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Trinix NXT — Installation and Service Manual

Section 9 — Planning Guide

Figure 32. Use of Single PE-33016 to Provide Dual Outputs for 16 Switcher Outputs

Dual outputs

These 16
cables connect
to rear of PE

16A

16B

rminate

Unused BNCs

PE-33016-1

Exterior

390-1796-00

PE-33016-1

Interior

390-1797-00

Summary of Contents for TRINIX NXT -

Page 1: ...Trinix NXT DIGITAL VIDEO ROUTER Installation and Service Manual Software Version 3 3 0 071827612 SEPTEMBER 2011 ...

Page 2: ...ISO 9001 2008 Scope The design manufacture and support of video and audio hardware and software products and related systems This Certificate is valid until June 14 2012 This Certificate is valid as of December 23 2010 Certified for the first time June 14 2000 H Pierre Sallé President KEMA Registered Quality The method of operation for quality certification is defined in the KEMA General Terms And...

Page 3: ...Trinix NXT DIGITAL VIDEO ROUTER Installation and Service Manual Software Version 3 3 0 071827612 SEPTEMBER 2011 ...

Page 4: ...8080 2020 or 33 1 48 25 20 20 United States Canada 24 x 7 1 800 547 8949 or 1 530 478 4148 Local Support Centers available during normal business hours Asia Hong Kong Taiwan Korea Macau 852 2531 3058 Indian Subcontinent 91 22 24933476 Southeast Asia Malaysia 603 7805 3884 Southeast Asia Singapore 65 6379 1313 China 861 0660 159 450 Japan 81 3 5484 6868 Australia and New Zealand 61 1300 721 495 Cen...

Page 5: ...Guidelines 27 Sources of ESD and Risks 28 Grounding Requirements for Personnel 29 Section 8 Introduction 31 General 31 SD HD and 3GB s in the Same Frame 32 Easy to Create Very Large Routers 33 Control Systems 33 The Symmetric Trinix Frame 33 The Asymmetric Frame 34 Trinix Architecture 34 Serviceability and Reliability 35 Broadlinx 36 Section 9 Planning Guide 39 Introduction 39 Trinix Frames 39 Syn...

Page 6: ... 151 Sync Reference Connections 157 NR SR 33000 SR 33500 TRX SR V Phasing 170 Output Board Configuration 185 Duplication and Expansion 186 Output Reclocker Bypass Settings 197 Input Equalization Settings 199 Output Monitoring 200 Monitoring with Expanded Systems 207 Frame Number Settings 212 Jupiter Control 214 SMS 7000 Encore Control 219 LAN and Com Bus Connections 221 Replacing Trinix Boards 226...

Page 7: ...x Boards 309 Broadlinx Internet Explorer Monitoring 311 Firmware Update 318 Trinix Matrix Identification from the NetConfig Software 319 Updating the FPGAs Firmware on Multiple Boards at the Same Time 322 Section 14 Broadlinx Console Commands 329 Section 15 Broadlinx Version and Supported Trinix Boards 337 Matrix Controller 338 Matrix 338 Reference 339 Rear Panel 341 Input 341 Output 342 Section 1...

Page 8: ...tic Cleaning Requirement 412 Specifications 415 LED Displays 417 Trinix Fiber Boards Installation 420 Installing the Trinix Fiber Option 421 Section 21 Front Air Vent 425 Front Air Vent FAV Overview 425 Installation Procedure 427 Installing the FAV 427 Section 22 Trinix Frame Slot Maps 429 Trinix 512x512 Frame Slot Numbers 430 Trinix 256x256 Frame Slot Numbers 431 Trinix 128x128 Frame Slot Numbers...

Page 9: ...umentation set Jupiter Control System Release Notes Jupiter VM 3000 Installation and Operating Manual Jupiter CM 4000 Installation and Operating Manual Jupiter CM 4000 Installation and Service Manual Jupiter Getting Started Guide Encore Control System Release Notes series Encore Installation and Service Manual Encore Control System User Manual Encore Control Panels Manual An electronic copy of the...

Page 10: ...10 Trinix NXT Installation and Service Manual Preface ...

Page 11: ...ied to do so Safety Terms and Symbols Terms in This Manual Safety related statements may appear in this manual in the following form WARNING Warning statements identify conditions or practices that may result in per sonal injury or loss of life CAUTION Caution statements identify conditions or practices that may result in damage to equipment or other property or which may cause equipment crucial t...

Page 12: ...ternal protective grounding terminal which may be connected to earth ground as a supplement to an internal grounding terminal Indicates that static sensitive components are present which may be damaged by electrostatic discharge Use anti static procedures equipment and surfaces during servicing Warnings The following warning statements identify conditions or practices that can result in personal i...

Page 13: ...using Disconnect mains power prior to servicing Use proper lift points Do not use door latches to lift or move equipment Avoid mechanical hazards Allow all rotating devices to come to a stop before servicing Cautions The following caution statements identify conditions or practices that can result in damage to equipment or other property Use correct power source Do not operate this product from a ...

Page 14: ...rical codes Operation of this equipment at voltages exceeding 130 VAC requires power supply cords which comply with NEMA configurations International power cords if provided have the approval of the country of use Use correct replacement battery This product may contain batteries To reduce the risk of explosion check polarity and replace only with the same or equivalent type recommended by manufac...

Page 15: ...prechende Qualifikationen für diese Arbeiten Sicherheit Begriffe und Symbole In diesem Handbuch verwendete Begriffe Sicherheitsrelevante Hinweise können in diesem Handbuch in der fol genden Form auftauchen WARNUNG Warnungen weisen auf Situationen oder Vorgehensweisen hin die Verletzungs oder Lebensgefahr bergen VORSICHT Vorsichtshinweise weisen auf Situationen oder Vorgehensweisen hin die zu Schäd...

Page 16: ...lossen werden Weist auf eine externe Schutzerdungsklemme hin die als Ergänzung zu einem internen Erdungskontakt an die Erde angeschlossen werden kann Weist darauf hin dass es statisch empfindliche Komponenten gibt die durch eine elektrostatische Entladung beschädigt werden können Verwenden Sie antistatische Prozeduren Ausrüstung und Oberflächen während der Wartung Warnungen Die folgenden Warnungen...

Page 17: ... Kriechströme Das Gerät muss vor dem Einschalten unbedingt geerdet werden Doppelte Spannungsversorgung kann vorhanden sein Schließen Sie die beiden Anschlußkabel an getrennte Stromkreise an Vor Servicearbeiten sind beide Anschlußkabel vom Netz zu trennen Zweipolige neutrale Sicherung Schalten Sie den Netzstrom ab bevor Sie mit den Servicearbeiten beginnen Fassen Sie das Gerät beim Transport richti...

Page 18: ...l richtig verlegen Verlegen Sie Netzkabel und andere Kabel so dass Sie nicht beschädigt werden Stützen Sie schwere Kabelbündel ordnungs gemäß ab damit die Anschlüsse nicht beschädigt werden Richtige Netzkabel verwenden Wenn Netzkabel mitgeliefert wurden erfüllen diese alle nationalen elektrischen Normen Der Betrieb dieses Geräts mit Spannungen über 130 V AC erfordert Netzkabel die NEMA Konfigura t...

Page 19: ...ez à aucune intervention d entretien autre que celles contenues dans le manuel de l utilisateur à moins que vous ne soyez habilité pour le faire Consignes et symboles de sécurité Termes utilisés dans ce manuel Les consignes de sécurité présentées dans ce manuel peuvent apparaître sous les formes suivantes AVERTISSEMENT Les avertissements signalent des conditions ou des pratiques susceptibles d occ...

Page 20: ... procéder au raccorde ment des autres équipements Identifie une borne de protection de mise à la masse qui peut être connectée en tant que borne de mise à la masse supplé mentaire Signale la présence de composants sensibles à l électricité sta tique et qui sont susceptibles d être endommagés par une décharge électrostatique Utilisez des procédures des équipe ments et des surfaces antistatiques dur...

Page 21: ...dans un environnement non explosible N utilisez pas ce produit dans un environnement dont l atmosphère est explosible Présence possible de courants de fuite Un raccordement à la masse est indis pensable avant la mise sous tension Deux alimentations peuvent être présentes dans l équipement Assurez vous que chaque cordon d alimentation est raccordé à des circuits de terre séparés Débranchez les deux...

Page 22: ... Acheminez les câbles correctement Acheminez les câbles d alimentation et les autres câbles de manière à ce qu ils ne risquent pas d être endommagés Supportez correctement les enroulements de câbles afin de ne pas endom mager les connecteurs Utilisez les cordons d alimentation adéquats Les cordons d alimentation de cet équipement s ils sont fournis satisfont aux exigences de toutes les régle menta...

Page 23: ...ll be required to correct the interference at his own expense Changes or modifications not expressly approved by Grass Valley Group can affect emission compliance and could void the user s authority to operate this equipment Canadian EMC Notice of Compliance This digital apparatus does not exceed the Class A limits for radio noise emissions from digital apparatus set out in the Radio Interference ...

Page 24: ...gulations in HD 482 S1 People performing such an act are required by law to recertify and reidentify this product in accordance with provisions of 21CFR sub chapter J for distribution within the U S A and in accordance with CENELEC HD 482 S1 for distribution within countries using the IEC 825 standard Laser Safety Laser safety in the United States is regulated by the Center for Devices and Radiolo...

Page 25: ... This device may no cause harmful inter ference and 2 this device must accept any interference received including interference that may cause undesirable operation This device has been tested and found to comply with FCC Part 15 Class B limits for a digital device when tested with a representative laser based fiber optical system that complies with ANSI X3T11 Fiber Channel Standard Certification C...

Page 26: ...26 Trinix NXT Installation and Service Manual Regulatory Notices ...

Page 27: ...nes Follow these guidelines when handling Grass Valley equipment Only trained personnel that are connected to a grounding system should handle ESDS items Do not open any protective bag box or special shipping packaging until you have been grounded Note When a Personal Grounding strap is unavailable as an absolute minimum touch a metal object that is touching the floor for example a table frame or ...

Page 28: ... that is being generated For example at 10 20 RH a person walking across a carpeted floor can develop 35kV yet when the rel ative humidity is increased to 70 80 the person can only generate 1 5kV Static is generated as personnel move or as equipment is moved across a floor s surface Carpeted and waxed vinyl floors contribute to static build up Work Surfaces Painted or vinyl covered tables chairs c...

Page 29: ...e total system resistance including the person garment and grounding cord must be less than 3 5 x 107 ohm Table 1 Product Qualification Personnel Grounding Technical Requirement Test Method Required Limits Wrist Strap System ANSI ESD S1 1 Section 5 11 3 5 x 107 ohm Flooring Footwear System Method 1 ANSI ESD STM97 1 3 5 x 107 ohm Flooring Footwear System Method 2 both required ANSI ESD STM97 1 ANSI...

Page 30: ...30 Trinix NXT Installation and Service Manual ESD Protection ...

Page 31: ...r router Frame Sizes Trinix is available in six fixed frame sizes 128 x 128 router in eight Rack Units RUs 128 x 256 router in 11 RUs 256 x 256 router in 15 RUs 256 x 512 router in 22 RUs 512 x 512 router in 32 RUs 512x1024 router in 40 RUs These fixed frame designs offer optimal solutions for customers who have minimum space requirements yet still need a large number of crosspoints Features The r...

Page 32: ...oring via Microsoft Internet Explorer SNMP NetCentral system monitoring also available Note The part numbers for the Trinix routers have changed from DV to TRX NXT x The exceptions for this change are noted in this manual The DV part number will be shown and described when a disparity occurs Additional Options The Trinix Routing switcher has additional options that will help you to meet your busin...

Page 33: ...ntrolled by the Jupiter Facility Control System using a Crosspoint bus connection see Glossary and either a VM 3000 System Controller or a CM 4000 System Controller The VM and CM controllers can receive switching commands from a variety of serial sources including Jupiter control panels or an automation computer Trinix can also be con trolled using a direct Ethernet CPL integration with the Grass ...

Page 34: ...des four AC input connectors The wattage for each of these modules is 1200 W for AC low line 1800 W for AC high line The 128 x 256 frame includes three fan modules the 256 x512 frame includes seven and the 512x1024 frame uses eight four in each power supply tray two PS trays are the minimum Trinix Architecture The architecture of the Trinix signal flow is organized into three boards Input board Ma...

Page 35: ... output option is implemented by adding physical expanders in increments of 16 up to 256 Both outputs are non inverting and fully meet DVB ASI see Glossary specifications Serviceability and Reliability Trinix routing switchers are engineered by the same team that developed the Venus and Venus2001 family of routing switchers and use many of the same proven circuit designs that made the Venus line t...

Page 36: ...guage through an Ethernet con nection Broadlinx will also support SNMP NetCentral monitoring with the correct license The monitoring network consists of a Windows PC network interface con nection NIC circuitry on the NR 33000 board and microprocessors on each circuit board in the system All of the processors are interconnected via a communications bus Com Bus Broadlinx Web Page Monitoring Broadlin...

Page 37: ...x board NetCentral NetCentral is a suite of software modules that can reside on one or more computers These modules work together to monitor and report the opera tional status of SNMP enabled devices For example Trinix Encore 7500NB WB frames Concerto Fast Controllers and so forth When the Trinix SNMP Agent is activated it will automatically send mes sages or reports the device status to the NetCe...

Page 38: ...ement application For more information please refer to the NetCentral User Guide Non NetCentral Managers For information concerning registration of Monitoring Stations SNMP Managers for use with non NetCentral SMNP management applications please refer to Configuring an SNMP Manager s IP Address on page 303 ...

Page 39: ...ide additional detail such as connection diagrams and ordering information Grass Valley recommends that you terminate all unused outputs Properly shielded 75 ohm terminators or spare infrastructure coax cables should be used This step will ensure EMC compliance Spare BNC panels that are not connected to boards do not need to be terminated Grass Valley recommends that the cable lengths be no less t...

Page 40: ... in 32 RUs See Figure 9 on page 48 Trinix Asymmetrical Frames The Asymmetric Trinix router is currently available in three frame sizes TRX NXT 128x256 128x256 in 11 RUs See Figure 11 on page 49 and Figure 12 on page 50 TRX NXT 256x512 256 x 512 in 22 RUs See Figure 14 on page 51 TRX NXT 512x1024 512 x 1024 in 40 RUs 1 RU top fan 1 RU bottom fan Two 2 1RU power supplies are also required See Figure...

Page 41: ...A 47 63HZ 100 130V 200 240V AUTO SELECT 230 T2 5A 240V WITH SAME TYPE AND RATING OF FUSE 115 6 0A 250V SLOW BLOW WARNING FOR CONTINUED PROTECTION AGAINST RISK OF FIRE REPLACE ONLY ALARM GPIO TC PRIMARY COM BUS CONSOLE A OUTPUT MONITOR 1 2 LAN A REF IN 1 2 CROSSPOINT BUS CONTROL CROSSPOINT BUS 1 32 L N E L N E 8 1 17 6 2 3 4 5 12 7 8 9 10 11 23 22 21 20 19 18 28 27 26 25 24 13 14 15 16 31 32 30 29 ...

Page 42: ...42 Trinix NXT Installation and Service Manual Section 9 Planning Guide Figure 3 TRX NXT 256x256 Rear Panel 071827609_NXT 12xx128_rear ...

Page 43: ...5 27 7 6 22 24 23 4 3 2 21 20 1 15 14 13 12 10 19 16 17 18 32 31 30 29 28 5 8 9 11 26 25 27 7 6 22 24 23 4 3 2 21 20 1 15 14 13 12 10 19 16 17 18 32 31 30 29 28 5 8 9 11 26 25 27 7 6 22 24 23 4 3 2 21 20 1 15 14 13 12 10 19 16 17 18 32 31 30 29 28 5 8 9 11 26 25 27 7 6 22 24 23 4 3 2 21 20 1 15 14 13 12 10 19 16 17 18 32 31 30 29 28 5 8 9 11 26 25 27 7 6 22 24 23 4 3 2 21 20 1 15 14 13 12 10 19 16...

Page 44: ... Monitoring Switch for the DV 33256 and TRX NXT 256x256 5 8 7 9 6 0 0 3 4 8 0 3 1 7 9 2 5 6 4 0 1 2 LEVEL SUPER MONITOR 512 384 128 256 14 12 11 10 13 15 14 12 11 10 13 15 32 64 48 80 96 96112 80 16 32 48 64 16 112 ULTRA FRAME SYNC REDUNDANT C B A 60Hz ENABLE INT XPT CNTL INPUT EXPAND OUTPUT EXPAND ...

Page 45: ...Trinix NXT Installation and Service Manual 45 Trinix Frames Figure 6 TRX NXT 256x256 Rear panel 071827609_NXT 256x256_rear ...

Page 46: ...TS INPUTS 449 480 INPUTS INPUTS 481 512 OUTPUTS OUTPUTS INPUTS INPUTS 417 448 INPUTS 385 416 225 256 193 224 161 192 FAN A FAN ALARM FAN B FAN ALARM FAN ALARM DC AC OK VADJOK AC OK DC OK VADJ 385 416 OUTPUTS 417 448 449 480 OUTPUTS OUTPUTS 481 512 OUTPUTS OUTPUTS 257 288 OUTPUTS INPUTS 1 256 OUTPUTS 257 512 INPUTS 257 512 OUTPUTS 257 512 129 160 INPUTS INPUTS 161 192 INPUTS 193 224 225 256 INPUTS ...

Page 47: ... 13 12 11 10 8 0 7 1 9 15 FRAME 6 10 7 9 LEVEL 32 SUPER 0 96 2 0 14 C B A INT XPT CNTL OUTPUT EXPAND INPUT EXPAND 60Hz ENABLE SYNC REDUNDANT PS IFC FAN IFC XPT BUS COM BUS COM BUS ALARM CONTROL CONSOLE B CONSOLE A AGAINST RISK OF FIRE REPLACE ONLY WITH SAME TYPE AND RATING OF FUSE WARNING FOR CONTINUED PROTECTION AC INPUT 100 240 V 10 0 5 0A 50 60Hz PS D DC IN DC IN 100 120V 12 5A 250V SLO BLO 200...

Page 48: ...48 Trinix NXT Installation and Service Manual Section 9 Planning Guide Figure 9 TRX NXT 512x512 Rear Panel 071827609_trx 512x512_connections ...

Page 49: ...4 512 2048 1536 16 112 1 15 80 48 64 80 48 64 0 ULTRA MONITOR 16 32 96 112 3 5 4 12 11 13 3 6 5 2 4 8 14 13 12 11 10 8 0 7 1 9 15 FRAME 6 10 7 9 LEVEL 32 SUPER 0 96 2 0 14 C B A INT XPT CNTL OUTPUT EXPAND INPUT EXPAND 60Hz ENABLE SYNC REDUNDANT 071827609_DIP Switch and Monitor settings 512 071827610_128x256_Front Fan modules Input Boards Matrix boards Output Boards Broadlinx Boards ...

Page 50: ...3 The Level Monitor and Frame Switch For the 128x256 Routing Switcher Fan modules and Exhaust vents DC Power inputs Input and Output boards The outer four slots are Output boards The inner eight slots are Input boards Matrix boards SR module 071827610_128x256_ rear See Figure 13 for detail OPM Board 27612_LEVEL_MONITOR_128x256 ...

Page 51: ...h For the 256x512 Routing Switcher 071827609_256X512 Frame_Front view 071827609_256X512 Frame_Back view Broadlinx boards Fan modules and Exhaust vents See Figure 15 for detail DC Power inputs Input and Output boards The outer four slots are Output boards The inner eight slots are Input boards Matrix boards SR module Output boards 071827612_LEVEL_MONITOR_256x512 ...

Page 52: ...de Figure 16 TRX NXT 512x1024 Asymmetric Frame Front and Back Fan modules DC Power inputs Matrix and Sec ondary Broadlinx boards Fan modules Output Boards Input Boards Output Boards DC Power inputs Matrix and Primary Broadlinx boards See Figure 17 on page 53 for detail ...

Page 53: ...Trinix NXT Installation and Service Manual 53 Trinix Frames Figure 17 The Level Monitor and Frame Switch For the 512x1024 Routing Switcher ...

Page 54: ...54 Trinix NXT Installation and Service Manual Section 9 Planning Guide Figure 18 Protected Paths Signal Flow and Power Supply System for TRX NXT 512x512 Router ...

Page 55: ...requirements The back panel of the frame provides a separate AC connector for each power supply Each power supply has its own separate IEC AC power cord Each power cord should be plugged into a separate dedicated 20A AC low line 10A AC high line power circuit This action prevents the router from having one failed supply being able to trip the breaker on a heavily loaded circuit and then temporaril...

Page 56: ...r supply trays connect to the frame in the rear of the chassis on the A1 and A2 correctors Secondary power supplies may be added to the B1 and B2 connectors using an additional pair of power supply trays See Trinix Asymmetrical Power Supply Configurations on page 227 for more informa tion See the DC Power Input section of the Electrical Specifications for the Asym metrical Trinix power requirement...

Page 57: ... of the frame cut outs are located on the very bottom of the sides and from the central area of the left and right sides The air is drawn to the top rear of the frame across all of the Input and Output boards as well as the Matrix boards and then expelled out the back of the router Figure 20 Airflow Openings for TRX NXT 256x256 Frame Right side Rear Left side IN IN IN OUT OUT Right side Rear Left ...

