THOMSON GRASS VALLEY TRINIX DV-33128 Installation Manual
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THOMSON GRASS VALLEY TRINIX DV-33128 Installation Manual

THOMSON GRASS VALLEY TRINIX DV-33128 Installation Manual

Digital video router
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TM
TRINIX
DIGITAL VIDEO ROUTER
Units with Broadlinx 1.1
See Section 2 for equipment part numbers
Installation Manual
Manual part no. 04-052075-004 Rev. E
March 12, 2003
the most watched worldwide

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Summary of Contents for THOMSON GRASS VALLEY TRINIX DV-33128

  • Page 1 TRINIX DIGITAL VIDEO ROUTER Units with Broadlinx 1.1 See Section 2 for equipment part numbers Installation Manual Manual part no. 04-052075-004 Rev. E March 12, 2003 the most watched worldwide...
  • Page 2 This document may not be copied, in whole or in part, or otherwise reproduced, except as specifically permitted under U.S. copyright law, without the prior written consent of Thomson Broadcast and Me- dia Solutions, Inc, P.O. Box 599000, Nevada City, CA 95959-7900 USA. AccuSwitch, Broadlinx, Encore, Grass Valley, GV, Jupiter, Jupiter XPress, JupiterPlus, Trinix, Venus, and Venus2001 are trademarks of Thomson.

  • Page 3: Table Of Contents

    Contents Regulatory Compliance Notices 7 Warranty / Software License 9 Parts and Service 9 Related Documents 10 Introduction 11 General 11 SD and HD in the same frame 12 Easy to create very large routers 12 Control system 12 The Trinix frame 12 Trinix architecture 13 Serviceability and reliability 13 Planning Guide 15...
  • Page 4 Input boards 42 Output boards 42 Matrix boards 42 NR-33000 NIC/Sync/OPM board 43 BL-33000 Broadlinx option 43 SR-33000 Sync Reference / Output Monitor (OPM) board 43 SR-33500 Sync Reference / Output Monitor (OPM) board 44 Port expanders 44 Crosspoint Bus Buffer 45 Crosspoint Bus Terminator 45 Installation 47 Summary of installation procedure 47...
  • Page 5 Glossary 119 Index 129 Trinix Installation Manual...
  • Page 6 Trinix Installation Manual...

  • Page 7: Regulatory Compliance Notices

    Regulatory Compliance Notices US FCC Rules Reference: Part 15 Subparts A and B. Notice: interference to radio communications in a domestic environment. This equipment generates, uses, and can radiate radio frequency energy and if not installed and used in accordance with the instruction manual, may cause interference to radio communications.
  • Page 8 Safety Notices Caution: Electric shock danger . To reduce risk of electric shock, do not perform any servicing other than that contained in the manual unless you are qualified to do so. Attention: Danger de choc électrique . Pour réduire tout risque de choc élec- trique, veuillez ne faire aucun entretien à...

  • Page 9: Warranty / Software License

    Warranty / Software License For warranty and software license information, please contact Thomson. Parts and Service Thomson maintains a full stock of replacement parts available for immediate shipment. NORTH AMERICA PARTS AND SERVICE Please call toll-free 1-800-547-8949 . You will be switched automatically to the parts and service representative nearest you.

  • Page 10: Related Documents

    PC file server and LAN board. Describes software instal- lation and configuration. Technical Publications Library CD-ROM 46-050812-001 Contains Field Engineering Bulletins, manuals, and assembly drawings for most Thomson broadcast products developed in the Salt Lake City design center. CP 3008 (FCS 3357) 8-Character Control Panel Installation/Operating Manual 04-883357-002...

  • Page 11: Introduction

    Section Introduction General The Trinix family of routing switchers represents a revolutionary new approach to digital signal distribution that builds on the success of Venus--the best selling routing switcher ever. Trinix is a high-quality and fully featured digital video routing switcher offering a large number of crosspoints in one of the smallest physical frames available.

  • Page 12: Sd And Hd In The Same Frame

    Section 1 — Introduction SD and HD in the same frame Trinix supports both SD and HD video in all configurations. The matrix cards and high-speed backplane are designed for both SD and HD signals. The only difference between SD and HD implementations is the I/O cards. This makes upgrading easy on both budgets and implementation, thus solving the problem of deciding when to prepare for HD in a facility.

  • Page 13: Trinix Architecture

    Trinix architecture The architecture of the Trinix signal flow is organized into three cards: input card, matrix card, and output card. These are connected to a passive backplane circuit card. Each input and output card accommodates 32 signals, which allows the routers to be built in increments of 32 as well a mixed population of SD and HD cards in incre- ments of 32.
  • Page 14 Section 1 — Introduction Trinix Installation Manual...

  • Page 15: Planning Guide

    Finally, the history behind Trinix is superb. The same design team that has delivered four previous video switcher designs designed Trinix. Trinix is part of the Thomson routing family of products including Venus, the most successful routing switcher ever.

