GRASS VALLEY XIP-3901 User Manual Download Page 9

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3901 Agile SDI/IP Processing Platform. . . . . . . . 17

2 Applications . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 19

XIP3901 -UC / -DC / -FS SDI Applications . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 19

XIP3901 -UC / -DC / -FS Key Features . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 20

XIP3901 -UC / -DC / -FS Supported Video Formats . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 21

Functional Block Diagrams. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 21

XIP3901-UDC-IP Applications . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 22

XIP3901-UDC-IP Key Features . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 23

XIP3901-UDC-IP Supported Video Formats . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 24

Optional XIP

3901

UDC

IP Application Audio processing, Down/Up Mix, Shuffling . . . . . . . . . . . . . . 25

Functional Block Diagram . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 26

XIP3901-UDC-IF v3.0 Application . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 26

XIP3901-UDC-IF Key Features . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 27

XIP3901-UDC-IF Supported Video Formats . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 28

Optional XIP

3901

UDC

IF Application Audio processing, Down/Up Mix, Shuffling. . . . . . . . . . . . . . . 29

Functional Block Diagram . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 29

XIP3901-GB-IP Application. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 29

XIP3901-GB-IP Key Features . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 30

XIP3901-GB-IP Supported Video Formats . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 31

Functional Block Diagram . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 32

Optional HDR Processing . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 32

XIP3901

JPEG

XS Application . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 33

XIP-3901-JPEG-XS Key Features . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 34

XIP-3901-JPEG-XS Functional Block Diagram . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 34

3 XIP

3901 Installation and Operation . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 35

Front Card-edge Interface . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 35

Card-edge Status LED . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 35

Installation . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 41

Fiber Optic Handling . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 41

Getting Organized / Unpacking . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 41

Required Tools . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 41

Required Material . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 41

Installation of the Rear Connector Panel and Card . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 42

Installation of the Optical Interface (option) . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 43

Rear Panel and Connectors . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 44

Images of Rear Panel Connectors . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .44

Summary of Rear Panel Connections . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 44

Details of Rear Panel Connections. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 45

REF IN – External reference . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .45

Summary of Contents for XIP-3901

Page 1: ...XIP 3901 AGILE SDI IP PROCESSING PLATFORM User Manual 13 03065 010 AL M00 2021 08 04 ...

Page 2: ...ange without notice Terms and Conditions Please read the following terms and conditions carefully By using XIP 3901 documentation you agree to the following terms and conditions Grass Valley hereby grants permission and license to owners of XIP 3901 to use their product manuals for their own internal business use Manuals for Grass Valley products may not be reproduced or transmitted in any form or...

Page 3: ... of HDR Custom LUTs Possibility to force a new Video Payload ID Transfer Characteristic Colorimetry and Bit depth HLG and PQ Test Pattern Network New Bridged network interface through the frame DHCP LLDP Network settings and statuses on local menu XIP 3901 DC DC1 SDI output duplicated on OUT2 3 4 DC2 SDI output duplicated on OUT6 7 8 On Quad Link 3G SDI inputs possibility to select audio and metad...

Page 4: ...rounded metal frame or casing do not require any special ESD protection 13 03065 010 AI M00 2020 07 31 Documented the XIP 3901 UDC IP V1 1 application update Added Support for Processing of common film rates 23 98p and 29 97p Hz to and from 59 94 Hz material Colorimetry and Transfer Characteristics System TCS information displayed set at IP Receivers end Time code selection processing and re gener...

Page 5: ...votre corps en touchant une surface métallique non peinte du châssis Pour plus de sécurité vérifiez périodiquement la valeur de résistance du bracelet antistatique Elle doit se situer entre 1 et 10 mégohms Si vous devez mettre une carte de côté assurez vous de la ranger dans un sac protecteur antistatique Les cartes qui sont reliées à un châssis ou boîtier métallique mis à la terre ne nécessitent ...

Page 6: ...osure to the laser beam Even though the power of these lasers is low the beam should be treated with caution and common sense because it is intense and concentrated Laser radiation can cause irreversible and permanent damage of eyesight Please read the following guidelines carefully Make sure that a fiber is connected to the board s fiber outputs before power is applied If a fiber cable e g patchc...

Page 7: ...les and Connectors Grass Valley products are designed to meet or exceed the requirements of the appropriate European EMC standards In order to achieve this performance in real installations it is essential to use cables and connectors with good EMC characteristics WARNING This equipment is compliant with Class A of CISPR 32 In a residential environment this equipment may cause radio interference N...

Page 8: ...lanking covers to SFP type ports and fit 75 Ω RF terminators to BNC type ports COAXIAL CABLES Coaxial cables connections particularly serial digital video connections shall be made with high quality double screened coaxial cables such as Belden 8281 or BBC type PSF1 2M Belden 1694A for 3Gbps and Belden 4794A for 12Gbps D TYPE CONNECTORS D type connectors shall have metal shells making good RF cont...

Page 9: ...tion Audio processing Down Up Mix Shuffling 29 Functional Block Diagram 29 XIP 3901 GB IP Application 29 XIP 3901 GB IP Key Features 30 XIP 3901 GB IP Supported Video Formats 31 Functional Block Diagram 32 Optional HDR Processing 32 XIP 3901 JPEG XS Application 33 XIP 3901 JPEG XS Key Features 34 XIP 3901 JPEG XS Functional Block Diagram 34 3 XIP 3901 Installation and Operation 35 Front Card edge ...

Page 10: ...ons on the XIP 3901 61 Opening the XIP 3901 Panel 64 iControl System User Interface 66 Section 1 Status Icons 67 Section 2 Panel Selection Buttons 71 Section 3 Configuration Panel 72 Section 4 Current Preset or User Custom 73 XIP 3901 Card Application Configuration 74 7 Configuring the XIP 3901 UC DC FS Applications with iControl 75 Video Input Output Panel XIP 3901 UC 75 Input Output Config Tab 7...

Page 11: ...tics Tab 119 FEC Tab 120 PTP Panel 121 NMOS Panel 123 Receivers Panel 124 Config Tab 125 Timing Tab 127 Redundancy Tab 128 Senders Panel 130 UDC1 Tabs 130 UDC2 Tab 133 Advanced Tab 135 Video Panel 137 Timing Tab 137 De interlacer Tab 140 Detail Enhancer Tab 141 Video Proc Tab 143 Color Corrector Tab 144 Legalizer Tab 145 HDR Panel 146 UDC1 UDC2 Tab 146 Custom Luts Tab 150 Metadata Panel 151 Audio ...

Page 12: ...ceivers Panel 180 Config Tab 180 Timing Tab 182 Redundancy Tab 184 Senders Panel 185 UDC1 UDC2 Tabs 185 Advanced Tab 187 HDR Panel 189 UDC1 UDC2 Tab 189 Custom LUTs Tab 196 Metadata Panel 197 Audio Panel 200 Inputs Tab 201 Mixer Tab 203 Upmix Tab 205 Downmix Tab 207 Outputs Tab 209 Test Panel 211 10 Configuring the XIP 3901 GB IP Application with iControl 213 Network Panel 213 PTP Panel 213 NMOS P...

Page 13: ... s Configuration Interface 237 Downloading new XIP applications 237 Card Upgrade 237 Card Upgrade when the XIP 3901 JPEG XS Application is Currently Running on the Card 238 Card Upgrade when Another Application is Currently Running on the Card 240 Card s Web based User Interface Overview 242 Section 1 Status Dashboard 243 Section 2 Bandwidth Usage 244 Section 3 Panel Selection Tree 245 Section 4 C...

Page 14: ...oting 281 Maintenance 281 Field Replaceable Units 281 Replacing Cards 281 Replacing a rear panel 282 Removing a card 282 Installing a Card 282 Cooling Fan Operational Assessment 282 Diagnostics 282 Critical Temperature Alarm Corrective Actions 283 Fan Noise 283 Fan Alarm and Fan Noise Corrective Actions 283 Replacing the XIP 3901 s Fan 284 Fan Replacement Kit 284 Required Tools 284 Cooling Fan Rep...

Page 15: ...optic cables 296 Removing the fiber optic cables 296 Removing the SFP module 297 Appendix C BBC HLG Look Up Table 299 Introduction 299 LUT Details 299 Scene Light versus Display Light Conversions 300 Extending the SDR Color Gamut 302 Output Signal Clipping 302 Contact Us 308 ...

Page 16: ...16 Table of Contents ...

Page 17: ...pplications as requirements change Figure 1 2 XIP 3901 Application Agility Evolution 8x SDI In 8x SDI Out 25G IP Media XIP 3901 UDC IP Dual Channel 4K UHD ST 2110 Up Down Cross converter with HDR Audio Processing Dual Channel IP Gearbox Quad Stream 1080p 2SI SD to from Single Stream UHD XIP 3901 GB IP XIP 3901 UC Dual channel 3G HD SDI to 12G Quad Link Upconverter Frame sync HDR Processing XIP 390...

Page 18: ...18 Introduction to the XIP 3901 Agile SDI IP Processing Platform ...

Page 19: ...onnector going forward The XIP 3901 is installed in a Densité modular frame Due to advanced processing capabilities and power requirements the XIP 3901 is supported only by the Densité 3 FR1 and FR4 frames Densité 3 XIP 3901 UC is an application that provides a dual channel 12G Quad Link 3G 3G HD SDI upconverter which is designed to synchronize upconvert and process HD and 3G 1080p signals for bot...

Page 20: ...in installed equipment With flexibility to configure up to 12 XIP 3901 dual channel processing applications per Densité 3 FR4 frame the Densité platform scales to a market leading density of 24 4K UHD processors with HDR conversions in a 4 RU frame This means space and cost efficient scaling for today and tomorrow XIP 3901 UC DC FS Key Features Independent dual processing channels 12G 2160p 3G 108...

Page 21: ...ta Match Delay 12G 3G SDI OUT 1 A V Deglitcher Frame Sync 709 2020 Convert Optional HDR Processor 16ch Audio Tracking Metadata Match Delay REF IN Upgrade Control DENSITÉ 3 FR4 STD or DENSITÉ 3 FR4 ADV 1 Gb Eth 1 Gb Eth ETH3 DENSITÉ CONTROL 3G SDI OUT 2 3G SDI OUT 3 3G SDI OUT 4 XIP 3901 UC 12G Quad Link 3G 3G HD Dual Upconverter with Optional HDR Processing Application URS Genlock 3G HD SDI IN 5 T...

Page 22: ...tor Quad Link 3G only 16ch Audio Tracking Metadata Match Delay 3G HD SDI OUT 1 3G HD SDI OUT 2 3G HD SDI OUT 3 3G HD SDI OUT 4 3G HD SDI OUT 5 3G HD SDI OUT 6 3G HD SDI OUT 7 3G HD SDI OUT 8 Audio Metadata Link Selector Quad Link 3G only 16ch Audio Tracking Metadata Match Delay REF IN URS Upgrade Control 1 Gb Eth 1 Gb Eth ETH3 DENSITÉ CONTROL A V Deglitcher 3G SDI IN 2 3G SDI IN 3 3G SDI IN 4 A V ...

Page 23: ...per whites in SMPTE Narrow video signals and the support of SMPTE Full in PQ and S Log3 signals Four streams of 2110 30 31 audio confirming to Level A and Level C is supported per video channel giving a total of 228 channels of audio with automatic delay to keep lip sync The XIP 3901 UDC AUD option gives advanced processing control with audio level delay up down mixing and shuffling for additional...

Page 24: ...l 10 bit video signals with ability to pass sub blacks and super whites in SMPTE narrow video Choice between Grass Valley conversions algorithms BBC HLG LUT v1 4 and user defined 3D LUT support ITU R BT 2111 HLG PQ Color bar test patterns Four ST 2110 30 31 Level A and C audio stream per processing channels XIP 3901 UDC AUD option provides 228 channels audio processors with level delay up down mix...

Page 25: ...ce audio type Input mixer Upmix Downmix Fixed delay Level Phase invert Output audio mixer shuffler See Options Panel on page 166 for how to enable this option XIP 3901 UDC IP Video formats supported Output Format Output Format 720p50 1080i50 1080p50 2160p50 720p50 Input Format 1080 i50 1080p50 2160p50 720p59 1080p23 98 Input Format 1080p29 97 1080i59 94 1080p59 94 2160p23 98 2160p29 97 2160p59 94 ...

Page 26: ...oss conversion is performed at both 50 and 59 94 Hz based on multiple sophisticated processing technologies These include detail enhancement pixel based de interlacing and advanced motion adaptive de interlacing and anti ringing In addition a Upgrade configuration and Control DENSITÉ 3 FR4 STD ADV 1GbE ETH3 DENSITÉ CONTROL XIP 3901 UDC IP Dual Channel 4K UHD IP Processing Application PTP BMCA Genl...

Page 27: ...ort of SMPTE Full in PQ and S Log3 signals Four output streams of SMPTE ST 2110 30 31 audio conforming to Level A and Level C are supported per video channel The XIP 3901 UDC AUD option adds four audio input streams with advanced processing control for a total of 256 channels of audio with automatic delay to keep lip sync with audio level delay up and down mixing and shuffling for additional flexi...

Page 28: ...ption adds four SMPTE ST 2110 30 31 audio input streams per processing channel and provides 256 channel audio processors with level delay up down mixing and 2 1 mixer shuffling GV Orbit for configuration control and monitoring Individual XIP 3901 applications licensed purchased as needed Rapid switching between XIP 3901 applications The XIP 3901 UDC IF is also supported by the ATP 2000 Touch Panel...

Page 29: ...901 GB IP Application The XIP 3901 GB IP is a dual channel 4K UHD gearbox application for conversion between Quadstream 1080p Two Sample Interleave 2SI or Square Division Quad Stream SDQS and Single stream 4K UHD supporting IP with dual 25 GbE I O Based on open standards this IP edge gearbox processing application is compliant to the SMPTE ST 2110 suite of Feature Always available XIP 3901 UDC AUD...

Page 30: ...radual adoption of different production elements into 1080p and 4K UHD broadcasting workflows all while protecting your investment in installed equipment With flexibility to configure up to 12 XIP 3901 dual channel processing applications per Densité 3 FR4 frame the Densité platform scales to a density of 24 4K UHD processors in a 4 RU frame This means space and cost efficient scaling today and to...

Page 31: ...d optical transceiver Both FEC74 CL74 Fire Code and FEC108 Reed Solomon IEEE Forward Error Correction are supported GV Orbit for configuration control and monitoring XIP 3901 GB IP Supported Video Formats The XIP 3901 GB IP supports the following video formats conversion Figure 2 12 Supported Video Formats for XIP 3901 GB IP Application Input Format Quad Stream 1080 p50 2SI Quad Stream 1080p50 Squ...

Page 32: ...ized in the following table Upgrade Configuration and Control DENSITÉ 3 FR4 STD ADV 1GbE ETH3 DENSITÉ CONTROL XIP 3901 GB IP Dual Channel 4K UHD Gearbox IP Processing Application PTP BMCA Genlock 2160p Quad 1080p 2SI Square Division Conversion Gearbox Tone Pass Block ST 2110 Encap With 7 Dual TX 25GbE 25GbE 2110 30 31 2110 40 2110 20 21 25GbE 25GbE NMOS IS 04 IS 05 ST 2059 Time Stamps Reference 1G...