Page 58: ... boards as well as the matrix boards to the top rear of the frame The air is then expelled out the back of the router The airflow openings for the 128x256 frame are shown in Figure 22 on page 59 The airflow openings for the 256x512 frame are shown in Figure 23 The 512x1024 frame is the result of years of researching how to cool a routing switcher The routing switcher has two fans one on the top an...

Page 59: ...me Figure 23 Airflow Openings for the TRX NXT 256x512 Main Frame A two 2 RU space should be kept free on the bottom of the frame and fan to ensure enough airflow to prevent the routing switcher from overheating IN OUT 071827609_128x256 Cooling IN 0 7 1 8 2 7 6 0 9 _ 2 5 6 X 5 1 2 F r a m e _ C o o l i n g Side Rear OUT ...

Page 60: ...U vent option is also available to draw intake air in from the front of the frame Figure 24 TRX NXT 512x1024 071827612 512x1024 w fans_r1 ai OUT IN 071827612 512x1024 w fans_r1 ai 2 RU Air Vent located at the bottom of the frame 1 RU Fans located at the top and bottom of the frame ...

Page 61: ...3000 board can be installed in the associated power supply frame to provide Broadlinx capability It is also possible to divide the sync sources between the SR 33500 and the Broadlinx board but the maximum number of sync sources is always four In TRX NXT 256x512 Routing switchers which are normally supplied with a TRX SR Sync OPM board up to four independent sync sources can be connected and any of...

Page 62: ...onitor inputs to accommodate cascading multiple frames into a single output monitor stream These boards are specific to the asymmetrical routers for more information see Asymmetrical Frames on page 200 in the Monitoring section 3Gp s Output Monitoring The TRX GPMEZ 3G mezzanine module on the TRX HO 3G base Output Module in the Trinix Symmetrical frame receives a stream that is 1080p59 95 it is the...

Page 63: ...l 63 Trinix Frames Figure 25 Input and Output Routing Through Matrix Board For 128 x 128 Routing Switcher 32 Output Card Matrix Card 128 x 128 32 Output Card 32 Output Card 32 Output Card 32 Input Card 32 Input Card 32 Input Card 32 Input Card ...

Page 64: ...223 JMx_42 JMx_43 256 287 288 319 320 351 352 383 384 415 480 511 416 447 448 479 11 mez 0 0 31 96 3 127 64 2 95 32 1 63 CONTROL INPUTS OUTPUTS 0 0 31 96 3 127 64 2 95 32 1 63 15 base 0 0 31 96 3 127 64 2 95 32 1 63 CONTROL INPUTS OUTPUTS 0 0 31 96 3 127 64 2 95 32 1 63 JMx_44 JMx_45 0 31 32 63 64 95 96 127 128 159 224 255 160 191 192 223 12 mez 0 0 31 96 3 127 64 2 95 32 1 63 CONTROL INPUTS OUTPU...

Page 65: ...28 159 224 255 160 191 192 223 14 mez 0 0 31 96 3 127 64 2 95 32 1 63 CONTROL INPUTS OUTPUTS 0 0 31 96 3 127 64 2 95 32 1 63 10 base 0 0 31 96 3 127 64 2 95 32 1 63 CONTROL INPUTS OUTPUTS 0 0 31 96 3 127 64 2 95 32 1 63 JMx_51 JMx_50 Inputs 0 31 Inputs 32 63 Inputs 64 95 Inputs 96 127 Inputs 256 287 Inputs 352 383 Inputs 320 351 Inputs 288 319 Inputs 128 159 Inputs 224 255 Inputs 192 223 Inputs 16...

Page 66: ...a phase Notch decode on off VBI Chroma kill VBI For more information about the VI 33100 module please refer to Chapter 6 Analog Input Processing on page 375 Pre wiring All Trinix Routing switchers are pre wired to the size of the frame For example a 128 frame is pre wired to 128 x 128 with all rear panels and BNCs in place the 256 frame is pre wired to 256 x 256 By convention Routing switcher size...

Page 67: ... and TRX NXT 256x256 is configured via jumper on the NR SR 33000 board The location of the board is shown in Figure 63 on page 136 and Figure 65 on page 138 The TRX NXT 512x512 is configured via a jumper on the RP 33500 512 x 512 Rear Panel board as shown on Figure 68 on page 141 The Alarm BNC for the TRX NXT 256x512 version is configured the same as the TRX NXT 128x128 or TRX NXT 256x256 In other...

Page 68: ...ervice Manual Section 9 Planning Guide All of the alarm and status information is gathered by the Broadlinx tech nology to make it available to the user via Web pages For more informa tion see Section 13 Broadlinx Software on page 285 ...

Page 69: ...tion about frame numbering see Frame Number Settings on page 212 Output Duplication Dual The PE 33016 and PE2X2 3G Port expanders are passive transformer based modules that can be used to provide two copies of the same signal The PE 33016 should be used for SD and HD signals The PE2x2 3G pro vides the necessary bandwidth for 3Gp s operations The PE2x2 3G can also be used for SD and HD operation Fu...

Page 70: ... arranged as follows 256 inputs x 240 single outputs and 16 dual outputs uses 1 Port expander or 256 inputs x 224 single outputs and 32 dual outputs uses 2 Port expander or 256 inputs x 208 single outputs and 48 dual outputs uses 3 Port expander etc Figure 31 shows a router with 240 single outputs and 16 dual outputs In the figure below the PE33016 Port expander is used as an example Figure 31 240...

Page 71: ...nting kit is eight rack units high and is approximately four inches deep Figure 32 on page 72 shows a 128 input router with a single port expander mounted in an MK 33000 The port expander can be either the PE33016 or the PE2x2 3G Port expanders Using a single port expander provides 112 single outputs and 16 dual outputs Figure 33 on page 73 shows a 256 input router with 256 dual outputs this arran...

Page 72: ...ing Guide Figure 32 Use of Single PE 33016 to Provide Dual Outputs for 16 Switcher Outputs Dual outputs 1 2 3 16 1A These 16 cables connect to rear of PE 1B 2A 2B 3A 3B 16A 16B Terminate Unused BNCs PE 33016 1 Exterior 390 1796 00 PE 33016 1 Interior 390 1797 00 ...

Page 73: ...n and Service Manual 73 Duplication and Expansion Figure 33 PE 33016 Port Expanders Provides 256 Dual outputs for 256 Input Switcher A B C 16 PE 30016 Expander Modules in MK 33000 Mounting Kit EXTERIOR INTERIOR 3 25 in 82 mm ...

Page 74: ...panders or 128 inputs x 80 single outputs and 48 dual outputs uses 6 port expander etc In this application the eight 8 PE 33008 rear BNCs are used for inputs outputs from the router and all 32 of the front BNCs are used for outputs 1 Up to 16 PE 33008 modules can be mounted in an MK 33000 Mounting Kit which is 8 RU high and approximately 4 inches 100 mm deep Figure 34 shows a 128 input router with...

Page 75: ...08 Port expanders Quad outputs 1 2 3 8 1A 2A These cables connect to rear of PE Connections to 2nd PE 33008 are similar 1B 1C 1D 2B 2C 2D 3A 3B 3C 3D 8A 8B 8C 8D Terminate Unused BNCs Terminate Unused BNCs PE 33008 1 Exterior 390 1795 00 PE 33008 1 Interior 390 1794 00 Figure 34 Use of 2 PE 33008s to Provide Quad Outputs for 16 Switcher Outputs ...

Page 76: ...with 3G systems In Figure 35 and Figure 36 a PE 33016 or PE 2X2 3G is downstream of the router The router will present only one of the two pos sible signals to each combiner which will then produce two copies of that signal Only one of the input signals will be present at a time and this signal is then duplicated Any unused connectors should be terminated for optimum performance The port expanders...

Page 77: ...HD only 1024 inputs x 1024 outputs Some of these configurations are shown on the following pages Notice that the same port expander type is used for both downstream combining for input expansion and upstream splitting for output expansion All outputs are non inverting In the figures below the PE33016 Port expander is used as an example Use the PE33016 Port expander for HD operations and the PE2x2 ...

Page 78: ...nix 512 x 512 Trinix 512 x 512 1 512 1 512 513 1024 1 512 1 512 Dual outputs 32 PE 33016 used as combiners Trinix 512 x 512 Inputs expanded to 1024 Outputs expanded to 1024 32 PE 33016 used as splitters 512 1024 Frame 0 Trinix 512 x 512 17 512 1 512 513 1024 17 512 Dual outputs 32 PE 33016 used as combiners Inputs expanded to 1024 restricted 1 512 Trinix 512 x 512 Frame 1 1 16 Trinix 512 x 512 17 ...

Page 79: ...1024 513 1024 1 512 1 512 1 512 513 1024 513 1024 1 512 Dual outputs Dual outputs Trinix 512 x 512 Trinix 512 x 512 Trinix 512 x 512 Trinix 512 x 512 Inputs and outputs expanded to 1024 32 PE 33016 used as splitters 32 PE 33016 used as combiners 32 PE 33016 used as combiners 32 PE 33016 used as splitters Frame 0 Frame 2 Frame 1 Frame 3 ...

Page 80: ...inix 512 x 512 Trinix 512 x 512 Trinix 512 x 512 64 PE 33008 used as 1 x 4 splitters 64 PE 33008 used as 1 x 4 splitters 32 PE 33016 used as combiners Dual outputs 32 PE 33016 used as combiners Frame 0 Frame 2 Frame 8 Frame 10 1537 2048 1025 1536 Dual outputs Trinix 512 x 512 Trinix 512 x 512 Trinix 512 x 512 Trinix 512 x 512 32 PE 33016 used as combiners Dual outputs 32 PE 33016 used as combiners...

Page 81: ...x 512 Trinix 512 x 512 64 PE 33008 used as 4 x 1 combiners 32 PE 33016 used as splitters 513 1024 Inputs 32 PE 33016 used as splitters Frame 0 Frame 2 Frame 1 Frame 3 1025 1536 513 1024 Dual outputs Inputs Trinix 512 x 512 Trinix 512 x 512 Trinix 512 x 512 Trinix 512 x 512 64 PE 33008 used as 4 x 1 combiners 32 PE 33016 used as splitters 1537 2048 Inputs 32 PE 33016 used as splitters Frame 4 Frame...

Page 82: ... used as 4 x 1 combiners 513 1024 Dual outputs 64 PE 33008 used as 4 x 1 combiners 1025 1536 Dual outputs 64 PE 33008 used as 4 x 1 combiners 1537 2048 Dual outputs 64 PE 33008 used as 4 x 1 combiners 513 1024 Inputs Trinix 512 x 512 64 PE 33008 used as 1 x 4 splitters Frame 1 Trinix 512 x 512 Frame 3 Trinix 512 x 512 Frame 9 Trinix 512 x 512 Frame 11 1537 2048 Inputs Trinix 512 x 512 64 PE 33008 ...

Page 83: ...8x2048 frame can only process SD or HD signals do to the port expander that must be used TRX PE 33008 Examples of each of these frames can be found on the pages that follow The 1024x1024 Frame This configuration can process SD HD and 3Gb s signals Figure 41 Example of the 1024x1024 Frame Frame 0 Trinix 512 x1024 Frame 2 Trinix 512 x1024 64 TRX PE 2x2 3G used as Combiners 1 1024 513 1024 1 512 0718...

Page 84: ...g Guide The 512x2048 Frame This configuration can process SD HD and 3Gb s signals Figure 42 Example of the 512x2048 Frame Frame 0 Trinix 512 x1024 Frame 8 Trinix 512 x1024 1 512 1025 2048 1 1024 32 TRX PE 2x2 3G used as Splitters 071827612_512x2048 System_512x1024 ...

Page 85: ...Figure 43 Example of the 1048x2048 Frame Frame 0 Trinix 512 x1024 Frame 8 Trinix 512 x1024 1 512 32 TRX PE 2x2 3G used as Splitters Frame 1 Trinix 512 x1024 Frame 9 Trinix 512 x1024 513 1024 1025 2048 32 TRX PE 2x2 3G used as Splitters 64 TRX PE 2x2 3G used as Combiners 1 1024 64 TRX PE 2x2 3G used as Combiners 071827612_1024x2048 System_512x1024 ...

Page 86: ...32 TRX PE 2x2 3G used as Splitters 1 1024 128 TRX PE 33008 used as Combiners 1025 2048 128 TRX PE 33008 used as Combiners Frame 1 Trinix 512 x1024 Frame 9 Trinix 512 x1024 513 1024 32 TRX PE 2x2 3G used as Splitters Frame 4 Trinix 512 x1024 Frame 12 Trinix 512 x1024 1025 1536 32 TRX PE 2x2 3G used as Splitters Frame 5 Trinix 512 x1024 Frame 13 Trinix 512 x1024 1537 2048 32 TRX PE 2x2 3G used as Sp...

Page 87: ... not permit standard BNC terminators to be installed on the expander an LD 33100 Loader board must be installed in the associ ated frame in place of an input or output board to provide correct termina tion Grass Valley recommends that you terminate all unused outputs that may be driven with an active signal Properly shielded 75 ohm terminators or spare infrastructure coax cables should be used Thi...

Page 88: ... no place for a terminator In this case termination will be provided by an LD 33100 Loader board which has been installed in output board slot 1 32 of Frame 0 Further more in this example all 16 output slots of Frame 0 should have an LD 33000 installed When the system is upgraded to 1024 x 512 the LD 33000 boards will be removed and replaced by output boards The cabling to the port expanders is al...

Page 89: ... signal path below in Figure 49 pre wired cable connections do not allow for installation of individual terminators Instead the LD 33100 Loader boards are installed in the unused frame However in this case they are installed in the input slots Figure 49 Detail of one PE 33016 shown above in Figure 48 Input and Output Expansion The rules just described for use of LD 33100 Loader boards will also ap...

Page 90: ...Frame 2 s outputs are connected to the top right PE Therefore Frame 1 s input slots would require LD 33100s and Frame 2 s output slots would require LD 33100s No LD boards would be needed for Frame 3 Monitoring with Expanded Systems Symmetric Frame Output monitor signals must be sent through a combiner in expanded sys tems An example of an output expanded system in shown in Figure 50 on page 91 an...

Page 91: ...rame frame 0 via the TRX SR Sync OPM board Trinix Frame 0 256 x 256 1 256 1 256 257 512 1 256 1 256 PE 33016s used as splitters PE 33016 used as combiner Output monitor video Output monitor video QC station Trinix Frame 2 256 x 256 Trinix Frame 0 256 x 256 1 256 1 256 257 512 257 512 1 256 PE 33016s 32 used as combiners PE 33016 used as combiner Dual outputs Output monitor video QC station Trinix ...

Page 92: ...ERS Outputs 1 256 Outputs 1 256 Outputs 1 256 Inputs 1 128 Inputs 129 257 Trinix NXT 128x256 Switcher Frame 1 CAS ins 4 MON outs 4 MON outs 4 CAS ins 4 No Connect Or Test Signal Note The order of the frames for the monitor cascade does not matter 4 75 ohm coaxial cables MON outs 4 System Outs Outputs 257 260 071827611_expansion_2_frame 256 2_woutp ut mon Legend CAS Cascade MON Monitor Ins Inputs O...

Page 93: ...4 Outputs 1 1024 Outputs 1 1024 Inputs 1 512 Inputs 513 1024 Trinix NXT 512x1024 Switcher Frame 1 CAS ins 4 X 2 MON outs 4 MON outs 4 CAS ins 4 X 2 No Connect Or Test Signal Note The order of the frames for the monitor cascade does not matter 4 75 ohm coaxial cables MON outs 4 System Outs Outputs 513 516 071827609_expansion_2_frame 512x1024 2_ woutput mon Legend CAS Cascade MON Monitor Ins Inputs ...

Page 94: ...ts 1 512 Outputs 1 512 Outputs 1 512 Inputs 1 256 Inputs 513 768 Trinix NXT 256x512 Switcher Frame 1 CAS ins 4 MON outs 4 MON outs 4 CAS ins 4 No Connect Or Test Signal Note The order of the frames for the monitor cascade does not matter 4 75 ohm coaxial cables MON outs 4 System Outs Outputs 513 516 071827609_expansion_2_frame 512 2_woutpu t mon Legend CAS Cascade MON Monitor Ins Inputs Outs Outpu...

Page 95: ...or full redundancy For example the Master Control switcher output could be sent through a passive splitter upstream of the router One copy is used for the primary path and the other for the secondary path If an upstream splitter is used steps must be taken to boost the gain for the appropriate block of inputs The primary output and the secondary output must be wired to a passive combiner the outpu...

Page 96: ...x512 Router Inputs 1 128 Outputs 1 128 Outputs 129 256 Inputs 385 512 Inputs 129 256 Outputs 385 512 Outputs 257 384 Inputs 257 384 Input Output boards Input Output boards DM 33501 2 Matrix boards Powered by PS A and PS B Powered by PS C and PS D Splitter Splitter Combiner Combiner Input 1 Output 1 Primary path Secondary path Output 257 Input 257 Output Status Output Status Signal OK driver ON Sig...

Page 97: ... Protected Paths Figure 55 Example of Protected Paths for TRX NXT 512x1024 Router 071827612_512x1024_PP Splitter Combiler Secondary Path Out 513 769 In 257 512 Primary Path Out 1 256 In 1 256 Primary Path Primary Path Secondary Path Secondary Path ...

Page 98: ...ternatively the high range of connectors can be used for the primary path and the low range for the secondary path as shown in Table 4 Using either of these schemes will provide the most independent possible paths through a TRX NXT 512x512 In other words the primary path will use one set of input matrix and output boards connected to one power source while the secondary path will use a different s...

Page 99: ... of cables in a sequential pattern is not practical or desirable Notice that in all cases the primary path I O numbers are always in the 1 256 range while the secondary path I O numbers are always in the 257 512 range Table 5 TRX NXT 512x512Protected Paths Example of Sequential Numbering Primary Path Secondary Path Out In Out In Name No Name No Name No Name No AirPP 1 MCPP 1 AirSP 257 MCSP 257 Sat...

Page 100: ...ath configuration for TRX NXT 256x256 routers provides redundancy for matrix boards and input and output boards only The maximum number of Protected paths for a TRX NXT 256x256 router is 128 A more detailed example is shown in Table 8 This table shows a sequential wiring scheme for a system yet to be installed or a system where cables will be re arranged in a symmetrical pattern in order to simpli...

Page 101: ...column will correspond to the physical input output number Figure 56 Example of Protected Paths for TRX NXT 256x256 Router Input Output boards DM 33100 Matrix boards Splitter Splitter Combiner Combiner Input 1 Output 1 Primary path Secondary path Output 128 Input 128 Output Status Output Status Signal OK driver ON Signal OK driver ON Output assigned to Output assigned to protected path driver OFF ...

Page 102: ...ble paths through a TRX NXT 128x128 that is the primary path will use one pair of input and output boards while the secondary path will use a different pair of boards CAUTION With a TRX NXT 128x128 it is not possible to arrange completely indepen dent paths that is paths that use different matrix boards and power supplies Protected path configuration for TRX NXT 128x128 routers provides redun danc...

Page 103: ...ut name the entries in the number column will correspond to the physical input output number The next example applies to existing systems where re arrangement of cables in a sequential pattern is not practical or desirable Notice that I O numbers conform to the ranges that are shown in Table 10 Recommended Protected Path Ranges on page 102 Table 11 TRX NXT 128x128 Protected Paths Example Of Sequen...

Page 104: ...tputs 64 127 65 128 could protect outputs 192 255 193 256 TRX NXT 128x256 Recommended Protected path ranges for TRX NXT 128x256 routers are as follows TRX NXT 256x512 Recommended Protected path ranges for TRX NXT 256x512 routers are as follows TRX NXT 512x1024 Recommended Protected path ranges for TRX NXT 512x1024 routers are as follows Table 13 Recommended Protected Path Ranges Primary Path Secon...

Page 105: ...th Implementation Based on the preceding examples specific primary and secondary paths should be identified and noted The following worksheet is provided for this purpose Table 16 Protected Paths Worksheet Primary Path Secondary Path Output Input Output Input Name No Name No Name No Name No ...

Page 106: ...perated in the External Crosspoint Bus Control mode during which the Broadlinx board releases control of the Crosspoint bus Switch commands arriving at the Crosspoint bus connector on the rear of the frame will be executed CC 2010 Matrix Crosspoint Bus Cable Connection from a Jupiter VM 3000 or CM 4000 System Controller is via a Crosspoint bus cable which can be supplied in 3 10 25 or 50 foot leng...

Page 107: ... from the control processor using a Crosspoint Bus Terminator The CC 2010 is a 10 conductor plus ground cable Ready made cables with installed 15 pin D male connectors are available from Grass Valley All rear panel Crosspoint bus connectors are 15 pin D female For those who wish to prepare their own cables pin outs are shown in Figure 125 on page 216 The cable itself should be Belden 9505 or equiv...

Page 108: ... an Ethernet connection to the Broadlinx applica tion which runs on the NR 33000 Sync NIC OPM board The system is operated in the Internal Crosspoint Bus Control mode during which the Broadlinx board sends commands to the Crosspoint bus Refer to the SMS 7000 or Encore documentation for control system plan ning information ...

Page 109: ... connection is LAN monitoring using Broadlinx web pages or SNMP See Figure 58 Figure 58 LAN Connections for LAN Monitoring Only Jupiter Control Another Ethernet cable must be connected from the NIC B jack to the network switch if you plan to use a secondary Broadlinx board If the Trinix LAN is connected to the Internet the connection should be made through a firewall Note Do not use Broadlinx with...