  • Page 16: Broadlinx

    Additionally, the Broadlinx board will be used to integrate the Grass Valley Encore control system with the Trinix. For additional information regarding the Broadlinx development schedule, please contact your Thomson representative. Chassis Trinix routers are available in three fixed frame sizes: •...
  • Page 17 Chassis Figure 1. DV-33128 front view (door removed). Power supplies Fan modules SR33000 Sync Reference / NR33000 Broadlinx Board slots Input/output boards (configuration varies) Matrix board Trinix Installation Manual...
  • Page 18 Section 2 — Planning Guide Figure 2. DV-33128 rear panel. LEVEL SUPER 96 112 INPUT EXPAND OUTPUT EXPAND SYNC REDUNDANT ULTRA INT XPT CNTL 60Hz ENABLE MONITOR FRAME PS B PS A LEVEL SUPER 96 112 MONITOR FRAME GPIO/TC SECONDARY PRIMARY OUTPUT MONITOR REF IN...
  • Page 19 Chassis Figure 3. DV-33256 front view (door removed). SR-33000 Sync Reference / NR-33000 Broadlinx Board Fan modules Power supplies slots VADJ OK VADJ Matrix boards Input/output boards (configuration varies) Trinix Installation Manual...
  • Page 20 Section 2 — Planning Guide Figure 4. DV-33256 rear panel SECONDARY PRIMARY NIC B NIC A COM BUS COM BUS CONSOLE CONSOLE page 18 for detail PS B PS A LEVEL CONTROL GPIO/TC CROSSPOINT BUS IN EXPAND SUPER 96 112 OP EXPAND VIT REDUNDANT INT XPT CNTL...
  • Page 21 Chassis Figure 5. DV-33512 main chassis and associated power supply unit. Fan modules FAN A FAN B FAN C FAN D FAN E FAN F POWER ALARM IFC Input/output boards (configuration varies) INPUTS INPUTS INPUTS INPUTS OUTPUTS OUTPUTS OUTPUTS OUTPUTS OUTPUTS OUTPUTS OUTPUTS...
  • Page 22 Section 2 — Planning Guide Figure 6. DV-33512 main chassis and power supply chassis. PS IFC FAN IFC XPT BUS DC INPUT 2 NOT FUSED 42 - 54 VDC 30 - 24 AMPS DC IN + DC IN - COM BUS COM BUS ALARM DC INPUT 1 NOT FUSED...
  • Page 23 Chassis Figure 7. Signal flow and power supply system for CV-33512 router. Trinix Installation Manual...

  • Page 24: Power Supplies

    Section 2 — Planning Guide Power supplies Two power supply types are used in the Trinix routing family, one type for the 128 chassis and another for the 256 and 512 chassis. Both types, which share the same feature set, are OEM products with a track record of outstanding reliability. The power supplies differ primarily in power delivered, size, and weight.

  • Page 25: Output Monitoring

    Chassis Two sync inputs are standard for each Trinix configuration. Using the two sync inputs independently allows SD and HD switching in the same frame. Adding a second SR/NR-33000 board as an option provides two more sync inputs. With the DV-33512 chassis, a SR-33500 Sync/OPM board can be used to provide four sync inputs.

  • Page 26: Pre-Wiring

    Section 2 — Planning Guide Figure 8. Input and output routing through matrix board for 128 x 128 switcher. 32 Output 32 Input Card Card 32 Input 32 Output Card Card Matrix Card (128 x 128) 32 Input 32 Output Card Card 32 Input...

  • Page 27: Alarm Information

    Chassis The CB 3000 is described in detail in the Jupiter Installation and Operating manual. In Trinix applications, the crosspoint bus must be terminated at the point farthest from the control processor using a Crosspoint Bus Terminator, part number 01- 053050-001.

  • Page 28: Configuration

    Section 2 — Planning Guide Configuration Quick look Building block size: 32 Inputs or 32 Outputs Options: SD or HD rate I/O modules Dual outputs, quad outputs Additional monitor outputs (2) Redundant sync inputs (2) Redundant monitor/status/control Redundant power supplies Standards supported: SMPTE 259M-1997, SMPTE 292M-1998 Standard connectors:...

  • Page 29: Specifications

    Specifications Table 2. Square Matrix Size 1024 2048 512 Chassis 512 Chassis # of Chassis # Input Boards # Output Boards # of Matrix Boards Weight (pounds) 1600 6400 # of RUs ~768 Power Consumption* (W) ~1000 ~2000 ~8000 ~32000 *Power Consumption is Estimated.
  • Page 30 Section 2 — Planning Guide Video outputs Level: 800 mV p-p +/-10% 75 ohm Return loss: >/=15 dB from 5 MHz to 1.5 GHz (except Monitor outputs) Performance characteristics Maximum data rate: 1.5 Gbps Minimum data rate: 3.072 Mbps Signal standards: SMPTE 292M-1998, SMPTE 259M-1997 (Output rise and fall times correspond to SMPTE 292M)

  • Page 31: Environmental

    Specifications Ripple/noise: <200 mVp-p DC power input Input voltage range 42-54 VDC Operating current 128 x 128 frame: approx. 9.5 A @ 48 VDC. 256 x 256 frame: approx. 16 A @ 48 VDC. 512 x 512 frame: approx. 34 A @ 48 VDC. Inrush current 128 x 128 frame: 15 A.

  • Page 32: Dual Output Systems

    Section 2 — Planning Guide Dual output systems The PE-33016 Port Expander can be used to provide dual outputs in groups of 16 out- puts. All outputs are non-inverting. For example, a 128 x 128 switcher could be arranged as follows: 128 inputs with 112 single outputs and 16 dual outputs - uses 1 PE-33016 128 inputs with 96 single outputs and 32 dual outputs - uses 2 PE-33016s 128 inputs with 80 single outputs and 48 dual outputs - uses 3 PE-33016s...
  • Page 33 Dual output systems Figure 10. Port expanders used to provide 256 dual outputs for 256 input switcher. A B C 16 PE-30016 Expander Modules in MK-33000 Mounting Kit Trinix Installation Manual...

