evertz 7700 Manual

Network-controlled protocol translator
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1.
OVERVIEW ..................................................................................................................................... 1
2.
CARD EDGE CONTROLS.............................................................................................................. 4
2.1. DETERMINING CURRENT IP ADDRESS SETTINGS .......................................................... 4
2.2. RESTORING FACTORY DEFAULTS.................................................................................... 4
2.3. CARD EDGE LEDS ............................................................................................................... 4
3.
TECHNICAL SPECIFICATIONS..................................................................................................... 5
3.1. DATA INPUT SERIAL PORT................................................................................................. 5
3.2. ELECTRICAL......................................................................................................................... 5
3.3. PHYSICAL ............................................................................................................................. 5
4.
CONFIGURATION .......................................................................................................................... 6
4.1. CONFIGURATION STEPS .................................................................................................... 6
4.1.1. Master Mode ............................................................................................................... 6
4.1.2. Slave Mode ................................................................................................................. 6
4.2. DEBUG/MONITOR PORT CONNECTION............................................................................. 7
4.3. MAIN MENU........................................................................................................................... 9
4.4. NETWORK CONFIGURATION.............................................................................................. 9
4.5. SERIAL PORT SETUP ........................................................................................................ 10
4.5.1. Parameters ............................................................................................................... 10
4.5.2. Back Plate................................................................................................................. 10
4.5.3. RS-232 Wiring........................................................................................................... 11
4.5.4. RS-422 Wiring........................................................................................................... 13
4.5.5. GPO Common Pin Wiring ......................................................................................... 14
4.5.6. GPO to GPI Wiring.................................................................................................... 14
4.6. SNMP SETUP ...................................................................................................................... 15
4.7. 10XL PROTOCOL CONFIGURATION ................................................................................ 15
4.7.1. Master Mode ............................................................................................................. 15
4.7.2. Slave Mode ............................................................................................................... 15
4.7.3. Number of Router Inputs........................................................................................... 16
4.7.4. Number of Router Outputs........................................................................................ 16
4.7.5. Input & Output Descriptions ...................................................................................... 16
4.7.6. Serial Address........................................................................................................... 17
4.7.7. Power On Reset Router Initialization ........................................................................ 17
4.7.8. Save & Exit ............................................................................................................... 17
4.8. UNDER MONITOR DISPLAY SETUP ................................................................................. 18
5.
TROUBLESHOOTING TIPS ......................................................................................................... 19
7700PTX-10XL Network-Controlled Protocol Translator

TABLE OF CONTENTS

Revision 1.9
7700 MultiFrame Manual
7700PTX-10XL - I

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Summary of Contents for evertz 7700

  • Page 1: Table Of Contents

    7700 MultiFrame Manual 7700PTX-10XL Network-Controlled Protocol Translator TABLE OF CONTENTS OVERVIEW ............................. 1 CARD EDGE CONTROLS......................4 2.1. DETERMINING CURRENT IP ADDRESS SETTINGS ............4 2.2. RESTORING FACTORY DEFAULTS..................4 2.3. CARD EDGE LEDS ....................... 4 TECHNICAL SPECIFICATIONS..................... 5 3.1. DATA INPUT SERIAL PORT....................5 3.2.
  • Page 2 7700 MultiFrame Manual 7700PTX-10XL Network-Controlled Protocol Translator 5.1. VLPRO NOTES........................19 5.2. CHECKING ROUTER COMMUNICATION ................19 5.3. CHECKING UMD PEER COMMUNICATION ..............20 5.4. ROUTER POLLING ......................20 PERFORMING A FIRMWARE UPGRADE ................... 22 6.1. FTP PROCEDURE....................... 22 6.2. SERIAL PROCEDURE ......................22 VISTALINK REMOTE MONITORING/CONTROL ..............
  • Page 3 Evertz products are for informational use only and are not warranties of future performance, either expressed or implied. The only warranty offered by Evertz in relation to this product is the Evertz standard limited warranty, stated in the sales contract or order confirmation form.
  • Page 4 7700 MultiFrame Manual 7700PTX-10XL Network-Controlled Protocol Translator This page left intentionally blank 7700PTX-10XL - IV Revision 1.9...
  • Page 5: Overview

    The 7700PTX Universal Protocol Translator module provides an interface between third-party and Evertz equipment. The 7700PTX communicates with third-party equipment either via one of four serial ports or via a built in Ethernet port. These ports can provide bi-directional protocol support.
  • Page 6: Figure 1-1: Typical 7700Ptx-10Xl Master Mode Setup