Page 110: ...e 59 SMS Connections to Trinix Another Ethernet cable must be connected from the NIC B jack to the network switch if you plan to usea secondary NR 33000 board If the Trinix LAN is connected to the Internet the connection should be made through a firewall Note Do not use Broadlinx with either the Dynex DX ESW8 10 100M Fast Ethernet Switch or the Zonet Model ZFS3124 NIC A connector Ethernet switch N...

Page 111: ...cable is 100 meters Figure 60 Com Bus Example In TRX NXT 512x512 systems if the power supply frame is equipped with an NR 33000 Broadlinx board a Cat 5 twisted pair cable must be installed between the power supply frame Com Bus connector associated with the NR board and one of the main frame Com Bus connectors The Com Bus should be daisy chained to any additional TRX NXT 512x512 main frames in the...

Page 112: ...stem Monitoring Applications For a detailed description of Broadlinx web page monitoring using Internet Explorer see Broadlinx Internet Explorer Monitoring on page 311 For a brief description of system monitoring using SNMP NetCentral see SNMP NetCentral Monitoring on page 37 ...

Page 113: ... 800 mV p p 10 75 ohm terminating Return Loss 3G 15 dB from 5 MHz to 3 GHz 20 dB typical HD 15 dB from 5 MHz to 1 5 GHz SD 15 dB from 5 MHz to 540 MHz Sync Inputs Level Nominal 1 Vp p 6 dB video or black burst Tri level sync also accepted Video Standard NTSC PAL HDTV auto detected Return Loss 40 dB from 100 kHz to 20 MHz 30 dB from 20 MHz to 30 MHz 512x1024 Asymmetric Sync Inputs Level Nominal 1 V...

Page 114: ...1 5 GHz Performance Characteristics Maximum data rate 3 0 Gb s for 3G 1 5 Gb s for HD and 540 Mbps for SD Minimum Data Rate 270Mbps for 3G s circuit boards and 3 072 Mbps for HD and SD circuit boards Signal Standards SMPTE 292M 1998 1 SMPTE 259M 19971 Output rise and fall times correspond to SMPTE 292M The HO 3G conforms to SMPTE 259M 270 Mb S 292M 1 5Gb S and 424M 3Gb S The output rise and fall t...

Page 115: ...den 1694A or an equivalent coax cable Data Reclocking Switch selectable on an output by output basis The HO 3G Output Board provides reclocking for 270Mbps 1 485 and 3Gp s or non reclocking for other data rates The HO 33120 Output Board provides individual selection of reclocking On or Off for the supported data rates The data rate for reclocking is automatically selected by the circuitry on the b...

Page 116: ...ases below will serve as a ref erence CASE A Fully configured system DV 33128 and NXT 128 5 7 A 120 VAC and 2 9 A 240 VAC DV 33256 and NXT 256 10 A 120 VAC and 5 A 240 VAC DV 33512 and NXT 512 20 A 120 VAC and 10 A 240 VAC TRX NXT 128x256 10 A 120 VAC and 5 A 240 VAC TRX NXT 256x512 19 A 120 VAC and 10 A 240 VAC CASE B Fully configured system that is operating in boosted mode DV 33128 and NXT 128 ...

Page 117: ...5 A supply full redundancy 512x1024 frame 25 A supply full redundancy Note The 256 x 256 and the 512 x 512 routing frames use the same power supply All Asymmetrical frames use the same power supply Current Sharing Yes maximum 20 differential unbalance Ripple Noise 500 mVp p DC Power Input Input voltage Range 42 54 VDC 0 Operating Current The Operating current will vary depending on the specific co...

Page 118: ...C TRX NXT 256x512 44 A 48 VDC TRX NXT 512x1024 44 A 48 VDC Inrush Current 128 x 128 frame 15 A 256 x 256 frame 21 A 512 x 512 frame Approximately 25 A 128 x 256 frame 25 A 256 x 512 frame 25 A 512x1024 frame 25 A Alarm The alarm connector is a BNC type and meets SMPTE 269M 1999 Environmental 0 to 35 degrees C 32 to 95 F 10 to 90 Non condensing Air Flow The Door should remain closed during operatio...

Page 119: ...frame 4 RU 7 in high x 19 in wide x 21 in deep 178 x 483 x 533 mm 128 x 256 Frames Main frame 11 RU 19 25 in high x 19 in wide x 17 5 in deep 489 x 483 x 445 mm 256 x 512 Frames Main frame 22 RU 38 5 in high x 19 in wide x 17 5 in deep 978 x 483 x 445 mm Power Supply frame 1 71 inches 1 RU high x 19 in wide x 17 25 in deep 43 4 x 483 x 413 mm 512 x 1024 Frames Main frame 40 RU 70 in high x 19 in w...

Page 120: ...120 Trinix NXT Installation and Service Manual Section 9 Planning Guide ...

Page 121: ...ndard Connectors 75 Ohm BNC Output Monitor Yes 2 standard Sync Reference Input Yes 2 Granularity per 32 outputs Control Options Jupiter SMS 7000 Encore Frame Board Weight and Power Summary for Select Matrix Sizes The following tables provide a summary of the information for all of the Trinix frames All weights are approximations Table 17 128x128 Matrix Specifications Approximate Matrix Size 32 x 3...

Page 122: ... Output Boards 5 6 7 8 of Matrix Boards 4 4 4 4 Weight in pounds kilograms 163 74 169 77 176 80 182 83 Power Consumption W 850 900 950 1000 Matrix Size 128 x 256 of Frame 1 Input Boards 4 Output Boards 8 of Matrix Boards 4 Weight in pounds kilograms With two power supplies 141 64 Power Consumption W 480 Matrix Size 160 x 160 192 x 192 224 x 224 256 x 256 256 x 256 256 x 512 of Frame 1 1 1 1 8 8 In...

Page 123: ...6 16 32 32 Output Boards 8 16 24 32 of Matrix Boards 2 4 6 8 Weight in pounds kilograms 350 160 400 180 750 340 800 360 of RUs 32 32 64 64 Power Consumption W 1600 2000 3500 4000 Matrix Size 768 x 512 768 x 768 1024 x 512 1024 x 1024 2048 x 2048 512 Frame of Frames 2 4 2 4 16 Input Boards 24 48 32 64 256 Output Boards 32 48 32 64 256 of Matrix Boards 6 9 8 16 64 Weight in pounds kilograms 750 340 ...

Page 124: ...3 512x1024 Matrix Size Specifications Matrix Size 1024 x 512 1024 x 1024 2048 x 2048 of Frames 1 4 16 Input Boards 32 64 256 Output Boards 32 64 256 of Matrix Boards 8 16 64 Weight in pounds kilograms 800 360 1600 730 6400 2900 of RUs 64 192 512 Power Consumption W 4000 8000 32000 ...

Page 125: ...cher Additional details may be found elsewhere in this manual as indicated Pre Installation Steps Prior to starting the Installation process and unpacking the equipment inspect the shipping carton for evidence of freight damage After unpacking carefully inspect all equipment for freight damage If there has been damage to the contents Notify the carrier and Grass Valley of the damage Retain all shi...

Page 126: ...f the rack For more information see Figure 61 on page 134 b Some Routing switchers are supplied with port expanders which depending on the configuration can be used to provide dual outputs quad outputs input expansion output expansion and multi frame output monitoring For illustrations of port expander applications see Duplication and Expansion on page 69 c Power requirements are shown in the AC P...

Page 127: ...alue requirements For additional power supply information see Power Supply Notes on page 151 Asymmetric Frames For fuse information in the Asymmetrical frames see Trinix Asymmet rical Power Supply Configurations on page 227 Power Supplies for TRX NXT 512x512 Power supplies for TRX NXT 512x512 Routing switchers are mounted in a separate frame You will need to attach the supplied cable from the DC O...

Page 128: ...r TRX NXT 128x256 TRX NXT 256x512 and TRX NXT 512x1024 Routing switches are mounted in a separate chassis that requires attaching the power supply cable to the DC Input connector on the Routing switcher frame The power supply frame can be mounted above or below the TRX NXT 128x256 TRX NXT 256x512 Routing switcher frames Do not obstruct air flow to the top or bottom of the TRX NXT 512x1024 frame A ...

Page 129: ...3000 SR 33000 with Rev B FPGA Software Update SR 33500 TRX SR The V phasing feature allows you to adjust the switch point from the 1 line to 2 5 lines if necessary For more information see NR SR 33000 SR 33500 TRX SR V Phasing on page 170 Note If you make adjustments on the SR 33500 as part of this step you may want to wait until all remaining steps in this list have been followed and any addi tio...

Page 130: ...OPM boards are in the 128x256 and 512x1024 frame only The DIP Switch that is to be con figured is located on the rear side near the bottom of the TRX OPM board The settings are the same as a standard Trinix Output VIT selection switch Code 00 off off thru code 11 on on selects the first thru the fourth reference input respectively for the preferred output Table 24 OPM DIP Switch Settings Switch De...

Page 131: ...pansion on page 69 3 Connect the desired input and output video cables Note Grass Valley recommends using 75 ohm BNC connectors rather than 50 ohm for HDTV applications The following items should be considered when connecting the input and output video cables All unused BNC connectors must be terminated with 75 ohm ter minators when the system includes port expanders The labels on the rear panel o...

Page 132: ...nt automati cally For the location of this battery see Figure 88 on page 174 An extensive set of gain phase filtering and other adjustments are available for each signal if the router is equipped with the VI 33100 universal input boards and analog signals are received For more information about the VI 33100 input board please refer to Section 6 Analog Input Processing on page 375 3 If output monit...

Page 133: ...ystem and diagnose the problem before powering up the system again For an explanation of LED alarm lights see Troubleshooting on page 389 CAUTION For TRX NXT 512x512 Routing switchers In order to avoid damage the power MUST be turned Off before removing installing the IFC cables Keep the front door closed as much as possible when the system is running to maximize the airflow and cooling system Lea...

Page 134: ...MM FROM FRONT SURFACE OF RACK DIMENSION SPACERS WILL POSITION SWITCHER CHASSIS SO THAT ACCESS DOOR CAN BE OPENED FAR ENOUGH TO PERMIT REMOVAL OF RIGHT HAND COMPONENTS EACH SPACER IS SECURED WITH 2 RACK SCREWS SUPPLIED DV 33256 CHASSIS RACK SPACERS FOR KIT NO 44 052990 001 RACK SPACERS FOR DV 33128 CHASSIS KIT NO 44 052989 001 DV 33512 CHASSIS RACK SPACERS FOR POWER SUPPLY NOT SHOWN KIT NO 650 4352...

Page 135: ...iew door removed SR 33000 Sync Reference NR 33000 Broadlinx Board slots Fan modules FAN ALARM FAN ALARM Power supplies Matrix board Input output boards configuration varies SR 33000 Sync Reference NR 33000 Broadlinx Board slots Fan modules FAN ALARM FAN ALARM Power supplies Matrix board Input output boards configuration varies ...

Page 136: ...XPAND 6 0A 2 5A 47 63HZ 100 130V 200 240V AUTO SELECT 230 T2 5A 240V WITH SAME TYPE AND RATING OF FUSE 115 6 0A 250V SLOW BLOW WARNING FOR CONTINUED PROTECTION AGAINST RISK OF FIRE REPLACE ONLY ALARM GPIO TC PRIMARY COM BUS CONSOLE A OUTPUT MONITOR 1 2 LAN A REF IN 1 2 CROSSPOINT BUS CONTROL CROSSPOINT BUS 1 32 L N E L N E 8 1 17 6 2 3 4 5 12 7 8 9 10 11 23 22 21 20 19 18 28 27 26 25 24 13 14 15 1...

Page 137: ...ation Procedure Figure 64 TRX NXT 256 X 256 Front View door removed OK DC VADJOK AC DC OK AC OK VADJ FAN ALARM FAN ALARM FAN ALARM SR 33000 Sync Reference NR 33000 Broadlinx Board slots Fan modules Power supplies Matrix boards Input output boards configuration varies ...

Page 138: ...26 25 27 7 6 22 24 23 4 3 2 21 20 1 15 14 13 12 10 19 16 17 18 32 31 30 29 28 5 8 9 11 26 25 27 7 6 22 24 23 4 3 2 21 20 1 15 14 13 12 10 19 16 17 18 32 31 30 29 28 5 8 9 11 26 25 27 7 6 22 24 23 4 3 2 21 20 1 15 14 13 12 10 19 16 17 18 32 31 30 29 28 5 8 9 11 26 25 27 7 6 22 24 23 4 3 2 21 20 1 15 14 13 12 10 19 16 17 18 32 31 30 29 28 5 8 9 11 26 25 27 7 6 22 24 23 4 3 2 21 20 1 15 14 13 12 10 1...

Page 139: ...Trinix NXT Installation and Service Manual 139 Summary of Installation Procedure Figure 66 TRX NXT 256x256 Rear Panel 071827609_NXT 12xx128_rear ...

Page 140: ...416 447 INPUTS 384 415 224 255 192 223 160 191 FAN A FAN ALARM FAN B FAN ALARM FAN ALARM DC AC OK VADJOK AC OK DC OK VADJ 384 415 OUTPUTS 416 441 448 479 OUTPUTS OUTPUTS 480 511 OUTPUTS OUTPUTS 256 287 OUTPUTS INPUTS 0 255 OUTPUTS 256 511 INPUTS 256 511 OUTPUTS 256 511 128 159 INPUTS INPUTS 160 191 INPUTS 192 223 224 255 INPUTS INPUTS INPUTS 256 511 OUTPUTS 0 255 INPUTS 0 255 OUTPUTS 0 255 OUTPUTS...

Page 141: ...AND 60Hz ENABLE SYNC REDUNDANT PS IFC FAN IFC XPT BUS COM BUS COM BUS ALARM CONTROL CONSOLE B CONSOLE A AGAINST RISK OF FIRE REPLACE ONLY WITH SAME TYPE AND RATING OF FUSE WARNING FOR CONTINUED PROTECTION AC INPUT 100 240 V 10 0 5 0A 50 60Hz PS D DC IN DC IN 100 120V 12 5A 250V SLO BLO 200 240V T6 3A 250V 30 24 AMPS 42 54 VDC DC INPUT 2 30 24 AMPS 42 54 VDC DC OUT DC OUT DC OUTPUT 2 AC INPUT 100 2...

Page 142: ...142 Trinix NXT Installation and Service Manual Section 10 Hardware Installation Figure 69 TRX NXT 512x512 Rear Panel 071827609_trx 512x512_connections ...

Page 143: ...Installation and Service Manual 143 Summary of Installation Procedure Figure 70 TRX NXT 128x256 Asymmetric Frame Front 071827610_128x256_Front Fan modules Input Boards Matrix boards Output Boards Broadlinx Boards ...

Page 144: ...n Figure 71 TRX NXT 128x256 Asymmetric Frame Back Fan modules and Exhaust vents DC Power inputs Input and Output boards The outer four slots are Output boards The inner eight slots are Input boards Matrix boards SR module 071827610_128x256_ rear OPM Board See Figure 2 for detail ...

Page 145: ...rame Switch For the 256x512 Routing Switcher 071827609_256X512 Frame_Front view 071827609_256X512 Frame_Back view Fan modules and Exhaust vents See Figure 73 for detail DC Power inputs Input and Output boards The outer four slots are Output boards The inner eight slots are Input boards Matrix boards SR module Output boards Broadlinx boards 071827612_LEVEL_MONITOR_256x512 ...

Page 146: ...lation Figure 74 TRX NXT 512x1024 Asymmetric Frame Front and Back Fan modules DC Power inputs Matrix and Sec ondary Broadlinx boards Fan modules Output Boards Input Boards Output Boards DC Power inputs Matrix and Primary Broadlinx boards See Figure 75 on page 147 for detail ...

Page 147: ...Trinix NXT Installation and Service Manual 147 Summary of Installation Procedure Figure 75 The Level Monitor and Frame Switch For the 512x1024 Routing Switcher ...

Page 148: ...X NXT 512x512 systems if Sync Redundant mode is selected the C switch must also be closed For more information see Figure 79 on page 158 and Figure 80 on page 159 Internal XPT Crosspoint Control Open Trinix Crosspoint bus is controlled by an external Crosspoint bus controller for example a Jupiter VM 3000 or CM 4000 or an NR board in another frame Closed Trinix Crosspoint bus is controlled by an i...

Page 149: ...ction applies to both the TRX NXT 512x1024 and TRX NXT 512x512 systems as well When using Telnet or replacing a NR33000 Broadlinx board in a network controlled redundant system you will need to manualy set the Network parametrs on the secondary frame The A switch is labeled COM SLAVE and if the A switch is closed when the NR33000 board is installed in the frame it will not drive the Com Bus The B ...

Page 150: ...150 Trinix NXT Installation and Service Manual Section 10 Hardware Installation Control Connector This connector is reserved for future use ...

Page 151: ...low line and 10 A AC high line Note Grass Valley strongly recommends whenever possible using the AC high line to reduce line currents and heat within the power supplies The following fuses F101 F105 F110 F113 F201 F205 and F210 F213 Must be replaced with fuses that are rated 5A 125V Fast Acting GV PN 59 5053 00 LITTELFUSE PN 39515000440 These fuses are accessible from the rear panel The location f...

Page 152: ...eled Fan Fuse A or B to indicate which fuse goes with which fan module in the 1 RU fan assembly Figure 78 Fuse Location for the 512x1024 Router Two fuses under each cover support additional power supply redundancy for the TRX OPM and Broadlinx NR 33000 cards The fuses are F101 F105 F201 and F205 Fuses F101 and F105 fuse the secondary 48V DC path from the A1 B1 power supply trays to the lower porti...

Page 153: ...s for the Trinix are shown in the DC Power Input section Check to see that the SR NR 33000 sync cards have jumper JN2 set to DC See Figure 89 on page 175 Simultaneous AC and DC Applications It is possible to connect both AC and DC power sources as part of a system redundancy scheme In this case refer to the AC and DC notes above SR NR 33000 jumper JN2 should be set to AC Installing the TRX NXT 512...

Page 154: ... power supply frame is used 1 Connect the DC source to the DC Input 1 and DC Input 2 connectors of the PS frame 2 Use the supplied cables to connect the DC Output 1 and 2 connectors of the PS frame to the DC Input 1 and DC Input 2 connectors of the main frame Pinouts are shown on Table 26 on page 170 CAUTION Do NOT cross these cables Output 1 MUST go to Input 1 and Output 2 to Input 2 in order for...

Page 155: ...never possible using the AC high line to reduce line currents and heat within the power supplies Each power supply frame must be connected to the Trinix Asymmetrical frame for power distribution and power supply status monitoring For more information see 256X512 Default Power Supply Configurations on page 318 For the primary power distribution 1 Connect the DC power cable to the DC Input A connect...

Page 156: ...on the back of the main frame DC Applications Connect the DC source to the DC Input A and DC Input B connectors of the main frame Note For DC applications fusing must be provided externally in accordance with local electrical regulations DC input specifications and characteristics for the Trinix are shown in the DC Power Input section ...

Page 157: ...m posite sync 4 V composite or tri level HD Each sync input uses looping 75 ohm BNC connectors if a loop through is not used the loop BNC should have a 75 ohm termination For an illustration of the rear panel connectors see Figure 63 on page 136 128 x 128 Figure 65 on page 138 256 x 256 Figure 68 on page 141 512 x 512 Figure 70 on page 143 128 x 256 or Figure 72 on page 145 256 x 512 For the TRX O...

Page 158: ...nt to the Encore and Jupiter control system and to two connections on the Trinix router For example TRX NXT 128x128 TRX NXT 256x256 TRX NXT 128x256 TRX NXT 256x512 and TRX NXT 512x1024 The sync redundant switch is located between the OP Expand and INT XPT switches on the rear of the Router chassis Jupiter Sync 1 All output Sync Line SMS MCPU Sync 1 or Encore SCB OR Sync Redundant switch Off Sync 1...

Page 159: ...stically i e perform frame specific switching Outputs using the other reference will switch synchronously and in the vertical interval but not deterministically Which reference should be connected to the control system depends on the reference types involved If SD and HD are used SD is recommended for connection to the control system If different phases of the same reference are used the phase tha...

Page 160: ... possible sync references are used This is an option with the TRX NXT 128x128 TRX NXT 256x256 TRX NXT 128x256 TRX NXT 256x512 and the TRX NXT 512x1024 Routing switchers Figure 81 Multi sync References Jupiter Sync 1 Output board s on SL1 Output board s on SL2 Output board s on SL3 Output board s on SL4 Sync Lines Sync 2 Sync 3 Sync 4 SMS MCPU Sync 1 or Encore SCB OR Sync Redundant switch Off Sync ...

Page 161: ... NXT Installation and Service Manual 161 Sync Reference Connections For a discussion concerning which sync reference should be connected to the control system see Sync Connection to Control System on page 159 ...

Page 162: ...references are looped from the Primary to the Secondary boards If the Primary board fails the system will switch automatically to the Secondary board Note that in this arrangement Sync Bus 1 is always combined with Sync Bus 3 and Bus 2 combined with Bus 4 When configuring the output boards only Bus 1 and Bus 2 are valid selections Jupiter Sync 1 2 1 Primary NR 33000 Secondary NR 33000 Output board...

Page 163: ...nstallation and Service Manual 163 Sync Reference Connections For a discussion concerning which of the two sync references should be connected to the control system see Sync Connection to Control System on page 159 ...