  • Page 34: Quad Output Systems

    Section 2 — Planning Guide Quad output systems The PE-33008 Port Expander can be used to provide quad outputs in groups of 16 outputs. All outputs are non-inverting. A 128 x 128 switcher could be arranged as fol- lows: 128 inputs with 112 single outputs and 16 quad outputs - uses 2 PE-33008s 128 inputs with 96 single outputs and 32 quad outputs - uses 4 PE-33008s 128 inputs with 80 single outputs and 48 dual outputs - uses 6 PE-33008s...

  • Page 35: Expanded Systems

    Expanded systems Expanded systems The Trinix design realizes large routing systems without external, powered DAs. Passive port expanders are used to increase the number of inputs and outputs. Expanded configurations include: 1024 inputs x 512 dual outputs 1024 inputs x 1024 dual outputs 512 inputs x 1024 outputs 2048 inputs x 2048 outputs 1024 inputs x 1024 outputs...
  • Page 36 Section 2 — Planning Guide Figure 13. Input and output expansion to 1024. Trinix 0 - 511 512 x 512 0-511 0 - 511 PE-33016 used as 0 - 511 Dual outputs combiners 512 - 1023 PE-33016 used as splitters 0 - 511 Trinix 512 x 512...

  • Page 37: Monitoring With Expanded Systems

    Expanded systems Monitoring with expanded systems In expanded systems, output monitor signals must be brought through a combiner. An example of an output-expanded system in shown in Figure 14; an input-expanded system is shown in Figure Note Output monitoring is not available for input-expanded systems con- trolled by an SR-33000 Sync/OPM board 0 - 255 0 - 255...

  • Page 38: Ordering Information

    Section 2 — Planning Guide Ordering information Trinix routing systems are ordered as a base configuration, plus options. The following pages show the part numbers for ordering the base systems. The base systems are grouped together by chassis size: 128, 256 or 512. Also they are partitioned into SD and HD systems.
  • Page 39 Ordering information Table 4. 128 chassis systems (HD) Single outputs HD matrix F7-026015- F7-026015- F7-026015- F7-026015- F7-026015- F7-026015- F7-026015- F7-026015- F7-026015- F7-026015- F7-026015- F7-026015- Inputs F7-026015- F7-026015- F7-026015- F7-026015- Size -> 8 RU 8 RU 8 RU 8 RU Table 5. 256 chassis systems (SD). Single outputs SD matrix F7-026020-...
  • Page 40 Section 2 — Planning Guide Table 6. 256 chassis systems, (HD). HD matrix Single outputs F7-026025- F7-026025- F7-026025- F7-026025- F7-026025- F7-026025- F7-026025- F7-026025- F7-026025- F7-026025- F7-026025- F7-026025- F7-026025- F7-026025- F7-026025- F7-026025- F7-026025- F7-026025- F7-026025- F7-026025- F7-026025- F7-026025- F7-026025- F7-026025- F7-026025- F7-026025- F7-026025- F7-026025-...

  • Page 41: Ordering Additional Components

    Ordering information Table 8. 512 chassis systems (HD) HD matrix Single outputs 256 (512) 288 (512) 320 (512) 352 (512) 384 (512) 416 (512) 448 (512) 480 (512) F7-026055- F7-026055- F7-026055- F7-026055- F7-026055- F7-026055- F7-026055- F7-026055- F7-026055- (512) F7-026055- F7-026055- F7-026055- F7-026055- F7-026055-...

  • Page 42: Input Boards

    Section 2 — Planning Guide Input boards SI-33110 F7-026000-012 The SI-33110 is a 32-input board supporting data rates of 3 to 540 Mbps with input equalization of 300 m for Belden 8281 or equivalent cable. A “gain cell” is included on this board to be used in conjunction with the port expanders in order to create multi-chassis routers.

  • Page 43: Nr-33000 Nic/Sync/Opm Board

    Ordering information The DM-33500, a 256 x 256 matrix board used in the Trinix 512 chassis, features a low power, compact, highly reliable design. This module consists of two circuit boards interconnected, each with a 256 x 128 matrix function. The matrix board uses redun- dant power-conditioning circuitry and 144 x 144 crosspoint ICs (used as 128 x 128) each with its own control circuit.

  • Page 44: Sr-33500 Sync Reference / Output Monitor (Opm) Board

    16 of these modules to give 128 to 512 BNC connections. All unused connectors must be terminated with 75 ohm BNC terminators (not supplied by Thomson). Although a DV-33512 chassis may include SR-33000 and NR-33000 boards (each with two sync inputs), and an SR-33500 board (with four sync inputs), the maximum number of usable sync inputs for any Trinix chassis remains four.

  • Page 45: Crosspoint Bus Buffer

    Ordering information PE- 33016 F7-026000-026 The PE-33016 is a expander module that has 32 connectors on one side and 32 on the other. This unit is bi-directional and can be used as a 2 to 1 combiner (with dual out- puts) or a 1 to 2 splitter.
  • Page 46 Section 2 — Planning Guide Trinix Installation Manual...