Page 33: ...n studio equipment top of frame reference requirement if needed This solution offers a bridge between remote contribution network and core production network using ultra low latency encoding and decoding to efficiently manage network bandwidth over long distance Combined with JPEG XS enabled LDX Cameras IPVU and GV Orbit GV remote integration model reduce the movement of people and equipment incre...

Page 34: ...ce XIP 3901 JPEG XS Functional Block Diagram DENSITÉ 3 FR4 STD ADV ETH3 PTP BMCA Genlock ST 2110 Encap With 7 Dual TX Tx 25GbE 25GbE 25GbE 25GbE ST 2059 RTP timestamps copied ST 2110 Decap With 7 Dual Rx Hitless ST 2110 40 ANC Insert Audio Embed Min Delay or Top of frame Align ment JPEG XS Decoder path 0 to 8 max JPEG XS Decode ST 2110 30 31 ST 2110 22 ST 2110 40 ST 2110 30 31 ST 2110 20 12G 3G HD...

Page 35: ... the front access door of the Densité 3 frame This LED indicates the status of the XIP 3901 using different colors and by flashing steady illumination The table shows how the various error conditions that can be flagged on the XIP 3901 affect the LED status If a cell is gray the LED cannot be configured to assume that status If more than one LED status is possible for a particular error condition ...

Page 36: ... for details Error Condition XIP 3901 Card LED Status XIP 3901 Card LED Status default severity UC DC FS UDC IF UDC IP GBIP JPEG XS Green Yellow Red Flashing Red 2DEC 2ENC 8 DEC 8 ENC Hardware failure Wrong or missing rear connector panel IN1 5 No carrier IN1 5 Unsupported IN1 5 Video TRS error IN1 5 Reference mismatch IN2 3 4 6 7 8 No carrier IN2 3 4 6 7 8 Unsupported IN2 3 4 6 7 8 Video TRS erro...

Page 37: ...h ETH1 ETH2 SFP Warning Tx Bias Low High ETH1 ETH2 SFP Warning Vcc Low High ETH1 ETH2 SFP Warning Temperature Low High PTP Locked NMOS registered Channel 1 to 2 Receivers Video 1 ST 2110 20 Stream ETH1 ETH2 Channel 1 to 2 Receivers Video 1 ST 2110 20 Media Channel 1 to 2 Receivers Video 1 ST 2110 20 Redundancy Channel 1 to 2 Receivers Video 2 to 4 ST 2110 20 Stream ETH1 ETH2 Error Condition XIP 39...

Page 38: ... 2110 20 Stream ETH1 ETH2 Channel 5 to 8 Receivers Video 1 ST 2110 20 Media Channel 5 to 8 Receivers Video 1 ST 2110 20 Redundancy Channel 1 to 2 Receivers Video 1 ST 2110 22 Stream ETH1 ETH2 Channel 1 to 2 Receivers Video 1 ST 2110 22 Media Channel 1 to 2 Receivers Video 1 ST 2110 22 Redundancy Channel 3 to 8 Receivers Video 1 ST 2110 22 Stream ETH1 ETH2 Channel 3 to 8 Receivers Video 1 ST 2110 2...

Page 39: ... to 8 Receivers Meta 1 ST 2110 40 Redundancy Channel 1 to 2 Receivers Audio 1 ST 2110 3x Stream ETH1 ETH2 Channel 1 to 2 Receivers Audio 1 ST 2110 3x Media Channel 1 to 2 Receivers Audio 1 ST 2110 3x Redundancy Channel 1 to 2 Receivers Audio 2 to 3 ST 2110 3x Stream ETH1 ETH2 Channel 1 to 2 Receivers Audio 2 to 3 ST 2110 3x Media Channel 1 to 2 Receivers Audio 2 to 3 ST 2110 3x Redundancy Error Co...

Page 40: ...nders Video 1 ST 2110 20 Stream ETH1 ETH2 Channel 1 to 2 Senders Video 2 to 4 ST 2110 20 Stream ETH1 ETH2 Channel 3 to 8 Senders Video 1 ST 2110 20 Stream ETH1 ETH2 Channel 1 to 2 Senders Video 1 ST 2110 22 Stream ETH1 ETH2 Channel 3 to 8 Senders Video 1 ST 2110 22 Stream ETH1 ETH2 Channel 1 to 2 Senders Meta 1 ST 2110 40 Stream ETH1 ETH2 Channel 3 to 8 Senders Meta 1 ST 2110 40 Stream ETH1 ETH2 E...

Page 41: ... order Required Tools In addition to the above you will need the following tools field supplied Phillips 2 screwdriver to remove and install rear panels Required Material In addition to the above you will need the following field supplied Client PC Optionally for a multiviewer display cables converter to connect your multiviewer to displays At least one Densité frame with available modular card sl...

Page 42: ...controller card as well as a second connector that plugs directly into the rear connector panel for input and output The rear connector panel must be installed with the card out of the frame To remove an existing card from the slot tilt up the swivel handle on the front of the card to lever the connectors apart then use the handle to pull the card straight out of the slot Densité 3 frame rear pane...

Page 43: ... slots When using a double slot width rear panel in a Densité 3 FR4 frame the card should be inserted into the rightmost of the two slots Inserting the card into the wrong slot will not damage the card but the status LED on the card will flash red to indicate that there is no connection to the rear panel 3 Close the front panel of the frame Installation of the Optical Interface option See Installi...

Page 44: ...s and outputs are described below Note that an application may not use all available inputs and outputs Fig 3 2 XIP 3901 Rear Panels Summary of Rear Panel Connections Connector Nomenclature Count XIP 3901 3 DR P Rear Connector Type XIP 3901 3 DRP H Rear Connector Type Used for application See REF IN 1 DIN HD BNC XIP 3901 UC DC FS XIP 3901 UDC IF REF IN External reference on page 45 ...

Page 45: ...1 UC DC FS XIP 3901 UDC IF 3G HD OUT 2 3 4 6 7 8 6 DIN HD BNC XIP 3901 UC FS XIP 3901 UDC IF XIP 3901 JPEG XS 8 HD DEC mode 12G 3G HDOUT 1 5 2 DIN HD BNC XIP 3901 UC DC FS XIP 3901 UDC IF XIP 3901 JPEG XS 2 UHD HD DEC mode 8 HD DEC mode 25G BASE ETH1 ETH2 2 SFP SFP XIP 3901 UDC IP XIP 3901 GB IP XIP 3901 UDC IF XIP 3901 JPEG XS ETH1 ETH2 25 GigE on fiber SFP on page 48 GigE ETH3 1 RJ 45 RJ 45 XIP ...

Page 46: ...8 DC2 Quad Link 3G Link 4 Connector Nomenclature XIP 3901 FS Input Signal 12G 3G HD IN 1 FS1 Quad Link 3G Link 1 12G 3G HD 3G HD IN 2 FS1 Quad Link 3G Link 2 3G HD IN 3 FS1 Quad Link 3G Link 3 3G HD IN 4 FS1 Quad Link 3G Link 4 12G 3G HD IN 5 FS2 Quad Link 3G Link 1 12G 3G HD 3G HD IN 6 FS2 Quad Link 3G Link 2 3G HD IN 7 FS2 Quad Link 3G Link 3 3G HD IN 8 FS2 Quad Link 3G Link 4 Connector Nomencla...

Page 47: ... HD OUT 6 UC2 Quad Link 3G Link 2 3G HD OUT 7 UC2 Quad Link 3G Link 3 3G HD OUT 8 UC2 Quad Link 3G Link 4 Connector Nomenclature XIP 3901 DC Output Signal 12G 3G HD OUT 1 DC1 3G HD SDI 3G HD OUT 2 DC1 3G HD SDI 3G HD OUT 3 DC1 3G HD SDI 3G HD OUT 4 DC1 3G HD SDI 12G 3G HD OUT 5 DC2 3G HD SDI 3G HD OUT 6 DC2 3G HD SDI 3G HD OUT 7 DC2 3G HD SDI 3G HD OUT 8 DC2 3G HD SDI Connector Nomenclature XIP 39...

Page 48: ...901 UC DC FS To install the SFP cartridge see Installing the SFP Ethernet Module on page 295 Connector Nomenclature XIP 3901 UDC IF Output Signal 12G 3G HD OUT 1 UDC1 12G 3G HD SDI 3G HD OUT 2 UDC1 3G HD SDI 3G HD OUT 3 UDC1 3G HD SDI 3G HD OUT 4 UDC1 3G HD SDI 12G 3G HD OUT 5 UDC2 12G 3G HD SDI 3G HD OUT 6 UDC2 3G HD SDI 3G HD OUT 7 UDC2 3G HD SDI 3G HD OUT 8 UDC2 3G HD SDI Connector Nomenclature...

Page 49: ...er Overview One ST 2110 20 21 Wide Narrow profile stream supporting 720p 1080i 1080p 2160p 50 59 94 single stream Active on Channel 3 and Channel 4 when the card is in the Dual UHD HD DEC Dual UHD HD ENC operation mode Active on Channel 1 to 8 when the card is in the 8 HD ENC operation mode One ST 2110 22 Wide Narrow profile stream supporting 720p 1080i 1080p 2160p 50 59 94 single stream Active on...

Page 50: ...and Stream 1 level C 1 to 64 channels with 125 us packet times Stream 2 4 level C 1 to 16 channels with 125 us packet times Full 2022 7 switching protection For the XIP 3901 JPEG XS the transmitter supports Fig 3 6 XIP 3901 JPEG XS Transmitter Overview One ST 2110 20 Narrow profile stream supporting 720p 1080i 1080p 2160p 50 59 94 single stream Active on Channel 1 and Channel 2 when the card is in...

Page 51: ...rd is in the 8 HD DEC operation mode Full 2022 7 switching protection GigE ETH3 1 GigE MANAGEMENT Port RJ 45 This network port is used For Densité Upgrade Manager DUM upgrades To upload Custom LUTs for the XIP 3901 UC DC FS and XIP 3901 UDC IP applications only For NMOS IS 04 and IS 05 for the XIP 3901 UDC IP XIP 3901 GB IP and XIP 3901 JPEG XS applications only This connection is not necessary wh...

Page 52: ...tem must be used to access the card s operating parameters remotely using a convenient graphical user interface GUI See Card Upgrade with iControl Solo on page 61 XIP 3901 UDC IP XIP 3901 UDC IF XIP 3901 GB IP XIP 3901 JPEG XS The local control panel and its buttons can be used to move through a menu of status reports See Local Control Using the Densité Frame Control Panel on page 57 A web browser...

Page 53: ...d in a Densité 3 FR1 or Densité 3 FR4 frame with a CPU ETH3 Basic controller then the card s ETH3 port must be used to connect to the Management IP network XIP 3901 UC XIP 3901 DC or XIP 3901 FS XIP 3901 UDC IP XIP 3901 UDC IF XIP 3901 GB IP XIP 3901 JPEG XS XIP 3901 Multimode Fiber Cat5 Typical Stream Source PC ETH1 Media Network Switch Management Network Switch GigE ETH3 NMOS Registry ...

Page 54: ...cy This protection scheme transmits two identical packet streams over physically separate network routes shown as Media Red LAN and Media Blue LAN in the figure below so that if packets from one route are lost the data can be reconstructed using packets from the second stream This process is seamless because switching between the streams is instantaneous and does not impact content PREREQUISITE At...

Page 55: ...d in a Densité frame that is equipped with Densité 3 FR4 STD or Densité 3 FR4 ADV frame controllers that is connected to the management IP network Media Red LAN Media Blue LAN XIP 3901 Camera A Kahuna Media Network Switch Blue Media Network Switch Red Camera B SFP1 SFP2 Card B XIP 3901 SFP1 SFP2 Card A XIP 3901 SFP1 SFP2 Media Network Switch Red Multimode Fiber Cat5 PC with RollCall ETH1 ETH2 Medi...

Page 56: ...Cabling to Support SMPTE ST 2022 7 XIP 3901 Media Network Switch Red Multimode Fiber Cat5 PC with RollCall ETH1 ETH2 Media Network Switch Blue Management Network Switch NMOS Registry Densité Frame Ethernet Port FRM Densité Frame ...

Page 57: ...esponds to the card The status LED on the XIP 3901 will flash yellow and the touch screen status will be yellow for the XIP 3901 The panel displays two lines of 16 characters and the following four buttons for navigating the menu Navigate menus and modify values SEL Accesses the next menu level When a parameter value is shown push this button once to modify the value using the and buttons push it ...

Page 58: ... The menu allows you to view and set the UPC 3901 card s current MANAGEMENT Ethernet port IP address SFP1 and SFP2 Ethernet port IP addresses that you use for media streams See also the Network Interface tab The Ethernet port configuration parameters are The Ethernet port s current operating mode DHCP or DISABLE The Ethernet port s current IP Address when mode is set to DISABLE set the card s IP a...

Page 59: ...59 XIP 3901 User Manual level lower than the top level menu stay within the NETWORK SETTINGS menu level or lower when changing the network settings A reboot takes approximately 30 seconds ...

Page 60: ...60 Local Control Using the Densité Frame Control Panel Setting the Card s IP Addresses ...

Page 61: ...can be downloaded from the Grass Valley website See iControl Solos Software Downloading new XIP applications XIP 3901 applications can be downloaded from the Grass Valley support site under Downloads for Broadcast Products and look for XIP 3901 Agile Modular SDI IP Processing Platform for Densité 3 to download latest applications This is a ZIP file Do not unzip the file for the following procedure...

Page 62: ...s for the frames and cards to populate the window In the Physical View Tab 1 you will see a list of Densité frames 2 and for each Densité frame is a list of cards installed in the frame s slots 3 You need to expand the tree to see the information as shown below 2 Click Upload files found at the bottom of the Densité upgrade manager and in the file browser select one or more XIP application ZIP fil...

Page 63: ...mpleted click Close 6 Once complete click Clear at the bottom of the Densité Upgrade Manager window 7 Select the application you want to now use on your XIP 3901 card Click the Available package pulldown for the corresponding XIP 3901 card you want to install update and select the appropriate bundle for it from the list ...

Page 64: ...hen it will show the XIP 3901 card with the right firmware and installed package as show below You can use the Available package pulldown to activate any other application at any time The last installed application will be the current one running on the XIP 3901 Opening the XIP 3901 Panel Close the Densité Upgrade Manager and then launch the XIP 3901 application from iControl Solo by double clicki...

Page 65: ...65 XIP 3901 User Manual The iControl panel for the card then shown ...

Page 66: ...l describes the control panels associated with the XIP 3901 applications and their use Please consult the iControl User s Guide for information about setting up and operating iControl In iControl Navigator or iControl Websites double click on the XIP 3901 UC XIP 3901 DC XIP 3901 FS XIP 3901 UDC IP or XIP 3901 GB IP icon to open the control panel for XIP 3901 UC v1 0 only the icon shows XIP 3901 XI...