Page 164: ...our can be selected for each output board For a discussion concerning which of the four sync references should be connected to the control system see Sync Connection to Control System The C switch mentioned here and on the following drawings in on the Trinix rear panel Jupiter Sync 1 1 2 3 4 SR 33500 Output board s on SL1 Output board s on SL2 Output board s on SL3 Output board s on SL4 Sync Lines...

Page 165: ...rovide Broadlinx capability The board in the Primary slot will feed Sync Line 1 If the board is removed Sync Line 1 will automatically switch to the SR 33500 Note A secondary NR 33000 can be installed to provide Broadlinx redundancy In this case the NR REF IN 3 and 4 connectors would not be used Jupiter Sync 1 2 1 Primary NR 33000 Secondary NR 33000 1 2 3 4 SR 33500 All output boards Sync Line 1 S...

Page 166: ...secondary NR 33000 can be installed to provide Broadlinx redundancy In this case the NR REF IN 3 and 4 connectors would not be used For a discussion concerning which of the two sync references should be connected to the control system see Sync Connection to Control System Jupiter Sync 1 2 1 Primary NR 33000 Secondary NR 33000 1 2 3 4 SR 33500 Output board s on SL1 Output board s on SL2 Sync Lines ...

Page 167: ... NR boards are removed Sync Lines 1 and 2 will automatically switch to the SR board Notice that Sync Line 1 is always combined with Sync Line 3 and Line 2 combined with Line 4 When configuring the output boards only Bus 1 and Bus 2 are valid selections Jupiter Sync 1 2 1 Primary NR 33000 Secondary NR 33000 1 2 3 4 SR 33500 Output board s on SL1 Output board s on SL2 Sync Lines Sync 2 SMS MCPU Sync...

Page 168: ...his arrangement all four possible sync references are used Two NR boards are installed but not operated in sync redundant mode The NR Jupiter Sync 1 2 1 Primary NR 33000 Secondary NR 33000 1 2 3 4 SR 33500 Output board s on SL1 Output board s on SL2 Output board s on SL3 Output board s on SL4 Sync Lines Sync 2 Sync 3 Sync 4 SMS MCPU Sync 1 or Encore SCB OR Sync Redundant switch Off C switch Off Sy...

Page 169: ...condary slot will feed Sync Lines 3 and 4 If the Primary NR is removed Sync Lines 1 and 2 will automatically switch to the SR 33500 If the Secondary NR is removed the SR will feed Sync Lines 3 and 4 See Sync Connection to Control System on page 159 for information con cerning which of the four sync references should be connected to the control system ...

Page 170: ...to Reference A Reference 1 on SR 33500 For SR 33000 On switch closed Table 26 Switch Point Shift For Signals Referenced to Ref A Ref 1 Table 27 shows the switches providing adjustment relative to Reference B Reference 2 on SR 33500 For SR 33000 On switch closed Table 27 Switch Point Shift For Signals Referenced to Ref B Ref2 Switch point relative to Ref A Ref 1 on SR 33500 NR S3 1 SR 33000 S2 1 SR...

Page 171: ...Ref 4 1 0 line On On Off 1 5 line Off On Off 2 0 line On Off Off 2 5 line Off Off Off Switch point relative to Ref 3 SR 33500 S102 1 SR 33500 S102 2 SR 33500 S102 3 1 0 line On On On 0 5 line Off On On Coincident default On Off On 0 5 line Off Off On 1 0 line On On Off 1 5 line Off On Off 2 0 line On Off Off 2 5 line Off Off Off Switch point relative to Ref 4 SR 33500 S102 4 SR 33500 S102 5 SR 335...

Page 172: ...ence 1 TRX SR S2 4 6 Reference 2 1 0 line On On On On On On 0 5 line Off On On Off On On Coincident default On Off On On Off On 0 5 line Off Off On Off Off On 1 0 line On On Off On On Off 1 5 line Off On Off Off On Off 2 0 line On Off Off On Off Off 2 5 line Off Off Off Off Off Off Out Monitor Boost En S2 8 On En S2 8 Off Dis TRX SR S3 1 3 Reference 1 TRX SR S3 4 6 Reference 2 1 0 line On On On On...

Page 173: ...P Switchs S4 DIP Switch S1 Status S1 1 2 Output Monitor 1 VIT Source Select DipSwitch A value of 0 selects VIT 1 Value 1 selects VIT 2 Value 2 selects VIT 3 and Value 3 selects VIT 4 S1 3 4 Output Monitor 2 VIT Source Select DipSwitch S1 5 6 Output Monitor 3 VIT Source Select DipSwitch S1 7 8 Output Monitor 4 VIT Source Select DipSwitch DIP Switch S4 Status S4 1 2 Field 1 Field 2 S4 3 4 Field 1 Fi...

Page 174: ...s SMPTE Alarm Jumper JN1 Report SALARM Supress SALARM Power Input Select Jumper JN2 AC and dual power systems DC and single power systems Location of Lithium Ion battery Switch S3 TheNR 33000 PS alarms are ignoredforall Asymmet rical frames Secondary alarms are no longer sup ported Always set this jumper to the Suppress SALARM position ...

Page 175: ... Manual 175 NR SR 33000 SR 33500 TRX SR V Phasing Figure 89 SR 33000 Sync OPM reference card Switch S2 DC and single power supply systems set JN2 to DC AC and Dual power supply sys tems set JN2 to AC Monitor expansion jumpers JN3 and JN4 ...

Page 176: ...on and Service Manual Section 10 Hardware Installation Figure 90 SR 33500 Sync OPM reference card Switches S101 and S102 DIP switches S103 S104 and S610 are reserved for future use The default setting for these switches is Open ...

Page 177: ...Figure 92 TRX SC LED Color Definition MSTR ALARM Red A standard Trinix Board Alarm indicating that something is wrong on this board IN USE Yellow An output is being monitored by this module P2V1 Green The 2 1V supply is OK P3V3 Green The 3 3V supply is OK P5V Green The 5V supply is OK LOGIC VCC Green The ComBus Logic VCC is getting power from the backplane XC DONE Green The FPGA is configured 0718...

Page 178: ...e source used for Moni tor Output 1 S1 3 LSB of reference source used for Monitor Output 2 S1 4 MSB of reference source used for Monitor Output 2 S1 5 LSB of reference source used for Monitor Output 3 S1 6 MSB of reference source used for Monitor Output 3 S1 7 LSB of reference source used for Monitor Output 4 S1 8 MSB of reference source used for Monitor Output 4 071827612_TRX OPM_r1 DIP Switche S...

Page 179: ...Installation and Service Manual 179 NR SR 33000 SR 33500 TRX SR V Phasing Figure 94 RP 33500 512 x 512 Rear Panel board DC and single power supply systems set JN1 to DC AC and Dual power supply sys tems set to AC ...

Page 180: ...allation and Service Manual Section 10 Hardware Installation Figure 95 3G Input Base and Mezzanine Boards 071827608 3G baseboard 071827608 3g mez input TRX HI 3G TRX HI 3G Input Mezzanine which is also used in the HI 1024 ...

Page 181: ...Trinix NXT Installation and Service Manual 181 NR SR 33000 SR 33500 TRX SR V Phasing Figure 96 HI 1024 LEDs ...

Page 182: ...NXT Installation and Service Manual Section 10 Hardware Installation Figure 97 3G Output Base and Mezzanine Boards 071827608 3gb output baseboard 071827608 3gb output mezboard TRX HO 3G TRX HO 3G Output Mezzanine ...

Page 183: ...Trinix NXT Installation and Service Manual 183 NR SR 33000 SR 33500 TRX SR V Phasing Figure 98 3G Matrix 128 and 128R Boards 128 Board 128R Board ...

Page 184: ...inix NXT Installation and Service Manual Section 10 Hardware Installation Figure 99 3G Matrix 256 Base and Mezzanine Boards 071827608 DM256 Matrix Base 3G 071827608_DM256 Matrix3G Base 256 Base 256 Mezzanine ...

Page 185: ...of 32 outputs and by factory default each block is assigned to sync reference 1 If additional references are used DIP switch S5 on each output board is used to assign the board to one of four possible sync lines Figure 100 Sync Reference Table 36 Sync Reference Sync line Sync Sel A switch Sync Sel B switch 1 Closed Closed 2 Open Closed 3 Closed Open 4 Open Open SYNC SEL A SYNC SEL B AUTO RCLK CLOS...

Page 186: ...rs are determined by the input output blocks served by the particular frame For example a TRX NXT 256x256 router s input block 1 256 and output block 1 256 must be connected to frame zero For more information about frame numbering see Frame Number Settings on page 212 Output Duplication Output duplication dual quad outputs requires output splitters and output gain increase Full Frame Output Duplic...

Page 187: ...artial Frame Output Duplication As previously described in Duplication and Expansion on page 69 the PE 33016 Port expander can be used to provide dual outputs in blocks of 16 outputs while the PE 33008 Port expander can be used to provide quad outputs in blocks of 16 outputs Note The PE 33008 Port expander can only be used with HD and SD operations For example Figure 102 shows outputs 1 16 with du...

Page 188: ...y closing the rear panel Input Expand DIP switch and verifying that the on board DIP switch for those outputs is closed The gain for outputs 17 256 must be held at unity by opening the on board DIP switches for that set of out puts this will override the rear panel DIP switch setting for those outputs Input Expansion Input expansion requires output combiners and output gain increase Full Frame Inp...

Page 189: ...ng the output board jumpers or DIP switches to the Expand Enable position as shown on Figure 105 Restricted Input Expansion In the case of Restricted Input Expansion one or more output blocks are not combined and are therefore not boosted For example in the system shown in Figure 104 Outputs 1 16 of Frame 0 are not combined and therefore are restricted to inputs 1 512 Figure 104 Note Use the PE330...

Page 190: ... outputs 1 16 must be held at unity by setting the on board jumper for that set of outputs to the Force Normal position this overrides the rear panel DIP switch setting for those outputs For HO 33120 33121 output boards the gain for outputs 17 512 would be boosted by closing the rear panel Input Expand DIP switches on both frames and verifying that the on board DIP switches for those outputs are c...

Page 191: ...e 105 Location of gain jumpers on SO 33110 33011 HO 3G and HO 33110 33011 output boards SO 33011 MEZZANINE UPPER NUMBERS SO 33110 BASE LOWER NUMBERS HO 33011 MEZZANINE UPPER NUMBERS Pin 1 HO 33110 BASE LOWER NUMBERS Note labelling error BOOST Expand Enable BOOST_REF Force Normal ...

Page 192: ... S5 settings Refer to example on Figure 105 Output Expansion Output expansion requires input splitters and input gain adjustment S5 3 HO 33120 Base board lower numbered outputs S5 4 HO 33121 Mezzanine board upper numbered outputs Expand Enable Use rear panel Input Expand boost switch setting for these 16 outputs Closed Closed Force Normal Hold gain at unity do not boost these 16 outputs This setti...

Page 193: ...hed by 1 Closing the rear panel Input Expand DIP switch For the location of this switch see Figure 63 on page 136 128 x 128 Figure 4 on page 43 256 x 256 Figure 8 on page 47 512 x 512 Figure 12 on page 50 128 x 256 Figure 14 on page 51 256 x 512 2 Setting the output board jumpers or DIP switches to the Expand Enable position as shown on Figure 105 on page 191 Restricted Output Expansion Using Rest...

Page 194: ...erifying that the on board jumpers for that set of inputs are in the Expand Enable position The location of the boost jumpers on these input boards is shown on Figure 105 on page 191 Base refers to the 16 lower numbered inputs to the main board Mez refers to the 16 higher numbered inputs to the mezzanine board The gain for inputs 1 16 must be held at unity by setting the on board jumper for that s...

Page 195: ...ice Manual 195 Duplication and Expansion Figure 109 Location of gain jumpers on SI 33110 and HI 33110 Note labelling error Some Base jumpers have reversed silkscreening In all cases Expand Enable requires a jumper between pins 1 and 2 ...

Page 196: ...t 4 present DS704 Input 5 present DS705 Input 6 present DS706 Input 7 present DS707 Input 8 present DS708 Input 9 present DS709 Input 10 present DS710 Input 11 present DS711 Input 12 present DS712 Input 13 present DS713 Input 14 present DS714 Input 15 present DS715 Input 16 present DS716 525 DS717 625 DS718 SR DS719 0 1 DS720 CSM DS721 CS0 DS722 CS1 DS723 2nd SW711 SW710 SW709 SW708 SW704 SW703 SW...

Page 197: ...so the signal will be reclocked Bypass means the signal will not be reclocked S5 8 AUTO RCLK Switch on S1 through S4 Reclock all outputs if possible Bypass unlocked outputs Default setting Closed All closed Bypass all outputs Open All open Reclock selected outputs if possible otherwise turn OFF Bypass all other outputs Open Closed for selected out puts All others open SYNC SEL A SYNC SEL B AUTO RC...

Page 198: ... Service Manual Section 10 Hardware Installation A list of supported data rates for the HO 33110 and HO 33120 Output Boards is shown in the Data Reclocking specifications on page 115 Sync Selection Switch S5 See the table on page 185 ...

Page 199: ... formance these boards are identified with Pre emphasis Added stickers on the J421 headers used to connect the two halves of the board If these stickers are present and you are operating with Broadlinx 2 4 software or newer DIP switches S401 7 and S401 8 on both boards should be set to On if the stickers are not present these switches should be set to Off The remaining six switches on S401 are alw...

Page 200: ...ut monitoring come from NR cards two each The TRX NXT 512x512 frame the SR 33500 Sync OPM board provides four monitoring ports The TRX NXT 512x1024 frame the two TRX OPM boards provides cas cading inputs and four monitoring ports The TRX NXT 256x512 frame the TRX SR Sync OPM boards provides four monitoring ports The TRX NXT 128x256 frame the TRX OPM boards provides four moni toring ports Symmetric...

Page 201: ... switcher CONSOLE B PRIMARY COM BUS CROSSPOINT BUS NICB COM BUS CONSOLE A CONTROL REF IN SECONDARY OUTPUT MONITOR 4 3 4 1 2 3 CROSSPOINT BUS NICA 1 2 OUTPUT MONITOR REF IN QC STATION JUPITER CONTROL SYSTEM SWITCHER CONTROL PANEL Terminate QC STATION SWITCHER CONTROL PANEL CONTROL MON OP OP MON CROSSPOINT BUS CONSOLE GPIO TC CONSOLE B 4 3 2 1 A PRIMARY IN REF IN REF COM BUS 4 2 NIC B SECONDARY 3 1 ...

Page 202: ...7609_TRX SR Output Monitoring Connection Output Monitor Connection QC STATION SWITCHER CONTROL PANEL 1024 512 2048 1536 16 112 1 15 80 48 64 80 48 64 0 ULTRA MONITOR 16 32 96 112 3 5 4 12 11 13 3 6 5 2 4 8 14 13 12 11 10 8 0 7 1 9 15 FRAME 6 10 7 9 LEVEL 32 SUPER 0 96 2 0 14 C B A INT XPT CNTL OUTPUT EXPAND INPUT EXPAND 60Hz ENABLE SYNC REDUNDANT PS IFC FAN IFC XPT BUS COM BUS COM BUS ALARM B A B ...

Page 203: ...tput Monitor Address Switches Note Some units in the field may have incorrect labels on these switches The labels shown in Figure 117 are correct On all the rotary switches use the tri angular arrowhead for pointing and selection not the screwdriver slot If the router has been output expanded then each Monitor switch would be set to the highest output number for the system For example if a TRX NXT...

Page 204: ...or Switch Output Number and Address 1 2 3 4 128 129 130 131 132 256 257 258 259 260 384 385 386 387 388 512 513 514 515 516 2048 2049 2050 2051 2052 TRX NXT 256x256 Monitor Switch Output Number and Address 1 2 3 4 256 257 258 259 260 512 513 514 515 516 768 769 770 771 772 1024 1025 1026 1027 1028 TRX NXT 512x512 Monitor Switch Output Number and Address 1 2 3 4 512 513 514 515 516 1024 1025 1026 1...

Page 205: ...nformation TRX NXT 128x256 Monitor Switch Output Number and Address 1 2 3 4 256 257 258 259 260 512 513 514 515 516 768 769 770 771 772 1024 1025 1026 1027 1028 TRX NXT256x512 Monitor Switch Output Number and Address 1 2 3 4 512 513 514 515 516 1024 1025 1026 1027 1028 1536 1537 1538 1539 1540 2048 2049 2050 2051 2052 TRX NXT 512x1024 Monitor Switch Output Number and Address 1 2 3 4 1024 1025 1026...

Page 206: ...bypass settings for the Monitor out puts Auto Detect CLOSED is the default setting The location of DIP switch S2 is shown on Figure 110 If the SR board is in the Primary slot S2 8 A applies to Monitor Out put 1 S2 7 B applies to Monitor Output 2 If the SR board is in the Secondary slot S2 8 A applies to Monitor Output 3 S2 7 B applies to Monitor Output 4 TRX NXT 512x512 For this model Auto detect ...

Page 207: ... all times All other switches are defined in the tables under TRX SR V Phase and Source Information on page 172 Monitoring with Expanded Systems TRX NXT 128x128 256x256 and 512x512 Frames In expanded systems output monitor signals must be brought through a combiner An example of an output expanded system is shown in Figure 118 An example of an input expanded system is shown in Figure 119 In the fi...

Page 208: ...256 1 256 1 256 257 512 1 256 1 256 PE 33016s used as splitters PE 33016 used as combiner Output monitor video Output monitor video QC station Trinix Frame 2 256 x 256 Trinix Frame 0 256 x 256 1 256 1 256 257 512 257 512 1 256 PE 33016s 32 used as combiners PE 33016 used as combiner Dual outputs Output monitor video QC station Trinix Frame 1 256 x 256 ...

Page 209: ...7 512 x 512 The Monitor switch must also be set to identify the total number of outputs see page 203 Trinix Frame 0 256 x 256 1 256 1 256 257 512 1 256 1 256 PE 33016s used as splitters PE 33016 used as combiner Output monitor video Output monitor video QC station Trinix Frame 2 256 x 256 Trinix Frame 0 256 x 256 1 256 1 256 257 512 257 512 1 256 PE 33016s 32 used as combiners PE 33016 used as com...

Page 210: ...onitoring connection locations Expansion of two 128x256 Asymmetrical frames to form a 256x256 with output monitoring There will be missing ports in the inputs that will need to be adjusted in the Control system Figure 120 Expanded Trinix 128x256 Asymmetrical Frames with Output Monitoring Trinix NXT 128x256 Switcher Frame 0 16 ea 16x2 2 COMBINERS Outputs 1 256 Outputs 1 256 Outputs 1 256 Inputs 1 1...

Page 211: ...monitor cascade does not matter 4 75 ohm coaxial cables MON outs 4 System Outs Outputs 513 516 071827609_expansion_2_frame 512 2_woutput mo n Legend CAS Cascade MON Monitor Ins Inputs Outs Outputs Trinix NXT 512x1024 Switcher Frame 0 16 ea 16x2 2 COMBINERS Outputs 1 1024 Outputs 1 1024 Outputs 1 1024 Inputs 1 512 Inputs 513 1024 Trinix NXT 512x1024 Switcher Frame 1 CAS ins 4 X 2 MON outs 4 MON out...

Page 212: ...frames Refer to the following tables for input and output relation to the FRAME bits Table 47 Frame Numbering The 128X256 router is a subset of the 256X256 router and it operates as a partially stuffed 256X256 system TRX NXT 128x128 TRX NXT 128x256 and TRX NXT 256x256 FRAME NUMBER FRAME NUMBER INPUTS INPUTS 385 512 5 7 13 15 769 1024 5 7 13 15 257 384 4 6 12 14 513 768 4 6 12 14 129 256 1 3 9 11 2...

Page 213: ...system Table 49 Frame Numbering cont TRX NXT 512x512 and 256x512 FRAME NUMBER INPUTS 1537 2048 5 7 13 15 1025 1536 4 6 12 14 513 1024 1 3 9 11 1 512 0 2 8 10 OUTPUTS 1 512 513 1024 1025 1536 1537 2048 TRX NXT 512x1024 FRAME NUMBER INPUTS 1537 2048 5 13 1025 1536 4 12 513 1024 1 9 1 512 0 8 OUTPUTS 1 1024 1025 2048 For Jupiter controlled 0 based systems subtract one 1 from these input output number...

Page 214: ...inix is operated in the external Crosspoint bus control mode during which the Broadlinx board releases control of the Crosspoint bus Switch commands arriving at the Crosspoint bus connector on the rear of the frame will be executed Follow these steps to use the Jupiter Facility Control System 1 Install the CC 2010 Matrix Crosspoint bus cable Interconnection from a Jupiter VM 3000 or CM 4000 contro...

Page 215: ...scribed in detail in the Jupiter Installation and Oper ating manual In Trinix applications the Crosspoint bus must be terminated at the point farthest from the control processor using a Crosspoint Bus Termi nator The CC 2010 is a 10 conductor plus ground cable Ready made cables with installed 15 pin D male connectors are available from Grass Valley All rear panel Crosspoint bus connectors are 15 p...

Page 216: ...en See Figure 127 1 1 8 P1 DB15P male Shield drain P2 DB15P male Red 9 Black 2 Yellow 10 Black 3 Green 11 Black 4 Blue 12 Black 5 White 13 Black 8 2 3 4 5 9 10 11 12 13 Twisted pairs 50 ft 15 2 m max Ferrite core Ferrite core Shield Red Black Yellow Black Green Black Blue Black White Black Reset Data Clock Take Confirm Ground Type 43 material 0 375 inch 9 53 mm or larger inside diameter 0 95 inch ...