  • Page 47: Installation

    1. Before unpacking the equipment, inspect the shipping carton for evidence of freight damage. After unpacking carefully inspect all equipment for freight damage. If the contents have been damaged, notify the carrier and Thomson (see page 9 for contact information). Retain all shipping cartons and padding material for inspection by the carrier.
  • Page 48 Section 3 — Installation 3. Power supplies are factory-installed and auto-sensing. No field adjustment should be necessary. Power supplies for 512 x 512 (DV-33512) switchers are mounted in a separate chassis and require cabling (supplied) from the “DC Output” connector of the power supply chassis to the “DC Input”...
  • Page 49 Summary of installation procedure 9. Connect the appropriate house reference signal(s). DV-33128 and DV-33256 switchers can be equipped with an BL-33000 Broad- linx option (NR-33000 NIC/Sync/OPM board plus software) or an SR-33000 Sync Reference / Output Monitor (OPM) board. The SR-33000 is similar in functionality to the NR-33000 but does not provide network connectivity for status monitoring via BroadLinx software.
  • Page 50 Section 3 — Installation 10. If output monitoring is required, refer to the installation instructions starting on page 11. For information about control system connections, Level settings, and Frame settings, see page 12. Connections for the BroadLinx system are shown on page Note The Broadlinx board should be powered up (or rebooted) after all...
  • Page 51 Summary of installation procedure Figure 16. Installation of rack spacers (when needed). INSTALL RACK SPACERS ONLY WHEN MOUNTING HOLES ARE RECESSED MORE THAN 0.6 INCH (15.2 MM) FROM FRONT SURFACE OF RACK (DIMENSION A). SPACERS WILL POSITION SWITCHER CHASSIS SO THAT ACCESS DOOR CAN BE OPENED FAR ENOUGH TO PERMIT REMOVAL OF RIGHT-HAND COMPONENTS.
  • Page 52 Section 3 — Installation Figure 17. DV-33128 front view (door removed). Power supplies FAN ALARM Fan modules FAN ALARM SR-33000 Sync Reference / NR-33000 Broadlinx Board slots Input/output boards Matrix (“fabric”) b (configuration varies) Trinix Installation Manual...
  • Page 53 Summary of installation procedure Figure 18. DV-33128 rear panel LEVEL SUPER 96 112 INPUT EXPAND OUTPUT EXPAND SYNC REDUNDANT ULTRA INT XPT CNTL 60Hz ENABLE MONITOR FRAME PS B PS A LEVEL SUPER 96 112 MONITOR FRAME GPIO/TC SECONDARY PRIMARY OUTPUT MONITOR REF IN OUTPUT MONITOR...
  • Page 54 Section 3 — Installation Figure 19. DV-33256 front view (door removed). SR-33000 Sync Reference / NR-33000 Network Interface Fan modules Power supplies Modules VADJ O K VADJ Connector to front-door power/alarm LED board Matrix (“fabric”) boards Input/output boards (configuration varies) Trinix Installation Manual...
  • Page 55 Summary of installation procedure Figure 20. DV-33256 rear panel SECONDARY PRIMARY NIC B NIC A COM BUS COM BUS CONSOLE CONSOLE page 53 PS B PS A for details LEVEL CONTROL GPIO/TC CROSSPOINT BUS IN EXPAND SUPER 96 112 OP EXPAND VIT REDUNDANT INT XPT CNTL 60Hz ENABLE...
  • Page 56 Section 3 — Installation Figure 21. DV-33512 main chassis and associated power supply unit Fan modules FAN A FAN B FAN C FAN D FAN E FAN F POWER ALARM IFC Input/output boards (configuration varies) INPUTS INPUTS INPUTS INPUTS OUTPUTS OUTPUTS OUTPUTS OUTPUTS...
  • Page 57 Summary of installation procedure Figure 22. DV-33512 main chassis and power supply chassis connections. PS IFC FAN IFC XPT BUS SR-33500 DC INPUT 2 NOT FUSED RP-33500 board is 42 - 54 VDC 30 - 24 AMPS accessed by removing DC IN + DC IN - this panel...

  • Page 58: Rear Panel Dip Switch Settings

    Section 3 — Installation Rear panel dip switch settings OPEN CLOSED INPUT EXPAND OUTPUT EXPAND SYNC REDUNDANT INT XPT CNTL 60 Hz ENABLE Input/Output expand page Sync redundant This switch is reserved for future use. Internal xpt (crosspoint) control This switch enables the NR-33000 board to drive the crosspoint bus. 60 Hz Enable switch This switch is reserved for future use.

  • Page 59: Power Supply Notes

    Power supply notes Power supply notes Power supply specifications are shown on page Ventilation is critical for Trinix power supplies, which should not be run with the fan not working. (If the supply begins to overheat it will shut itself off automatically to prevent damage.) The use of redundant power supplies is highly recommended.
  • Page 60 Section 3 — Installation Pinouts are shown on.page 61. An illustration of the power connectors is shown on page The power supply modules are factory-installed and designed to be hot-swappable. Note Fuses must be selected and installed as appropriate for mains voltage.
  • Page 61 Power supply notes Table 9. DV-33512 DC power cord pinouts. Power supply connector Cable description Main chassis connector (Ground) Yellow/green (Ground) Plain black DC Out + (left) 1 (red) DC In + (left) DC Out + (right) 2 (blue) DC In + (right) DC Out - (left) 3 (white) DC In - (left)

  • Page 62: Nr/Sr-33000 / Sr-33500 Sync Modules

    Section 3 — Installation NR/SR-33000 / SR-33500 Sync modules The SR-33000 Sync Reference / OPM board, the NR-33000 NIC/Sync/OPM board, or (in DV-33512 units) the SR-33500 Sync Reference board can be used to lock the system to reference sync. The modules accept standard video, black burst, 2 V Com- posite Sync or 4 V Composite Sync as the input signal.

