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54 Extron AV Streaming Design Guide Multi-Screen Recording & Playback Solution Needs Assessment Source Inputs Four PCs with DVI outputs generate real-time visualizations, and four PCs with analog RGB outputs present data and maps. Resolutions vary from 1024x768 to 1920x1200. There are also four satellite receivers with S-video outputs. Displays The display system is a 3x1 videowall with 1080p native resolution per display. The videowall processor should present multiple sources on the displays in a variety of windowing arrangements. Presentation Control System A touchpanel control provides a user-friendly interface to select different window and source arrangements. Simple presentation recording and playback control is also required. Analytical Recording Controls For analysis and examination purposes, the recording system must provide a means to efficiently move forward or backward through the content, quickly, slowly, or frame-by-frame. Audio Analog stereo audio from any of the PC or satellite TV sources can be played through the audio system. Select audio sources will be recorded and played back with the videowall content. Network IP streaming-based recording will require a LAN with a Gigabit Ethernet switching backbone. Recording and Playback Requirements The image compression for recording must encode at very high quality so that fine spatial and motion details in high resolution graphics are maintained. The recorder must be capable of playing back recordings at the original quality, and maintain tight frame synchronization between the streams to the videowall. It should support up to 30 hours of recording, and include tools for exporting the video for use in video production systems or viewing on PCs. System Design Solution Switching and Processing This presentation system is capable of displaying up to 12 image sources on the videowall. The Extron WindoWall ®  System provides dedicated videowall processing at 1080p to each display for optimal performance and reliability. An Extron SMX 500 System MultiMatrix modular matrix switcher distributes the input sources to the WindoWall System. It is equipped with SMX DVI Pro, SMX VGA, and SMX S-video matrix modules, all in 4x4 sizes, plus a 16x16 SMX Stereo Audio module. Displays Three DLP ® projectors are installed in a 3x1 array and a rear-projection configuration. The screen mounting system features very thin bezels resulting in a nearly continuous screen across the array. The screens together measure 4 feet (1.2 m) tall and 21.3 feet (6.5 m) wide. Streaming Codecs Extron VNC 225 DVI VN-Matrix ® Codecs will be interfaced with the three DVI outputs from the WindoWall System. It provides a loop-through connection to the displays so that the codecs will not affect the existing videowall. In record mode, the codecs encode the WindoWall outputs delivering 60 frames per second motion and visually lossless image quality to the Extron VNM Recorder. The bit rates are practical for use on a Gigabit LAN. In system playback mode, the codecs decode streams from the VNM Recorder and output to the projection displays. The PURE3 codec ensures images are reproduced with the same quality that was experienced during the original event. Recorder The VNM Recorder will provide approximately 30 hours of content storage for the three streams, based on a bit rate of 50 Mbps per HD video stream and the 2 TB of available RAID5 content storage. Close frame synchronization is maintained between the three video streams through the use of RTP - Real-time Transport Protocol and RTCP - Real-time Transport Control Protocol which apply timestamps to streamed data packets managed by VNM Recorder. The VNM Recorder provides a tool to export sequential JPEG frames for use in video production systems offline, and live or playback streams can be viewed on PCs using VNM Software Decoder. Control System An Extron VNM Enterprise Controller provides system control over the VN-Matrix codecs and VNM Recorder. A basic recording and playback interface is provided by the Extron TLP 1000TV TouchLink Touchpanel interface and an Extron IPCP 505 IP Link ® Control Processor is used to control the four satellite receivers, SMX 500, WindoWall System, and audio volume control. Analytical Recording Control A dedicated PC with a jog/shuttle controller will be used for full analytical control over recording and playback of the streams through access to the Web-based user interface for the VNM Enterprise Overview Videowalls or multi-display systems are often employed to conduct and monitor real-world events or experiments in which the content displayed can be a combination of real-time sources such as simulators, various data acquisition and measurement systems, remote cameras, live television broadcasts or Webcasts, and more. The ability to record, document, and replay such presentations can be highly valuable for analysis, training, or insurance purposes, since re-creating the event or experience is impractical or too expensive. A solution is needed that allows personnel to re-experience the visual and audible event as it originally happened.
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Multi-Screen Recording & Playback - Extron · Multi-Screen Recording & Playback Solution Needs Assessment Source Inputs Four PCs with DVI outputs generate real-time visualizations,

