Grass Valley Trinix NXT v.3.3.1 User Manual

Trinix nxt

This manual is related to the following products:

Trinix NXT v.3.3.0

Table of contents

Document Outline

Contents
Preface
- About This Manual
  - Additional Documentation
- Safety Summary
- Regulatory Notices
  - Certifications and Compliances
- ESD Protection
Introduction
- General
  - Frame Sizes
  - Features
- SD, HD, and 3GB/s in the Same Frame
- Easy to Create Very Large Routers
- Control Systems
- The Symmetric Trinix Frame
  - Power Supplies
- The Asymmetric Frame
- Trinix Architecture
- Serviceability and Reliability
- Broadlinx
  - Broadlinx Web Page Monitoring
  - SNMP/NetCentral Monitoring
Planning Guide
- Introduction
- Trinix Frames
- Duplication and Expansion
- Protected Paths
- Control Systems
  - Jupiter Facility Control System
  - SMS 7000 / Encore Control
- LAN and Com Bus Connections
  - Com Bus
- System Monitoring Applications
- Specifications
- Configuration
  - Quick Look
  - Frame, Board, Weight, and Power Summary for Select Matrix Sizes
Hardware Installation
- Summary of Installation Procedure
- Setting the Rear Panel Dip Switch
  - A B C Switches and the TRX-NXT-512x512 Systems
  - Miscellaneous Rear Panel Connectors
- Power Supply Notes
- Sync Reference Connections
  - Frames with Single Sync Reference
  - Frames with Dual-Sync References
- NR/SR-33000 / SR-33500/ TRX-SR V-Phasing
  - TRX-SR V Phase and Source Information
- Output Board Configuration
- Duplication and Expansion
- Output Reclocker Bypass Settings
  - Sync Selection Switch S5
- Input Equalization Settings
  - (TRX-NXT-512x512 and TRX-NXT-256x512 Models Only)
- Output Monitoring
- Frame Number Settings
  - Setting the Frame for Input or Output Blocks
- Jupiter Control
- SMS 7000 / Encore Control
- LAN and Com Bus Connections
  - Com Bus
  - NR-33000 (Broadlinx) Board Configuration
- Replacing Trinix Boards
Trinix Asymmetrical Power Supply Configurations
- Introduction
- The External Power Supply Frame
- Trinix Asymmetrical Frames
  - Trinix Status Concentrator Board (TRX-SC)
    - Configuration DIP Switches
    - Enabling a DIP Setting
- The 128X256 Trinix Asymmetrical Frame
- The 256X512 Trinix Asymmetrical Frame
- The 512X1024 Trinix Asymmetrical Frame
  - 512X1024 Default Power Supply Configuration
  - 512X1024 Redundant Power Supply Configurations, Option A
Broadlinx Installation
- Interoperability Requirements
- Software Installation
Broadlinx Software
- Configuring the Network Settings
- Configuration
Broadlinx Console Commands
Broadlinx Version and Supported Trinix Boards
- Matrix Controller
- Matrix
- Reference
- Rear Panel
- Input
- Output
Protected Paths
- Protected Paths Overview
  - Caveats
  - Adding Stand-By Boards in a Jupiter Controlled Trinix Router
- Verifying the Parameters on the Broadlinx Boards
  - Return to the Terminal Session
- Broadlinx Software with Protected Paths Installation
- Broadlinx Protective Paths Web Page
- Encore Configuration
- Jupiter Configuration
- Operation Notes
Encore Control
- Encore Control of Trinix
- Sync Reference
- Encore Configuration of Protected Paths
Analog Input Processing
- TRX-VI-33100 Module
  - Analog Processing Control
  - Customizing Analog Video Processing Settings
    - Terminal Setup
    - Main Menu Options
Troubleshooting
- LEDs
- Signal flow
- Incompatible Switches
Trinix Fiber Option
- Trinix Fiber Boards Overview
  - Section Overview
  - Fiber Optic Cleaning Requirement
    - Best Practices
- Specifications
- Trinix Fiber Boards Installation
  - DIP Switch Settings
  - Installing the Trinix Fiber Option
Front-Air Vent
- Front-Air Vent (FAV) Overview
  - Symmetrical Frame
- Installation Procedure
  - Tools Required
  - Installing the FAV
Trinix Frame Slot Maps
- Trinix 512x512 Frame Slot Numbers
- Trinix 256x256 Frame Slot Numbers
- Trinix 128x128 Frame Slot Numbers
- Trinix 256x512 Frame Slot Numbers
- Trinix 128x256 Frame Slot Numbers
- Trinix 512x1024 Frame Slot Numbers
Expanded System Sizes
- Color Coding
- Expanded Systems
Glossary
Index