be entered to proceed. Model 458-CC-16/458-CM (16-Slot Chassis & Control Module) Rev I Page 30...
  • Page 36 3. In the Connection Description field, enter a name for the connection. Click OK. 4. In the Connect using filed, select the virtual Com port which was created and configured. Then click OK. Model 458-CC-16/458-CM (16-Slot Chassis & Control Module) Rev I Page 31...
  • Page 37 5. The Port Settings should be: • Bits per second: 9600 • Data bits: 8 • Parity: None • Stop bits: 1 • Flow control: None Click OK to establish the connection. Model 458-CC-16/458-CM (16-Slot Chassis & Control Module) Rev I Page 32...
  • Page 38: Using The Web Interface To Change Settings

    XPort device on the left side of the screen and click on the IP address for the device. The right side of the screen changes to an interface with three tabs: Device Details, Web Configuration and Telnet Configuration. Select the Web Configuration tab. Model 458-CC-16/458-CM (16-Slot Chassis & Control Module) Rev I Page 33...
  • Page 39 Web browser for direct access without using the DeviceInstaller program). 3. The Password screen is shown. If required, enter the Username and Password required. Click OK. The Device Server Configuration Manager screen is displayed. Model 458-CC-16/458-CM (16-Slot Chassis & Control Module) Rev I Page 34...
  • Page 40: Local Port Setting

    To ensure the local port setting matches the one entered when configuring the virtual COM port, do the following: 1. Click on Connection under the Channel 1 section. The Connection Settings screen appears. Model 458-CC-16/458-CM (16-Slot Chassis & Control Module) Rev I Page 35...
  • Page 41: Selecting/Setting Baud Rate

    3SLB and the transceiver. Set the Baud Rate on the 458-3SLB using the keypad controls (refer to section 6.0 Keypad Controls). Set the Baud Rate for the transceiver using the DeviceInstaller program or a Telnet Connection. Both methods are explained in this section. Model 458-CC-16/458-CM (16-Slot Chassis & Control Module) Rev I Page 36...
  • Page 42 Apply Settings on the left-side menu bar. A message appears indicating the settings are being saved and a progress bar is shown. When the update to the transceiver is complete, the Device Server Configuration Manager screen is displayed. Model 458-CC-16/458-CM (16-Slot Chassis & Control Module) Rev I Page 37...
  • Page 43 5. There will be a 5 second window to Press the Enter key. If the connection is lost repeat step 4. 6. The Change Setup menu will be displayed. Model 458-CC-16/458-CM (16-Slot Chassis & Control Module) Rev I Page 38...
  • Page 44 7. In the Change Setup menu, type 0 to configure the server. Press Enter key. 8. Enter the IP address in the standard format (e.g. 172.16.21.241). The remaining settings can be left at their default values. Model 458-CC-16/458-CM (16-Slot Chassis & Control Module) Rev I Page 39...
  • Page 45 12. Enter telnet <IP address> <TCP port>. Example: telnet 172.16.21.241 10001. 13. Enter h for help to display the list of commands for the 458-3SLB. This will verify communication. Model 458-CC-16/458-CM (16-Slot Chassis & Control Module) Rev I Page 40...
  • Page 46: Rs-232 Mode Command List

    Identify model no. and rev. Read model no. and software revision code Read last error Read description of last error Echo enable Echo all inputs and format output for terminal display Model 458-CC-16/458-CM (16-Slot Chassis & Control Module) Rev I Page 41...
  • Page 47 Example: SL:01:1:2000,N sets channel 1 to 2000 ft for a line module in slot 1. The connect mode may be used to create an “open loop” condition at either the CO or CPE ends, or both. Model 458-CC-16/458-CM (16-Slot Chassis & Control Module) Rev I Page 42...
  • Page 48 Example: rl:01:a reports the lengths of all channels on the board in slot 1. Read the lengths of all channels on all boards command rl:all Example: rl:all reports the lengths of all channels on all boards Model 458-CC-16/458-CM (16-Slot Chassis & Control Module) Rev I Page 43...
  • Page 49 Read the serial number of one line module command rs:LM Read the serial numbers of all cards command rs:all Model 458-CC-16/458-CM (16-Slot Chassis & Control Module) Rev I Page 44...
  • Page 50: Keypad Controls

    The sample screen above shows how the keypad controls are used. The LCD displays the slot, channel, length and configuration type. In this example the length for slot 01:channel 1, is set to 100. Model 458-CC-16/458-CM (16-Slot Chassis & Control Module) Rev I Page 45...
  • Page 51 5. C: Config switch used to access second menu for communications settings such as RS232 baud rates, GPIB addresses, etc. Baud Rates: 19200, 9600, 4800, 2400, 1200, 600 GPIB Addresses: 1 – 30 Model 458-CC-16/458-CM (16-Slot Chassis & Control Module) Rev I Page 46...

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