Sep 26, 2020

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Page 1: Multi-Screen Recording & Playback - Extron · Multi-Screen Recording & Playback Solution Needs Assessment Source Inputs Four PCs with DVI outputs generate real-time visualizations,

54 Extron AV Streaming Design Guide

Multi-Screen Recording & Playback

Solution Needs AssessmentSource Inputs Four PCs with DVI outputs generate real-time

visualizations, and four PCs with analog RGB outputs present data and maps. Resolutions vary from 1024x768 to 1920x1200. There are also four satellite receivers with S-video outputs.

Displays The display system is a 3x1 videowall with 1080p native resolution per display. The videowall processor should present multiple sources on the displays in a variety of windowing arrangements.

Presentation Control System

A touchpanel control provides a user-friendly interface to select different window and source arrangements. Simple presentation recording and playback control is also required.

Analytical Recording Controls

For analysis and examination purposes, the recording system must provide a means to efficiently move forward or backward through the content, quickly, slowly, or frame-by-frame.

Audio Analog stereo audio from any of the PC or satellite TV sources can be played through the audio system. Select audio sources will be recorded and played back with the videowall content.

Network IP streaming-based recording will require a LAN with a Gigabit Ethernet switching backbone.

Recording and Playback Requirements

The image compression for recording must encode at very high quality so that fine spatial and motion details in high resolution graphics are maintained. The recorder must be capable of playing back recordings at the original quality, and maintain tight frame synchronization between the streams to the videowall. It should support up to 30 hours of recording, and include tools for exporting the video for use in video production systems or viewing on PCs.

System Design SolutionSwitching and Processing

This presentation system is capable of displaying up to 12 image sources on the videowall. The Extron WindoWall® System provides dedicated videowall processing at 1080p to each display for optimal performance and reliability. An Extron SMX 500 System MultiMatrix modular matrix switcher distributes the input sources to the WindoWall System. It is equipped with SMX DVI Pro, SMX VGA, and SMX S-video matrix modules, all in 4x4 sizes, plus a 16x16 SMX Stereo Audio module.

Displays

Three DLP® projectors are installed in a 3x1 array and a rear-projection configuration. The screen mounting system features very thin bezels resulting in a nearly continuous screen across the array. The screens together measure 4 feet (1.2 m) tall and 21.3 feet (6.5 m) wide.

Streaming Codecs

Extron VNC 225 DVI VN-Matrix® Codecs will be interfaced with the three DVI outputs from the WindoWall System. It provides a loop-through connection to the displays so that the codecs will not affect the existing videowall. In record mode, the codecs encode the WindoWall outputs delivering 60 frames per second motion and visually lossless image quality to the Extron VNM Recorder. The bit rates are practical for use on a Gigabit LAN. In system playback mode, the codecs decode streams from the VNM Recorder and output to the projection displays. The PURE3 codec ensures images are reproduced with the same quality that was experienced during the original event.

Recorder

The VNM Recorder will provide approximately 30 hours of content storage for the three streams, based on a bit rate of 50 Mbps per HD video stream and the 2 TB of available RAID5 content storage. Close frame synchronization is maintained between the three video streams through the use of RTP - Real-time Transport Protocol and RTCP - Real-time Transport Control Protocol which apply timestamps to streamed data packets managed by VNM Recorder. The VNM Recorder provides a tool to export sequential JPEG frames for use in video production systems offline, and live or playback streams can be viewed on PCs using VNM Software Decoder.

Control System

An Extron VNM Enterprise Controller provides system control over the VN-Matrix codecs and VNM Recorder. A basic recording and playback interface is provided by the Extron TLP 1000TV TouchLink™ Touchpanel interface and an Extron IPCP 505 IP Link® Control Processor is used to control the four satellite receivers, SMX 500, WindoWall System, and audio volume control.