Page 67: ...led in its Densité frame There are four main sections in the window Figure 6 1 XIP 3901 iControl Graphic Interface Shown on XIP 3901 UC Section 1 Status Icons The top section displays icons that report different statuses such as the card communication status input status health status and card operating mode Mousing over an icon will display a status message with additional information Figure 6 2 ...

Page 68: ...than one interpretation is possible read the error message in the iControl window to see which applies Status Icon Description Manual Card Configuration green Remote card control is activated The iControl interface can be used to operate the card yellow Local card control is activated The card is being controlled using the Densité frame control panel as described in Local Control Using the Densité...

Page 69: ...Tabs on page 130 UDC2 Tab on page 133 UDC1 UDC2 Tabs on page 185 GB1 GB2 Tabs on page 219 NMOS IS 04 Registration status see NMOS Panel on page 123 NMOS Panel on page 173 NMOS Panel on page 213 UDC1 UDC2 Input Status UDCIP only green Video is present and valid The video format is indicated when there are no errors red Video not present or Video invalid or Video unsupported or Rate mismatch grey Re...

Page 70: ...gram in the Input Output Config tab to diagnose the issue Reference Status UDC IF UC DC and FS only green References on both processing channels are locked red Reference on at least one processing channel is not locked See Reference Panel on page 106 or Reference Panel on page 174 for more details on the problem s PTP Status UDC IP UDC IF and GB IP only green The card is locked to the network s PT...

Page 71: ...l be highlighted in mauve Section 2 Panel Selection Buttons Click a button in the left portion of the window to select a configuration panel The button is highlighted when it is selected yellow Network connections in progress Operating Mode green Operating mode Process red Operating mode Color Bars Tone Health Monitoring green Hardware OK red Hardware failure detected If this icon is flashing red ...

Page 72: ... 9 Buttons for Each Individual Panel Section 3 Configuration Panel This main section displays the panel selected in Section 2 It may contain multiple tabs to access any appropriate sub panel XIP 3901 UC XIP 3901 DC and XIP 3901 FS XIP 3901 UDC IP XIP UDC IF XIP 3901 GB IP ...

Page 73: ... Section 4 Current Preset or User Custom The lower left corner of the window identifies the preset currently in use User custom if none is applicable or Factory default when the card is currently using its factory default settings Figure 6 11 Current Preset or User Custom ...

Page 74: ...the XIP 3901 UC DC FS Applications with iControl on page 75 XIP 3901 UDC IP Configuring the XIP 3901 UDC IP v1 2 Application with iControl on page 115 XIP 3901 UDC IF Configuring the XIP 3901 UDC IF v3 0 Application with iControl on page 169 XIP 3901 GB IP Configuring the XIP 3901 GB IP Application with iControl on page 213 XIP 3901 JPEG XS Configuring the XIP 3901 JPEG XS v1 0 Application with it...

Page 75: ...h the XIP 3901 UC DC FS applications and their use Video Input Output Panel XIP 3901 UC Input Output Config Tab This panel allows you to configure the settings for the two upconverters Each can be configured independently XIP 3901 UC XIP 3901 DC or XIP 3901 FS XIP 3901 UDC IP XIP 3901 UDC IF XIP 3901 GB IP XIP 3901 JPEG XS ...

Page 76: ...60 Line Data Mapping to use Square Division or 2SI Division The choice will depend on the format used by the destination equipment Quad Link 3G Square Division The 4K image is split into four full resolution quadrants each sent on a single 3G link Parameter Settings Note SDI Output Transport 2160 Line Data Mapping on Quad Link 3G Quad Link 3G 2SI Division default Quad Link 3G Square Division 12G 3...

Page 77: ...12G Note 3 The XIP 3901 UC supports two of the mappings of video into the serial digital interface defined by SMPTE 424M 3G Mapping settings are ignored when the SDI Output is set to 12G The Level A format is the direct mapping of uncompressed 1080p up to 60 fps video into a serial digital interface at the nominal 3 Gbps The Level BDL DualLink format is the mapping of DualLink HDSDI SMPTE 372M for...

Page 78: ...e Reference Panel on page 106 for more information The 3G Mapping settings will also be ignored If Level A format is received the card will output Level A If Level B DualLink format is received the card will output Level B DualLink The following features are also disabled Figure 7 4 Disabled Features This section also displays the Processing Delay in milliseconds ms for each channel so you can man...

Page 79: ... 40 ms URS External 1080i ALL 12 ms 1 field 12 ms 3 fields 33 ms 40 ms 720p 1080p ALL 12 ms 1 frame 12 ms 2 frames 33 ms 40 ms ON Input 1080p 1080p 4 lines 4 lines 4 lines 4 lines Min Delay Ref Signal SDI Input SDI Output Skip Repeat Period Freeze on Input Error OFF Input ALL ALL ALL N A None URS External Video HD 1080i ALL 2 fields Last valid field HD 720p ALL 1 frame Last valid frame 3G Level A ...

Page 80: ...t be phased within one line of each other They must be phased to within line of the HREF of the reference signal The offset from the VREF can be variable but a distance of greater than 10 lines could create an artifact in the active video If the two signals are more than one line apart a vertical jump will occur at the moment of switching that is proportional to the number of vertical lines of off...

Page 81: ...d video sources are film based originating from 24p film images When Film Mode is on the de interlacer will monitor the input for this type of source When detected it will merge the fields to recreate the original 24p image thereby avoiding de interlacer artifacts prior to scaling and upconversion Film detection is provided for 3 2 2 2 59 Hz and 50 Hz sources and 5 5 sequences Video Over Film Vide...

Page 82: ...ently Figure 7 7 Video I O Config Use the pulldown menus to configure these parameters Parameter Settings Note SDI Input SDI Transport Quad Link 3G default 12G 3G 1 2160 Line Data Mapping Auto Square 2SI Division default 2SI Division Square Division 2 Audio Source 3G Link 1 to 4 Set the SDI input link to receive the audio source Default value is 3G Link 1 Metadata Source 3G Link 1 to 4 Set the SDI...

Page 83: ... Transfer Characteristic Colorimetry and Bit depth 2160 Line Data Mapping settings are ignored when the SDI Input is set to 12G 3G Note 3 The frame rate 59 94 Hz or 50 Hz of the selected SDI output resolution is reported underneath the SDI Output Resolution menu A diagram of the downconversion process is displayed underneath the settings for each processing channel The status for each input SDI wi...

Page 84: ... specific to individual output formats To adjust the timing use the slider or type a value into the data box on the right of the slider Figure 7 9 Video I O Timing The sliders can be adjusted as follows Status Quad Link 3G ALIGN Gray No carrier on Quad Link 3G links Green Timing difference between Quad Link 3G links does not exceed the internal buffer Red Timing difference between Quad Link 3G lin...

Page 85: ...sec 0 to 26 653 msec 0 to 22 231 msec Adjustment Range 50 Hz Range 59 Hz Ref SDI Input SDI Output Processing Delay Async or Isochrone Inputs Synced Phase Aligned Inputs Min Max 59Hz 50Hz Input ALL ALL 2 frames 2 frames 33 ms 40 ms URS External 3G Level A ALL 12 ms 12 ms 1 frame 17 ms 20 ms 3G Level B DL HD 12 ms 12 ms 1 frame 17 ms 20 ms 3G Level A 12 ms 12 ms 1 frame 17 ms 20 ms 3G Level B DL 3G ...

Page 86: ...rame Last valid frame Quad Link 3G Level A ALL 1 frame Last valid frame 3G Level B DL 3G Level A 1 frame Last valid frame 3G Level B DL 2 frames Last valid frame Quad Link 3G Level B DL 3G Level A 1 frame Last valid frame 3G Level B DL 2 frames Last valid frame Audio PCM N A Tracking during 15 seconds per frame Muted Non PCM N A Instant catch up Muted Metadata ALL N A Lost when skipped duplicated ...

Page 87: ...gnals are more than one line apart a vertical jump will occur at the moment of switching that is proportional to the number of vertical lines of offset between the two signals This will last for only one frame For more information about using clean switch regions to perform glitch free switches see Clean Switch Regions and Examples on page 99 The Input Timing to Reference box reports any differenc...

Page 88: ... independently Figure 7 11 Video I O Config Use the topmost pulldown menu to select an operation mode Depending on the selected mode you may also need to select an SDI input format SDI output format and or Video Payload ID Transfer Characteristic Colorimetry and Bit depth standards Operation Mode Setting Type Settings Note 12G 3G HD N A N A N A Quad Link 3G default N A N A N A 3G Level A B DL SDI ...

Page 89: ... Link HDSDI SMPTE 372M for example 1080p up to 60 fps in a single serial digital interface at the nominal 3 Gbps Note 4 Usually 2 Sample Interleave outputs have a different Video Payload ID Transfer Characteristic Colorimetry and Bit depth on each link per SMPTE 4255 Some downstream equipment may not support this standard so the use of SMPTE 4251 Video Quad Link 3G 2SI Square SDI Input 2160p Data ...

Page 90: ...eceived video does not match the reference frame rate Wrong Link Received the wrong Quad Link 3G link on 2SI Division Quad Link 3G Error The received Quad Link 3G has different video formats Unexpected Format Did not receive the video format you selected Quad Link 3G ALIGN monitors the timing of the four link inputs The timing difference between the Quad Link 3G links shall not exceed 400 ns as pe...

Page 91: ...n of operation modes and SDI inputs and outputs Adjustment Range 50 Hz Range 59 Hz Vertical Lines 16 to 16 16 to 16 1920x1080p A and B DL Horizontal msec 0 to 17 771 msec 0 to 14 825 msec 1920x1080i Horizontal msec 0 to 35 542 msec 0 to 29 646 msec 1280x720p Horizontal msec 0 to 26 653 msec 0 to 22 231 msec Additional Frame Delay 0 to 10 0 to 10 Operation Mode SDI Input SDI Output Frame Steps 12G ...

Page 92: ...1 Quad Link 3G Level B DL 1080p A 1 1080p B DL 2 Quad Link 3G to 12G Quad Link 3G Level A Quad Link 3G Level B DL 2160p 1 12G to Quad Link 3G 2160p 1080p A 1 1080p B DL 1 Operation Mode SDI Input SDI Output Frame Steps Min Delay Ref Operation Mode SDI Input SDI output SDI input Processing Delay Async or Isochrone Inputs Synced Phase Aligned Inputs Min Max 59 Hz 50Hz OFF Input ALL ALL 2 frames 2 fr...

Page 93: ...G Level A B DL ON Input ALL HD 3 lines 3 lines 3 lines 4 lines 3G Level A 3 lines 3 lines 3 lines 3 lines 3G Level B DL 6 lines 6 lines 6 lines 6 lines 12G 4 lines 4 lines 4 lines 4 lines 2SI Quad Link 3G Level A 4 lines 4 lines 4 lines 4 lines 2SI Quad Link 3G Level B DL 7 lines 7 lines 7 lines 7 lines SQ Quad Link 3GLevel A 3 lines 3 lines 3 lines 3 lines SQ Quad Link 3G Level B DL 6 lines 6 lin...

Page 94: ...l B DL 3G Level A 3 ms 3 ms 1 frame 17 ms 20 ms 3G Level B DL 3 ms 3 ms 2 frames 33 ms 40 ms Ref SDI Input SDI Output Processing Delay Async or Isochrone Inputs Synced Phase Aligned Inputs Min Max 59 Hz 50Hz Ref SDI Input SDI Output Processing Delay Async or Isochrone Inputs Synced Phase Aligned Inputs Min Max 59Hz 50Hz Input ALL ALL 2 frames 2 frames 33 ms 40 ms ...

Page 95: ... Quad Link 3G Level B DL 3 ms 2 frames 3 ms 4 frames 67 ms 80 ms SQ Quad Link 3G Level A 2SI Quad Link 3G Level A 3 ms 1 frame 3 ms 2 frames 33 ms 40 ms 2SI Quad Link 3G Level B DL 3 ms 1 frame 3 ms 2 frames 33 ms 40 ms SQ Quad Link 3G Level B 2SI Quad Link 3G Level A 3 ms 1 frame 3 ms 2 frames 33 ms 40 ms 2SI Quad Link 3G Level B DL 3 ms 2 frames 3 ms 4 frames 67 ms 80 ms SQ Quad Link 3G Level A ...

Page 96: ...se Aligned Inputs Min Max 59Hz 50Hz Input ALL 12G 2 frames 2 frames 33 ms 40 ms URS External 2SI Quad Link 3G Level A 12G 3 ms 3 ms 1 frame 17 ms 20 ms 2SI Quad Link 3G Level B DL 12G 3 ms 3 ms 1 frame 17 ms 20 ms SQ Quad Link 3G Level A 12G 3 ms 1 frame 3 ms 2 frames 33 ms 40 ms SQ Quad Link 3G Level B DL 12G 3 ms 1 frame 3 ms 2 frames 33 ms 40 ms Ref SDI Input SDI Output Processing Delay Async o...

Page 97: ...e 12G ALL 1 frame Last valid frame 3G Level B DL 3G Level A 1 frame Last valid frame 3G Level B DL 2 frames Last valid frame Quad Link 3G Level A ALL 1 frame Last valid frame Quad Link 3G Level B DL Quad Link 3G Level A 1 frame Last valid frame Quad Link 3G Level B DL 2 frames Last valid frame Audio PCM N A Tracking during 15 seconds per frame Muted Non PCM N A Instant catch up Muted Metadata ALL ...

Page 98: ...inputs must be synchronized to the reference They must be phased within one line of each other They must be phased to within line of the HREF of the reference signal The offset from the VREF can be variable but a distance of greater than 10 lines could create an artifact in the active video If the two signals are more than one line apart a vertical jump will occur at the moment of switching that i...

Page 99: ...ference is not important for the deglitcher to operate properly Figure 7 16 Clean Switch Regions You may switch between signals A B or C without any glitches and also between the D E and F G signals Any other transition like A D will cause a vertical image shift for one frame To determine whether a clean hot switch is possible you need to determine whether the two sources lie in the same clean swi...

Page 100: ...Practical examples Example 1 We have two HD 1080i59 sources one that indicates an offset of 10 μs with respect to the reference A and the other an offset of 20 μs B We know that a clean switch region limit is present at line which corresponds to 14 83 μs We can now determine that this switch will not be clean because the two sources are on opposite sides of the limit and are therefore not in the s...

Page 101: ... processing However you can decide to use BBC LUTs or to load your own Custom LUTs Furthermore we can correct incoming Video Payload ID Transfer Characteristic Colorimetry and Bit depth without applying any HDR conversion Use the radio button to select the desired processing Grass Valley HDR processing is selected by default Grass Valley color space conversion internal LUT s for example BT 709 to ...

Page 102: ...nable Set to enable color space conversion and dynamic range conversion When disabled incoming color space and dynamic range are bypassed without processing The Applied Conversion statuses will indicate Bypass You can change the HDR processing setting values even if processing is disabled but processing will not be performed Processing is disabled by default ...