    7700 MultiFrame Manual 7700PTX-10XL Network-Controlled Protocol Translator Figure 1-1: Typical 7700PTX-10XL Master Mode Setup When in slave mode the 7700PTX-10XL receives 10XL protocol requests over a serial link from an external server. The 7700PTX-10XL transmits 10XL protocol responses to the server. The 7700PTX- 10XL momentarily activates a GPO associated with the serial port.
  • Page 7: Figure 1-2: Typical 7700Ptx-10Xl Slave Mode Setup

    7700 MultiFrame Manual 7700PTX-10XL Network-Controlled Protocol Translator Figure 1-2 shows how the 7700PTX-10XL is typically set up for slave mode. Figure 1-2: Typical 7700PTX-10XL Slave Mode Setup 7700PTX-10XL - 3 Revision 1.9...
  • Page 8: Card Edge Controls

    7700 MultiFrame Manual 7700PTX-10XL Network-Controlled Protocol Translator CARD EDGE CONTROLS 2.1. DETERMINING CURRENT IP ADDRESS SETTINGS To read the current IP address during normal operation, press the toggle switch DOWN. The IP address can be read on the four-character alphanumeric display.
  • Page 9: Technical Specifications

    7700 MultiFrame Manual 7700PTX-10XL Network-Controlled Protocol Translator TECHNICAL SPECIFICATIONS 3.1. DATA INPUT SERIAL PORT Number of Ports: 4 RS-232 or 3 RS-422 Connector: Phoenix Terminal Block pins Baud Rate: Up to 1Mbaud 3.2. ELECTRICAL Voltage: +12V DC Power: < 6W...
  • Page 10: Configuration

    7700 MultiFrame Manual 7700PTX-10XL Network-Controlled Protocol Translator CONFIGURATION 4.1. CONFIGURATION STEPS 4.1.1. Master Mode Perform the following steps to configure the 7700PTX-10XL to operate in master mode: 1. Connect a PC running a console application to the PTX debug/monitor port via the adapter cable.
  • Page 11: Debug/Monitor Port Connection

    The 7700PTX-10XL is configured via the debug/monitor port, the header of which is labeled J1. A special Evertz adapter cable allows this port to connect to the COM port of a personal computer. The following steps describe how to execute this procedure.
  • Page 12: Figure 4-1: Com1 Properties Window

    7700 MultiFrame Manual 7700PTX-10XL Network-Controlled Protocol Translator 4. On the computer click “Start\Programs\Accessories\Communications\HyperTerminal”. 5. Enter a name for your connection, for example: PTX. 6. Press the <Enter> key. A new “Connect To” window will open. 7. Select COM1 for the “Connect using’ setting. If COM1 is in use, choose an alternate COM port.
  • Page 13: Main Menu

    7700 MultiFrame Manual 7700PTX-10XL Network-Controlled Protocol Translator 11. Apply power to the 7700PTX-10XL if it has no power. The boot sequence and Main Menu are displayed in the HyperTerminal window. 12. If the 7700PTX-10XL has power, hit the <Enter> key to view the 7700PTX-10XL’s menu system.
  • Page 14: Serial Port Setup

    7700 MultiFrame Manual 7700PTX-10XL Network-Controlled Protocol Translator 4.5. SERIAL PORT SETUP 4.5.1. Parameters The 7700PTX-10XL has 4 serial ports. The parameters associated with each serial port are listed in Table 4-2. When in master mode a serial port of the 7700PTX-10XL connects to and transmits requests to a 10XL router.
  • Page 15: Rs-232 Wiring

    7700 MultiFrame Manual 7700PTX-10XL Network-Controlled Protocol Translator Figure 4-2: 7700PTX Back Plate 4.5.3. RS-232 Wiring Figure 4-3 shows which pins of the rear plate are used for RS-232 serial connections. 7700PTX-10XL - 11 Revision 1.9...
  • Page 16: Figure 4-3: Rs-232 Pins

    7700 MultiFrame Manual 7700PTX-10XL Network-Controlled Protocol Translator Figure 4-3: RS-232 Pins Table 4-3 details how to connect the 7700PTX-10XL to the router or server for RS-232 operation. 7700PTX-10XL Router/Server Port Pin Name Pin Name Table 4-3: RS-232 Wiring 7700PTX-10XL - 12...
  • Page 17: Rs-422 Wiring