Analytical Recording Control

A dedicated PC with a jog/shuttle controller will be used for full analytical control over recording and playback of the streams through access to the Web-based user interface for the VNM Enterprise

OverviewVideowalls or multi-display systems are often employed to conduct and monitor real-world events or experiments in which the content displayed can be a combination of real-time sources such as simulators, various data acquisition and measurement systems, remote cameras, live television broadcasts or Webcasts, and more. The ability to record, document, and replay such presentations can be highly valuable for analysis, training, or insurance purposes, since re-creating the event or experience is impractical or too expensive. A solution is needed that allows personnel to re-experience the visual and audible event as it originally happened.

Page 2: Multi-Screen Recording & Playback - Extron · Multi-Screen Recording & Playback Solution Needs Assessment Source Inputs Four PCs with DVI outputs generate real-time visualizations,

www.extron.com 55

.5A MAX

100- 240 50/60 Hz

1

INPUT 1-DVI-D

RR-Y

G/YVID

H/HV

VH/HV

B/CB-Y

2

RR-Y

G/YVID

H/HV

VH/HV

B/CB-Y

3

RR-Y

G/YVID

H/HV

VH/HV

B/CB-Y

4 5

RR-Y

G/YVID

H/HV

VH/HV

B/CB-Y

R/R-Y

VIDY

6

VIDB-YC

7

VIDR-Y

8

VIDY

9

VIDB-YC

10

VIDR-Y

11

VIDY

12

VIDB-YC

13

VIDR-Y

14

VIDY

15

VIDB-YC

16

VIDR-Y

17

VIDY

18

VIDB-YC

19

VIDR-Y

G/Y B/B-Y

H/HV

V

INPUT 2-DVI-D INPUT 3-DVI-D INPUT 4-DVI-D

DVI BACKGROUND DVI OUTPUT

RGB/Y, R-Y, B-Y OUTPUT

RS-232/422 LAN

RVIRTUAL VIDEO INPUTSRGB VIDEO INPUTS

.5A MAX

100- 240 50/60 Hz

1

INPUT 1-DVI-D

RR-Y

G/YVID

H/HV

VH/HV

B/CB-Y

2

RR-Y

G/YVID

H/HV

VH/HV

B/CB-Y

3

RR-Y

G/YVID

H/HV

VH/HV

B/CB-Y

4 5

RR-Y

G/YVID

H/HV

VH/HV

B/CB-Y

R/R-Y

VIDY

6

VIDB-YC

7

VIDR-Y

8

VIDY

9

VIDB-YC

10

VIDR-Y

11

VIDY

12

VIDB-YC

13

VIDR-Y

14

VIDY

15

VIDB-YC

16

VIDR-Y

17

VIDY

18

VIDB-YC

19

VIDR-Y

G/Y B/B-Y

H/HV

V

INPUT 2-DVI-D INPUT 3-DVI-D INPUT 4-DVI-D

DVI BACKGROUND DVI OUTPUT

RGB/Y, R-Y, B-Y OUTPUT

RS-232/422 LAN

RVIRTUAL VIDEO INPUTSRGB VIDEO INPUTS

12V DC 5A MAX

POWERIN

OUT/LOOP

AUDIOSPDIF

REMOTETO PCIN

INDVI-IOUT/LOOP

RS-232

OVER LAN

1 — LAN — 212V DC 5A MAX

POWERIN

OUT/LOOP

AUDIOSPDIF

REMOTETO PCIN

INDVI-IOUT/LOOP

RS-232

OVER LAN

1 — LAN — 212V DC 5A MAX

POWERIN

OUT/LOOP

AUDIOSPDIF

REMOTETO PCIN

INDVI-IOUT/LOOP

RS-232

OVER LAN

1 — LAN — 2

.5A MAX

100- 240 50/60 Hz

1

INPUT 1-DVI-D

RR-Y

G/YVID

H/HV

VH/HV

B/CB-Y

2

RR-Y

G/YVID

H/HV

VH/HV

B/CB-Y

3

RR-Y

G/YVID

H/HV

VH/HV

B/CB-Y

4 5

RR-Y

G/YVID

H/HV

VH/HV

B/CB-Y