  • Page 63: Nr/Sr-33000 Dual Sync Module Installation

    NR/SR-33000 / SR-33500 Sync modules NR/SR-33000 Dual sync module installation Two NR/SR-33000 modules can be installed in one chassis, providing a total of four sync sources. DIP switch S5 on the Output cards select which Sync line a group of outputs will use: Table 11.
  • Page 64 Section 3 — Installation Coincident (default) +0.5 line +1.0 line +1.5 line +2.0 line +2.5 line Trinix Installation Manual...
  • Page 65 NR/SR-33000 / SR-33500 Sync modules The switches that provide adjustment relative to Reference B (“Reference 2” on SR- 33500) are shown in Table 13. For SR-33000, “On” = switch closed. Table 13. Switch point shift for signals referenced to Ref B / Ref2 Switch point relative to NR: S3-4 NR: S3-5...
  • Page 66 Section 3 — Installation The switches that provide adjustment relative to SR-33500 Reference 3 are shown in Table Table 14. Switch point shift for signals referenced to Ref 3 Switch point relative to SR-33500: S102-1 SR-33500: S102-2 SR-33500: S102-3 Ref. 3 -1.0 line -0.5 line Coincident (default)
  • Page 67 NR/SR-33000 / SR-33500 Sync modules Figure 24. NR-33000 NIC/Sync/OPM board AC and dual power systems DC and single power systems Power Input Select Jumper JN2 SMPTE Alarm Jumper JN1 Report SALARM Supress SALARM Switch S3. See page 63 page S2 default settings Trinix Installation Manual...
  • Page 68 Section 3 — Installation Figure 25. SR-33000 Sync/OPM reference card Monitor expansion jumpers JN 3 and JN 4 DC and single power suppy systems: set JN2 to “DC.” AC and Dual power supply systems: set JN2 to “AC.” Report SMPTE Alarm: set JN1 to “Report.”...
  • Page 69 NR/SR-33000 / SR-33500 Sync modules Figure 26. SR-33500 Sync/OPM reference card Switches S101 and S102. See page 63 page DIP switches S103, S104, and S610 are reserved for future use. The default setting for these switches is “Open.” Trinix Installation Manual...

  • Page 70: Input (In) Expansion And Output (Op) Expansion

    Section 3 — Installation Input (IN) expansion and output (OP) expansion Trinix routers are designed to expand inputs and outputs using passive splitter/com- biner expansion panels. Whenever an expansion panel is connected, signal gain must be increased from 800 mV to 1.6 V to compensate for the added circuitry. 1.
  • Page 71 Input (IN) expansion and output (OP) expansion 3. Output expansion requires input splitters and input gain adjustment. See Figure 29 for an example. The gain increase is accomplished by closing the rear- panel Output Expand DIP switch. This will provide the proper gain increase for all input boards in the chassis (unless overridden by on-board jumpers, as described below).
  • Page 72 Section 3 — Installation various output boards is shown on page 73. Note that the labels on these jumpers may vary--in all cases, pins 1 and 2 are jumpered to increase gain (pin 1 corresponds to the dark rounded end of the label). Trinix Installation Manual...
  • Page 73 Input (IN) expansion and output (OP) expansion Figure 31. Location of gain boost jumpers on output boards SO-33011 Pin 1 SO-33110 (Use “Expand” setting to boost gain) HO-33011 HO-33110 Trinix Installation Manual...

  • Page 74: Output Reclocker Bypass Settings (Hd Units Only)

    Section 3 — Installation Output reclocker bypass settings (HD units only) Front edge DIP switches S5-8 and S1 through S4 on the output board are used to control reclocking as follows: Table 16. S5-8 Switch on S1 “AUTO RCLK” through S4 Auto Detect ON for all outputs (default setting) Closed don’t care...

  • Page 75: Sync Selection Switch S5

    Output reclocker bypass settings (HD units only) Sync selection switch S5 page Trinix Installation Manual...

  • Page 76: Output Monitoring

    Section 3 — Installation Output monitoring Output monitoring allows verification of switcher performance without interrupting normal operations. A separate internal switching system is used to switch the Monitor Output to any output of the switcher. Using a control panel, the operator picks an output as usual—in this case, the Monitor Output.
  • Page 77 Output monitoring Figure 34. Example of output monitor connection for 256 x 256 all-NTSC switcher. QC STATION SECONDARY PRIMARY NIC B NIC A COM BUS COM BUS SWITCHER CONTROL PANEL CONSOLE CONSOLE CONTROL GPIO/TC CROSSPOINT BUS JUPITER CONTROL SYSTEM Trinix Installation Manual...
  • Page 78 Section 3 — Installation Figure 35. Example of output monitor connection for 512 x 512 all-NTSC switcher. QC STATION PS IFC FAN IFC XPT BUS SWITCHER CONTROL PANEL COM BUS COM BUS ALARM LEVEL SUPER ULTRA INPUT EXPAND MONITOR FRAME OUTPUT EXPAND 1024 SYNC REDUNDANT...

  • Page 79: Setting The Output Monitor Address

    Output monitoring Setting the output monitor address Figure 36. MONITOR MONITOR MONITOR 1536 1024 1024 2048 DV-33256 CHASSIS DV-33512 CHASSIS DV-33128 CHASSIS Each Trinix chassis can provide up to four monitor outputs, i.e., one for each of the four possible “channels” (the four possible groups of separately synchronized blocks of outputs).
  • Page 80 Section 3 — Installation Table 17. DV-33128 (128 X 128) DV-33256 (256 X 256) Monitor Output Number Monitor Output Number Switch and Address Switch and Address 1024 1024 1025 1026 1027 Table 18. DV-33512 (512 X 512) Monitor Output Number Switch and Address 1024...

  • Page 81: Output Monitor Reclock / Force Bypass Settings

    Output monitoring Output monitor Reclock / Force Bypass settings DV-33128 and DV-33256 For these models, “Auto detect on” means the signal will be checked to see if it is HD or SD. If HD, the signal will be reclocked. If the signal is SD, it will be bypassed. NR-33000 Monitor Output switches “Bypass B”...