Page 103: ...to SDR Display 8c v1 4 HLG to SDR Display Harsh 9c v1 4 PQ 1000 Nits Full Range to HLG 1c v1 4 PQ 1000 Nits Narrow Range to HLG 1e v1 4 PQ 4000 Nits Full Range to HLG 2c v1 4 PQ 4000 Nits Narrow Range to HLG 2e v1 4 HLG to PQ 1000 Nits Narrow range 7c v1 4 SLog3 100 Scene to HLG 10a v1 4 SLog3 200 Scene to HLG 11a v1 4 Unity Custom LUTs Set the LUT to use for HDR processing You can pre load up to ...

Page 104: ...0 nits The default value is 203 nits This parameter is only applied when the Grass Valley SDR to HLG BT 2100 LUT is selected PQ BT 2100 to SDR Input HDR Ref White nits Set the reference white luminance level in nits that will become 100 white in the SDR output The value range must be between 100 and 1000 nits The default value is 203 nits This parameter is only applied when the Grass Valley PQ BT ...

Page 105: ...put Colorimetry BT 709 BT 2020 Output Range Narrow Full Transfer Characteristic SDR HLG PQ Unspecified Files Click to upload or replace a LUT file Click X to remove the currently loaded LUT file The name of the currently loaded LUT file will be partially displayed Mouse over the field to display the full name The background will change to RED if the uploaded file is invalid ...

Page 106: ...ous reference sources For the external reference the format is shown in the External Format window Gray There is no carrier or the carrier is not valid Yellow The carrier is present and is valid but its format is not supported Green The carrier is present and is valid and its format is supported External Format Shows the current external reference format The following shows which reference formats...

Page 107: ...nector URS Selects the Universal Reference Signal from the Densité frame s backplane Input Each path will lock on its SDI input UC1 DC1 FS1 on the rear panel 12G 3G HD IN 1 connector UC2 DC2 FS2 on the rear panel 12G 3G HD IN 5 connector Note On the XIP 3901 UC you can enable 3G Output Minimum Delay for a 3G SDI Output in the Timing tab for a channel On the XIP 3901 FS you can enable Minimum Delay...

Page 108: ... Quad Link 3G and 12G Video outputs test pattern will follow the format setting In the XIP 3901 UC only the 75 color bar is inserted as 3G HD SDI and upconverted to 12G 3G Quad Link 3G Audio Generate a 1 KHz sine wave at 18dBFS on all audio channel outputs Continuous tone on right channel pulsed tone on left channel of every pair 250 ms pulse every 3 seconds Audio inserted on Quad Link 3G link 1 o...

Page 109: ...d in a Densité 3 FR1 or Densité 3 FR4 frame with a CPUETH3 Basic controller When the card is installed in a Densité 3 FR4 frame with a CPUETH3 Standard or Advanced controller the firmware upgrade is performed using the frame controller s Ethernet port and HDR Custom LUTs can be uploaded through the bridged port through the Densité frame controller FRM Format Set video test pattern format for 3G Qu...

Page 110: ...his device will be known Only alpha numeric characters and the hyphen are permitted Domain Name Shows the name of the domain s the card is part of At least one interface must be configured with DHCP in order to be able to receive this information DNS Servers Shows the addresses of the name resolution servers At least one interface must be configured with DHCP in order to be able to receive this in...

Page 111: ...Ethernet port FRM Mode Set the mode to assign an IP address to an Ethernet port Off Ethernet port disabled it will not be used Auto DHCP Ethernet port enabled with automatic configuration using a network s DHCP server Static Ethernet port enabled with static user specified configuration IP Address Subnet Mask and Gateway IP Address When Mode is set to Static set the card s IP address Subnet Mask W...

Page 112: ...n is activated all HDR conversion settings are available When it is not activated only the BT 709 to BT 2020 and BT 2020 to BT 709 settings are available See also Optional HDR Processing on page 30 See HDR Panel on page 101to see all settings available with this option To activate this option you must 1 Obtain a license key for the option from Grass Valley 2 Open the Options panel and select the a...

Page 113: ...113 XIP 3901 User Manual Figure 7 25 Options Panel Shown on XIP 3901 UC ...

Page 114: ...114 Configuring the XIP 3901 UC DC FS Applications with iControl Options Panel ...

Page 115: ...ernet ports on the XIP 3901 UDC IP ETH1 and ETH2 are media ports and ETH3 and FRM are control management ports Media ports manage PTP video metadata and audio streams as well as NMOS IS 04 and IS 05 also Control ports manage card upgrade as well as NMOS IS 04 and IS 05 also Interface Tab This tab allows you to configure the network settings for media and control ports XIP 3901 UC XIP 3901 DC or XI...

Page 116: ...ed Domain Name Shows the name of the domain s the card is part of At least one interface must be configured with DHCP in order to be able to receive this information DNS Servers Shows the addresses of the name resolution servers At least one interface must be configured with DHCP in order to be able to receive this information Media Port ETH1 and ETH2 The media ports support PTP video metadata and...

Page 117: ...ontrol ports are enabled and in the same subnet as the NMOS registry the FRM port will be used Mode Set the mode to assign an IP address to an Ethernet port Off Ethernet port disabled it will not be used Auto DHCP Ethernet port enabled with automatic configuration using a network s DHCP server Static Ethernet port enabled with static user specified configuration IP Address Subnet Mask and Gateway ...

Page 118: ...cartridge status Figure 8 2 Network SFP Tab Property Description SFP Module The current status of the SFP module Green SFP module detected Grey SFP mode not detected Type The connection media type Speed The connection speed Vendor Manufacturer s information about the SFP module Part Number Serial Number Datacode Revision ...

Page 119: ...ated network will result in packet loss at the receiver Figure 8 3 Network Statistics Tab When Reset is clicked the current date and time is shown as a record of how long the packet counters have been running Wavelength These are values from the SFP s Diagnostic Monitoring Interface DMI The background color changes according to the current state Green low high warning flags Red low high alarm flag...

Page 120: ...lies IEEE 802 3 Clause 108 Reed Solomon Forward Error Correction Corresponding equipment sending or receiving these media streams must also be configured with the same error correction method Otherwise the link will fail Uncorrected FEC Error Corrected FEC Error The current number of detected errors at the physical layer Corrected errors are errors that the FEC algorithm was able to remove Uncorre...

Page 121: ...Master Clock Algorithm BMCA as per IEEE 1588 2008 The XIP 3901 UDC IP supports SMPTE 2059 2 profile locks the inputs and outputs on PTP AES 67 profiles Automatic one step and two step synchronization mode End to End Delay mechanism Multicast PTP only Figure 8 5 PTP Panel Reset Counter Clear the number of errors shown above When Reset is clicked the current date and time is shown as a record of how...

Page 122: ...e message from a master Uncalibrated One or more master ports have been detected in the domain Slave The port is synchronized to the selected master port PTP Locked Shows the card s current overall PTP lock status to the network s Grandmaster clock Green The card has successfully locked to the network s PTP Grandmaster clock Red The card is not locked to the network s PTP Grandmaster clock Interfa...

Page 123: ...must point XIP 3901 UDC IP to this external NMOS registry PREREQUISITE A working NMOS registry service must be available on the network Figure 8 6 NMOS Panel Step Removed Shows how many hops the card is from the Grandmaster This is used by the Best Master Clock Algorithm BCMA The possible values are 0 to 65535 Clock Class Shows the clockClass attribute of an ordinary or boundary clock This denotes...

Page 124: ...d itself with the NMOS registry Red the card is not yet registered with the NMOS registry Grey NMOS is disabled Mode is OFF Registry IS 04 Registry Mode Set the IS 04 Registry Mode Auto automatic discovery of the NMOS registry using DNS Service Discovery DNS SD as described in AMWA IS 04 NMOS Discovery and Registration Specification v1 2 Static manually specified NMOS registry values for address r...

Page 125: ...RTP stream is successfully streaming Figure 8 7 Receivers Config Tab Property Description Video Format Shows the video source stream s format resolution frame rate Colorimetry Shows the colorimetry and Transfer Characteristics System TCS information extracted from the associated SDP file for the selected SMPTE 2110 stream allowing for a constant update between a sender and a receiver In the absenc...

Page 126: ...ary and secondary Stream Shows the primary ETH1 and secondary ETH2 stream receiver status Green no error Red error Grey inactive IGMPv3 Source Set the source from which to receive multicast streams With this protocol the card deals with a switch to subscribe to one or many streams that are coming from different sources Both iGMPv3 and iGMPv2 protocols are supported Set this to 0 0 0 0 if iGMP sour...

Page 127: ...hows the stream type The background shows the current media status Green No error Red Error Grey Inactive Stream Shows the primary ETH1 and secondary ETH2 stream receiver status Green No error Red Error Grey Inactive Link Latency Shows the time it takes for a packet to come from the source to the receiver This measurement represents the difference between incoming RTP timestamp and PTP time before...

Page 128: ...usage will be Additional latency is then introduced as a result thus giving a better tolerance to packet distribution and network jitter SMPTE ST 2022 7 Class A wide source or software based sources can then be received without errors To optimize this parameter start with the smallest Network Tolerance and increase it until video metadata and audio streams statuses become GREEN NOTE Metadata strea...

Page 129: ...Error Shows the number of packets in error that will required SMPTE 2022 7 reconstruction for each Ethernet port Reconstruction Error Shows if the redundant stream was successful at maintaining signal integrity for the previous 5 seconds when primary ETH1 and secondary ETH2 ports are enabled Reset Counters Clears the number of errors shown above When Reset is clicked the current date and time is s...

Page 130: ...h also Streams can be disabled by deselecting Master for the corresponding stream see below When the XIP 3901 UDC IP s maximum output bandwidth is oversubscribed total streams require more than the available 25 Gbps bandwidth the symptoms are that of packet loss missing blocks of video audio dropout and random loss of ancillary data on both processing channels UDC1 Tabs This tab allows you to conf...

Page 131: ...dwidth capacity on page 130 for more information Send full ancillary space on one SMPTE 2110 40 metadata stream Meta 1 Send 4 audio streams Audio 1 to Audio 4 Audio 1 can send up to 64 processed audio channels Audio 2 to Audio 4 can send up to 64 audio channels but only audio channels 1 to 16 are processed audio channels Audio channels 17 to 64 will contain silence Statuses confirm that the RTP st...

Page 132: ...t the audio stream s type for streams Audio 1 to Audio 4 Type SMPTE ST 2110 30 for PCM linear audio AES67 compatible Type SMPTE ST 2110 31 for transparent transport of non linear audio and data formats Provides bit transparent AES3 over IP Profile Use the pull down to set audio profile for streams Audio 1 to Audio 4 Audio senders support Level C as per SMPTE 2110 30 31 48kHz stream from 1 to 8 cha...

Page 133: ...twork bandwidth capacity on page 130 for more information Send full ancillary space on one SMPTE 2110 40 metadata stream Meta 1 Send 4 audio streams Audio 1 to Audio 4 Audio 1 can send up to 64 processed audio channels Audio 2 to 4 can send up to 64 audio channels but only audio channels 1 to 16 are processed audio channels Audio channels 17 to 64 will contain silence Statuses confirm that the RTP...

Page 134: ...o Audio 4 Type SMPTE ST 2110 30 for PCM linear audio AES67 compatible Type SMPTE ST 2110 31 for transparent transport of non linear audio and data formats Provides bit transparent AES3 over IP Profile Use the pull down to set audio profile for streams Audio 1 to Audio 4 Audio senders support Level C as per SMPTE 2110 30 31 48kHz stream from 1 to 8 channels 1 to 4 for SMPTE 2110 31 at packet times ...

Page 135: ...S Panel on page 123 Stream Shows the primary ETH1 and secondary ETH2 streaming status Green streaming Red not streaming Grey not active TX Stream Address Set the IP address and UDP port number of the outgoing stream IP address 0 0 0 0 disables a sender The default UDP port values are 10000 Address UDP port can also be managed by external NMOS control See NMOS Panel on page 123 TX Stream Port SDP F...

Page 136: ...eo metadata and audio streams Possible range 0 to 128 The default value are 97 for SMPTE 2110 20 Video 100 for SMPTE 2110 40 Metadata 96 for SMPTE 2110 30 audio DSCP Sets the quality of service priority on the network for the outgoing video metadata and audio streams The range is 0 to 63 The default values are 0 for SMPTE 2110 20 Video 0 for SMPTE 2110 40 Metadata 34 for SMPTE 2110 30 audio ...

Page 137: ... shown below Timing Tab For each processing channel you can adjust the timing relative to the reference Use the slider or type a value into the data box on the right of the slider Metadata and audio streams will match the video delay set below Figure 8 13 Video Timing Tab The following adjustment sliders are available Adjustment Range 50 Hz Range 59 Hz Description Vertical Lines 200 to 200 200 to ...

Page 138: ...dditional Frame Delay 0 to 6 0 to 6 Manage frames for progressive outputs and fields for interlaced format With interlaced formats the slider jumps by steps of 2 fields Adjustment Range 50 Hz Range 59 Hz Description Input Video Format Setting Output Video Format Line length Description 1280x720p 59Hz Auto Follow Input 22 244 μsec Frame rate follows Input video format detected video format 1280x720...

Page 139: ...z 37 074 μsec 1920x1080p 29 97Hz 29 659 μsec 1920x1080i 59Hz 29 659 μsec 1920x1080i 50Hz 35 556 μsec 1920x1080p 59Hz 14 830 μsec 1920x1080p 50Hz 17 778 μsec 3840x2160p 23 98Hz 37 074 μsec 3840x2160p 29 97Hz 29 659 μsec 3840x2160p 59Hz 14 830 μsec 3840x2160p 50Hz 17 778 μsec Input Video Format Setting Output Video Format Line length Description ...

Page 140: ...p film images When Film Mode is on the de interlacer will monitor the input for this type of source When detected it will merge the fields to recreate the original 24p image thereby avoiding de interlacer artifacts prior to scaling and upconversion Film detection is provided for 3 2 2 2 59 Hz and 50 Hz sources and 5 5 sequences Video Over Film Video Over Film is available only when Film Mode is en...

Page 141: ...Medium Frequency or High frequency Horizontal and Vertical Enhancer Controls are usually used with restraint by only making minor adjustments The optimum settings of the Horizontal and Vertical Detail Enhancer are dependent on the source The amount of aliasing on the output will be dependent upon the higher frequencies present in the source content and a balance would need to be established betwee...

Page 142: ...tical Detail Enhancer Set the amount of vertical detail enhancement to be applied to the video signal The Vertical Enhancer adjustment ranges from a soft range negative values to a max intensityThe Vertical Enhancer adjustment ranges from a soft range negative values to a max intensity sharper positive values It is not usual practice to want to make pictures softer than the source However in some ...

Page 143: ...Video Proc Tab Property Description Enable Set to enable Y CrCb color space adjustment Master Gain Set the overall gain Y and Cb Cr Y and C gain may be independently adjusted with the controls shown below Note The total range of both Master Y and Master C controls is limited to 6 dB to 6 dB Luma Y Gain Set the Y Luminance gain Chroma Cb Cr Gain Set the Cb Cr Color difference gain Black Level Set t...