    7700 MultiFrame Manual 7700PTX-10XL Network-Controlled Protocol Translator 4.5.4. RS-422 Wiring Figure 4-4 shows which pins of the rear plate are used for RS-422 serial connections. Figure 4-4: RS-422 Pins Table 4-4 details how to connect the 7700PTX-10XL to the router or server for RS-422 operation.
  • Page 18: Gpo Common Pin Wiring

    7700 MultiFrame Manual 7700PTX-10XL Network-Controlled Protocol Translator 4.5.5. GPO Common Pin Wiring When operating any of the serial ports in slave mode, the GPO common pin (Pin 13) must be connected to ground (GND, Pin14) as shown in Figure 4-5.
  • Page 19: Snmp Setup

    7700 MultiFrame Manual 7700PTX-10XL Network-Controlled Protocol Translator 4.6. SNMP SETUP Table 4-6 lists the parameters associated with the SNMP setup. Parameter Notes Read-only community Community string used for SNMP gets. The default is public. Read-write Community string used for SNMP gets or sets.
  • Page 20: Number Of Router Inputs

    7700 MultiFrame Manual 7700PTX-10XL Network-Controlled Protocol Translator 4.7.3. Number of Router Inputs Follow the steps below to set the number of inputs for the router associated with serial port 1 of the 7700PTX-10XL: 1. From the Main Menu select 10XL Protocol Settings Setup.
  • Page 21: Serial Address

    7700 MultiFrame Manual 7700PTX-10XL Network-Controlled Protocol Translator 4.7.6. Serial Address The 10XL serial address must be the same at both the master and the slave side. To set the serial address for serial port 1 of the 7700PTX-10XL, follow the steps outlined below: 1.
  • Page 22: Under Monitor Display Setup

    7700 MultiFrame Manual 7700PTX-10XL Network-Controlled Protocol Translator 4.8. UNDER MONITOR DISPLAY SETUP The 7700PTX-10XL has the ability to transmit router source label information to the UMDs of up to 12 PPVs. As an example, suppose we have the setup of Figure 4-6:...
  • Page 23: Troubleshooting Tips

    7700 MultiFrame Manual 7700PTX-10XL Network-Controlled Protocol Translator TROUBLESHOOTING TIPS 5.1. VLPRO NOTES 1. The 7700PTX-10XL must be able to communicate with any connected routers in order for VLPro to operate properly. 2. The 7700PTX-10XL must be able to communicate with its configured UMD peers before UMD information can be transmitted.
  • Page 24: Checking Umd Peer Communication

    7700 MultiFrame Manual 7700PTX-10XL Network-Controlled Protocol Translator Figure 5-1: Communication States 5.3. CHECKING UMD PEER COMMUNICATION 1. From the Main Menu select Engineering/Debug. 2. Select Show task state. 3. The status of up to 12 UMD peer entries are listed under the heading UMD peer status… A status reported as ready indicates the 7700PTX-10XL is able to communicate with that UMD peer.
  • Page 25 7700 MultiFrame Manual 7700PTX-10XL Network-Controlled Protocol Translator Poll duration can be changed via the Set router poll status entry of the Engineering/Debug menu. The time between polls can be set on a per-serial port basis. If 0 is selected as the time between polls, polling is disabled.
  • Page 26: Performing A Firmware Upgrade

    7700 MultiFrame Manual 7700PTX-10XL Network-Controlled Protocol Translator PERFORMING A FIRMWARE UPGRADE There are two ways to upgrade PTX firmware: Using FTP to perform the upgrade via TCP/IP. (recommended procedure) Using a terminal application such as HyperTerminal to perform the upgrade via a serial connection.
  • Page 27 7700 MultiFrame Manual 7700PTX-10XL Network-Controlled Protocol Translator 7. Start the firmware upload on the terminal application (for instance, in HyperTerminal select Transfer/Send File…), use Xmodem as the transfer protocol, and select the firmware file. For example, ptx.bin. 8. Once the upload is complete the message upload okay is displayed.
  • Page 28: Vistalink Remote Monitoring/Control

    ISTA ® VistaLINK is Evertz’ remote monitoring and configuration platform which operates over an Ethernet ® network using Simple Network Management Protocol (SNMP). SNMP is a standard computer network protocol that enables different devices sharing the same network to communicate with each other.

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