  • Page 82: Monitoring With Expanded Systems

    Section 3 — Installation Monitoring with expanded systems In expanded systems, output monitor signals must be brought through a combiner. An example of an output-expanded system in shown in Figure 37; an input-expanded system is shown in Figure 0 - 255 0 - 255 Trinix 256 x 256...
  • Page 83 Output monitoring For all expanded systems with Monitoring, the “B” switch on the rear of the chassis must be set to ON. See page 53 (128 x 128); page 55 (256 x 256); or page 57 (512 x 512). The “Monitor” switch must also be set to identify the output block provided by each chassis (see page 79).

  • Page 84: Control System

    Section 3 — Installation Control system Figure 39. Jupiter Facility Control System (example). Trinix routing switcher(s) Jupiter file server 10/100BaseT Crosspoint bus terminator Media converter or hub 10Base2 Crosspoint bus Jupiter control panels MPK bus VM 3000 Control Processor Ungrounded 50-ohm terminator The Jupiter Facility Control System can be used to control the Trinix router using a VM 3000 Control Processor...

  • Page 85: Cc-2010 Matrix (Crosspoint Bus) Cable

    Crosspoint Bus Terminator, part number 01- 053050-001. The CC-2010 is a 10-conductor (plus ground) cable. The following ready-made cables, with installed 15-pin D male connectors, are available from Thomson (VDE* cables include ferrite cores): Table 20.

  • Page 86: Vde Emi/Rfi Modifications To Matrix Cables

    Section 3 — Installation Figure 40. CC-2010 wiring. Reference: Assembly, CC-2010 Matrix Cable,” Thomson drawing no. 01- 032707-TAB Twisted pairs* Shield Reset Black Black Yellow Yellow Data Black Black Green Green Clock Black Black Blue Blue Take Black Black White...

  • Page 87: Setting The Trinix Levels

    Control system Setting the Trinix levels Figure 42. LEVEL SUPER 96 112 ULTRA Two back-panel rotary switches are used to set the level address of the router. For Super Crosspoint applications (i.e., all present systems), the left-hand switch is turned to the appropriate most significant bit on the “Super”...
  • Page 88 Section 3 — Installation Table 21. DV-33128 (128 X 128) DV-33256 (256 X 256) FRAME NUMBER FRAME NUMBER INPUTS INPUTS 768- 384-511 1023 256-386 512-767 128-255 256-511 0-127 0-255 OUT- 0-127 128-255 256-386 384-511 OUT- 0-255 256-511 512-767 768-1023 PUTS PUTS Table 22.

  • Page 89: Broadlinx Connections

    Broadlinx connections Broadlinx connections Broadlinx connections are described beginning on page Trinix Installation Manual...
  • Page 90 Section 3 — Installation Trinix Installation Manual...

  • Page 91: Broadlinx

    Section Broadlinx The Broadlinx product allows a Trinix router equipped with an NR-33000 Sync/NIC/ OPM board to be monitored with a Windows PC via a standard LAN connection. It can also be used to download software upgrades to the various boards in the system. For an overview of Broadlinx functions, please see page The PC must be on the same network as the Broadlinx board, or else be connected to...

  • Page 92: Hardware Installation

    Section 4 — Broadlinx Hardware installation Broadlinx LAN The PC-to-Trinix connection uses a standard 10/100BaseT (Cat 5E twisted pair enhanced) network cable with RJ-45 connectors. Shielded cable is recommended, maximum length 60 meters. Maximum length for unshielded cable is 100 meters. See Figure In multi-frame systems, a “Com Bus”...

  • Page 93: Network Configuration

    Hardware installation 2. Connect the hub or switch to the Trinix. For the primary Broadlinx board connect an Ethernet cable to the RJ45 jack labelled “NIC A.” If you plan on using a secondary Broadlinx board connect another Ethernet cable from the hub to the RJ45 jack labelled “NIC B.”...

  • Page 94: Complex Network

    Section 4 — Broadlinx 8. The Explorer Proxy setting must be turned off. To check the Proxy setting, go to Tools > Internet Options > Connections > LAN Settings. 9. Enter the factory default URL (Broadlinx board IP address): http://192.168.253.200 You should see the main Broadlinx web page: Figure 45.
  • Page 95 Hardware installation 3. The primary Broadlinx board should be booted (or rebooted) at this time. One way to do this is to unseat and reseat the board: a. To re-insert the board, keep the ejector levers spread apart and slide the board in until the levers make contact.Then fold the levers toward each other to seat the board.