R/R-Y

VIDY

6

VIDB-YC

7

VIDR-Y

8

VIDY

9

VIDB-YC

10

VIDR-Y

11

VIDY

12

VIDB-YC

13

VIDR-Y

14

VIDY

15

VIDB-YC

16

VIDR-Y

17

VIDY

18

VIDB-YC

19

VIDR-Y

G/Y B/B-Y

H/HV

V

INPUT 2-DVI-D INPUT 3-DVI-D INPUT 4-DVI-D

DVI BACKGROUND DVI OUTPUT

RGB/Y, R-Y, B-Y OUTPUT

RS-232/422 LAN

RVIRTUAL VIDEO INPUTSRGB VIDEO INPUTS

100-240V 1.3A, 50-60Hz

CLASS 2 WIRING

1 2

17TTAUDIO/VIDEOAPPARATUS

XPA 1002C US

LEVEL

11 2 1 2LIMITER/

PROTECT

SIGNAL

2

INPUTS OUTPUTREMOTE

0 0

10V 50 mAVOL/MUTE

STANDBY

LISTED

FLEX I/O

SWITCHED 12VDC40W MAX TOTAL

LAN

1 2 3 4

COM1

TX RX RTS CTS

IR/SERIAL

1

S G S G

2

RELAY

3

S G S G+ - + -

+ - + -

4 1 21 2 3 4

3 4 5

S G S G

6 7

S G S G

8 5 6 7 8

COM2

TX RX

COM3

TX RX

COM7

TX RX

COM4

TX RX RTS CTS

COM5

TX RX

COM6

TX RX

COM8

TX RX

eBUS

+VPWR OUT = 12W

D -S +S

5A MAX

100-240V 50-60Hz

SMX SERIES SWITCHER

I/O PLANE SELECT

INPUTS

1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16

OUTPUTS

CONTROL

1 2 3 4 5 6 7 8 9 10 11 12 13 14 150

ENTER PRESET VIEW ESC

1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 MAIN

I/O CARDS

CONFIG

POWER

PC

Satellite Recievers

Shuttle/Jog Controller

PC DVI OutputPC RGBHV Output

LAN

Extron VN-Matrix Enterprise Controller

Extron VN-Matrix Recorder

Extron WindoWall Processor

Extron WindoWall Processor

Extron WindoWall Processor

Extron VNC 225 DVI

Extron VNC 225 DVI

Extron VNC 225 DVI

Record

Play Out

Analog InS/PDIF Out

Analog OutS/PDIF In

ExtronSI 28

ExtronSI 28

ExtronXPA 1002

ExtronSMX 500with SMX 1616 V SMX 88 SV/YC SMX 88 VGA SMX 88 DVI

Windowall

ExtronIR Emitter

ExtronIPCP 505

ExtronTLP 1000TV

Controller, and control interface protocol. With the jog/shuttle controller, a user can quickly scan through recorded content by going forward or jumping back at speeds such as 2x or 4x real-time speed, or slowly advancing forward or backward frame-by-frame.

Network

A managed 24-port Gigabit Ethernet switch will be used as the backbone switching infrastructure, and be programmed to provide a dedicated VLAN - Virtual LAN for the VN-Matrix codecs, recorder, and controller. The VLAN will also tie into external storage for archiving recorded files and all other networked devices in the system.

Audio

Audio playback is handled through an Extron XPA 1002 Stereo Power Amplifier and two Extron SI 28 Surface Mount Speakers. The user can control the SMX 500 through the TouchLink touchpanel to adjust audio levels and route audio from any of the PCs or satellite receivers to the sound system and the streaming codecs. The codecs will require converters for interfacing between S/PDIF digital and analog audio.