Page 217: ...Super 0 straight up and the right switch set to 7 See Figure 128 Figure 128 Note On all the rotary switches use the triangular arrowhead for pointing not the screwdriver slot For synchronous switching on all outputs the same sync signal must be sent to the Jupiter and to the Trinix 4 Connect the LAN and Com Bus as required In most cases the Trinix should be connected to the facility LAN to allow s...

Page 218: ...or numbering i e there is no connector 0 However Jupiter tables are always 0 based When controlling such units references to Physical Input Output connectors in Jupiter tables refer to that connector number plus 1 For example Physical Input 10 in the Jupiter Switcher Input table would correspond to connector number 11 on the Trinix rear panel ...

Page 219: ...t Level switches Two back panel rotary switches are used to set the level address of the router The rear panel rotary Level switch must be set to Ultra Cros spoint bus Level 1 that is the Super Ultra rotary switch must be pointed straight down to 0 and the adjacent rotary switch must point at 1 Note On all the Trinix rotary switches use the triangular arrowhead for pointing not the screwdriver slo...

Page 220: ... one TRX NXT 512x512 in the system the Cros spoint bus must be daisy chained between units The Crosspoint bus must be terminated at the farthest point from the controlling Broadlinx board This connection is shown on Figure 68 The Crosspoint bus cable is described on Figure 124 4 Install LAN components as described beginning on page 221 5 Refer to the SMS 7000 or Encore documentation for control sy...

Page 221: ...the router is under external Jupiter control and the only purpose of the connection is LAN monitoring using Broadlinx web pages or SNMP See Figure 131 Figure 131 Connections for LAN monitoring Jupiter Control Connect another Ethernet cable from the NIC B jack to the network switch if you plan to use a secondary NR 33000 board The connection should be made through a firewall if the Trinix LAN is co...

Page 222: ...s available for Broadlinx or SNMP monitoring See Figure 132 Figure 132 SMS connections to Trinix If you plan to use a secondary NR 33000 board connect another Ethernet cable from the NIC B jack to the network switch If the Trinix LAN is connected to the Internet the connection should be made through a firewall NIC A connector Ethernet switch NIC B connector Trinix MCPU frame 7000 SMS PC Ethernet c...

Page 223: ...g The recommended connections for the system when equipped with redundant NR 33000 boards and redundant Encore control lers is shown in Figure 133 For more Information about Encore control of Trinix see Encore Control on page 371 Figure 133 Encore connections to Trinix NIC A connector Trinix PC Ethernet switch Ethernet switch Ethernet switch Secondary Encore controller Primary Encore controller EN...

Page 224: ...he NR board and one of the main frame Com Bus connectors If there are additional TRX NXT 512x512 frames in the system and they do not have Broadlinx boards the Com Bus should be daisy chained to those additional frames as well For an illustration see Figure 83 NR 33000 Broadlinx Board Configuration Any use of the NIC LAN connector whether for control or for monitoring will require configuration of...

Page 225: ...ce Manual 225 LAN and Com Bus Connections If SNMP NetCentral monitoring is to be used the Trinix SNMP agent residing on the NR 33000 board must be enabled that is licensed For more information see SNMP NetCentral Monitoring on page 300 ...

Page 226: ...anced by 10 3us All of the legacy matrix output cards VIT timing will be delayed by a similar amount Grass Valley recommends that you operate with matched versions of boards to meet RP 168 switch points However the system will operate but with a minor timing offset If you mix a Broadlinx 3 x version board in a system that is running Broad linx 2 x when switched signals will be outside of the SMPTE...

Page 227: ... and I2C links can vary depending on the model of the asymmetrical router that is used and the redundancy configuration This section provides the configuration guidelines for the interface connectivity and monitoring of the power supply modules The External Power Supply Frame The Lineage Compact Power Line Shelf see Figure 135 is the current power supply frame that is used for the Trinix Asymmetri...

Page 228: ...ecific GV cable assemblies that must be used for this configu ration which is described below The Power Supply Module Each power supply frame supports up to four power supply modules The Lineage Compact Power Line module current power supply module used for the Trinix Asymmetrical routers Specifications Each power supply module Has a wide AC input 100 240 VAC Provides an output of 44 58 VDC The po...

Page 229: ...aying the Status of the Power Supply Module There are four LEDs on the front panel of the power supply module that display the status for the AC input DC input Temperature and non spe cific faults For more information see Asymmetrical Frames in the Trouble shooting section on page 390 ...

Page 230: ...vide isolated power input connectors and includes one or more TRX SC boards for power supply monitoring The number of power connectors and TRX SC boards will vary depending on the Asymmetrical router size Each Asymmetrical router will support multiple redundant power supply con figurations Each Asymmetrical power supply frame and the possible redundant power supply configurations are covered in th...

Page 231: ... will be highlighted in red in the following TRX SC board examples in this appendix Figure 139 TRX SC Configuration DIP Switch Location The DIP switches will control the number of power busses and the number of external power supply frames to monitor Refer to Table 50 for the con figuration DIP details Table 50 TRX SC Configuration Switch Details Switches Details SW 1 BUS A ENABLE SW 2 BUS A EXPAN...

Page 232: ...er of external power supply frames that are connected to the respective power supply bus The settings for the TRX SC configuration DIP switches depend on two things the Asymmetrical router frame and the power supply s redun dancy configuration These settings are documented in the following pages Enabling a DIP Setting A DIP switch is enabled by moving the switch to the ON position See Figure 140 b...

Page 233: ... to two external power supply frames and eight power supply modules Figure 141 Trinix 128X256 Frame Rear View 128X256 Default Power Supply Configurations The default power supply configuration includes one Trinix power supply rack frame with two power supply modules The power cable is connected to the DC INPUT A connector of the router frame The power supply s interface cable is connected to the P...

Page 234: ...default con figuration is shown in Figure 143 Figure 143 TRX SC DIP Switch Settings for 128X256 Default Configuration 35206 1 86 6 1387 036 9 127 86 2873876 1 1 1 20 86 20 86 35 0 5 2 1 6 2 5 0 5 66 021 287 6 21 5 5 1 1 1 1 2 1 6 2 0 5 66 3 2 7 37 86 21752 1 86 0 5 0 9 30 86 021 725 8 75 683 5 13876 3 5 021 1 30 86 13876 67 786 1387 127 86 9 036 3 3 1 23 3 1 9 7 5 81 17 17 37 17 50 021 3 1 20 6 9 ...

Page 235: ...nnector on the router frame The power supply s interface cable is connected to the PMBUS A connector on the router frame Figure 144 Trinix 128X256 Redundant PSU Configurations Options A The option A configuration uses one power supply and three power supply modules 35206 1 86 6 1387 036 9 127 86 2873876 1 1 1 20 86 20 86 35 0 5 2 1 6 2 5 0 5 66 021 287 6 21 5 5 1 1 1 1 2 1 6 2 0 5 66 3 2 7 37 86 2...

Page 236: ...ons A and B is shown in Figure 146 Note The configuration switch settings are the same as the default configuration Figure 146 TRX SC DIP Switch settings for 128X256 Options A and B 35206 1 86 6 1387 036 9 127 86 2873876 1 1 1 20 86 20 86 35 0 5 2 1 6 2 5 0 5 66 021 287 6 21 5 5 1 1 1 1 2 1 6 2 0 5 66 3 2 7 37 86 21752 1 86 0 5 0 9 30 86 021 725 8 75 683 5 13876 3 5 021 1 30 86 13876 67 786 1387 1...

Page 237: ...ower supply modules see Figure 147 on page 238 The first Trinix power supply rack is connected to the DC INPUT A con nector on the router frame The power supply s interface cable from this power supply rack is connected to the PMBUS A connector on the router frame The other Trinix power supply rack is connected to the DC INPUT B con nector on the router frame The power supply s interface cable is ...

Page 238: ...Figure 148 TRX SC DIP Switch settings for 128X256 Option C 35206 1 86 6 1387 036 9 127 86 2873876 1 1 1 20 86 20 86 35 0 5 2 1 6 2 5 0 5 66 021 287 6 21 5 5 1 1 1 1 2 1 6 2 0 5 66 3 2 7 37 86 21752 1 86 0 5 0 9 30 86 021 725 8 75 683 5 13876 3 5 021 1 30 86 13876 67 786 1387 127 86 9 036 3 3 1 23 3 1 9 7 5 81 17 17 37 17 50 021 3 1 20 6 9 1 2873876 POS 2 POS 3 POS 4 POS 1 POS 2 POS 3 POS 4 POS 1 0...

Page 239: ...r supply modules see Figure 149 on page 240 and Figure 150 on page 241 The first Trinix power supply rack is connected to the DC INPUT A con nector of the router frame The power supply s interface cable is connected to the PMBUS A connector of the router frame The second Trinix power supply rack is connected to the DC INPUT B con nector of the router frame The power supply s interface cable from t...

Page 240: ...ach with three power supply modules 35206 1 86 6 1387 036 9 127 86 2873876 1 1 1 20 86 20 86 35 0 5 2 1 6 2 5 0 5 66 021 287 6 21 5 5 1 1 1 1 2 1 6 2 0 5 66 3 2 7 37 86 21752 1 86 0 5 0 9 30 86 021 725 8 75 683 5 13876 3 5 021 1 30 86 13876 67 786 1387 127 86 9 036 3 3 1 23 3 1 9 7 5 81 17 17 37 17 50 021 3 1 20 6 9 1 2873876 POS 2 POS 3 POS 4 POS 1 POS 2 POS 3 POS 4 POS 1 071826709_128X256_PSU_co...

Page 241: ...256 redundant power supply configurations options D and E is shown in Figure 151 on page 242 35206 1 86 6 1387 036 9 127 86 2873876 1 1 1 20 86 20 86 35 0 5 2 1 6 2 5 0 5 66 021 287 6 21 5 5 1 1 1 1 2 1 6 2 0 5 66 3 2 7 37 86 21752 1 86 0 5 0 9 30 86 021 725 8 75 683 5 13876 3 5 021 1 30 86 13876 67 786 1387 127 86 9 036 3 3 1 23 3 1 9 7 5 81 17 17 37 17 50 021 3 1 20 6 9 1 2873876 POS 2 POS 3 POS...

Page 242: ...allation and Service Manual Section 11 Trinix Asymmetrical Power Supply Configurations Figure 151 TRX SC DIP Switch settings for 128X256 Option D and E 1 2 3 4 5 6 7 8 O N 1827609_TRX SC DIP Switch settings for 128X256 O ...

Page 243: ...load of 2100 Watts Each frame provides two isolated power inputs and a TRX SC board These connections are identified below in Figure 152 on page 243 below This connectivity supports up to two external power supply frames and eight power supply modules Figure 152 Trinix 256X512 Frame Rear View 071827609_Trinix 256X512_rear connections The Isolated Power inputs The TRX SC Board connections ...

Page 244: ...he router frame The power supply s interface cable is connected to the PMBUS A connector on the router frame Figure 153 256X512 Default Power Supply Configuration POS 1 POS 2 POS 3 POS 4 1 20 86 1 021 1 021 287 1 5 35 0 5 0 5 66 2162 1 1 5 6 21 5 0 5 66 20 86 2162 1 2873876 1387 036 9 127 86 2873876 3 2 7 1 35206 5 0 21752 021 3 1 17 37 17 1 9 7 5 81 17 20 6 9 23 3 1 3 3 1 8 75 683 5 9 021 725 1 8...

Page 245: ...512 Redundant Power Supply Configurations Options A and B The A and B configuration options for the redundant power supply includes the Trinix default power supply configuration and one or two additional power supply modules see Figure 155 on page 246 and Figure 156 on page 247 The power is connected to the DC INPUT A connector of the router frame The power supply s interface cable is connected to...

Page 246: ...ee power supply modules POS 1 POS 2 POS 3 POS 4 1 20 86 1 021 1 021 287 1 5 35 0 5 0 5 66 2162 1 1 5 6 21 5 0 5 66 20 86 2162 1 2873876 1387 036 9 127 86 2873876 3 2 7 1 35206 5 0 21752 021 3 1 17 37 17 1 9 7 5 81 17 20 6 9 23 3 1 3 3 1 8 75 683 5 9 021 725 1 86 6 2873876 526632 17 86 13876 13876 1387 036 9 127 86 2873876 1 1 67 786 30 86 30 86 1 1 1 1 1 071827609_256X512 PSU Config OptA ...

Page 247: ...on switch settings for the 256X512 Options A and B are the same as the default 256X512 configuration Figure 157 TRX SC DIP Switch Settings for 256X512 Options A and B POS 1 POS 2 POS 3 POS 4 1 20 86 1 021 1 021 287 1 5 35 0 5 0 5 66 2162 1 1 5 6 21 5 0 5 66 20 86 2162 1 2873876 1387 036 9 127 86 2873876 3 2 7 1 35206 5 0 21752 021 3 1 17 37 17 1 9 7 5 81 17 20 6 9 23 3 1 3 3 1 8 75 683 5 9 021 725...

Page 248: ...of the router frame The other Trinix power supply rack is connected to the DC INPUT B con nector of the router frame The power supply s interface cable from this Trinix power supply rack is connected to the PMBUS B connector of the router frame Figure 158 Trinix 256X512 Redundant PSU Configurations Options C POS 2 POS 3 POS 4 POS 1 POS 2 POS 3 POS 4 POS 1 1 20 86 1 021 1 021 287 1 5 35 0 5 0 5 66 ...

Page 249: ...r supply includes two Trinix power supply frames and six or eight power supply modules One of the Trinix power supply racks is connected to the DC INPUT A con nector of the router frame The power supply s interface cable from this Trinix power supply rack is connected to the PMBUS A connector of the router frame The other Trinix power supply rack is connected to the DC INPUT B con nector of the ro...

Page 250: ...power supply modules each POS 2 POS 3 POS 4 POS 1 POS 2 POS 3 POS 4 POS 1 1 20 86 1 021 1 021 287 1 5 35 0 5 0 5 66 2162 1 1 5 6 21 5 0 5 66 20 86 2162 1 2873876 1387 036 9 127 86 2873876 3 2 7 1 35206 5 0 21752 021 3 1 17 37 17 1 9 7 5 81 17 20 6 9 23 3 1 3 3 1 8 75 683 5 9 021 725 1 86 6 2873876 526632 17 86 13876 13876 1387 036 9 127 86 2873876 1 1 67 786 30 86 30 86 1 1 1 1 1 071827609_256X512...

Page 251: ...hown in Figure 162 Figure 162 TRX SC DIP Switch Settings for 256X512 Option D and E POS 2 POS 3 POS 4 POS 1 POS 2 POS 3 POS 4 POS 1 1 20 86 1 021 1 021 287 1 5 35 0 5 0 5 66 2162 1 1 5 6 21 5 0 5 66 20 86 2162 1 2873876 1387 036 9 127 86 2873876 3 2 7 1 35206 5 0 21752 021 3 1 17 37 17 1 9 7 5 81 17 20 6 9 23 3 1 3 3 1 8 75 683 5 9 021 725 1 86 6 2873876 526632 17 86 13876 13876 1387 036 9 127 86 ...

Page 252: ...upply frames and sixteen power supply modules Figure 163 Grass Valley recommends that the power supplies are installed to the side of the 512X1024 Asymmetrical frame There must be a 2RU space above and below the fans for the routing switcher If your needs require installing the power supply above and or below the frame make sure there is a 2RU space between the frame and the Power supply Note Do N...

Page 253: ...ice Manual 253 The 512X1024 Trinix Asymmetrical Frame Figure 163 Trinix 512X1024 Frame Rear View 071827612_512x1024_default The TRX SC Board connections The TRX SC Board connections The Isolated Power inputs The Isolated Power inputs ...

Page 254: ... s interface cable from this Trinix power supply rack is con nected to the PMBUS A connector of the router frame The other Trinix power supply rack is connected to the DC INPUT B connector of the router frame The power supply s interface cable from this Trinix power supply rack is connected to the PMBUS B connector of the router frame Figure 164 The following images are used as examples of how to ...

Page 255: ...tallation and Service Manual 255 The 512X1024 Trinix Asymmetrical Frame Figure 164 Trinix 512X1024 Default PSU Configuration 071827612_Trinix 512X1024 Default PSU Configuration 3 RU space 2RU RU Empty Space 1 RU Fan ...

Page 256: ...tom of the 512x1024 routing switcher doing so will block the airflow and may cause the routing switcher to overheat For the 512X1024 default power supply configuration the two TRX SC boards in the frame are configured with the corresponding DIP switch setting as shown in Figure 165 Figure 165 TRX SC DIP Switch Settings for 512X1024 Default Configuration ...

Page 257: ...nal Trinix power supply frames with eight additional power supply modules The additional power supply racks are connected to the DC INPUT B connectors of the router frame The additional power supply s interface cables are connected to the PMBUS B connectors of the router frame Figure 166 Figure 166 Trinix 512X1024 Redundant PSU Configuration Options A 071827612_Trinix 512X1024 Redundant PSU config...

Page 258: ...ttom of the 512x1024 routing switcher doing so will block the airflow and may cause the routing switcher to overheat For the 512X1024 redundant power supply configuration option A the two TRX SC boards in the frame are configured with the corresponding DIP switch setting as shown in Figure 167 Figure 167 TRX SC DIP Switch Settings for 512X1024 Option A ...

Page 259: ...ware installation instructions for the Broadlinx software Interoperability Requirements Any Encore system that is newer than the 1 7 3 version Any Jupiter system The 2 0 13 version of NetConfig or newer Note Do not use Broadlinx with either the Dynex DX ESW8 10 100M Fast Ethernet Switch or the Zonet Model ZFS3124 ...

Page 260: ...ain the necessary files and then copy them to a blank Compact Flash card Ensure that the Compact Flash card is formatted to FAT16 rather than FAT32 this format will decrease the time it takes for Broadlinx to boot or start up The CF card must have a minimum of 128 MB of available memory Overview This section describes the Installation process These steps are Updating Compact Flash cards Updating s...

Page 261: ...1 and DM 33502 1 5G matrix boards should be set to ON If the stickers are not present these switches should be set to Off The remaining six switches on S401 are always set to Off For multiple Trinix 128 or 256 frame systems only the DIP switch A setting on the frame with the Broadlinx board that is driving the Com Bus should be set to Open This setting should be set to Closed on all other frames i...

Page 262: ...ick the Start button then All Programs point to Accessories and then select Windows Explorer 3 Navigate to the CD select and then copy all of the Broadlinx files 4 Navigate to the Compact Flash memory and then paste the files Note If you use a CF card on which a previous version of Broadlinx has been saved you will need to overwrite the existing files It is important that you do NOT overwrite the ...

Page 263: ...rrupt video signals passing through the system The length of this interruption will vary depending on system size and specific procedures used Users of this equipment should consult with Grass Valley Technical Support personnel before proceeding Updating Systems with a Single Broadlinx Board This section describes the steps for updating existing Broadlinx boards The update process can be accomplis...

Page 264: ...oard Controls Using the Web Page Navigate to the Broadlinx Firmware Management Web page to update the firmware Note Do not press the Browser s Refresh button or press F5 on your keyboard during the installation A redrawing issue may occur with the 512x1024 routing switcher s Web page If you do press the Refresh button you must reset the bottom half of the 512x1024 frame 071828316 BATTERY CONNECTIO...

Page 265: ...is web page there may be a slight delay as the page is gathering the latest information Figure 170 The Firmware Management Screen Some of the Status lights in the Status column will be red following an installation using a Compact Flash card Figure 170 This indicates that the software that is currently running in the module is different or older than the software that was just installed The new so...

Page 266: ...us Window and by the alarm LEDs on the boards that are being updated Note When performing a firmware update the Overall update progress bar indi cator will reach and stay at 99 until the update is finished The update pro cedure has not locked up The Web page will correctly show that the update is finished when all boards are updated If the proces is taking 20 longer than the intitial time shown in...

Page 267: ...e to the Firmware Management page The Restart button will now appear near the bottom of the page The display may vary from the example that is shown in Figure 174 Figure 174 The Restart Button on the Firmware Management Screen The cards must be restarted to use the new firmware 5 Click the Restart button which is shown above in Figure 174 The following Caution pop up window will then appear Click ...

Page 268: ...e Cancel button while not advised will stop the restart process allowing you to restart the board during a sched uled service time However the new software will not be applied until the boards are restarted 6 Click the OK button The Post Complete window will then reappear 7 Navigate to the Firmware Management page All Status indicators should be green but the NR 33000 board Figure 176 The Firmware...

Page 269: ... compact Flash card by pressing the Eject button Figure 178 on page 270 Note For the Asymmetric frames the NR 33000 Broadlinx board is turned side ways so the Eject button is at the bottom For Encore controlled systems the memory must be cleared by discon necting the battery terminal leave it un connected for couple of min utes and then reconnect the battery Figure 177 Figure 177 Battery location ...

Page 270: ...The possible types of PC boards The version of the Broadlinx software that is presently associated with each type of board that is installed The versions of top level software packages that are present in the Broadlinx board The compatibility Status of these software elements An example of this table is shown in the figure below Figure 179 on page 271 When accessing this web page there may be a sl...

Page 271: ...rently running in the module is different or older than the software that was just installed The new software should be activated by following the instructions provided below Activating Software 1 Click the Activate button at the bottom of the page Figure 179 The Message from webpage dialog will then appear Figure 180 The Estimated Time Dialog 2 Click the OK button The Broadlinx Updating firmware ...