  • Page 96: Software Installation

    Section 4 — Broadlinx 8. Press the “Configure Network Interface” button (orange box with > in it) to navigate to the Network Configuration page. You will be prompted to enter a User Name and Password. Enter “admin” for the User Name, “admin” for the Password, and press the Log On button to continue.
  • Page 97 Hardware installation 3. When connection is established, you will see the Broadlinx top-level page (similar to the following): Figure 48. In this example, “Device Tree” is the System Description. This name can be mod- ified if desired (as described on page 103).
  • Page 98 Section 4 — Broadlinx Checking hardware status 1. Connect to the router following the procedure just described. 2. Click on the graphic of the router front panel. A line drawing of the Trinix chassis will appear (similar to Figure 49). Figure 49.
  • Page 99 Hardware installation Checking switcher signal status 1. Connect to the router following the procedure described on page 2. Click on the graphic of the router front panel. 3. Select “Signals.” A menu similar to Figure 50 will appear. Monitor Window (DV-33128 and DV-33256). Figure 50.
  • Page 100 Section 4 — Broadlinx For more information about output monitoring, refer to the manual supplied with the control system. Note The Monitor display has not been fully defined for expanded sys- tems. Selecting the Input tab will display a menu similar to that shown in Figure 51.
  • Page 101 Hardware installation Selecting the Outputs tab will display a menu similar to that shown in Figure 52. This table shows the status of each physical output (i.e., the number of the physical input switched to the output) and whether or not the reclocking circuit is enabled for the output.
  • Page 102 Section 4 — Broadlinx Configuration 1. Connect to the router following the procedure described on page 2. Select “Configuration.” This will display a menu similar to that shown in Figure Figure 53. The “Firmware” field shows the version number of the last-activated top-level software package.
  • Page 103 Hardware installation Time Management Broadlinx time settings are used only to timestamp the “Events” log entries. The menu is shown in Figure Figure 54. The Daylight Savings Time box must be checked or unchecked manually at the appro- priate time during the year. The UTC Offset is the number of hours that standard time at the customer location is ahead or behind Universal Time Coordinated (Greenwich Mean Time).
  • Page 104 Section 4 — Broadlinx Network Interface Figure 55. Use of this menu during initial configuration has already been described (page 93.). The menu can later be used by network administrators to adapt the system to changing network requirements. The following fields are provided: •...
  • Page 105 Hardware installation Firmware management Figure 56. The firmware used in the Trinix system consists of a collection of programs operating within the various PC boards. These programs are identified either by a sub-level revi- sion number from 1 to 255 or by a date. Since these programs must be compatible with each other, they are managed as a package with a top-level revision number.
  • Page 106 Section 4 — Broadlinx Each Trinix circuit board typically has a program active in one or more FPGA (Field Programmable Gate Array) ICs and another program active in a microcontroller IC. The FPGA controls the board’s switcher functions, while the microcontroller allows Broadlinx communication to and from the FPGA and other board components.
  • Page 107 Hardware installation Uploading New Software 1. The new software package (usually a file with the extension “.ar”) should be copied to the PC having a Broadlinx connection to the router. 2. At the Firmware Management menu, select “Upload.” 3. Browse to the new software file and initiate the upload. Note Do not click on the “Upload”...
  • Page 108 Section 4 — Broadlinx Trinix Installation Manual...

  • Page 109: Troubleshooting

    Section Troubleshooting LEDs Front panel Display Meaning Master alarm for this chassis: check POWER/ALARM internal alarm LEDs Green Power on, chassis OK System is not powered Power supplies Display Meaning AC OK Green AC Power OK Supply is not powered (or is not operating) DC OK Green DC power OK...
  • Page 110 Section 5 — Troubleshooting Input boards - SI-33110 SD and HI-33110 HD Part side Display Meaning Master alarm for this board. A DC supply ALARM DS601 has failed to turn on Board OK -5VAOK DS31 Green -5 VA supply OK Check -5 VA supply IN_USE DS602...
  • Page 111 512 Matrix board - DM-33501/33502 Part side Display Meaning IN USE A DS201_1 Yellow A crosspoint is active in XPT_A IC No crosspoints are active in XPT_A IC P2V5A OK DS204_1 Green P2V5A converter is OK (for XPT_A side) P2V5A converter has failed IN USE B DS201_2 Yellow...
  • Page 112 Section 5 — Troubleshooting Output boards - SO-33110 SD and HO-33110 HD Part side Display Meaning 1 or more crosspoints now in use on this INUSE Yellow board No crosspoints in use on this board DONE DS501 Green The Xilinx FPGAs are properly configured FPGAs failed to configure +10V DS41...
  • Page 113 Dip side IN_USE Yellow Output Monitor is active Green Xilinx load done 3V3+OK Green 3V3 supply OK 5V+OK Green 5V+ supply OK 10VOK Green 10 V supply OK REF_ALR Yellow Reference B alarm REF_ALR Yellow Reference A alarm PALRM Primary alarm SALRM Yellow Secondary alarm (single fan failure)
  • Page 114 Section 5 — Troubleshooting Dip side Display Meaning USE7 Yellow Output monitor is active Green Xilinx load done Green 3V3 supply OK Check 3V3 supply Green 5 VA supply OK Check 5 VA supply Green 10 V (A and B) supplies OK 10 V (A and/or B) supply alarm.
  • Page 115 NR-33000 dual 7-segment LED CPU codes S.0 End of bus 0 first access to segment display if the start type is BOOT_COLD S.1 End of bus 1 B.C If there is a memory check sum error in the EEPROM. 1.C If there is an I2C timeout while communicating with the SDRAM module. B r If there is a DRAM error (unable to determine the memory size, Not a 32,64,128,256 MB memory bank).

