Clear-Com HX System Frames User Manual

Upgrade guide

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This manual is related to the following products:

Eclipse HX-Omega, Eclipse HX-Median, Eclipse HX-Delta, Eclipse HX-PiCo

Table of contents

Document Outline

1 Important Safety Instructions
2 Introduction
- 2.1 Planning the upgrade to Eclipse HX
3 Quick reference: Upgrading to Eclipse HX v7.5
- 3.1 Upgrading from 5.2.4
- 3.2 Upgrading from 7.0
- 3.3 Upgrading from 7.1
4 Upgrading to Eclipse HX v7.5
- 4.1 Backing up your ECS v5.2.4 configurations
- 4.2 Backing up your EXH 7.0/7.1 configurations
- 4.3 Installing EHX
- 4.4 Importing your configurations into EHX
- 4.5 Updating Production Maestro Pro
5 Upgrading the CPU cards
- 5.1 Changing the CPU card PROM
- 5.2 Changing the CPU card RAM
- 5.3 Changing the CPU card DIP switches
- 5.4 Upgrading the CPU card application code
- 5.5 Setting the matrix type
- 5.6 Checking the CPU card application code version
- 5.7 Upgrading CPU Card U53 CPLD
- 5.8 Upgrading CPU Card U1 CPLD
- 5.9 Upgrading the CPU card U53 CPLD code with Xilinx tools
- 5.10 Upgrading the CPU card U1 CPLD code with Xilinx tools
- 5.11 Downloading a test configuration to the CPU card using EHX
- 5.12 Forcing the CPU card to the factory default IP address
6 Upgrading the Eclipse HX-PiCo
- 6.1 Changing the Eclipse HX-PiCo PROM
- 6.2 Changing the Eclipse HX-PiCo RAM
- 6.3 Changing the Eclipse HX-PiCo DIP switches
- 6.4 Upgrading the Eclipse HX-PiCo application code
- 6.5 Upgrading the Eclipse HX-PiCo MVX code
  - 6.5.1 Upgrading the Eclipse HX-PiCo MVX application code with EHX
  - 6.5.2 Upgrading the Eclipse HX-PiCo MVX boot and/or application code using the Renesas FDT
- 6.6 Checking the Eclipse HX-PiCo application code and MVX code versions
- 6.7 Upgrading the Eclipse HX-PiCo CPLD and FPGA code with Xilinx tools
- 6.8 Download a test configuration into the Eclipse HX-PiCo using EHX
- 6.9 Forcing the Eclipse HX-PiCo to the factory default IP address
7 Upgrading the MVX-A16 card
- 7.1 Upgrading the MVX-A16 boot and/or application code
  - 7.1.1 Upgrading the MVX-A16 card application code using EHX
  - 7.1.2 Upgrading the MVX-A16 card boot and application code using the Renesas FDT
- 7.2 Checking the MVX-A16 boot and application code version
- 7.3 Upgrading the MVX-A16 card FPGA with Xilinx tools
8 Upgrading E-FIB cards
- 8.1 Upgrading E-FIB card FPGA with Xilinx tools
9 Upgrading E-QUE cards
- 9.1 Identifying MK1 and MK2 E-QUE cards
- 9.2 Upgrading the E-QUE card (MK1)
- 9.3 Upgrading the E-QUE card (MK2)
- 9.4 Upgrading the E-QUE card (MK1 and MK2) FPGA with Xilinx tools
- 9.5 Upgrading the E-QUE card (MK1) boot ROM
- 9.6 Upgrading the E-QUE card (MK2) boot ROM
10 Upgrading IVC-32 and LMC-64 cards
- 10.1 Identifying MK1 and MK2 IVC-32 / LMC-64 cards
11 Upgrading E-MADI64 cards
- 11.1 Upgrading the E-MADI64 boot code
- 11.2 Upgrading the E-MADI64 application, DSP and FPGA code using EHX
- 11.3 Upgrading the E-MADI64 FPGA using the Xilinx tool set
12 Upgrading CellCom / FreeSpeak wireless systems
13 Upgrading panels
- 13.1 Upgrading panels using EHX
  - 13.1.1 Locating Panel *.fwp files on the software DVD
  - 13.1.2 V-Series upgrades
- 13.2 Upgrading panel application code manually
- 13.3 Manually upgrading V-Series panels
  - 13.3.1 Upgrading the V-Series Display Module
14 Upgrading the TEL-14 module
- 14.1 Upgrading the TEL-14 hardware
- 14.2 Upgrading the TEL-14 firmware
15 Upgrading the AES-6 module
- 15.1.1 Upgrading AES-6 FPGA
Appendix A: CPU card layout
Appendix B: CPU card DIP switches
Appendix C: PiCo card layout
Appendix D: Eclipse HX-PiCo CPU DIP switches
Appendix E: Hitachi Renesas Flash Development Tool
Appendix F: TFTPUtil
- TFTPUtil on Vista and Windows 7 PCs
Appendix G: Tera Term
Appendix H: Flash Magic
Appendix I: I-Series converter cable wiring and rear panel layouts
Appendix J: Xilinx tools
Appendix K: Clear-Com® End User Software License

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