Page 272: ...pdated Note When performing a firmware update the Overall update progress bar indi cator will reach and stay at 99 until the update is finished The update pro cedure has not locked up The Web page will correctly show that the update is finished when all boards are updated If the proces is taking 20 longer than the intitial time shown in Figure 180 on page 271 see The installation process seems to ...

Page 273: ...indicate Post Completed 4 Navigate to the Firmware Management page The Restart button will now appear near the bottom of the page Figure 183 The Restart Button on the Firmware Management Screen The cards must be restarted to use the new firmware 5 Click the Restart button which is shown above in Figure 183 The following Caution pop up window will then appear Click this button ...

Page 274: ...dow will then reappear Updating the Second Broadlinx Board You will now need to update the second Broadlinx NR 33000 board You are going to make the secondary Broadlinx board active and then update the Primary board Follow theses steps to Update the second Broadlinx board 1 Make the Secondary board active There are many ways to do this step the following ways are suggested Enter redundancyBoardAct...

Page 275: ...scribed when updating the first board 4 Navigate to the Firmware Management page The Restart button will now appear near the bottom of the page The display may vary from the example that is shown in Figure 186 Figure 186 The Restart Button on the Firmware Management Screen The cards must be restarted to use the new firmware 5 Click the Restart button which is shown above in Figure 186 The followin...

Page 276: ...Clicking the Cancel button while not advised will stop the restart process allowing you to restart the board during a sched uled service time However the new software will not be applied until the boards are restarted 6 Click the OK button The Post Complete window will then reappear 7 Navigate to the Firmware Management page All Status indicators should be green Figure 188 The Firmware Management ...

Page 277: ...e and wait for the SNMP license set message then reboot the board When using SNMP on multiple frame systems the SNMP monitored Outputs must be on the 1st frame The setSnmpCommunicationsEnable command will allow the SNMP key to be saved from the active board to the inactive board Inter board communications of the license key is verified with the redundantConfigShow command Follow these steps to sav...

Page 278: ...e 189 Example The SNMP Keys status Ensure that the SNMP key and the master SNMP key values are the same The value for the SNMP keys shown in this example are for the frame type rather than the encrypted key number that was entered on the Web page If zero is shown no SNMP key has been set ...

Page 279: ... not be compatible with older versions of Windows because of the large allocation size The data that will be stored on the CF is a small enough amount that you do not need to be concerned about the file storage inefficiency Follow these steps to format the CF card with the FAT16 format 1 Select the Start menu 2 Right click the My Computer icon and then select the Manage option Figure 190 The Compu...

Page 280: ...ialog will then appear Figure 192 Figure 192 The Format Dialog 5 Enter a preferred name in the Volume label field 6 Select FAT from the File system drop down list 7 Select Default from the Allocation unit size drop down list 8 Click the OK button A popup will appear Figure 193 Figure 193 Format Warning Click the OK button ...

Page 281: ...oot procedure as described in Software Installation on page 260 will need to be performed to complete the update process Requirements The 2 0 13 version of NetConfig must be used for Broadlinx Software Update This procedure can be used with the Broadlinx 3 2 0 release and subse quent releases In other words you will need to manually copy the entire Broadlinx 3 2 0 file to the Compact Flash disc CF...

Page 282: ...fig 1 Start NetConfig and Verify that you are using the 2 0 13 version a Click the About button on the NetConfig tool bar The About Network Configuration Tool dialog box will then appear b The version is displayed above the copyright notice If the installed version is older than 2 0 13 you will not be able to perform this update c Click the OK button to close the dialog box 2 Click the Load Softwa...

Page 283: ...y is being shown on the Progress bar and the time has exceeded the estimated time by 20 check the LED on the door of the frame on which the installation is being preformed If the LED is green Restart Web browser If the LED is red Open the door and see which board has a red LED Then start a Telnet session to check the alarm conditions on the board ...

Page 284: ...284 Trinix NXT Installation and Service Manual Section 12 Broadlinx Installation ...

Page 285: ...ection called Broadlinx Version and Supported Trinix Boards on page 335 If you current system is older than the 2 4 2 version of Broadlinx contact Technical support see Contacting Grass Valley on page 4 Configuring the Network Settings All LAN devices that are used with Trinix for example a monitor PC or the SMS system must be on the same network as the Broadlinx board or con nected to the board t...

Page 286: ...k Settings The PC s Network Settings must be compatible with the Broadlinx board s default values Follow these steps to configure the PC s Network Settings 1 Open the Network Connections window Start Control Panel Settings Network Connections 2 Right click the PC s Local Area Connection and then select the Properties option from the drop down list The Local Connection Properties dialog will then a...

Page 287: ...ings can be restored to their previous values once the Broadlinx board has been configured 6 The Broadlinx board should be booted or rebooted at this time The board can be rebooted by unseating and then re seating the board a The board can be unseated without turning off power b To re insert the board keep the ejector levers spread apart and slide the board in until the levers make contact Then fo...

Page 288: ... Ethernet cable or if the Ethernet cable is removed and then inserted after HTTP Daemon is started However the Trinix Matrix will be listed in the NetConfig application To correct this issue insert the Ethernet cable and then reboot the Broadlinx board Complex Network If the network includes additional PCs connections to additional net works and so forth or if there is more than one Broadlinx boar...

Page 289: ...e arrow in it at the bottom of the section see Figure 198 to navigate to the Network Configuration page The Configure Network Interface page Figure 199 will then be displayed Figure 199 The Configure Network Interface Screen 3 Enter the information that is needed to connect to your network in the respective fields The Configure Network Interface button ...

Page 290: ...HTTP Daemon is started Reboot the Broadlinx board to correct this issue Adding a Broadlinx Board to an Encore Controlled Trinix Router When adding a secondary or redundant Broadlinx board NR 33000 to a Trinix frame there is a possibility that the Crosspoint status between the Broadlinx boards can be become mismatched This mismatch could cause the status on the VSD and Control panels to be incorrec...

Page 291: ...re window Encore User Interface System Configure window CAUTION Ensure that the steps outlined above in Adding a Broadlinx Board to an Encore Controlled Trinix Router are taken before the newly inserted board ever becomes active or is activated In the event the board does become active before these steps have been executed immediately reset the newly inserted Broadlinx board NR 33000 ...

Page 292: ...ollowing the procedure described in the Simple Network Settings section on 286 2 Click the Configure button at the bottom of the Main Broadlinx page The Configuration page will then open this page should be similar to what is shown in Figure 200 Figure 200 Configuration Page Current Time The Time settings are used only to timestamp the Events log entries Clicking the Time Management arrow button a...

Page 293: ...set is the number of hours that the standard time at the customer location is ahead or behind Universal Time Coordinated Greenwich Mean Time For example for the U S Mountain time zone the entry would always be 7 00 which is shown in the figure above 3 Click the SNTP radio button and enter the IP address of the server if a SNTP Simple Network Time Protocol server will be used as a time source The S...

Page 294: ...escription This is the source of the system name that appears on the left side of the top level Broadlinx page Follow these steps to change the description Figure 204 The Edit System Description Arrow 1 Click the Edit System Description arrow button The System Description page will then appear Figure 205 System Description 2 Enter a new description in the text field 3 Click the Save button Clickin...

Page 295: ...re the network settings Figure 207 The Configure Network Interface Arrow 1 Click the Configure Network Interface arrow button The Configure Network Interface page will then appear Figure 208 2 Enter the information about your network in the respective fields Figure 208 Configure Network Interface IP Address This field assigns an IP address to the primary NR 33000 This address must end with an even...

Page 296: ...P Encore redundant control only This field assigns the address of the Mirror System Controller Board Gateway IP This field assigns the Gateway IP address This field is only used if the Trinix Routing switcher is connected to the Broadlinx PC through a gateway Time Server IP This is an optional network time server address SNMP When the SNMP feature is licensed you will be able to enter SNMP IP mon ...

Page 297: ...age The word enabled will appear for SNMP Services Figure 212 The word enabled will appear See Configuring an SNMP Manager s IP Address on page 303 for configuration steps Firmware Management The Firmware field on the Configuration page shows the version number of the last activated top level software package In most cases this will be the version that is currently running in the system However if...

Page 298: ...are Management table displays the types of possible PC boards the version of sub level software that is presently associated with each type that is installed the versions of top level software packages present in the Broadlinx board and the compatibility Status of these software elements Not all board types will always be present in a given system The possible boards are shown in Table 51 Table 51...

Page 299: ...t a differ ence exists will be indicated by three dots For example if there are four SO 33110 output boards three with firmware version 2 and one with firm ware version 1 the table will show 1 NR Broadlinx board Sync NIC OPM board SR Sync OPM board RP interface board used only on TRX NXT 512x512 chassis VxWorks operating system used only on NR board Web Interface software used to communicate with ...

Page 300: ...oftware to the newest ver sion For more information refer to the Field Engineering Bulletin supplied with the software or contact Grass Valley technical sup port In most cases the latest software should be used The two top level software packages shown along the bottom of the menu should have the newest package listed first indicating that the newest package was the last one activated CAUTION Gras...

Page 301: ...The status of Power Supply such as active faulty etc PS AC Status The status of AC input to the power Supply such as active faulty etc PS DC Status The status of DC output from the power Supply such as active faulty etc Item Description Fan Name The name of the fan such as Fan Module A Fan Module B etc Fan Status The current status of the fan For example running or missing Item Description Referen...

Page 302: ...urrently connected to out put If the signal is an input signal this value will be 1 Notification Description Reference Signal A trap message is sent to the manager if the Trinix matrix loses the Reference signal This error trap is cleared once Reference signal is restored Power Supply Error A trap message is sent to the manager if any error occurs in the power supply This error trap is cleared onc...

Page 303: ...ver temperature Error An over temp error trap message is sent to the manager if any of the boards present in matrix frame crosses its normal operating temperature range This error trap is cleared once the board is restored to the nor mal operating temperature range Input Signal Loss A trap message is sent to the manager if the Trinix matrix detects loss of an input signal This error trap is cleare...

Page 304: ...e Submit button to save and apply the changes Figure 215 The IP address shown is for example only Figure 215 The Configure SNMP Manager IP Address Page The Post Complete page will then appear Figure 216 The Configure SNMP Manager IP Address Page Clicking the Back button will return to the Configure SNMP Manager IP Address page The submitted changes will not be affected Configuring Input Signal Los...

Page 305: ...e You can use Grass Valley s NetConfig application to access each Input board Follow these steps to configure the Input Signal Loss notification feature using the Individual Input board s Web Page 1 Click the Signal button to open the Signal Alarm Configuration page Figure 217 2 Select the Signal alarms for each connector Figure 217 The Signal Alarm Configuration Page in NetConfig 3 Save the confi...

Page 306: ... 219 2 Select the Signal alarms for each connector Figure 219 The Signal Alarm Configuration Page 3 Save the configuration by clicking the Save Signal Alarm Config button Figure 218 Figure 220 The Signal Alarm Configuration Page Configuring Output Signal Loss Notifications Output Signal Loss SNMP notifications are configured using the Broadlinx Web pages The Signal Loss settings are only available...

Page 307: ...arm Configuration page Figure 221 2 Select the Signal alarms for each connector Figure 221 The Output Signal Alarm Configuration Page 3 Save the configuration by clicking the Save Signal Alarm Config button Figure 222 Figure 222 The Signal Alarm Configuration Page From the Frame Level Signal Web Page Follow these steps to configure Output Signal Loss notifications using the Frame level signal s We...

Page 308: ...n and Service Manual Section 13 Broadlinx Software Figure 223 The Signal Alarm Configuration Page 3 Save the configuration by clicking the Save Signal Alarm Config button Figure 224 Figure 224 The Signal Alarm Configuration Page ...

Page 309: ...hat has been licensed to the standby board The setSnmpCommunicationsEnable command will allow the SNMP key to be saved from the active board to the inactive board Inter board communications of the license key is verified with the redundantConfigShow command Follow these steps to save the license key from the primary board 1 Start a console or telnet connection to the standby Broadlinx board 2 Ente...

Page 310: ...225 Example The SNMP Keys status Ensure that the SNMP key and the master SNMP key values are the same The value for the SNMP keys shown in this example are for the frame type rather than the encrypted key number that was entered on the Web page If zero is shown no SNMP key has been set ...

Page 311: ...desired See the System Descrip tion section for more information The list below the System Description can be expanded to show all the system PC boards and modules that are available for Broadlinx com munication Routing Switcher Graphic The graphic of the Routing switcher s front panel will show the status of the master alarms A green or red dot For a discussion of Frame Numbers see Frame Number S...

Page 312: ... 1 Connect to the Routing switcher following the procedure described in the Normal Connection Procedure Following Network Address Configuration section 2 Click on the graphic of the Routing switcher front panel A line drawing of the Trinix frame will then appear similar to the example shown in Figure 228 Figure 227 The Trinix 256x512 Asymmetric Frame ...

Page 313: ... and boards show a green dot meaning that operation is normal Modules that are not active or installed are grayed out 3 Select a module or board to check its condition by ether clicking the name of the board or module in the list or the graphic in the drawing Figure 229 on page 314 The selected board and its information will then appear Figure 230 on page 315 ...

Page 314: ...4 Trinix NXT Installation and Service Manual Section 13 Broadlinx Software Figure 229 Frame and Device Tree In this example the HI 33300 3G board has been selected or click one of these Click one of these ...

Page 315: ...2 Routing switchers the SR 33500 Sync Reference board and the RP 33500 Rear Panel must be selected from the list because these boards on located on the rear panel Note To find the name of a board or module you can mouse over the graphic and a tool tip text alert with the name and status will appear Figure 231 Figure 231 Tool tip ...

Page 316: ...or example Jupiter to identify the Trinix monitor outputs These numbers correspond to monitor output ports labeled 1 through 4 on the rear of the frame as shown in Table 40 and Table 41 Monitored This column lists the number of the output that is being moni tored by the control system Switched This column lists the number of the input that is being switched to this monitor output Reclocker TRX NXT...

Page 317: ... will display a menu similar to the one shown in Figure 233 This table shows the following information for each input Input signal presence yes or no Whether or not the input is in use that is whether or not it is cur rently switched to an output If a proper input signal was present but has since been lost Figure 233 Inputs Tab Selecting the Outputs tab will display a menu similar to the one shown...

Page 318: ...ual Section 13 Broadlinx Software Figure 234 Outputs Tab Firmware Update For firmware update instructions refer to the Release Notes document that is supplied with the firmware also see Updating Systems with a Single Broad linx Board on page 263 ...

Page 319: ...s helpful in a facility with many matrices scattered across the facility Follow these steps to identify a matrix 1 Open the NetConfig application 2 Right click the preferred Trinix matrix listed on the tree view in the left pane 3 Select the Identify Device option in the pop up context menu Figure 235 Figure 235 The Identify Device Option 4 The LED labeled on the Broadlinx card shall blink for the...

Page 320: ... option in the Configure menu of NetConfig For more informa tion about the Broadlinx LEDs see NR 33000 NIC Sync OPM board on page 402 Follow these steps to configure various options in Broadlinx 1 Select the NetConfig option in the Configure menu Configure NetConfig option Figure 237 The NetConfig Options Menu The NetConfig option dialog will then appear 0718277609__Broadlinx ID LEDs ...

Page 321: ...onfig Options Menu 2 Make the appropriate changes a The Blink interval can be changed by entering the time in milliseconds in the Interval box b The Blink duration can be changed by entering the time in seconds in the Duration box 3 Click the OK button to apply and save the changes ...

Page 322: ...boards Broadlinx boards are shipped with the current version of software installed The Steps needed to install the latest version of Broadlinx on existing boards are covered in the Software Installation section on page 260 Updating the FPGAs Firmware for a Group of Boards The FPGAs firmware can be updated using the updateFpgaGroup com mand This section will describe how to find the board type upda...

Page 323: ...that board 1 Enter deviceListShow At the command prompt The device list will then appear The available boards and information about the frame will be displayed 2 Select the board type that you want to update The 3G Input board HI 33300 3G HD SD Input 3G is type 26 This is the board type that will be used in the rest of the examples ...

Page 324: ...alue 0 0x0 Trinix1 20000528 000111 FPGA update requested for frame 0 slot 32 class 2 type 26 deviceMaster cc 977 20000528 000111 FPGA update requested for frame 0 slot 33 class 2 type 26 deviceMaster cc 977 20000528 000111 FPGA update requested for frame 0 slot 34 class 2 type 26 deviceMaster cc 977 20000528 000111 FPGA update requested for frame 0 slot 35 class 2 type 26 deviceMaster cc 977 20000...

Page 325: ...528 001749 FPGA update succeeded for frame 0 slot 34 new version is 2 Card must be re powered to use new version deviceMa 20000528 001749 FPGA update succeeded for frame 0 slot 35 new version is 2 Card must be re powered to use new version deviceMa 20000528 001749 Updated 4 FPGA s for group 8582 passed 4 failed 0 deviceMaster cc 1079 100 done The lights on the selected boards will remain red ...

Page 326: ... command 1 Type deviceListShow At the command prompt The device list will then appear All updated boards will have an asterisk by the version number See the example below 2 Restart the boards Restarting the Updated Boards The updated boards must be restarted for the firmware to be activated Follow these steps to restart the recently updated boards 1 Type restartFpga 1 At the command prompt ...

Page 327: ...class 2 type 26 slaveDevice cc 640 20000528 001935 Restart FPGA in frame 0 slot 35 class 2 type 26 slaveDevice cc 640 The FPGAs have been updated The lights on the selected boards will then turn green Using Command Options This section describes what will happen if a board type is not identified when the updateFpgaGroup is entered and how to force an update Board Type Was Not Specified When a boar...

Page 328: ...wing text will be displayed Forcing an Update Entering a coma and then the number 1 after the updateFpgaGroup command will force all boards for the selected type to update regardless of the FPGA version For example updateFpgaGroup 26 1 The process will be similar to what is described in Updating the FPGAs Firm ware for a Group of Boards on page 322 ...

Page 329: ...p Text rl_codeManager cc cmUpdate int who Determine which components to update when activat ing Normally this would be left 0xf to update everything It can be changed for testing codeManagerDump int verbose Debug function used to dump the contents of the struc tures in CodeManager since the debugger doesn t seem to handle them very well Setting verbose to 0 dumps a safe version that is no assumpti...

Page 330: ...r f should be hex deviceDrop int frame int slot Drop a slave deviceListShow int verbose int slave Show information for all devices verbose shows more detailed information for the devices verbose 1 shows all extended version information verbose 2 shows inactive devices also slaveBoard is a boolean that allows showing the device list on a slave board deviceMasterShow void Show device master polling ...

Page 331: ... s FPGAs fwUpdate int category int type Force loads all micro Controller and FPGA code to all devices You must have the desired code loaded in the code manager Enter the command with no arguments for help Table 65 H Command Arguments Detailed Description hardwareShow int verbose No Help Text deviceHardware cc Table 66 I Command Arguments Detailed Description inputStatusShow int verbose No Help Tex...

Page 332: ...Debug polling metrics pollStep N to Step N polls or step to a polling state 1 active 2 inac tive 3 frame 4 dev dev to step to is frame and slot If N is zero toggle polling postHandlerShow No Help Text prj_post c printLog Prints the log messages from the log buffer protectedPathSet int startingOutput ULONG lockStat ULONG overStat Diagnostic use only Calls the device update function like the device ...

Page 333: ...e does not exist then nothing will be read protectedPathsSave void Diagnostic use only Saves the current protected path data into the paths dat file Gets the current alarm level setting and puts it into the flags at the maximum output number to save it with the path data Then calls PPShare to save the Protected OutputPath data structure array protectedPathsShare void Diagnostic use only Shares the...

Page 334: ... offset from UTC Universal Time Coordi nated Offset is in minutes and must be in the range of 720 to 720 12 hours snmpDevShow No Help Text snmpDevice cc Table 74 T Command Arguments Detailed Description testTimeShow void No Help Text deviceMaster cc timeShow unsigned long calendar Seconds Without an argument it displays the current system time An optional calendarSeconds argument may be speci fied...

Page 335: ...Trinix NXT Installation and Service Manual 335 Table 76 V Command Arguments Detailed Description versionShow void No Help Text ver c ...

Page 336: ...336 Trinix NXT Installation and Service Manual Section 14 Broadlinx Console Commands ...

Page 337: ...der the board type Matrix Controller Table 78 is the NR33000 board This information is intended to help you understand what is required to update from your current version to the latest version of software The legend below shows the meaning of the different colors that are used in each table Legend All other update requirements will be listed in the Release Notes for each release Table 77 Update L...

Page 338: ...7 30 04 2 11 05 9 19 05 2 17 06 8 15 06 1 18 07 10 23 07 8 19 09 10 23 09 30Jul1 0 15Mar1 1 Broadlinx Ver sion 2 0 0 2 1 1 2 2 0 2 2 1 2 2 2 2 3 0 2 4 0 2 4 1 2 4 2 3 0 1 3 0 2 3 1 0 3 2 0 3 3 0 908 Loaders Firmware version 2 3 3 3 3 3 3 3 3 3 4 4 4 908 App Firm ware version 5 6 7 7 7 8 8 8 8 8 8 9 9 FPGA Firmware version 5 5 5 6 6 6 7 7 7 9 9 9 9 Table 80 DM3350x Date Released 8 25 03 3 4 04 7 30...

