7800 Series Gateway: Difference between revisions
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Revision as of 11:10, 8 October 2024
About this Guide
This guide provides installation, and setup procedures for the 7800 series gateway.
Conventions
| Terminology | Description |
|---|---|
| 7800 series gateway | This term is used when a description applies to both a TMG7800 and the TMGIP7800 systems. |
| 7800 series system | This term is used when a description applies to a TMG7800-CTRL, TMG7800 Telecom Unit and TMG7800-TMS. |
| TMGIP7800 system | This term is used when a description applies to a TMGIP7800-CTRL, TMGIP7800 Telecom Unit and TMGIP7800-TMS. |
| 7800-TE | This term is used when a description applies to TMG7800-TE. |
| 7800-DS3 | This term is used when a description applies to the TMG7800-DS3. |
| 7800-CTRL | This term is used when a description applies to a TMG7800-CTRL and TMGIP7800-CTRL. |
| 7800-TMS | his term is used when a description applies to a TMG7800-TMS and TMGIP7800-TMS. |
| TMG7800 +1 | This term is used when a description applies to a TMG7800 that is selected to provide N+1 protection. |
| 7800 N+1 Patch Panel | This term is used to refer to patch panels for TMG7800 systems that have N+1
protection. |
Contact Us
If you have comments about this guide or any other TelcoBridges technical documentation, please send an email to marketing.
Introduction
Identifying the 7800 Series Gateway Equipment
The 7800 series gateway is comprised of the following equipment:
- One or two 7800-CTRL gateway controller(s).
- One to sixteen 7800 Telecom Unit(s).
- Based upon the configuration of your 7800 series gateway, the number of 7800-TMS media switches may range from zero to two.
- If the 7800 series gateway employs N+1 protection, one to two 7800 N+1 patch panels are used to provide protection for the TDM network.
- If the 7800 series gateway employs 1+1 protection, one to two 1 +1 patch panels are used to provide protection for the TDM network.
Installation Prerequisites
For the installation to proceed without interruption, it is important that you verify you have all necessary materials on hand.
A TMG7800 system can range in size from 2 to 22U in vertical rack space, at full capacity with redundant N+1 patch panels. In addition, if your system is configured to use multiple groups of 1+1 patch panels, the total vertical rack space may exceed 22U.
7800-CTRL
For information about the 7800-CTRL, refer to Dell’s documentation:
http://www.dell.com/support/home/us/en/04/product-support/product/poweredge-r330/manuals
Adequate space for the installation of the 7800-CTRL
You must mount the 7800-CTRL on a 19" equipment rack (customer provided). Your 7800-CTRL is a 1U unit. Plan for an additional 1U space on the equipment rack for a redundant 7800-CTRL.
Adequate power supply and power connections
Each 7800-CTRL requires two power connections to provide for its redundant power supply. To guarantee an uninterrupted supply of electricity, each power connection must be fed by a dedicated power source.
An IP address for the management port
Each 7800-CTRL requires a IP address for the management port. To avoid delays, you should have the IP address, netmask and gateway addresses on hand. Take note that the management port supports DHCP.
Cabling
Three customer supplied Ethernet cables are required for each 7800-CTRL, to connect the 7800-CTRL to the switches.
7800 Series Telcom Units
Adequate space for the installation of each 7800 Series Telecom Unit
You must install each 7800 Series Telecom Unit (1-16 units) on a 19" equipment rack (customer provided). Each 7800 Series Telecom Unit is housed in a 1U chassis.
Adequate power supply and power connections
Each 7800 Series Telecom Unit requires two power connections to provide for its redundant power supply. To guarantee an uninterrupted supply of electricity, each power connection must be fed by a dedicated power source.
7800-TMS
Adequate space for the installation of the 7800-TMS
You will need to mount the 7800-TMS on a 19" equipment rack (customer provided). Your 7800-TMS is a 1U unit. Plan for an additional 1U space on the equipment rack for a redundant 7800-TMS.
Adequate power supply and power connections
Each 7800-TMS requires two power connections to provide for its redundant power supply. To guarantee an uninterrupted supply of electricity, each power connection must be fed by a dedicated power source.
7800 N+1 Patch Panel
Adequate space for the installation of the 7800 N+1 Patch Panel
If your system employs N+1 protection, you will need to mount the 7800 N+1 patch panel on a 19" equipment rack (customer provided). Your 7800 N+1 patch panel is a 1U unit. If your system is using Automatic Protection Switching (APS), plan for an additional 1U space on the equipment rack for a second 7800 N+1 patch panel.
Adequate power supply and power connections
Each 7800 N+1 patch panel requires two power connections to provide for its redundant power supply. To guarantee an uninterrupted supply of electricity, each power connection must be fed by a dedicated power source.