Page 144: ...Corrector Tab Reset Defaults Click to revert all controls to their default settings Property Description Property Description Enable Set to enable RGB color space adjustment Gang Set to adjust all three RGB channels together at the same time Deselect to adjust the RGB channels individually Green Gain Set the Green Channel Gain value Blue Gain Set the Blue Channel Gain value Red Offset Lift Set the...

Page 145: ... broadcast signal chain Figure 8 18 Legalizer Tab Green Offset Lift Set the Green Channel Offset value Blue Offset Lift Set the Blue Channel Offset value Red Gamma Set the Red Gamma Green Gamma Set the Green Gamma Blue Gamma Set the Blue Gamma Reset Defaults This function allows for all controls to revert to their preset values Property Description ...

Page 146: ...re the incoming Video Payload ID Transfer Characteristic Colorimetry and Bit depth can be corrected without applying any HDR conversion Use the radio button to select the desired processing Grass Valley HDR processing is selected by default Grass Valley color space conversion internal LUT s for example BT 709 to BT2020 and BT 2020 to BT 709 are always available Other video processing settings can ...

Page 147: ...n and dynamic range conversion When disabled incoming color space and dynamic range are bypassed without processing The Applied Conversion statuses will indicate Bypass You can change the HDR processing setting values even if processing is disabled but processing will not be performed Processing is disabled by default ...

Page 148: ...as part of the BBC LUTs SDR to HLG Scene 4 1a v1 4 SDR to HLG Scene Strict 4 2a v1 4 SDR to HLG Scene Upmap 6 1a v1 4 SDR to HLG Scene Upmap Strict 6 2a v1 4 SDR to HLG Display 3c v1 4 SDR to HLG Display Upmap 5c v1 4 HLG to SDR Scene 12 1c v1 4 HLG to SDR Scene Strict 12 2c v1 4 HLG to SDR Display 8c v1 4 HLG to SDR Display Harsh 9c v1 4 PQ 1000 Nits Full Range to HLG 1c v1 4 PQ 1000 Nits Narrow ...

Page 149: ...elected Grass Valley LUTs table PQ BT 2100 to SDR Input HDR Ref White nits Set the reference white luminance level in nits that will become 100 white in the SDR output The value range must be between 100 and 1000 nits The default value is 203 nits This parameter is only applied when the Grass Valley PQ BT 2100 to SDR is selected Grass Valley LUTs table PQ BT 2100 to SDR Input Range Set the input r...

Page 150: ...s are shared among all XIP applications This feature requires the XIP 3901 UDC HDR option See Options Panel on page 166 for details about how to activate card options You can Load up to 8 LUTs For each custom LUT you load you need to specify input output colorimetry input output range and output transfer characteristics Figure 8 20 Custom LUTs Tab Applied Conversions table Colorimetry Shows the ap...

Page 151: ...a types by specifying the DIDs and SDIDs to be passed from input to output and those that are to be blocked In the case of Time Code option when set to the Process mode this activates the controls under the Timecode tab Property Custom LUTs Parameters Available Values Description Input Colorimetry BT 709 BT 2020 Input Range Narrow Full Output Colorimetry BT 709 BT 2020 Output Range Narrow Full Tra...

Page 152: ...152 Configuring the XIP 3901 UDC IP v1 2 Application with iControl Metadata Panel Figure 8 21 Metadata panel ...

Page 153: ...o Metadata 06 DID SDID 45h 06h Audio Metadata 07 DID SDID 45h 07h Audio Metadata 08 DID SDID 45h 08h Audio Metadata 09 DID SDID 45h 09h Custom you can specify a custom metadata by specifying DID and SDID You cannot set the same metadata twice based on DID and SDID Presence Shows if the selected metadata type has been detected The status indicator shows the current metadata status Green the selecte...

Page 154: ...m in the format of ATC LTC timecode The presence status of ATC LTC timecode is reflected through the color of the associated LED Green ATC LTC timecode packet present Red ATC LTC timecode packet not present PTP Extract Timecode from the PTP packet and extract the following additional information from the TLV messages 1 System Frame Rate associated with the timecode information 2 Style of Timecode ...

Page 155: ...roup detection audio presence and audio type for all incoming audio channels There are also tabs for incoming audio Audio 1 Audio 2 Audio 3 and Audio 4 This feature requires the XIP 3901 UDC AUD option See Options Panel on page 166 for details about how to activate card options Figure 8 23 Audio Inputs Tab Tab Audio Channels Supported Audio 1 CH1 to CH64 Audio 2 CH1 to CH16 Audio 3 CH1 to CH16 Aud...

Page 156: ...pplied 0 dB This setting has no effect on a non PCM audio channel except if this level is set to 96dB signal is muted This feature requires the XIP 3901 UDC AUD option See Options Panel on page 166 for details about how to activate card options Delay You can delay or advance audio from the nominal value in order to deal with problems such as lip sync errors and audio phase alignment in the incomin...

Page 157: ...4 Audio Mixer Tab Audio Channel Description Audio 1 CH1 to CH64 Audio coming from the 1st audio receiver Audio 2 CH1 to CH16 Audio coming from the 2nd audio receiver Audio 3 CH1 to CH16 Audio coming from the 3rd audio receiver Audio 4 CH1 to CH16 Audio coming from the 4th audio receiver Property Description Inputs Mixer Source A and Source B Select audio sources ...

Page 158: ...for an audio channel At 96dB the signal is completely muted You can mouse over the level setting to see the available range The range is always 96 to 12dB and can be set in 0 5 dB steps By default no gain level is applied 0 dB By default Source A is passed through and Source B is muted If one audio mix input channel is non PCM Source A will pass through except if its level setting is 96dB signal i...

Page 159: ...tereo Mix Level Set the gain level for the left and right upmix channels Possible values are 3 0 dB 1 5 dB 0 0 dB 1 5 dB 3 0 dB 4 5 dB 6 0 dB and Mute The default level is 3 0 dB Center Mix Level Set the gain level for the center upmix channel Possible values are 3 0 dB 1 5 dB 0 0 dB 1 5 dB 3 0 dB 4 5 dB 6 0 dB and Mute The default level is 3 0 dB Surround Mix Level Set the gain level for the left...

Page 160: ...he low frequency effects LFE upmix channel Possible values are 10 0 dB 9 0 dB 7 5 dB 6 0 dB 4 5 dB 3 0 dB 1 5 dB 0 0 dB 1 5 dB 3 0 dB 4 5 dB 6 0 dB and Mute The default level is Muted LFE Filter Frequency Set the crossover frequency for bass at which Bass program content is filtered to the low frequency effects LFE upmix channel The remaining upper frequency band is filtered to the other upmix cha...

Page 161: ...Left L Right R Center C LFE Left surround LS and Right surround LR Select audio sources If one or more downmix input channel is non PCM all DMIX output channels will be muted Operation OFF Disable downmix processing DMIX CH1 and DMIX CH2 outputs are muted ON Enable downmix processing ...

Page 162: ...he gain level for the center downmix channel Possible values are 3 0 dB 1 5 dB 0 0 dB 1 5 dB 3 0 dB 4 5 dB 6 0 dB and Mute The default level is 3 0 dB Surround Mix Level Set the gain level for the left surround and right surround downmix channels Possible values are 3 0 dB 1 5 dB 0 0 dB 1 5 dB 3 0 dB 4 5 dB 6 0 dB and Mute The default level is 3 0 dB LFE Mix Level Set the gain level for the low fr...

Page 163: ...e 2nd audio receiver Audio 3 CH1 to CH16 Audio coming from the 3rd audio receiver Audio 4 CH1 to CH16 Audio coming from the 4th audio receiver Mixer CH1 to CH2 Mixed audio channels Upmix CH1 to CH6 Upmixed audio channels Dmix CH1 to CH2 Downmixed audio channels Output Audio Channel Description Audio 1 CH1 to CH64 1st audio sender Audio 2 CH1 to CH16 2nd audio sender Audio 3 CH1 to CH16 3rd audio s...

Page 164: ...elect audio sources Level Sets input gain level for an audio channel At 96dB the signal is completely muted You can mouse over the level setting to see the available range The range is always 96 to 12dB and can be set in 0 5 dB steps By default no gain level is applied 0 dB By default Source A is passed through and Source B is muted If one audio mix input channel is non PCM Source A will pass thro...

Page 165: ...o Generate a video test pattern On HD Video outputs this will generate a 75 color bar with 75 white On 1080p 2160p Video outputs test pattern will follow the format setting Audio Generate a 1 KHz sine wave at 18dBFS on all audio channel outputs Continuous tone on right channel pulsed tone on left channel of every pair 250 ms pulse every 3 seconds Audio tones enabled on all 16 embedded audio channe...

Page 166: ...ing on page 25 for the feature overview for this licensed option Audio Panel on page 154 to see all settings available with this option For the XIP 3901 UDC IF application see Optional XIP 3901 UDC IF Application Audio processing Down Up Mix Shuffling on page 29 for the feature overview for this licensed option Audio Panel on page 213 to see all settings available with this option To activate an o...

Page 167: ...167 XIP 3901 User Manual Once the option is activated the status box beneath the Enter key area will show the status as active with a green background Figure 8 29 Typical Options Panel ...

Page 168: ...168 Configuring the XIP 3901 UDC IP v1 2 Application with iControl Options Panel ...

Page 169: ... step to configure an XIP 3901 UCD IF is to set the card s Operating Mode in the Factory Presets panel See Factory Presets Panel on page 223 When the SDI Only option for the Operating Mode has been selected certain configuration panels related to the card s high speed Ethernet IP interfaces cannot be configured XIP 3901 UC XIP 3901 DC or XIP 3901 FS XIP 3901 UDC IP XIP 3901 UDC IF XIP 3901 GB IP X...

Page 170: ...card s two high speed Ethernet interfaces are disabled The following panels are unavailable and cannot be configured PTP NMOS Receivers and Senders During off hours the SDI Only operating mode can be temporarily used to test SDI routing failover by simulating an IP network outage scenario Channel label UDC1 UDC2 Set a unique name to identify the receivers and senders for the UDC1 UDC2 processing c...

Page 171: ...lly accurate video frame synchronization multicast Precision Timing Protocol described in IEEE Standard 1588 is used to distribute time across a packet network It is used on both media ports ETH1 and ETH2 for BMCA redundancy This supports Best Master Clock Algorithm BMCA as per IEEE 1588 2008 The XIP 3901 UDC IF supports SMPTE 2059 2 profile locks the inputs and outputs on PTP AES 67 profiles Auto...

Page 172: ... 1588 2008 fields in PTP messages they receive or generate The range is 0 to 127 The default value is 127 Announce Interval Specify the Announce message interval used by the parent clock Boundary clock Announce Interval range is 0 125 0 250 0 500 1 2 4 8 16 seconds The default value is 0 125 second Announce ReceiptTimeout Count Specify the Announce Receipt Timeout used by the parent Boundary clock...

Page 173: ...xample Tektronix Parent Master ID Shows the Boundary clock s ID Switch ID UTC Offset sec Shows the current time offset between UTC and PTP This value can change The possible range is 32768 to 32767 Time Source Shows the source of time used by the grandmaster clock The possible values are Atomic Clock GPS Terrestrial Radio PTP NTP Hand Set Other Internal Oscillator Sync mode Shows the Sync Mode fro...

Page 174: ...anel is used to select the reference to be used by the XIP 3901 to synchronize the SDI inputs Each processing channel can be locked to an independent reference source For example one processing channel can operate at 50Hz while the other processing channel can operate at 59 96Hz Figure 9 3 Reference Panel ...

Page 175: ...external reference format The following shows which reference formats are supported NTSC Supported PAL Supported 1080i 59 Hz Unsupported 1080i 50 Hz Unsupported 720p 59 Hz Unsupported 720p 50 Hz Unsupported All tri level HD syncs are not supported Selected Reference Shows which source is selected as a reference for each channel The icons show whether the channel is locked to its reference or not G...

Page 176: ...etails of Rear Panel Connections on page 45 SDI IN1 Use this input as the SDI input for the current processing channel SDI IN5 Use this input as the SDI input for the current processing channel Default values are UDC1 SDI IN1 and UDC2 SDI IN5 Detected VPID Shows the SDI input Transfer Characteristic Colorimetry and Bit depth Range information contained within the Video Payload ID packet Note Unspe...

Page 177: ...y and Bit depth Range information contained within the Video Payload ID packet Colorimetry VPID overwrite For each video format 720p 1080i 1080p 2160p optionally Set the incoming video Payload ID should it be absent Override the incoming video Payload ID should it be incorrect Set one of the following Video Payload ID Transfer Characteristic Colorimetry and Bit depth processing options that can be...

Page 178: ...g an Input and Output Rate Mismatch on the Processing Channel Timing Tab For each processing channel you can adjust the timing relative to the reference Use the slider or type a value into the data box on the right of the slider The XIP 3901 UDC IF s Input Output Panel Timing tab configuration is the same as the XIP 3901 UDC IP s Receivers Panel Timing tab configuration see Timing Tab on page 127 ...

Page 179: ...l slide controllers allow you to adjust the magnitude of the enhancer to be set both horizontal and vertical directions These controls only work after down scaling of video resolution For example 2160p to 1080p or 1080i for instance The XIP 3901 UDC IF s Input Output Panel Detail Enhancer tab configuration is the same as the XIP 3901 UDC IP s Video Panel Detail Enhancer tab configuration see Detai...

Page 180: ...p Mix Shuffling on page 29 for the feature overview for this licensed option The Receivers panel has two tabs UDC1 and UDC2 one for each of XIP 3901 UDC IF s independent processing channels The configuration of the UDC2 tab is the same as the UDC1 tab Only the configuration of the UDC1 tab is shown below This panel is available when the card s Operating Mode in the Factory Presets panel is set to ...

Page 181: ... Use the pull down to set the audio profile for streams Audio 1 to Audio 4 Audio receivers support Level C as per SMPTE 2110 30 31 48kHz stream from 1 to 8 channels 1 to 4 for SMPTE 2110 31 at packet times of 1ms and 1 to 64 channels 1 to 60 for SMPTE 2110 31 at packet time of 125us These settings can also be managed by external NMOS control See NMOS Panel on page 123 Master Set to enable a media ...

Page 182: ...pported Set this to 0 0 0 0 if iGMP source is not used The source range is 0 0 0 0 to 255 255 255 255 The default value is 0 0 0 0 These settings can also be managed by external NMOS control See NMOS Panel on page 123 RX Stream Address Set the IP address and UDP port number at which this card receives a specific stream IP address 0 0 0 0 disables a receiver The default UDP port values are 10000 fo...

Page 183: ...e it takes for a packet to come from the source to the receiver This measurement represents the difference between incoming RTP timestamp and PTP time before the receiver s buffer Buffer level Shows the amount of preloaded data stored in the receiver that is ready for use in microseconds and in percentage The current buffer level in microseconds shows the minimum latency required to receive a cont...