Page 339: ... 1 18 07 10 23 07 8 19 09 10 23 09 30Jul1 0 15Mar1 1 Broadlinx Ver sion 2 0 0 2 1 1 2 2 0 2 2 1 2 2 2 2 3 0 2 4 0 2 4 1 2 4 2 3 0 1 3 0 2 3 1 0 3 2 0 3 3 0 908 Loaders Firmware version N A N A N A N A N A N A N A N A N A 3 4 4 4 908 App Firm ware version N A N A N A N A N A N A N A N A N A 7 8 8 8 FPGA Firmware version N A N A N A N A N A N A N A N A N A 8 14 18 22 CPLD N A N A N A N A N A N A N A...

Page 340: ...ate Released 30Jul10 15Mar11 Broadlinx Version 3 1 0 3 2 0 3 3 0 908 Loaders Firm ware version 4 4 908 App Firmware version 7 8 FPGA Firmware ver sion 6 6 CPLD 4 4 Table 85 TrxOPM Date Released 15Mar11 Broadlinx Version 3 2 0 3 3 0 908 Loaders Firm ware version 4 908 App Firmware version 2 FPGA Firmware ver sion 3 CPLD 1 ...

Page 341: ...0 2 3 1 0 3 2 0 3 3 0 908 Loaders Firmware version 2 3 3 3 3 3 3 3 3 3 3 3 3 908 App Firm ware version 4 5 5 5 5 6 6 6 6 6 6 6 6 Table 88 HI33200 Date Released 8 25 03 3 4 04 7 30 04 2 11 05 9 19 05 2 17 06 8 15 06 1 18 07 10 23 07 8 19 09 10 23 09 30Jul1 0 15Mar1 1 Broadlinx Version 2 0 0 2 1 1 2 2 0 2 2 1 2 2 2 2 3 0 2 4 0 2 4 1 2 4 2 3 0 1 3 0 2 3 1 0 3 2 0 3 3 0 908 Loaders Firmware version N ...

Page 342: ... N A N A N A N A N A N A N A N A N A 6 7 7 7 FPGA Firmware version N A N A N A N A N A N A N A N A N A 2 2 3 4 CPLD N A N A N A N A N A N A N A N A N A 1 1 1 1 Table 91 SO33110 Date Released 8 25 03 3 4 04 7 30 04 2 11 05 9 19 05 2 17 06 8 15 06 1 18 07 10 23 07 8 19 09 10 23 09 30Jul1 0 15Mar1 1 Broadlinx Version 2 0 0 2 1 1 2 2 0 2 2 1 2 2 2 2 3 0 2 4 0 2 4 1 2 4 2 3 0 1 3 0 2 3 1 0 3 2 0 3 3 0 ...

Page 343: ...908AppFirmware version N A 1 1 1 1 2 2 2 2 5 6 9 11 FPGA Firmware version N A 2 3 4 4 4 6 8 8 14 14 14 14 CPLD N A 2 2 2 2 2 2 2 2 2 2 2 2 Table 94 HO33300 3G Date Released 8 25 03 3 4 04 7 30 04 2 11 05 9 19 05 2 17 06 8 15 06 1 18 07 10 23 07 8 19 09 10 23 09 30Jul1 0 15Mar1 1 Broadlinx Version 2 0 0 2 1 1 2 2 0 2 2 1 2 2 2 2 3 0 2 4 0 2 4 1 2 4 2 3 0 1 3 0 2 3 1 0 3 2 0 3 3 0 908 Loaders Firmwa...

Page 344: ...344 Trinix NXT Installation and Service Manual Section 15 Broadlinx Version and Supported Trinix Boards ...

Page 345: ... is that the LED on the front door should switch to red When using Protected Paths with an Asymmetrical frame you can protect up to half of the outputs For Example when protecting the 128x256 you would only be able to protect 128 outputs instead of 256 Figure 239 Broadlinx Web Page for Protected Path Configuration Example This section provides information about how to Verifying the parameters on t...

Page 346: ... a power loss occurs the Trinix routing switcher will return to the same condition that it was in when the power loss occurred this is due to the memory on the boards However this memory is immediately deleted when a board is removed from the Trinix router It will take up to four minutes for the Output Signal web page to update and validate paths During this time the routing switcher is fully func...

Page 347: ...before turning on the refresh feature once the output board is powered up How the refresh feature is turned off depends on the installed control system Control System Refresh Command To turn refresh off on the AccuSwitch control system CM1_M A refreshStop value 1 0x1 To restart refresh on the AccuSwitch control system CM1_M A refreshStart value 0 0x0 CM1_M A To turn refresh off on a Jupiter Expres...

Page 348: ...erial ports on a PC or two PCs The Time settings have been set in the Broadlinx Current Time section see Current Time on page 292 Follow these steps to before initializing a Broadlinx board 1 Connect a serial terminal to the primary and secondary console ports on the Trinix frame Start a terminal session 2 Insert the Broadlinx board into the correct slot in the Trinix frame 3 Interrupt the boot se...

Page 349: ...y and secondary console connections The Listing Directory Information will then be shown 2 Verify that the dates and sizes of the paths dat file are similar Figure 241 on page 349 Figure 241 Listing Directory Information Return to the Broadlinx Web page 3 Click the Events link at the top of the Broadlinx Web page to verify that there are no errors logged on either the primary active web page or th...

Page 350: ...The Device Master information will then be shown 5 Verify that the following values are the same on both boards Frames Added Slaves Added Figure 243 The Device Master Information List If the values are the same the Broadlinx board is ready to be initialized and activated If the values are not the same contact Grass Valley s Technical support Contacting Grass Valley on page 4 ...

Page 351: ...ying the installation Installing Broadlinx with Protected Paths Software Follow these steps to install the Broadlinx with Protected Paths software you will need to remove and update one board at a time the Secondary Broadlinx board first and then the Primary Broadlinx board Secondary Broadlinx Board Follow these steps to update the Secondary Broadlinx board 1 Remove the Secondary Broadlinx board a...

Page 352: ...ard Follow these steps to update the Primary Broadlinx board 1 Remove the Primary processor board and install the new compact flash card on the primary board 2 Insert the Primary Broadlinx board back into the system and wait for the Primary Broadlinx board to start 3 Connect to the Secondary Broadlinx controller from the Broadlinx Web page Navigate to the Frame Signals Paths page and then click th...

Page 353: ...he board the page is connected to Verifying the Firmware As with every new software installation the firmware in the system needs to be verified 1 Navigate to the Main Web page and then click the Configure button Figure 245 The Configuration Button on the Main Web Page The Configuration page will then appear 2 Scroll down to the bottom of the Configuration page and then click the Firmware Manageme...

Page 354: ...e Protected path page can be accessed by two means from the Naviga tion panel and from the Path tab on the top of the Signals page Figure 252 on page 356 From the Navigation Panel Follow these steps to access the Protected Paths page 1 Scroll down to the last item on the desired Frame 2 Click the Path item as shown in Figure 248 below The Paths page will then appear Figure 248 The Paths Item in th...

Page 355: ...the Protected Paths page 1 Scroll down to the bottom of the Frame page 2 Click the Signals button as shown in the figure below The Signals Monitor page will then appear Figure 250 The Signal Button on the Paths Page 3 Click the Paths tab Figure 251 Figure 251 The Paths Item in the Navigation Panel 4 The Signals Protected Paths page will then appear ...

Page 356: ... page is where the commands for switching paths setting the alarm level locking or unlocking the paths toggling all paths setting the type of fail back the Enter button and the Refresh button Figure 253 The Command Section Each of these commands is explained in detail below The commands are from left to right and from top to bottom Switch All Paths Primary radio button Selecting the Primary radio ...

Page 357: ...d after a change or a command has been made or the change will not be applied Refresh Button The Refresh button will update the Paths Web page without applying any changes Lock All Paths Lock radio button Selecting the Lock radio button and then clicking the Enter button will lock all of the paths which will prevent the paths from being modified or from switching When a path has been locked the fl...

Page 358: ... the Manual option will prevent the router from automatically switching to the Primary output path from an active Sec ondary You will need to manually select the primary output path from the interface if an active secondary path fails Primary Column The Primary column is generated by the system and will automatically show the maximum number of outputs that can be protected Signal pres ence is indi...

Page 359: ...ected in the Primary path the secondary path is then selected The status column flag will then change to yellow Figure 255 Figure 255 The Secondary Path Examples Status Column The Status column uses colors to indicate the condition or status of the path Table 95 below explains the colors used and their meaning Table 95 Status Column Flag Colors Flag Color Definition Green A green status flag indic...

Page 360: ...unlock the path Command Buttons These buttons are located on the bottom of the Protected paths menu Figure 256 Command Buttons on Bottom of Protected Paths Menu Remove All Paths The Remove All Paths button will clear or un assign all primary and sec ondary path links CAUTION Pressing the Remove All Paths button clears the table immediately There is no Undo for this command Back The Back button wil...

Page 361: ...tput numbers can be entered manually by entering a number in the Secondary column Entering Multiple Output Numbers When entering output numbers a range of outputs can be assigned with a single command The range can be indicated with a Start Stop entry or a Start n entry For example at the Primary 12 row in the Secondary field entering 258 260 would result in the following assignments Entering 258 ...

Page 362: ...e the rear panel Alarm BNC connector Note Additional information concerning the Trinix systems alarm can be found in Troubleshooting on page 389 Protected Path Alarms As described above the protected path web page will indicate failure change over conditions using various colors and flags For example in Figure 254 the red flag and numbers indicate failures in primary paths and secondary paths Syst...

Page 363: ...y Encore protected path operation requires configuration as follows 1 Open the Global Level Configuration page if it is not already open 2 Create two levels one for each of the primary and secondary paths Figure 258 The Global Level Configuration Screen 3 Create a Physical matrix for Trinix with a single blocked segment ...

Page 364: ...cted Paths Figure 259 The Physical Matrix Configuration Screen 4 Enable the Share option in the Segment configuration this allows the segment to be shared across multiple logical matrices 5 Create two logical matrices one for each of the primary and secondary paths ...

Page 365: ...ary logical matrix Element 1 to be the Segment created in Step 3 above 7 Assign the other logical matrix to the secondary level assign secondary logical matrix Element 1 to be the Segment created in Step 3 8 Using the Source Configure screen select the desired source and enter the logical matrix names connector numbers for the primary and secondary levels on the selected source ...

Page 366: ...gure 261 The Source Configuration Screen 9 Using the Destination Configure screen select the desired destination and enter the logical matrix names and connector numbers for the primary and secondary levels on the selected destination Figure 262 The Destination Configure Screen ...

Page 367: ...Switcher Output tables are then created for each of these levels For example the station engineer may want to set aside a 32 x 32 block in a TRX NXT 512x512 router for secondary path operation This block would consist of a dedicated input board with inputs 257 288 and a dedicated HO 33120 output board with outputs 257 288 Routing Switcher Description Table In the Jupiter Switcher Description table...

Page 368: ...e Secondary level would list 32 inputs 257 through 288 The same logic would apply to Switcher Output tables In this configuration selecting XMIT as an output and MCONTROL as an input will cause two switches to be made Finally CP Input and CP Output Set tables would be used to tie Category Number selections to the logical names of the desired inputs and outputs on both levels For more information a...

Page 369: ...nue for several seconds Maintenance personnel should therefore plan on such replacement only when the pro tected output is not being used on air This interruption time is equivalent to the protected path fail over time It is also a function of the control system refresh When a board is replaced in the system the outputs do not become active until switched by the control system refresh Once a board...

Page 370: ...370 Trinix NXT Installation and Service Manual Section 16 Protected Paths ...

Page 371: ...00 Sync NIC OPM board allows Trinix to be controlled by SMS 7000 or Encore This control uses Grass Valley CPL Control Point Lan guage through an Ethernet connection Refer to the SMS 7000 or Encore documentation for specific information about either control system LAN components are described in Figure 265 on page 372 Encore Control of Trinix When the Trinix routing switcher is under Encore control...

Page 372: ...y For the location of this battery see Figure 168 on page 264 Internal XPT Crosspoint Control The XPT Crosspoint must be set to closed to be controlled by Encore The Closed setting is used when the Trinix Crosspoint bus is controlled by an internal Crosspoint controller for example an NR 33000 Sync NIC OPM board This setting is used when the Broadlinx board NR 33000 is in turn being controlled thr...

Page 373: ...tently perform a breakaway switch Single Matrix Router Controlled by Encore On a system cold start the status is pulled into the RCE from the matrix because it is the most likely to reflect the actual status of the crosspoints In other scenarios where the RCE is known to have good status That is when a backup matrix controller is inserted into a matrix with an already active primary controller or ...

Page 374: ...core will detect the addition of the matrix controller but there was no correspondence prior to deletion of the same matrix controller This condition tells Encore that the RCE MAP may not be correct and the MAP should be read back from the matrix and used to refresh the RCE status This is also true when Encore rebooted and starts up with a Trinix routing switcher already running with single NR car...

Page 375: ...eived an extensive set of gain phase filtering and other adjustments are available for each signal These adjustments are summarized below Analog Processing Control Adjustments for analog signals connected to the VI 33100 base board include the following Save recall settings Mono mode Setup on off Chroma kill Comb trap filter AGC on off Manual gain control ACC on off Manual chroma control Blank vid...

Page 376: ...llows a wide display mode that will show the settings for all 16 inputs at once The location of the D connector is shown in Figure 110 on page 196 the pinouts are shown in Table 97 CAUTION The Trinix system should not be operated with the front door open for extended periods Therefore the configuration cable should be disconnected from the VI 33100 board when not in use and the door closed Table 9...

Page 377: ...tup Picture Enhancer 6 Display Channel status 7 Save or Recall a Configuration File Select a menu option 5 At this point you may want to change the display settings to get as many rows and columns and as small a font as practical For example with HyperTerminal go to View Font and select a 6 point font Then go to File Properties Settings Emulation ANSI Terminal Setup and select 50 rows x 132 column...

Page 378: ... of the 16 inputs channels Channel numbers are hex based E g channel a on this table is as input 11 on the rear panel of the router A table of equivalent channel numbers is shown below in Table 98 For entries where ON or OFF is selected 0 OFF and 1 ON 378 Trinix NXT Installation and Service Manual Section 18 Analog Input Processing Table 98 Channel Number Equivalents Input number as on router rear...

Page 379: ... 6 Channel Line Rate Monochrome Input On Off Remove Setup from Video On Off Chroma Kill On Off Video Decode Mode Enable AGC On Off Processing Function Type Default Range Choices Resolution Monochrome Input 0 Set to 0 for color input signal May be set to 1 when a monochrome input signal is the source this mode turns off luminance notch filters and chroma output Remove setup from video 1 Set to 0 wh...

Page 380: ...ne Type NTSC M J Selected Input 0 Line Rate 525 Line Type NTSC M J Disable Off 0 Video Decode Mode Input Video Gain Enable On 1 No filter 1 50 0 to 200 0 0 5 steps Comb filter 2 Trap filter 1 20 3 Trap filter 0 87 4 Trap filter 0 72 5 Trap filter 0 50 6 Channel Line Rate Monochrome Input On Off Remove Setup from Video On Off Chroma Kill On Off Video Decode Mode Enable AGC On Off Input Video Gain E...

Page 381: ...0 0 000 0 N A 9 0 100 0 100 0 000 0 000 0 N A a 0 100 0 100 0 000 0 000 0 N A b 0 100 0 100 0 000 0 000 0 N A c 0 100 0 100 0 000 0 000 0 N A d 0 100 0 100 0 000 0 000 0 N A e 0 100 0 100 0 000 0 000 0 N A f 0 100 0 100 0 000 0 000 0 N A Press 0 9 or A F to select channel to edit Press M to move copy channel configuration Press Z to set ALL channels to factory defaults Press ESC to return to Main ...

Page 382: ...anking The Notch Decode Mode and the Chroma Kill selections apply to all lines in the VBI Each line pair in the VBI can be set to pass or blank the incoming signal In NTSC systems each of these line pairs can also be set to add Setup if desired The number of line pairs that can carry data can be extended if desired For example In NTSC line pairs 10 273 through line pairs 20 283 are normally availa...

Page 383: ...0 0 0 0 0 0 0 0 N A c 1 0 0 0 0 0 0 0 0 0 0 0 0 0 N A d 1 0 0 0 0 0 0 0 0 0 0 0 0 0 N A e 1 0 0 0 0 0 0 0 0 0 0 0 0 0 N A f 1 0 0 0 0 0 0 0 0 0 0 0 0 0 N A Press 0 9 or A F to select channel to edit Press M to move copy channel configuration Press Z to set ALL channels to factory defaults Press ESC to return to Main Menu When an input channel is selected the display will show the values for that p...

Page 384: ...el to factory defaults 4 Setup Timing The following adjustments are made after conversion to digital format and apply to all lines active picture and VBI Vertical blanking selections are summarized in Table 102 The actual menus are shown in Figure 273 on page 384 Table 102 Timing Selections Figure 273 Summary of timing setup for NTSC showing setup for all 16 inputs PAL display is similar Only Inpu...

Page 385: ... F G Press ESC to ABORT changes and return to the previous Menu Press Enter to ACCEPT changes and select a different channel Press Y to revert back to last settings Press Z to set THIS channel to factory defaults 5 Setup Picture Enhancer Picture enhancement selections are summarized in Table 103 The actual menus are shown in Figure 275 on page 385 Table 103 Picture Enhancement Selections Figure 27...

Page 386: ...SC to ABORT changes and return to the previous Menu Press Enter to ACCEPT changes and select a different channel Press Y to revert back to last settings Press Z to set THIS channel to factory defaults 6 Display Channel status These menus are shown below Figure 277 Channel s Status Menu Options 1 Display status of channels 0 thru 3 2 Display status of channels 4 thru 7 3 Display status of channels ...

Page 387: ...0 VBI Line Pair 07 320 0 0 0 0 VBI Line Pair 08 321 0 0 0 0 VBI Line Pair 09 322 0 0 0 0 VBI Line Pair 10 323 0 0 0 0 VBI Line Pair 11 324 0 0 0 0 VBI Line Pair 12 325 0 0 0 0 VBI Line Pair 13 326 0 0 0 0 VBI Line Pair 14 327 0 0 0 0 VBI Line Pair 15 328 0 0 0 0 VBI Line Pair 16 329 0 0 0 0 VBI Line Pair 17 330 0 0 0 0 VBI Line Pair 18 331 0 0 0 0 VBI Line Pair 19 332 0 0 0 0 VBI Line Pair 20 333 ...

Page 388: ...Then select Receive f Enter a filename where the data will be saved on the PC Suggestion config1 Note If you enter the name of an existing file the software will automatically append a number suffix and save the file under the new name g Select OK To Recall a File From a PC to a VI Board a Select Save or Recall a configuration file b Select Recall and LOAD a configuration file from PC Response Pre...

Page 389: ... are using new voltage averaging algorithms in the 908 Micro controllers to compare and verify all voltages LEDs Front panel Power supplies Legacy Frames Display Meaning POWER ALARM Red Master alarm for this frame check internal alarm LEDs Green Power on frame OK Amber Secondary warning single fan failure or secondary NR board is active Check internal alarm LEDs Note Only in the Symmetrical frames...

Page 390: ...is not operating LED Display Meaning On The AC input is OK Blinking The Input is out of limit On The DC input is OK Blinking The supply is overloaded On This is an Over temperature warning Blinking Service is required On There is a fault Display Meaning PWR Red In use Green In use ALARM Red Primary alarm Green no alarms IN USE Red Alarm Green OK ...

Page 391: ...and HI 33110 HD Part side Display Meaning FAN ALARM Red Check fan Off Fan OK Ref Display Meaning ALARM DS601 Red Master alarm for this board A DC supply has failed to turn on Off Board OK 5VAOK DS31 Green 5 VA supply OK Off Check 5 VA supply IN_USE DS602 Reserved for future use ...

Page 392: ...r is OK Off Check the Gain cell power 3V3 DS3003 Green The Equalizer and Misc power is OK Off Check the Equalizer and Misc power 2V5 DS3002 Green The SDI and Bus Driver power is OK Off Check the SDI and Bus Driver power 1V3 DS3001 Green The FPGA Core power is OK Off Check the FPGA Core power 3V3D DS968 Green The COM bus Digital logic is OK Off Check the COM bus Digital logic 3V3 DS1 Green The loca...

Page 393: ... DS568 Green The Xilinx FPGAs are properly configured Off FPGAs failed to configure P5V DS901 Green 5 V supply voltage present Off Check 5 V supply INUSE DS3 Yellow 1 or more outputs now in use on this board Off No CrossPoints in use on this board ALARM DS901 Red Master alarm for this board Off Board OK ...

Page 394: ...ailed to configure XPT A IN USE DS2175 Yellow XPT A is being used Off XPT A is not being used ACTIVE DS2203 Yellow XPT A is the active cross point X PT Off XPT A is not the active cross point X PT PS FAIL DS940 Red XPT A s power has failed Off XPT A s power is OK XPT B Only on DM128R IN USE DS2123 Yellow XPT B is being used Off XPT B is not being used ACTIVE DS2022 Yellow XPT B is the active cross...

Page 395: ...5 Yellow CrossPoint is being used Both CrossPoints can be in Use at the same time Off XPT A is not being used PS1 FAIL DS1 Red XPT s power has failed Off XPT s power is OK IN USE B DS7 Yellow CrossPoint is being used Both CrossPoints can be in Use at the same time Off XPT B is not being used PS FAIL DS2 Red XPT s power has failed Off XPT s power is OK Ref Display Meaning ALARM DS401 Red Primary al...