7800 1+1 Patch Panel
Adequate space for the installation of the 7800 1+1 Patch Panel
If your system employs 1+1 protection, you will need to mount one or two 7800 1+1 patch panels on a 19" equipment rack (customer provided). Your 7800 1+1 patch panel is a 1U unit.
Adequate power supply and power connections
Each 7800 1+1 patch panel requires two power connections to provide for its redundant power supply. To guarantee an uninterrupted supply of electricity, each power connection must be fed by a dedicated power source.
7800 RJ48C Patch Panel
Adequate space for the installation of the 7800 RJ48C Patch Panel
In a standalone configuration, you will need to mount one or two 7800 RJ48C patch panels on a 19" equipment rack (customer provided). Your 7800 RJ48C patch panel is a 1U unit.
Adequate power supply and power connections
Each 7800 RJ48C patch panel requires two power connections to provide for its redundant power supply. To guarantee an uninterrupted supply of electricity, each power connection must be fed by a dedicated power source.
Preventing Electrostatic Discharge Damage
Electrostatic discharge (ESD) can damage equipment and impair electrical circuitry. This may occur if electronic printed circuit cards are improperly handled and may cause complete or intermittent failure.
Recommended Reading
This document is written with the assumption that you have a clear understanding of the installation of the equipment described in this document and you are trained to work with the equipment. If you have any technical questions, TelcoBridges TB Support can be reached at the following numbers, or an email can be sent to: support.
- Americas & Europe Technical Support Centre (GMT-05:00, Montreal): Telephone: +1-450-655-8993 x131 or x102
- Asia Technical Support Centre (GMT +08:00, Hong Kong): Telephone: +852-3749-9818
- 24/7 International Support: Telephone: +1-866-438-4703
Installation Preparations
Package Contents
7800-CTRL Gateway Controllers
7800 Series Telecom Unit
7800-TMS Media Switch
7800 N+1 Patch Panel
7800 1+1 Patch Panels
Rack Mounting the 7800 Series Gateway Equipment
Prerequisites
Vertical Placement of the Equipment
Installing the 7800 Series Gateway on an Equipment Rack
7800-CTRL
7800 Telecom Units
7800-TMS
7800 N+1 Patch Panel
7800 1+1 Patch Panel
7800 RJ48C Patch Panel
Installing the 7800-CTRL
Connecting to the 7800 Series Gateway Management Interface
Connecting to the 7800 Series Control Network
Connecting to the Data Network
Powering Up
Connecting to AC Power
Installing the 7800 Series Telecom Units
Connecting to the Control Network
Connecting to the VoIP Network(s)
Connecting to the PSTN
SCSI Interface (T1/E1) for the TMG7800-TE
Standalone Configuration
1+1 Configuration
Dual BNC Interface (DS3) for the TMG7800-DS3
Standalone Configuration
1+1 Configuration
OC3/STM-1 Interface for the TMG7800-STM1
Standalone Configuration
1+1 Configuration
N+1 Configuration
Connecting to the TMS Network
Connecting to the TMG7800 Telecom Units
Prerequisites
Interconnections
Interconnecting Two 7800 Telecom Units
Grounding the Equipment Chassis
Powering Up
Connecting to AC Power
Connecting to DC Power
Installing the 7800-TMS
Connecting to the Control Network
Grounding the Equipment Chassis
7800 TMS
Powering Up
Connecting to AC Power
Connecting to DC Power
TDM System Clock
Installing the 7800 N+1 Patch Panel
Connecting Fiber Optic Cables to the 7800 N+1 Patch Panel
Connecting to the Control Network
Grounding the Equipment Chassis
Connecting to AC Power
Start Up and Verification
Start Up
Verifying the LED Status Indications
7800-CTRL
7800 Telecom Unit
7800-TMS
7800 N+1 Patch Panel
Powering Down the Equipment
7800-CTRL
Local Method
Remote Method
7800 Telecom Unit
7800-TMS
7800 N+1 Patch Panel
Initial System Configuration
7800 Series Gateway SSH Connection
7800 Series Gateway Serial Connection
Connecting to the 7800-CTRL Console
Configuring the Terminal Emulator Application
Changing the 7800 Series Gateway Management Port IP Address
Retrieving 7800 Series Gateway Information
Changing 7800 Series Gateway Management Port Passwords
Configuring the 7800 Series Gateway Using the Web Portal
System Backups
Creating a Database Backup
Downloading a Database Backup
Uploading a Database Backup
Restoring a Database Backup
Wiring Diagrams
RJ48C Wiring Diagram: Crossover and Straight Cables
RJ48 Console Wiring Diagram