Page 184: ...esulting stream will be valid as well but without any active redundancy protection Figure 9 11 Receivers Redundancy Tab Link Offset Shows the resulting link latency after being read out from receiver s buffer This measurement is the difference between the packet RTP timestamp and the PTP time after the receiver s buffer and represents the total reception delay Video Metadata and audio link offset ...

Page 185: ...l ancillary space on one SMPTE 2110 40 metadata stream Meta 1 Send 4 audio streams Audio 1 to Audio 4 Audio 1 can send up to 64 processed audio channels Audio 2 to Audio 4 can send up to 64 audio channels but only audio channels 1 to 16 are processed audio channels Audio channels 17 to 64 will contain silence Statuses confirm that the RTP stream is successfully streaming Property Description Media...

Page 186: ... audio profile for streams Audio 1 to Audio 4 Audio senders support Level C as per SMPTE 2110 30 31 48kHz stream from 1 to 8 channels 1 to 4 for SMPTE 2110 31 at packet times of 1ms and 1 to 64 channels 1 to 60 for SMPTE 2110 31 at packet time of 125us For Audio 2 to Audio 4 only the first 16 channels will carry active audio and channels 17 64 will carry silence These settings can also be managed ...

Page 187: ...rey not active TX Stream Address Set the IP address and UDP port number of the outgoing stream IP address 0 0 0 0 disables a sender The default UDP port values are 10000 Address UDP port can also be managed by external NMOS control See NMOS Panel on page 123 TX Stream Port SDP File Click to show the last SDP file transmitted through NMOS since the last bootup This window does not refresh automatic...

Page 188: ... Tab Figure 9 13 Senders Advanced Tab Property Description Payload Type Sets the RTP Payload ID value of outgoing video metadata and audio streams Possible range 0 to 128 The default value are 97 for SMPTE 2110 20 Video 100 for SMPTE 2110 40 Metadata 96 for SMPTE 2110 30 audio ...

Page 189: ...ce conversion internal LUT s for example BT 709 to BT2020 and BT 2020 to BT 709 are always available Other video processing settings can be enabled for each channel by activating the XIP 3901 UDC HDR option See Options Panel on page 166 for details about how to activate card options DSCP Sets the quality of service priority on the network for the outgoing video metadata and audio streams The range...

Page 190: ...190 Configuring the XIP 3901 UDC IF v3 0 Application with iControl UDC1 UDC2 Tab Figure 9 14 HDR UDC1 UDC2 Tab ...

Page 191: ... the LUT to use for HDR processing The following HDR processing setting are available as part of the Grass Valley LUTs GV BT 709 to BT 2020 GV BT 2020 to BT 709 GV SDR BT 709 to HLG BT 2100 GV HLG BT 2100 to SDR BT 709 GV SDR BT 709 to PQ BT 2100 narrow GV SDR BT 709 to PQ BT 2100 full GV PQ BT 2100 narrow to SDR BT 709 GV PQ BT 2100 full to SDR BT 709 GV PQ BT 2100 narrow to HLG BT 2100 GV HLG BT...

Page 192: ...l table Custom LUTs Set the LUT to use for HDR processing You can pre load up to 8 custom HDR conversions on the card These are configured in the Custom LUTS tab Global table Auto Set to program up to six actions that execute predefined HDR conversions driven by the Video Payload ID data Transfer Characteristic Colorimetry and Bit depth SDR BT 709 narrow input SDR BT 2020 narrow input HLG BT 2020 ...

Page 193: ... PQ BT 2100 to SDR is selected Grass Valley LUTs table SDR to PQ BT 2100 Output HDR Ref White nits Set the reference white luminance level in nits for the HDR output that represents 100 white in the SDR input The value range must be between 100 and 1000 nits The default value is 203 nits This parameter is only applied when the Grass Valley SDR to PQ BT 2100 LUT is selected Auto table SDR BT 709 na...

Page 194: ...op down list Bypass Force SDR BT 709 narrow Force SDR BT 2020 narrow Force HLG BT 2100 narrow Force PQ BT 2100 narrow Force PQ BT 2100 full GV HLG BT 2100 to SDR BT 709 GV HLG BT 2100 to PQ BT 2100 narrow BBC HLG to SDR scene 12 1c v1 4 BBC HLG to SDR scene strict 12 2c v1 4 BBC HLG to SDR display 8c v1 4 BBC HLG to SDR display harsh 9c v1 4 BBC HLG to PQ 1000 nits narrow range 7c v1 4 Custom LUT ...

Page 195: ... Force HLG BT 2100 narrow Force PQ BT 2100 narrow Force PQ BT 2100 full GV BT 709 to BT 2020 GV BT 2020 to BT 709 GV SDR BT 709 to HLG BT 2100 GV HLG BT 2100 to SDR BT 709 GV SDR BT 709 to PQ BT 2100 narrow GV SDR BT 709 to PQ BT 2100 full GV PQ BT 2100 narrow to SDR BT 709 GV PQ BT 2100 full to SDR BT 709 GV PQ BT 2100 narrow to HLG BT 2100 GV HLG BT 2100 to PQ BT 2100 narrow GV S Log3 S Gamut3 t...

Page 196: ... feature requires the XIP 3901 UDC HDR option See Options Panel on page 166 for details about how to activate card options You can Load up to 8 LUTs For each custom LUT you load you need to specify input output colorimetry input output range and output transfer characteristics Figure 9 15 Custom LUTs Tab Applied Conversions table Transfer Characteristic Shows the applied conversion according to th...

Page 197: ...d as no network is available In this scenario ensure to set the Timecode Processing to SDI See Setting the Card s Operating Mode on page 169 for more information Property Custom LUTs Parameters Available Values Description Input Colorimetry BT 709 BT 2020 The Input Colorimetry and Input Range are used for the input YCbCR to RGB color space conversion Input Range Narrow Full Output Colorimetry BT 7...

Page 198: ...198 Configuring the XIP 3901 UDC IF v3 0 Application with iControl Metadata Panel Figure 9 16 Metadata panel ...

Page 199: ...o Metadata 06 DID SDID 45h 06h Audio Metadata 07 DID SDID 45h 07h Audio Metadata 08 DID SDID 45h 08h Audio Metadata 09 DID SDID 45h 09h Custom you can specify a custom metadata by specifying DID and SDID You cannot set the same metadata twice based on DID and SDID Presence Shows if the selected metadata type has been detected The status indicator shows the current metadata status Green the selecte...

Page 200: ...ciated LED Green ATC LTC timecode packet present Red ATC LTC timecode packet not present NOTE You must set the SDI option when the card s Operating Mode in the Factory Presets panel is set to the SDI Only option PTP Extract Timecode from the PTP packet and extract the following additional information from the TLV messages 1 System Frame Rate associated with the timecode information 2 Local Offset ...

Page 201: ...t This tab also supports audio probing embedded audio group detection audio presence and audio type for all incoming audio channels There are also tabs for incoming audio Embedded Audio Audio 1 Audio 2 Audio 3 and Audio 4 Tab Audio Channels Supported Description Embedded Audio CH1 to CH16 Embedded SDI audio channels See Config Tab on page 176 Audio 1 CH1 to CH64 SMPTE ST 2110 30 31 IP Audio See Co...

Page 202: ...202 Configuring the XIP 3901 UDC IF v3 0 Application with iControl Inputs Tab Figure 9 18 Audio Inputs Tab ...

Page 203: ...no effect on a non PCM audio channel except if this level is set to 96dB signal is muted This feature requires the XIP 3901 UDC AUD option See Options Panel on page 166 for details about how to activate card options Delay You can delay or advance audio from the nominal value in order to deal with problems such as lip sync errors and audio phase alignment in the incoming feed You can delay of up to...

Page 204: ... streams are available when The card s Operating Mode in the Factory Presets panel is set to the SDI and IP Hybrid option See Setting the Card s Operating Mode on page 169 for more information And the XIP 3901 UDC AUD option is installed To install the XIP 3901 UDC AUD option see Options Panel on page 166 Audio 2 CH1 to CH16 Audio coming from the 2nd audio receiver Audio 3 CH1 to CH16 Audio coming...

Page 205: ... be set in 0 5 dB steps By default no gain level is applied 0 dB By default Source A is passed through and Source B is muted If one audio mix input channel is non PCM Source A will pass through except if its level setting is 96dB signal is muted Mute Set to mute a mixed audio channel output By default mixed signals are not muted Audio Channel Description Note Audio 1 CH1 to CH64 Audio coming from ...

Page 206: ...efault upmix is disabled Stereo Mix Level Set the gain level for the left and right upmix channels Possible values are 3 0 dB 1 5 dB 0 0 dB 1 5 dB 3 0 dB 4 5 dB 6 0 dB and Mute The default level is 3 0 dB Center Mix Level Set the gain level for the center upmix channel Possible values are 3 0 dB 1 5 dB 0 0 dB 1 5 dB 3 0 dB 4 5 dB 6 0 dB and Mute The default level is 3 0 dB Surround Mix Level Set t...

Page 207: ... crossover frequency for bass at which Bass program content is filtered to the low frequency effects LFE upmix channel The remaining upper frequency band is filtered to the other upmix channels left right center left surround and right surround The default frequency is 120Hz Property Description Audio Channel Description Note Audio 1 CH1 to CH64 Audio coming from the 1st audio receiver These input...

Page 208: ...roperty Description Inputs Left L Right R Center C LFE Left surround LS and Right surround LR Select audio sources If one or more downmix input channel is non PCM all DMIX output channels will be muted Operation OFF Disable downmix processing DMIX CH1 and DMIX CH2 outputs are muted ON Enable downmix processing ...

Page 209: ...r downmix channel Possible values are 3 0 dB 1 5 dB 0 0 dB 1 5 dB 3 0 dB 4 5 dB 6 0 dB and Mute The default level is 3 0 dB Surround Mix Level Set the gain level for the left surround and right surround downmix channels Possible values are 3 0 dB 1 5 dB 0 0 dB 1 5 dB 3 0 dB 4 5 dB 6 0 dB and Mute The default level is 3 0 dB LFE Mix Level Set the gain level for the low frequency effects LFE downmix...

Page 210: ...1 to CH16 Audio coming from the 3rd audio receiver Audio 4 CH1 to CH16 Audio coming from the 4th audio receiver Embed CH1 to Embed CH16 Audio coming from the selected SDI input Mixer CH1 to CH2 Mixed audio channels Upmix CH1 to CH6 Upmixed audio channels Dmix CH1 to CH2 Downmixed audio channels Output Audio Channel Description Note Embed CH1 to Embed CH16 SDI output embedded audio Audio 1 CH1 to C...

Page 211: ...l for an audio channel At 96dB the signal is completely muted You can mouse over the level setting to see the available range The range is always 96 to 12dB and can be set in 0 5 dB steps By default no gain level is applied 0 dB By default Source A is passed through and Source B is muted If one audio mix input channel is non PCM Source A will pass through except if its level setting is 96dB signal...

Page 212: ...nfiguring the XIP 3901 UDC IF v3 0 Application with iControl Test Panel The XIP 3901 UDC IF s Test Panel configuration is the same as the XIP 3901 UDC IP s Test Panel configuration see Test Panel on page 164 ...

Page 213: ...is supports Best Master Clock Algorithm BMCA as per IEEE 1588 2008 The XIP 3901 GB IP s PTP Panel configuration is the same as the XIP 3901 UDC IP s PTP Panel configuration see PTP Panel on page 121 NMOS Panel XIP 3901 GB IP supports Networked Media Open Specifications NMOS AMWA IS 04 for device discovery and registration and IS 05 for connection management Furthermore it supports AMWA BCP 002 rec...

Page 214: ...eceive up to 64 audio channels Audio 2 to 4 can receive up to 64 audio channels but only audio channel 1 to 16 are passed through Audio channels 17 to 64 will contain silence Statuses confirm that the RTP stream is being correctly received Config Tab This tab allows you to configure the expected source media s Video link operating mode associated to this input stream single stream 12G or quad stre...

Page 215: ...de the card with 1 12G single stream 2160p IP input signal Video 1 to Video 4 Shows the video source stream s current status resolution frame rate or signal absence No Carrier The color shows the source stream s current status Green streaming Red not streaming Grey not active When the Operation Mode is Quad Stream UHD 2SI Division or Quad Stream UHD Square Division Video 1 to Video 4 should be gre...

Page 216: ... error Grey inactive When the Operation Mode is Quad Stream UHD 2SI Division or Quad Stream UHD Square Division Video 1 to Video 4 should be green When the Operation Mode is Single Stream UHD Video 1 should be green and Video 2 to Video 4 should be grey RTP Stream Set to enable each stream receiver individually primary and secondary Stream Shows the primary ETH1 and secondary ETH2 stream receiver ...

Page 217: ...last SDP file received through NMOS IS 05 since the last bootup This window does not refresh automatically you need to close and re open the window to see an update If the card has never received an SDP file since last its last bootup the window will be empty Apply Cancel When active this applies or rejects your current changes made in this tab except for Operation Mode Audio Type and Audio Profil...

Page 218: ...ckground shows the current media status Green No error Red Error Grey Inactive Stream Shows the primary ETH1 and secondary ETH2 stream receiver status Green No error Red Error Grey Inactive Link Latency Shows the time it takes for a packet to come from the source to the receiver This measurement represents the difference between incoming RTP timestamp and PTP time before the receiver s buffer Buff...

Page 219: ... signals 1 12G single stream 2160p IP output signal Send full ancillary space on one SMPTE 2110 40 metadata stream Meta 1 Send 4 audio streams Audio 1 to Audio 4 Audio 1 can send up to 64 audio channels Audio 2 to 4 can send up to 64 audio channels but only audio channel 1 to 16 are passed through Audio channels 17 to 64 will contain silence Statuses confirm that the RTP stream is successfully str...

Page 220: ...the primary and secondary streams This can also be managed by external NMOS control See NMOS Panel on page 213 Media Shows the stream type RTP Stream Set to enable a media stream sender for primary and secondary This can also be managed by external NMOS control See NMOS Panel on page 213 Stream Shows the primary ETH1 and secondary ETH2 streaming status Green streaming Red not streaming Grey not ac...

Page 221: ...rs Panel Advanced tab configuration see Advanced Tab on page 135 Video Panel The Video panel has two tabs GB1 and GB2 one for each of XIP 3901 GB IP s independent processing channels The configuration of the GB2 tab is the same as the GB1 tab Only the configuration of the GB1 tab is shown below Timing Tab For each processing channel you can adjust the timing relative to the reference Use the slide...

Page 222: ...input and output but does not process the metadata information regarding the video conversion In the Metadata Panel you can selectively pass or block any one of eight specific ANC data types by specifying the DIDs and SDIDs to be passed from input to output and those that are to be blocked The XIP 3901 GB IP s Metadata Panel configuration is the same as the XIP 3901 UDC IP s Metadata Panel configu...