Page 396: ...ross point X PT Off XPT A is not the active cross point X PT PS FAIL DS940 Red XPT A s power has failed Off XPT A s power is OK XPT B Only on DM256R IN USE DS2123 Yellow XPT B is being used Off XPT B is not being used ACTIVE DS2022 Yellow XPT B is the active cross point X PT Off XPT B is not the active cross point X PT PS FAIL DS937 Red XPT B s power has failed Off XPT B s power is OK ...

Page 397: ... A DC supply has failed on the board or the microcontroller Off Board OK 3V3 DS951 Green 3V3 is OK Off Check 3V3 INUSE DS901 Yellow 1 or more CrossPoints now in use on this board Off No CrossPoints in use on this board 3V3 DS31 Green 3V3 is OK Off Check 3V3 DONE DS950 Green The Xilinx FPGAs are properly configured Off FPGAs failed to configure ...

Page 398: ...1_2 Yellow A CrossPoint is active in XPT_B IC Off No CrossPoints are active in XPT_B IC XC DONE DS402 Green FPGAs are configured Off FPGAs are not configured ALARM DS401 Red One or more fault conditions exist Off Normal operation P2V5B OK DS204_2 Green P2V5B converter is OK for XPT_B side Off P2V5B converter has failed P5V DS901 Green Logic supply is OK Off Logic supply has failed PS1 OK Green Mai...

Page 399: ...e board is removed alarm lights will appear and some loss of Broadlinx web page browsing functionality may occur However the router will continue to switch even when the Broadlinx board is being used to control the system as in Encore applications Ref Display Meaning INUSE DS3 Yellow 1 or more CrossPoints now in use on this board Off No CrossPoints in use on this board DONE DS501 Green The Xilinx ...

Page 400: ...01 Green 5 V supply voltage present Off Check 5 V supply INUSE DS3 Yellow 1 or more outputs now in use on this board Off No CrossPoints in use on this board P_ALRM_N DS901 Red Master alarm for this board Off Board OK Ref Display Meaning RX DS509 Green Receive COM bus activity TX DS510 Green Send COM bus activity IN_USE DS Yellow Output Monitor is active XLD Green Xilinx load done 3V3 OK Green 3V3 ...

Page 401: ...Trinix NXT Installation and Service Manual 401 REF_ALRM A Yellow Reference A alarm PALRM Red Primary alarm SALRM Red Primary alarm single fan failure ...

Page 402: ...Solid 3 Blinking Number Ref Display Meaning 1 SW OVR DS1 Yellow Software override switches 2 ACTIVE DS2 Solid yellow This card has control of Com Bus and or CrossPoint Bus CrossPoint bus active Internal XPT control 3 ACTIVE DS2 Dim or blinking yellow This card has control of Com Bus Com bus activity External XPT control for example the Jupiter VM 3000 ...

Page 403: ...d complete 1 Output monitor is active Number Ref Display Meaning 1 USE DS Yellow Output monitor is active 2 XOK Green Xilinx load done 3 3V3 Green 3V3 supply OK Off Check 3V3 supply 4 5VA Green 5 VA supply OK Off Check 5 VA supply 5 10V Green 10 V A and B supplies OK Off 10 V A and or B supply alarm Failure of both A and B will also trigger PALARM 6 A REF Yellow Reference A alarm 7 B REF Yellow Re...

Page 404: ... 10 LAN Flashing green LAN activity 11 LINK Green LAN link OK Number Ref Display Meaning 12 Dual 7 seg ment LEDs Numeric pattern CPU codes See below Dual 7 seg ment LEDs Flashing decimal points Broadlinx code is loading faster flashing indicates increase in interrupt rate Dual 7 seg ment LEDs Spinning pattern CPU running with Broadlinx code loaded faster spinning indicates increase in interrupt ra...

Page 405: ...ry bank 6 4 If a 64 MB memory bank 2 8 If a 128 MB memory bank 5 6 If a 256 MB memory bank 1 2 If a 521 MB memory bank S 2 End of Bus 2 S 3 End of Bus 3 S 4 End of Bus 4 S 5 End of Bus 5 S 6 End of Bus 6 S 7 End of Bus 7 Start VxWorks Boot process sysPhysMemSize Retrieve auto sized memory B r Bad Ram 3 2 32 MB ram 6 4 64 2 8 128 5 6 256 1 2 512 PCI bus P 0 When the pci system is initialized and th...

Page 406: ...3 064 OUTPUT 001 032 INPUT 097 128 INPUT 065 096 INPUT 033 064 INPUT 001 032 OUTPUT 129 160 OUTPUT 161 192 OUTPUT 193 224 OUTPUT 225 256 INPUT 129 160 INPUT 161 192 INPUT 193 224 INPUT 225 256 OUTPUTS INPUTS 129 160 161 192 193 224 225 256 001 032 033 064 065 096 097 128 OUTPUTS INPUTS 096 128 065 096 033 064 001 032 225 256 193 224 161 192 129 160 OUTPUTS INPUTS 097 128 065 096 033 064 001 032 09...

Page 407: ... 352 Inputs 353 384 base CONTROL INPUTS OUTPUTS 128 97 1 32 33 64 65 96 97 128 32 1 64 33 96 65 mez CONTROL INPUTS OUTPUTS 256 225 129 160 161 192 193 224 225 256 160 129 192 161 224 193 mez CONTROL INPUTS OUTPUTS base CONTROL INPUTS OUTPUTS Inputs 1 32 Inputs 33 64 Inputs 65 96 Inputs 97 128 Outputs 1 32 Outputs 97 128 Outputs 65 96 Outputs 33 64 Outputs 129 160 Outputs 225 256 Outputs 193 224 Ou...

Page 408: ... OUTPUT 065 096 OUTPUT 033 064 OUTPUT 001 032 INPUT 097 128 INPUT 065 096 INPUT 033 064 INPUT 001 032 OUTPUT 129 160 OUTPUT 161 192 OUTPUT 193 224 OUTPUT 225 256 INPUT 129 160 INPUT 161 192 INPUT 193 224 INPUT 225 256 OUTPUTS INPUTS 129 160 161 192 193 224 225 256 001 032 033 064 065 096 097 128 OUTPUTS INPUTS 096 128 065 096 033 064 001 032 225 256 193 224 161 192 129 160 OUTPUTS INPUTS 097 128 0...

Page 409: ...001 032 INPUTS OUTPUTS CONTROL base INPUTS OUTPUTS 129 160 161 192 193 224 225 256 CONTROL mez INPUTS OUTPUTS CONTROL base INPUTS OUTPUTS CONTROL mez 225 256 193 224 161 192 129 160 097 128 065 096 033 064 001 032 097 128 065 096 033 064 001 032 257 288 289 320 321 352 353 384 385 416 417 448 449 480 481 512 129 160 161 192 193 224 225 256 001 032 033 064 065 096 097 128 OUTPUT 385 416 OUTPUT 417 ...

Page 410: ...hes Grass Valley recommends that you do not use un managed switches with Broadlinx The following is a list of switches that do not work with Broadlinx This list is not all encompassing and will be added to as new conflicting switches are found Table 104 Brand Model Dynex DX ESW8 Zonet ZFS3124 ...

Page 411: ...at have been designed to house the SFPs These SFPs may be added removed or changed without dis rupting the operation of the Trinix Routing switcher Both fiber optic and electrical BNC boards can be used in the same Trinix frame for mixed optical and electrical signal traffic The fiber optic boards may be used in all of the current Trinix Routing switchers Note A Fiber Input card is not currently a...

Page 412: ...he fol lowing precautions Avoid kinks in the cable Avoid subjecting the cable to a high tension force even momentarily Do not bend the cable beyond the minimum permissible bend range specified for the cable Do not twist the cable when connecting it to equipment Insert connectors straight and fully into their corresponding sockets Inspect all fiber endfaces and judge they are either acceptable or u...

Page 413: ...e and ferrule must be absolutely clean before it is inserted into a transmitter or receiver Mate the connector immediately Do not let the connector collect dust before connecting Air can be used to remove lint or loose dust from the port of a trans mitter or receiver to be mated with the connector Never insert any liquid into the ports The Trinix Fiber modules make extensive use of surface mount t...

Page 414: ...Trinix NXT Installation and Service Manual Section 20 Trinix Fiber Option Refer to Contacting Grass Valley on page 4 at the front of this document for information on contacting Grass Valley Customer Service ...

Page 415: ...d SFP Fiber Optic Modules Supported SFP Fiber Optic Sub Modules The Trinix Fiber Input or Output board can be populated with one of the SFP dual transmitter transceiver or dual receiver sub modules that are listed below in Table 105 Table 105 Supported SFP Fiber Optic Sub Modules SFP Model Number Function SFP 3G M1DRX Dual receiver for 1270 nm to 1610 nm SFP 13103G M1DRX Dual transmitter for 1310 ...

Page 416: ...ned by the selected SFP module Board Edge LED 6 green Power LEDs 1 red Alarm LED 1 yellow In Use LED 1 green FPGA Ready LED Rear Panel LED 1 LED per channel Inputs 32 using 16 dual Input SFP modules Fiber Connector LC type connector determined by the SFPs used Maximum Data Rate 3 0 Gb s Minimum Data Rate 270 Mbps Input Optical Power Determined by the selected SFP module It may be necessary to add ...

Page 417: ... SFPs have been installed Red Solid Indicates an SFP alarm This can be due to insufficient or excess optical signal input The alarm bits can be read through the Broadlinx console port Green Solid Indicates the reclocker is locked and the SFP is recognized with no alarms Yellow Solid Indicates the reclocker is not locked and the SFP is recognized with no alarms Red and Yellow Blinking Indicates the...

Page 418: ... the SFP is recognized with no alarms Red and Yellow Blinking Indicates the reclocker is not locked Indicates an unrecognized or invalid SFP is installed No SFP alarms will be reported if the LED is blinking red Red and Green Blinking Indicates the reclocker is locked and the input signal may be valid Indicates an unrecognized or invalid SFP is installed No SFP alarms will be reported if the LED i...

Page 419: ...tallation and Service Manual 419 Specifications Output Board LEDs Figure 284 LEDs Output Board Number Color Indication 605 Green FPGA is loaded 637 Yellow Active board 520 Red Alarm Condition 071827612_Output_LED R1 ...

Page 420: ...27 for more information Grass Valley recommends that you install the boards in the lowest slot number first For example if you had three the Fiber boards they should be installed in slots 1 3 If you are using a Trinix Multiviewer TMV install the Fiber boards in slots after the TMV The required Output slots for the TMV are listed in Table 106 The recommended Output slot for the Fiber board are also...

Page 421: ... of the router S705 8 AUTO RCLK Switch on S701 through S704 Reclock all outputs if possible Bypass unlocked outputs Default setting Closed All closed Bypass all outputs Open All open Reclock selected outputs if possible otherwise turn OFF Bypass all other outputs Open Closed for selected out puts All others open SYNC SEL A SYNC SEL B AUTO RCLK Open Closed BYPASS 0 BYPASS 1 BYPASS 2 BYPASS 3 BYPASS...

Page 422: ...tall the preferred SFP modules to the rear panel These modules may include transmitters with different light frequencies for Coarse wavelength division multiplexing CWDM operation Note For the Installation instructions for the SFP see the documentation that came with the SFP 4 Place the Fiber Optic rear panel into the slot where the BNC rear panel was removed a Verify that the SFPs will unplug fro...

Page 423: ...Fiber Optic Input or Output cables into the SFP modules Move to the front of the Trinix frame 8 Locate the front slot corresponding to the correct rear panel For example Input slot for Input rear panel 9 Insert the Fiber Input and Output boards into their corresponding locations from the front of the Trinix frame and then lock them into place a To insert the boards carefully slide the Fiber board ...

Page 424: ...ix NXT Installation and Service Manual Section 20 Trinix Fiber Option 10 Close the Trinix routing switcher s door Keep the routing switcher s door closed during operation to maintain optimum cooling conditions ...

Page 425: ...e Trinix which is natural proven and quiet An FAV is quiet and can be used in human work spaces There are two versions of the FAV one for the Symmetrical frames and one for the 512x1024 Asymmetrical frame See the 512x1024 Asymmetrical Frame installation instructions for the 2 RU FAV installation procedure Symmetrical Frame The 1RU Front Air Vent requires a minimum of 2RUs during installation This ...

Page 426: ...sed during installation could then be used for other equipment or however your needs demand This section describes the installation process of the FAV This option is designed to work with the Trinix 256x256 512x512 128x256 and 256x512 frames Note The FAV will not work with the 128x128 frame Front View Side or Ear Side View FAV Overlap ping Router Router Screws Aligned With the Cut Outs ...

Page 427: ...tion the FAV under the Trinix frame and align the Rack Mounting holes on the FAV with the holes that are on the frame 2 Slide the sides of the FAV over the Trinix frame and align the screws on the Trinix with the cut outs on the FAV Figure 288 Note A second person to help hold the FAV in place while it is secured to the frame is recommended 3 Install the screws into the Rack Mounting holes on the ...

Page 428: ...he Router s input output panel that are aligned with the screws on the FAV 2 Place the Mounting brackets over the holes and then replace the existing screws see Figure 290 below Figure 290 Rear View of the FAV Note The Mounting brackets can be adjusted as necessary Mounting brackets Rack Mounting holes Trinix router FAV ...

Page 429: ...6x256 Frame Slot Numbers on page 431 Trinix 128x128 Frame Slot Numbers on page 432 Trinix 256x512 Frame Slot Numbers on page 433 Trinix 128x256 Frame Slot Numbers on page 434 Trinix 512x1024 Frame Slot Numbers on page 435 NEED UPDATED FIGURES FOR ALL FRAMES The maps in the following pages show the location for each slot in the spe cific frame The current slot information for an installed board can...

Page 430: ...tputs Outputs FAN F Slot 69 Matrix Brd In 1 256 Out 1 128 Slot 16 Matrix Brd In 257 512 Out 1 128 Slot 19 Matrix Brd In 1 256 Out 257 384 Slot 17 Matrix Brd In 257 512 Out 385 512 Slot 22 Outputs Outputs Outputs Inputs Inputs Inputs Inputs Outputs Outputs Inputs Inputs Inputs Inputs 1 32 33 64 65 96 Outputs Outputs Outputs 385 416 417 448 449 480 97 128 1 32 33 64 65 96 Slot 161 192 193 224 225 25...

Page 431: ...5 96 Outputs Outputs Outputs 129 160 161 192 193 224 97 128 1 32 33 64 65 96 97 128 129 160 Slot Slot Slot 161 192 193 224 225 256 Slot Slot Slot 225 256 Slot Slot Slot Slot Slot Slot 14 Slot 08 09 10 11 24 25 26 27 Slot 36 29 30 31 12 8 2 3 1 Slot Slot Slot 15 Matrix Brd In 1 128 Out 129 256 Slot 18 Matrix Brd In 1 128 Out 1 128 Slot 16 Matrix Brd In 129 256 Out 1 128 Slot 17 Matrix Brd In 129 25...

Page 432: ...Slot 32 Slot t o l S 4 3 35 Slot 33 Slot t o l S 0 0 01 M a t r i x Slot 16 Output 33 64 Slot 25 Output 1 32 Slot 24 Power Supply A Power Supply B Input 1 32 Slot 08 Input 33 64 Slot 09 Input 65 96 Slot 10 Fan A Fan B Primary Broadlinx Secondary Broadlinx Input 97 128 Slot 11 Output 97 128 Slot 27 Output65 96 Slot 26 ...

Page 433: ...Trinix NXT Installation and Service Manual 433 Trinix 256x512 Frame Slot Numbers 071827609_256x512 Slotmap ...

Page 434: ...434 Trinix NXT Installation and Service Manual Appendix 22 Trinix Frame Slot Maps Trinix 128x256 Frame Slot Numbers ...

Page 435: ...Trinix NXT Installation and Service Manual 435 Trinix 512x1024 Frame Slot Numbers 071827612_512x1024_slot ...

Page 436: ...436 Trinix NXT Installation and Service Manual Appendix 22 Trinix Frame Slot Maps ...

Page 437: ...which are not 3G capable Expanded Systems Table 108 Color Legend SD HD 3G 3 Gb s Capable SD HD Non 3 Gb s Capable Table 109 128x128 Frame Expanded System Inputs 512 Frame ID 5 Frame ID 7 Frame ID 13 Frame ID 15 384 Frame ID 4 Frame ID 6 Frame ID 12 Frame ID 14 256 Frame ID 1 Frame ID 3 Frame ID 9 Frame ID 11 128 Frame ID 0 Frame ID 2 Frame ID 8 Frame ID 10 128 256 384 512 Outputs Table 110 128x256...

Page 438: ...ID 11 256 128 Frame ID 0 Frame ID 2 Frame ID 8 Frame ID 10 128 256 384 512 640 768 896 1024 Outputs Table 112 256x512 Frame Expanded System Inputs 256 Frame ID 0 Frame ID 2 Frame ID 8 Frame ID 10 256 512 768 1024 1280 1536 1792 2048 Outputs Table 113 512x512 Frame Expanded System Inputs 2048 1792 Frame ID 5 Frame ID 7 Frame ID 13 Frame ID 15 1536 1280 Frame ID 4 Frame ID 6 Frame ID 12 Frame ID 14 ...

Page 439: ...ice Manual 439 Table 114 512x1024 Frame Expanded System Inputs 2048 1792 Frame ID 5 Frame ID 13 1536 1280 Frame ID 4 Frame ID 12 1024 768 Frame ID 1 Frame ID 9 512 256 Frame ID 0 Frame ID 8 256 512 768 1024 1280 1536 792 2048 Outputs ...

Page 440: ...440 Trinix NXT Installation and Service Manual Appendix 23 Expanded System Sizes ...

Page 441: ... ing and status commands between the crosspoint matrix cards and the con trol device The control device could be any one of a large number of devices including a CE 300A Control Board internal to Mars a SC 400 Control Board inter nal to Venus a CE 3000 Matrix Con troller BCS 3000 control system a CE 2500 Control Electronics frame a VM 3000 Control Processor Jupiter or a CE 2200 PARTY LINE system T...

Page 442: ...is table Matrix Bus see CROSSPOINT BUS OPM OUTPUT MONITOR Output Monitoring feature of routing switcher which allows control system to verify switcher performance with out interrupting normal operations A separate internal switching system is used to switch the Monitor Output to any output of the switcher physical level see LEVEL Refresh continuous repetition of switch ing instructions and confirm...

Page 443: ...391 60 Hz enable 148 A A REF NR 33000 board LED 403 A switch 148 AC OK LED 389 ACTIVE NR 33000 board LED 402 AGC Auto Gain Control summary table 379 Airflow 56 ALARM 512 Matrix board LED 398 Input board LED 391 392 Output board LED 399 400 ALARM BNC 132 Analog input 375 processing 375 ANSI X3T11 25 Asymmetric Frame Front and Back 51 143 145 AUTO RCLK 197 421 B B REF NR 33000 board LED 403 B switch...

Page 444: ...SA 25 109 111 221 224 D Data rate 114 Data Reclocking 115 Data reclocking 115 Daylight savings time 293 DC OK LED 389 DHCP defined 441 Dip switch settings rear panel 148 DM 33100 LEDs 397 DM 33501 33502 LEDs 398 DM 33501 DM 33502 See also DM 33512 DM 33512 input equalization 199 documentation online 4 DONE DM 33100 Matrix board LED 397 Dual output systems 69 DV 33128 40 DV 33256 40 DV 33512 40 DVP...

Page 445: ...G Input Card 114 HO 33110 data rate 115 LEDs 399 400 reclock settings 197 HO 33120 data rates 115 gain switches 192 LEDs 393 400 reclock settings 197 HO 33121 gain switches 192 Hot swapping 153 154 Hyper terminal 376 I IEC 24 IEC 825 24 IFC connectors 128 IN USE A 512 Matrix board LED 398 IN USE B 512 Matrix board LED 398 IN_USE Input board LED 391 392 Input equalization DM 33512 Digital Matrix bo...

Page 446: ...des 405 LEDs 402 PALARM 153 switches jumpers 174 NTSC or PAL blackburst 61 157 Numbering 0 based 1 based 66 connector 218 O online documentation 4 OPM defined 442 Output board switches 197 Output jitter 115 Output monitor address 203 Output monitoring 61 200 defined 442 Output reclocker 197 Outputs tab 317 overlay kit 0 1 based numbering 66 P P2V5A OK 512 Matrix board LED 398 P2V5B OK 512 Matrix b...

Page 447: ...e signals 128 Refresh Defined 442 Regulatory Notices 23 Returning merchandise 125 RFI modifications 216 Router network 285 RP 33500 PC board assembly drawing 179 rear panel 141 RX SR 33000 board LED 400 S S2 SR board 206 S401 DM 33512 Digital Matrix Board 199 SALR NR 33000 board LED 404 SALRM SR 33000 LED 401 Saturation Chroma Gain 381 Secondary Controller IP 296 Setup video 379 383 SI 33110 equal...

Page 448: ...Trinix board Input 341 Matrix 338 Matrix Controller 338 Output 342 Rear Panel 341 Reference 339 Troubleshooting 345 375 389 411 TRX NXT 128x128 40 TRX NXT 256x256 40 TRX NXT 256x512 40 TRX NXT 512x512 40 95 TRX NXT 512x512 Protected Paths Non Sequential Numbering 99 TRX NXT 512x512Protected Paths 99 Sequential numbering 99 TX SR 33000 board LED 400 U UL 25 109 111 221 224 Universal input board 375...

Page 449: ...Trinix NXT Installation and Service Manual 449 XLD SR 33000 board LED 400 XOK NR 33000 board LED 403 XPT BUS connector 214 ...

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