  • Page 116: Signal Flow

    Section 5 — Troubleshooting Signal flow Signal flow for a 256 x 256 router, which requires four matrix cards, is shown below. Figure 57. HS-33200 Backplane DM-33100 128 x 128 Fabric (matrix) board No.1 DM-33100 128 x 128 Fabric (matrix) board No.2 Inputs 128-255 Outputs 0-127 Outputs 128-255...
  • Page 117 Figure 58. Signal flow for a 512 x 512 router, which requires four DM-33500 modules. Trinix Installation Manual...
  • Page 118 Section 5 — Troubleshooting Trinix Installation Manual...
  • Page 119 A board - ES-3000 used for Thomson Broadcast Automation applications. AA board - analog audio processor for Saturn Master Control switcher. AccuSwitch - control application for CM 4000. Provides interface between Thomson Crosspoint Bus routers and certain automation systems, including Thomson Broadcast Automation.
  • Page 120 - independent operation of a switcher level. Same as “split.” Contrasts with normal AFV operation. Example: selecting video from VTR1 but audio from Announce Booth 2. BTS - Broadcast Television Systems. A joint venture of Bosch and Philips. Now part of Thomson Broadcast and Media Solutions.
  • Page 121 DSP - digital signal processor. DV board - digital video processor for Saturn Master Control switcher. DVS - (Philips) Digital Video Systems. Successor to BTS. Now part of Thomson Broadcast and Media Solutions. EBU - European Broadcasting Union. Internet address: http://www.ebu.ch/.
  • Page 122 ANSI-SMPTE 207M and Recommended Practice 113. The Jupiter Serial bus is designed to be com- patible with ESbus; however, the serial data cable supplied by Thomson uses only 5 conductors. (In Jupiter systems, “ESbus” usually refers to VTR control.) EScontrol - control of a “remote”...
  • Page 123 PRIMARY STATUS INSTRUCTION interface bus - an ES term for the channel that connects VTRs, control panels, bus controllers, etc. Uses 9- pin D connectors (but Thomson version uses only 5-conductor cable). See SERIAL BUS IP - see JNIA - Jupiter Network Interface Application. A program that supports operation of a Logger, Log Viewer, Party Line Download software, Physical Control (Switching), CP 3200, and Force Unprotect/Unlock.
  • Page 124 MIDI - Musical Instrument Digital Interface. Serial interface bus used in Triton switchers. MNC - Media, Networking, and Control. A Thomson business unit that includes matrix router products. mnemonic - abbreviation, usually four characters long, for a particular input or output. Mnemonics appear in the LED status windows of the control panels.
  • Page 125 PCI - Peripheral Component Interconnect, a local computer bus standard developed by Intel Corporation. Most PCs include a PCI bus in addition to a more general ISA expansion bus. Philips Broadcast - successor to Philips Digital Video Systems ( ). Now part of Thomson Broadcast and Media Solutions. physical level - see LEVEL PL board - PL 3000 Party Line Interface.
  • Page 126 PC -a PC on a Jupiter LAN in addition to the PC used as the file server. Can be used for auxiliary tasks such as remote LOGGING remote switcher -a non-Thomson distribution switcher under Jupiter control. retained level - see STICKY LEVEL reverse switching -reverse switching is used in RS-232/422/423 data switchers where one level is used to switch data from a controlling device (such as an editor) to a controlled device (such as a VTR);...
  • Page 127 Glossary server - 1. Hardware: a computer that provides shared services to other computers over a network; e.g., a file server. 2. Software: a program that provides data to client programs in the same or other computers. In Jupiter systems, a “JNS server” (software) is said to run on a “file server” (hardware). set - see CONFIGURATION SET single-bus control panel - selects any source for 1 destination.
  • Page 128 TeleMation - Salt Lake City manufacturer of CATV and broadcast equipment founded by Lyle O. Keys and asso- ciates. Now part of Thomson Broadcast and Media Solutions. three-stage switching - architecture used for very large switchers as a means of reducing crosspoints needed for a given number of inputs/outputs.
  • Page 129 Index Index B switch BCS-3000 defined Symbols Belden 9505 Binary super crosspoint bus .ar (filename extension) defined BL-33000. See Broadlinx, NR-33000 Numerics Black burst Boot 10/100BaseT Broadlinx board defined Breakaway 10Base2 defined defined Broadcast IP 4000 series defined Broadlinx ordering information 60 Hz enable overview 7000 control system...
  • Page 130 Index Defined CM 4000 DA board CM-4000 defined defined Data rate Com Bus Data reclocking Com bus Daylight savings time Component descriptions Composite sync Defined Configuration Declaration of Conformity Configuration (Broadllinx display) Delegation Configuration sets Defined Defined DHCP Conformity, Declaration of defined Connectors Dip switch settings...
  • Page 131 Index Encore Freight damage 11, 12, 16, Equalization Full-matrix control Defined ES-3000 defined Fuses ES-400 defined ES-401 Gateway defined Defined ESbus Gateway IP Defined Glossary ESnet defined GPIO/TC Connector Ethernet defined Exclusion defined Expanded systems Explorer Hardware address Extended crosspoint bus defined Defined HI-33110...
  • Page 132 Index defined IP Mask MADI Ipconfig Defined Manuals, related Matrix Cable, VDE modifications JN3/JN4 Matrix board SR board Matrix bus JNIA Defined defined defined defined Microcontroller active/pending JNS Servers Microsoft defined Internet Explorer Jupiter MIDI defined Defined manual Mnemonic Jupiter XPress Defined defined Monitor...
  • Page 133 Index removing Power/Alarm Online documentation LED on front panel Op expand Defined defined Pre-wiring Output board Primary Ref IN 1 Connector Output board switches Primary Ref In 1 connector Output expand Primary status instruction Output jitter Defined Output monitor address Protect Output monitoring Defined...
  • Page 134 Index Router (network) LEDs Spare parts RS-422 defined defined SPDIF defined Specifications Split SR board Defined Salvo SR-33000 defined LEDs ordering information defined PALARM Switch S2 Segment 63, 81, sync connections Defined V-phasing Sequencing SR-33500 defined ordering information Serial bus sync connections Defined Stand-alone VM-3000...
  • Page 135 Index defined TCP/IP address X-Y selection TCS-1 Defined defined TCS-2 defined Terminator Y line Three-stage switching defined Defined Tie line defined Time Management defined Tributary Defined Tri-level Sync Troubleshooting Upload (button) User name UTC offset Cable modifications Defined Vertical interval switching input timing requirement Video inputs Video Standard Operation...
  • Page 136 Index Trinix Installation Manual...

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Grass valley trinix dv-33256Grass valley trinix dv-33512

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