Page 223: ...ike the restore point which saves the settings for all applications on the platform User Presets See User Presets on page 224 Factory See Load Factory button on page 225 Profiles See Profiles on page 225 Figure 11 1 Factory Presets Panel Shown on XIP 3901 UC XIP 3901 UC XIP 3901 DC or XIP 3901 FS XIP 3901 UDC IP XIP 3901 UDC IF XIP 3901 GB IP XIP 3901 JPEG XS ...

Page 224: ...tion All parameter settings and values will be replaced by the contents of the selected user preset A confirmation box will pop up to allow you to proceed or cancel the load Figure 11 2 Load User Settings Confirmation Box Click Save to store the current parameter settings and values from the XIP 3901 application in the selected user preset The existing contents of the preset will be overwritten A ...

Page 225: ...alarms are reset to factory values iControl alarms and GSM alarms are not reset With reference to the Alarm Configuration panel Figure 11 5 Alarm Types Reset by Load Factory Shown on XIP 3901 UC Profiles Use Profiles to save or recover the entire card configuration including user presets if desired on an external disk or to copy it to another XIP 3901 card located in any Densité frame in the syste...

Page 226: ...own on XIP 3901 DC Copy profile from This line shows the XIP 3901 card and its App server Densité frame slot number card type firmware version and profile The Profile column has a pulldown menu that allows you to select from the following options Figure 11 7 Profile Column Pulldown Menu ...

Page 227: ...y if not clearly named and conveniently located Click Save once the name and location have been identified in the Save box The Transfer Status box on the right of the Copy profile from line will indicate In Progress against a yellow background Property Description Profile Option Saves Card Parameters Receivers Senders Configuration Alarms NMOS PTP and Ethernet Network Backup Application The card s...

Page 228: ...nd When the reconfiguration is complete the Transfer Status box will indicate Succeeded against a green background Figure 11 9 Save Profile to Disk Dialog On a restore profile from disk there is no need to select a profile type ALL Current User1 to User5 All the profile contents of the file will be restored Copy profile to This section shows other XIP 3901 cards that are available on the iControl ...

Page 229: ... of the Copy profile to line will indicate Succeeded against a green background Note The source and destination cards must have the same firmware version Any destination cards with a different firmware version that are shown in the Copy profile to list cannot be selected and their transfer status is always N A on a yellow background Alarm Config Panel This panel is used to configure the alarm repo...

Page 230: ...re triggered and Minor alarms are occurring the LED will change to yellow Overall Alarm This column is used to set the severity level of each individual alarm to the Overall Alarm associated with the card The Overall Alarm is shown in the upper left corner of the iControl panel and also appears at the bottom of the Status Name column GSM Contribution This column is used to set the severity level o...

Page 231: ...butions for which there is no Card LED alarm will be forced to be Disabled A warning dialog box will open to ask you to confirm the action since it will change the configuration and cannot be undone Figure 11 11 Warning for Follow LED Change Copy to other cards Click this button to open a panel that is used to copy the alarm configuration set for this card to another XIP 3901 card Select one or mo...

Page 232: ...ow once the card confirms that there are no errors Apply Accepts the settings but leaves the window open Cancel Closes the window without applying any changes and leaves the previous settings intact Info Panel When the XIP 3901 is included in an iControl environment certain information about the card should be available to the iControl system You can enter labels and comments that will make this c...

Page 233: ...facturing information about the card Figure 11 14 Info Panel Shown on XIP 3901 UC Three buttons in the panel give access to other information Details Reports the service version and panel version for the card Figure 11 15 Details Window Advanced Shows the Long ID for this card The Long ID is the address of this XIP 3901 application on the iControl network ...

Page 234: ...oining Locators Window Add Force the iControl service for this XIP 3901 application to register itself on a user specified Jini lookup service using the following syntax in the data box jini ip_address where ip_address is the IP address of the server running the lookup service Figure 11 18 Add Window Remove Click to select one of the services listed in the window and click Remove A confirmation di...

Page 235: ...1 UDC IP Until an application has been activated the SDI outputs will be inactive Although the settings can be adjusted for an application the effects will only become apparent when the license key has been activated To activate an application 1 Call Grass Valley at the number displayed at the bottom of the panel and provide your serial number to receive a license key 2 In the License column for t...

Page 236: ...n application has been activated it cannot be deactivated To switch to a different application 1 Select the In Use radio button for the application you wish to use 2 In the Change application dialog box click Apply 3 Wait several seconds for the application to reboot ...

Page 237: ...g on page 53 Downloading new XIP applications XIP 3901 applications can be downloaded from the Grass Valley support site under Downloads for Broadcast Products and look for XIP 3901 Agile Modular SDI IP Processing Platform for Densité 3 to download latest applications This is a ZIP file Do not unzip the file for the following procedures Card Upgrade Before configuring the card install the latest f...

Page 238: ...n XIP 3901 card but the XIP 3901 JPEG XS application is not installed In this case you will have to install the XIP 3901 JPEG XS application through the Densité Update Manager DUM using a DUM package This adds the XIP 3901 JPEG XS application to the card Then update XIP 3901 JPEG XS through its web page to the very latest software version See Card Upgrade when Another Application is Currently Runn...

Page 239: ... is uploaded to the card A progress bar shows the current upload status Once the upload is complete the following fields are updated with information about the uploaded package Property Description Application package Shows the application name of the uploaded package that is awaiting installation NOTE You can upgrade any application even if the application is not currently active ...

Page 240: ...he Card When a non XIP 3901 JPEG XS application is currently running on the card you need to first change the card s application to the XIP 3901 JPEG XS application and then upgrade the card s firmware Proceed as follows 1 If the XIP 3901 JPEG XS application has never been installed on the card you need to Install the XIP 3901 JPEG XS application through the Densité Update Manager DUM using a DUM ...

Page 241: ...tivating an Application on page 274 5 Update the card s application through the card s web page See Card Upgrade when the XIP 3901 JPEG XS Application is Currently Running on the Card on page 238 This is important in order to have the latest features stability enhancements and bug fixes ...

Page 242: ...ypical XIP 3901 Web Interface on page 242 The interfaces for all web based applications essentially follow the same structure The window title bar shows the card type and the slot number where the card is installed in its Densité frame Figure 12 1 Typical XIP 3901 Web Interface XIP 3901 UC XIP 3901 DC or XIP 3901 FS XIP 3901 UDC IP XIP 3901 UDC IF XIP 3901 GB IP XIP 3901 JPEG XS Section 1 Status D...

Page 243: ...ge is shown in a popup See Card Status Messages on page 247 Status Icon Description Media Network green No IP status error red At least one IP status is in error For example Receiver Stream Media and redundancy statuses see Receivers Panel on page 252 Sender Stream statuses see Senders Panel on page 257 NMOS IS 04 Registration status see NMOS Panel on page 271 Channel Input Output Status Input Vid...

Page 244: ...tal streams require more than the available bandwidth of the SFP cartridge or network capacity the symptoms are that of packet loss missing blocks of video audio dropout and random loss of ancillary data on both processing channels For compressed streams symptoms can include total loss of the video streams on both processing channels The card is not locked to the network s PTP For more details on ...

Page 245: ...tton in the left portion of the window to select a configuration panel The button is highlighted when it is selected Click in the tree to open the tree structure Figure 12 5 Configuration Panel Selection Tree See also XIP 3901 JPEG XS Panel Selection Tree on page 251 ...

Page 246: ...anel Display Shown on XIP 3901 JPEG XS Using the Channel Selector The channel selector allows you to select one of the card s independent processing channels to be configured The channel selection is retained as you navigate from configuration panel to panel First select a panel see Section 3 Panel Selection Tree on page 245 and then select a channel at the top of the panel Once a channel has been...

Page 247: ... Application Configuration Click to dismiss a message Status message color Description Yellow A warning or non critical fault Red An error occurred Green Issue resolved To Configure Configuration Interface See iControl Web Browser XIP 3901 UC XIP 3901 DC or XIP 3901 FS Configuring the XIP 3901 UC DC FS Applications with iControl on page 75 XIP 3901 UDC IP Configuring the XIP 3901 UDC IP v1 2 Appli...

Page 248: ... Card Application Configuration XIP 3901 GB IP Configuring the XIP 3901 GB IP Application with iControl on page 213 XIP 3901 JPEG XS Configuring the XIP 3901 JPEG XS v1 0 Application with its Web Interface on page 249 To Configure Configuration Interface See iControl Web Browser ...

Page 249: ...actory Presets Panel XIP 3901 UC XIP 3901 DC or XIP 3901 FS XIP 3901 UDC IP XIP 3901 UDC IF XIP 3901 GB IP XIP 3901 JPEG XS Property Description Operating Mode Set the XIP 3901 JPEG XS card s operating mode 2 UHD HD DEC 2 UHD HD ENC Two UHD or HD decode channels to decompress JPEG XS encoded streams plus two UHD or HD encode channels to create JPEG XS compressed streams 8 HD ENC Eight HD encode ch...

Page 250: ...e configuration of the Channel 4 tab is the same as the Channel 3 tab 8 HD ENC and 8 HD DEC The configuration of the Channel 2 to Channel 8 tabs are the same as the Channel 1 tab Once a channel has been selected it will not change when navigating to other configuration panels Hover your mouse over any channel for a hint appear to show if a channel is configured as an Encoder or Decoder Channel nam...

Page 251: ...nels see Receivers Panel on page 252 Senders Panel on page 257 Video Panel on page 259 Audio Panel on page 262 Test Panel on page 263 Advanced Panel on page 264 Interfaces Panel on page 265 FEC Panel on page 267 SFP Panel on page 268 Statistics Panel on page 269 PTP Panel on page 269 NMOS Panel on page 271 Info Panel on page 273 Setting the Card s Operation Mode on page 249 Applications Panel on p...

Page 252: ...he rear panel connectors See Summary of Rear Panel Connections on page 44 For a JPEG XS Encoder Channel This panel allows you to configure the expected source media s stream address port and IGMPv3 source The receiver is SMPTE ST 2110 20 Video 1 Statuses confirm that the RTP stream has successfully joined Figure 13 3 Receivers Encoder Panel ...

Page 253: ...22 Video 1 ST 2110 40 Meta 1 and ST 2110 30 31 Audio 1 Statuses confirm that the RTP stream has successfully joined Figure 13 4 Receivers Decoders Panel Property ENC DEC Description Video 1 ST 2110 22 JPEG XS When this channel is decoding a JPEG XS video stream only Compression ratio Shows the current JPEG XS video compression ratio set by the encoder Bandwidth Mbps Shows the current JPEG XS video...

Page 254: ...ional latency is then introduced as a result thus giving a better tolerance to packet distribution and network jitter SMPTE ST 2022 7 Class A wide source or software based sources can then be received without errors To optimize this parameter start with the smallest Network Tolerance and increase it until video metadata and audio stream media redundancy statuses become GREEN NOTE If you want a spe...

Page 255: ...ny streams that are coming from different sources Both iGMPv3 and iGMPv2 protocols are supported Set this to 0 0 0 0 if iGMP source is not used The source range is 0 0 0 0 to 255 255 255 255 The default value is 0 0 0 0 These settings can also be managed by external NMOS control See NMOS Panel on page 123 indicates that the same IP stream has been joined multiple times through the same ETH port in...

Page 256: ...the difference between the packet RTP timestamp and the PTP time after the receiver s buffer and represents the total reception delay Video Metadata and audio link offset depends on the selected Network Tolerance Moreover Audio link offset can also depend on the syntonized mode Redundancy Error Shows the number of packets in error that will required SMPTE 2022 7 reconstruction for each Ethernet po...

Page 257: ...cessing channel Video 1 Statuses confirm that the RTP stream is successfully streaming Figure 13 5 Senders Panel Encoder For a JPEG XS Decoder Channel This panel allows you to configure the support video metadata and audio channels stream address and port The senders are SMPTE ST 2110 20 Video 1 ST 2110 40 Meta 1 and ST 2110 30 31 Audio 1 Statuses confirm that the RTP stream is successfully stream...

Page 258: ...1 for transparent transport of non linear audio and data formats Provides bit transparent AES3 over IP Profile Use the pull down to set audio profile for streams Audio 1 Audio senders support Level C as per SMPTE 2110 30 31 48kHz stream from 1 to 8 channels 1 to 4 for SMPTE 2110 31 at packet times of 1ms and 1 to 16 channels at packet time of 125us These settings can also be managed by external NM...

Page 259: ...cessing delay will also change based on incoming timing and output timing settings Here is a guide for the processing delay with network tolerance of 5 and compression ratio 10 1 in minimum delay mode TX Stream Address Set the IP address and UDP port number of the outgoing stream IP address 0 0 0 0 disables a sender The default UDP port values are 10000 Address UDP port can also be managed by exte...

Page 260: ...ocessing delay Figure 13 8 Video Panel Encoder Processing delay will increase while increasing network tolerance Here a guide for the processing delay with network tolerance of 5 1080p59 2 4 1080i59 4 8 720p59 5 4 2160p50 1 1080p50 2 9 1080i50 5 7 720p50 6 4 Format ms 2160p59 1 2 1080p59 4 5 1080i59 9 720p59 10 1 2160p50 1 4 1080p50 5 4 1080i50 10 8 720p50 12 1 Format ms Property ENC DEC Descripti...

Page 261: ...m an NMOS join Auto Selects the colorimetry from the JPEG XS stream when available and then as a second choice the SDP file Input Detected Shows the detected Transfer Characteristic Colorimetry and Bit depth Range information Overwrites For each video format 720p 1080i 1080p 2160p optionally Set the incoming video Payload ID should it be absent Override the incoming video Payload ID should it be i...

Page 262: ...eo Payload ID should it be absent Override the incoming video Payload ID should it be incorrect Set one of the following Video Payload ID Transfer Characteristic Colorimetry and Bit depth processing options that can be used to overwrite this input parameter Follow input Follow the SDP file detected at the input SDR BT 709 narrow SDR BT 2020 narrow HLG BT 2020 narrow HLG BT 2020 full PQ BT 709 narr...

Page 263: ... E Signal is present and detected audio type is Dolby Digital Dolby D Signal is present and detected audio type is Dolby Digital plus Dolby D Signal not present because a silence of 60 dBFS or less was detected for over 3 seconds Property Description Color bars and tone Enables test signals at the card s output Video Generate a video test pattern On HD Video outputs this will generate a 75 color b...

Page 264: ...g apply to all channels Type Set video test pattern format for 1080p 2160p Video outputs SDR BT 709 75 75 Color bar with 75 white HLG BT 2110 0 Test pattern HLG narrow range as per ITU R BT 2111 0 PQ Narrow BT 2111 0 Test pattern PQ narrow range as per ITU R BT 2111 0 PQ Full BT 2111 0 Test pattern PQ full range as per ITU R BT 2110 0 Property Description Property Description DSCP Sets the quality...

Page 265: ...Payload Type Sets the RTP Payload ID value of outgoing video metadata and audio streams Possible range 0 to 128 The default value are 97 for SMPTE 2110 20 Video 112 for SMPTE 2110 22 Video 100 for SMPTE 2110 40 Metadata 96 for SMPTE 2110 30 audio 101 for SMPTE 2110 31 audio SDP colorimetry profile entry Set your preference for which terminology the card will use for the colorimetry attribute in th...

Page 266: ...e iControl bundle for the current firmware version in order to configure ETH3 Once ETH3 has been configured you will be able to upgrade downgrade the card and its iControl bundle If the card is installed in a Densité 3 FR4 frame with a CPU ETH3 Standard or Advanced controller the firmware upgrade is performed using the frame controller s Ethernet port FRM Control ports can also be used for NMOS IS...

Page 267: ...olomon Forward Error Correction Corresponding equipment sending or receiving these media streams must also be configured with the same error correction method Otherwise the link will fail Uncorrected FEC Error Corrected FEC Error The current number of detected errors at the physical layer Corrected errors are errors that the FEC algorithm was able to remove Uncorrected errors are errors that the F...

Page 268: ...detected Grey SFP mode not detected Type The connection media type Speed The connection speed Vendor Manufacturer s information about the SFP module Part Number Serial Number Datacode Revision Wavelength These are values from the SFP s Diagnostic Monitoring Interface DMI The background color changes according to the current state Green No error Yellow Low high warning flags Red Low High alarm flag...

Page 269: ... the packet counters have been running PTP Panel Multicast Precision Timing Protocol described in IEEE Standard 1588 is used to distribute time across a packet network The XIP 3901 JPEG XS uses PTP as a system clock and for output alignment using a frame buffer It is used on both media ports ETH1 and ETH2 for BMCA redundancy This supports Best Master Clock Algorithm BMCA as per IEEE 1588 2008 The ...

Page 270: ...om a master Uncalibrated One or more master ports have been detected in the domain Slave The port is synchronized to the selected master port PTP Locked Shows the card s current overall PTP lock status to the network s Grandmaster clock Green The card has successfully locked to the network s PTP Grandmaster clock Red The card is not locked to the network s PTP Grandmaster clock Interface In Use Sh...

Page 271: ... Priority 2 Shows the second priority This is used in the execution of the Best Master Clock Algorithm BCMA The possible values are 0 to 255 Property Description Property Description Mode Set the NMOS mode IS 04 enable the Networked Media Open Specifications NMOS IS 04 v1 2 or higher for device discovery and registration All senders will publish and update SDP file but receivers can t be updated I...

Page 272: ...dress in the same subnet as one of the interfaces the interface will be used However when specifying an address in a different subnet the first available interface will be used in the following order FRM ETH3 ETH1 and then ETH2 The default Registry Port value is 3210 The default Query Port value is 3211 HTTP Address Set the NMOS registry s IP Address when the Registry IS 04 Registry Mode is Static...

Page 273: ...e card s manufacturer Rear Type The rear panel model number paired with the card Firmware version The card s current firmware version PCB version The card s hardware version Serial number The card s serial number REST API Click to see the Card s REST API With this interface you can create your own interface for this card This requires a web development effort to achieve this REST API documentation...

Page 274: ...ation the effects will only become apparent when the license key has been activated Activating an Application 1 Call Grass Valley at the number displayed at the bottom of the panel and provide your serial number to receive a license key 2 In the License column for the application enter the license key and click Activate Figure 13 19 Applying a License Key to an installed Application Once an applic...

Page 275: ...erent Application 1 Select the In Use radio button for the application you want to change to Figure 13 20 Applications Panel 2 In the Confirmation dialog box click OK Figure 13 21 Confirmation 3 Wait several seconds for the application to reboot ...

Page 276: ...alarm logging When a GV Orbit server is present on your network set the IP address of The GV Orbit server s Management port The GV Orbit server s Virtual IP address when this is configured such as in the case of a GV Orbit cluster for example Furthermore the GV Orbit Alarm API service must have its Enable Write Access property set to enabled See the GV Orbit Admin Guide for more information about ...

Page 277: ... alarm is of minor importance warn Red icon The alarm is of critical importance fail Card Led This shows the current status of the status LED located on the front card edge If at least one Critical or Fail alarm is triggered the LED will change to red If no Fail alarms are triggered and Warn alarms are occurring the LED will change to yellow Rear These are the card s master alarms Overheat Fan Fai...

Page 278: ...User Setting Click Load to load the contents of the user preset into the XIP 3901 application All parameter settings and values will be replaced by the contents of the selected user preset However this will not load the IP configuration of the card s Ethernet configuration A confirmation box will pop up to allow you to proceed or cancel the load Figure 13 24 Load User Settings Confirmation Box Car...

Page 279: ...NMOS settings are reset to their default values Presets The above User Preset are cleared and the preset labels are reset to their default values Property Description Property Description Contact If you have any questions or suggestions contact Grass Valley Technical Support Reboot Card Click to reboot the card System Snapshot A system snapshot creates a compressed file that contains information t...

Page 280: ...280 Configuring the XIP 3901 JPEG XS v1 0 Application with its Web Interface Technical Support Panel ...

Page 281: ...ield supplied Phillips 2 screwdriver to remove and install rear panels All cards and rear panels can be installed with the frame power on Each card has connectors which plug into a mid frame mother board for distribution of power and for connection to the controller card and a second connector which plugs directly into the rear panel to support rear panel connections XIP 3901 UC XIP 3901 DC or XIP...

Page 282: ... rotates at a slower speed thereby reducing airflow which undermines its ability to remove heat from the XIP 3901 Under this condition fan replacement is required Also dust contained in the ambient air can accumulate on the fan and on surfaces around the fan and heatsink thereby reducing airflow and preventing air from coming into direct contact with the heatsink surfaces which undermines the abil...

Page 283: ...ritical temperature alarm verify that the XIP 3901 s onboard fan is working correctly See Fan Noise below Fan Noise Over time a fan s performance operating speed can degrade which may raise critical temperature and fan alarms Under this circumstance a fan may emit a rough sounding lower pitched sound as compared to the sound that other healthier fans emit To confirm that the XIP 3901 has an abnorm...

Page 284: ...rate push pins from the PCB Curved tweezers to disconnect the fan s power connector from the XIP 3901 s main board Anti static bag or anti static work surface to reduce the possibility of electrostatic discharge damage to the XIP 3901 s electronics Cooling Fan Replacement Procedure The cooling fan is located on the XIP 3901 PCB card Fig 14 1 Fan Assembly on the XIP 3901 Card Required Materials To ...

Page 285: ...r solder side of the card 3 Using needle nose pliers compress the two pushpins so that they unlatch Push the pin through the card to release it from the assembly Fig 14 2 Compressing the Pushpins 4 Flip the card back to the component side Insert the pliers under the one of the pushpin heads Press down on the center of the fan assembly to prevent it from flipping on its side and gently pry the pin ...

Page 286: ...e clips on the fan assembly 6 Note the position of the black wire to assist with reconnecting the replacement assembly 7 Use tweezers to gently disconnect the power connector on the fan assembly from the card Fig 14 4 Removing the Wires and Connector 8 Dispose of the failed fan assembly Power Connector FAN 1 ...

Page 287: ... 3901 show if it is powered and these indicators provide troubleshooting information See Front Card edge Interface on page 35 3 Make sure the fiber connectors are clean as the problem is often related to dust obstructing the light at the fiber connections See Keep Fiber Connections Clean on page 288 4 Use another fiber connection 5 Swap components of the XIP 3901 with known working components one ...

Page 288: ...perform a visual inspection of the fiber ends to verify cleanliness Grass Valley strongly urges you to select a cleaning method that meets your needs and to use it rigorously and consistently A few tips When an optical fiber is disconnected from the SFP module s optical port always Problem Possible solutions SFP n Status LED is blue flashing even with a fiber present Make sure you are using the ri...

Page 289: ...event the transfer of dust to the fiber connectors when used in the future Always follow the instructions carefully when cleaning abrasions on the fiber ends can degrade system performance significantly A visual inspection will ensure that particles and liquid residue have been removed If it s still dirty clean it again Note The SFP module s optical ports cannot be cleaned If dust enters the SFP m...

Page 290: ...290 Maintenance Troubleshooting Keep Fiber Connections Clean ...

Page 291: ...0p50 4K UHD Quad Link 3 Gbps SMPTE ST 425 5 1080p59 94 1080p50 12G SMPTE 2082 10 2160p59 94 2160p50 Cable length Belden 1694A HD 250m 820 ft at 1 485 Gbps 3G 150m 492 ft at 2 970 Gbps 12G 60m 197 ft at 11 88 Gbps Jitter HD 0 2 UI alignment jitter 3G 0 3 UI alignment jitter 12G 0 3UI alignment jitter Reference Input XIP 3901UC DC FS Applications Signal SMPTE ST 170 SMPTE ST 318M ITU 624 4 blackburs...

Page 292: ...precision time protocol with best master clock algorithm Video Processing Performance Signal path 10 bits minimum Latency no reference 33 ms 59Hz 40 ms 50Hz Latency with reference 28 ms to 61 ms 59Hz 32 ms to 72 ms 50Hz 3G Output Minimum Delay Fewer than 4 video lines Electrical Power 60 W maximum XIP 3901 UDC IP XIP 3901 UDC IF XIP 3901 JPEG XS XIP 3901 UC DC FS XIP 3901 GB IP ...

Page 293: ...XIP 3901 UDC IP XIP 3901 UDC IF XIP 3901 GB IP XIP 3901 JPEG XS ETH1 LINK STATUS IP ADDRESS NETMASK GATEWAY MAC ADDRESS ETH2 as per ETH1 ETH3 as per ETH1 FRAME as per ETH1 NETWORK CONFIG ETH1 MODE STATIC DHCP OFF IP ADDRESS XXX XXX XXX XXX MASK XXX XXX XXX XXX GATEWAY XXX XXX XXX XXX ETH2 as per ETH1 as per ETH1 ETH3 as per ETH1 as per ETH1 FRAME as per ETH1 as per ETH1 VERSION X Y Z B X major Y m...

Page 294: ...atform XIP 3901 FS vX Y Z B When present on platform XIP 3901 UDC IP vX Y Z B When present on platform XIP 3901 UDC IF vX Y Z B When present on platform XIP 3901 GB IP vX Y Z B When present on platform XIP 3901 JPEG XS vX Y Z B When present on platform 1st Level 2nd Level 3rd Level 4th Level Comments Default Value ...

Page 295: ...henever the module is powered up Because the SFP is hot swappable the module may be powered up as soon as it is installed DO NOT LOOK INTO AN OPERATING SFP FIBER MODULE S CONNECTORS AS EYE DAMAGE MAY RESULT The SFP module is sensitive to electrostatic discharge ESD It is recommended thatyouuseanESD preventivewriststrap groundedtothe GV Node chassis while handling the SFP module SFP modules are sub...

Page 296: ...if present 2 Verify that the exposed end of the optical fiber in the LC connector is clean Carefully remove any debris if necessary 3 Plug the LC terminated fiber optic cable into the SFP module Removing the fiber optic cables 1 Grasp the LC fiber optic connector that is plugged into the SFP module and pull it straight out to disengage the optical fiber from the SFP Never pull the fiber optic cabl...

Page 297: ...humb and forefinger and pull it straight out of the slot Do NOT pull on the bale clasp lever to remove the module as it is easily damaged You may find that you need to wiggle the module or perhaps push it into the slot a bit before it will release and slide out 3 For fiber optic models insert a dust plug into the SFP module Bale Clasp ...

Page 298: ...298 Installing the SFP Ethernet Module Removing the SFP module ...

Page 299: ...apping tone mapping maintaining HDR look BT 2100 HLG to BT 709 SDR scene referred down mapping tone mapping to match SDR cameras S Log3 SR Live BT 2020 color to BT 2100 HLG scene referred conversion to match BT 2100 HLG cameras The scene light LUTs will only work correctly with ITU R BT 2100 signals They will not color match cameras configured for Sony s HLG Live variant nor the Traditional Color ...

Page 300: ...play operating in the new output format Display light conversions are designed to preserve the artistic intent of the pictures after conversion So display light conversions work well for graded content An example of a display light conversion for BT 709 to BT 2100 HLG is shown in the Figure below Fig A 3 SDR to HDR Display Light Conversion For live production however it is usually more important t...

Page 301: ...match the look of a traditional SDR camera For example the LUT 12 scene light conversion from BT 2100 HLG to SDR BT 709 should be used when a BT 2100 HLG production is required to provide an SDR BT 709 output that closely resembles the look of a traditional SDR BT 709 camera perhaps for intercutting with SDR BT 709 cameras covering the same event in SDR More details can be found in section 7 1 3 o...

Page 302: ...BT 709 to BT 2100 HLG direct mapping LUT LUT 4 and up mapping LUTs LUT 6 1 and 6 2 are only provided in full range mode Type III versions Output Signal Clipping Type III LUTs with SDR BT 709 outputs are clipped within the look up table to EBU Technical Recommendation R103 signal levels In territories with stricter limits on the SDR signal range an additional hardware legalizer may be needed The re...

Page 303: ...SDR signal is inverse tone mapped to 79 HLG 105 SDR signals EBU R 103 signal levels are inverse tone mapped to 83 HLG SDR to HLG Scene Upmap Strict 6 2a v1 4 For use with SDR cameras that implement a strict BT 709 OETF BT 709 signals are inverse tone mapped up converted to BT 2100 HLG using a scene light scene referred conversion The look of the original BT 709 content is changed to match native B...

Page 304: ...tripping losses SDR to HDR to SDR conversion HDR Reference White 75 HLG is tone mapped to 95 BT 709 allowing for some soft clipping of highlights 79 HLG signal is tone mapped to 100 BT 709 For sub blacks and super whites the LUT outputs are clipped to EBU R 103 signal levels NOTE Unlike BT 2100 HLG SDR cameras that implement a strict BT 709 OETF tend to crush detail in the shadows of a scene So sh...

Page 305: ...alue 1019 PQ 1000 Nits Narrow Range to HLG 1e v1 4 BT 2100 PQ signals are converted to BT 2100 HLG at the 1000 cd m2 bridge condition so that 1000 cd m2 PQ maps to 100 HLG See ITU R report BT 2390 Section 7 2 PQ 4000 Nits Full Range to HLG 2c v1 4 4000 cd m2 BT 2100 PQ signals are converted to BT 2100 HLG by first tone mapping to the 1000 cd m2 bridge condition and then converting to HLG The tone ...

Page 306: ...nput equals 90 reflectance are converted to BT 2100 HLG with ITU R BT 2408 signal levels Thus a 200 IRE input signal 90 reflectance maps to 73 HLG 200 workflows are common for S Log3 Live productions A scene light conversion is used so that the converted S Log3 signal matches the look of BT 2100 HLG cameras Unity Pass through LUT LUT Conversion Description ...

Page 307: ...307 XIP 3901 User Manual ...

Page 308: ...port www grassvalley com support Customers with a support contract should call their personalized number which can be found in their contract and be ready to provide their contract number and details Corporate Head Office Grass Valley 3499 Douglas B Floreani St Laurent Quebec H4S 2C6 Canada Telephone 1 514 333 1772 Fax 1 514 333 9828 www grassvalley com ...

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