ddg system designs

www.extron.com 25

Digital System DesignsAsk a dozen A/V system designers and consultants to define what

is an A/V system? and youll get two dozen answers. Commercial

A/V presentation system designs run the gamut from single-

display classrooms and conference rooms with a small number of

computer and video sources, to Network Operations Centers with

many sources and many displays. Rarely if ever is a commercial

presentation system limited to a single source, such as a laptop

or Blu-ray Disc player, and a single display, connected with a

single HDMI cable. Even the smallest A/V system design generally

HD Video Conference & Presentation Room

Corporate Training Room System

Digital Upgrade to Existing Analog System

Municipal Courtroom System

College/University Classroom System Lecture Hall System

Network Operations Center System

includes a variety of signal types and, even within a new digital

system design, there is often a need to provide some support for

legacy analog sources or content.

The following A/V system designs represent a cross-section of

typical commercial A/V environments and requirements. A detailed

application drawing depicts signal flow within the system, as well

as the types of sources and displays that typically need to be

supported.

26 Extron Digital Design Guide

System Design SolutionDisplaySystem Two 52 inch (132 cm) diagonal 1920x1080 resolution LCD displays will be configured in a 1 unit high by 2 unit wide array. The screens will be wall-mounted at 40 inches (102 cm) AFF - Above Finished Floor. The individual screen size is approximately 28 inches (71 cm) high by 48 inches (122 cm) wide.

CamerasTwo HD cameras will be installed on wall mounts, one above each display. The camera above the left monitor will be the primary camera used for recall of presets, including close-up shots of meeting participants. The camera above the right monitor will be used for wide cover shots of the room and meeting participants at the conference table.

DigitalMatrixSwitchingandSignalManagementThe ExtronDXP84HDMI 8x4 matrix switcher will function as the heart of the system. HDMI input sources, whose source material or hardware requires the management of HDCP, will be switched alongside non-HDCP input sources. This configuration will provide efficient digital source selection, distribution, and image control for the display system. Only the appropriate sources will be routed to the PC input on the codec.

SignalDistributionExtronDVI201andHDMI201 Twisted Pair Transmitters and Receivers will be paired to extend DVI or HDMI video signals over shielded CAT 5e cabling. This standardized and easily accessible infrastructure will provide the most effective method of conserving conduit space while preserving the integrity of the digital signals over considerable distances. The HD cameras, the HDMI input at the table, the HDMI input at the wall plate, and HDMI signal distribution to the displays will use this common cabling infrastructure. The HDMI 201 supports DDC and HDCP which will provide reliable long distance DVI and HDMI signal distribution. The analog video and PC sources will be scaled and converted to DVI using an ExtronDVS304DVI Video and RGB scaler.

AudioSystemLocal audio signals will be embedded within the HDMI signals and routed using the DXP 84 HDMI matrix switcher. Both the codec and the DXP 84 HDMI will send their audio signals to the ExtronDMP64 ProDSP Digital Matrix Processor. The DMP 64 will then send a combination of local and far-end audio to a single Extron XPA 1002 Stereo Power Amplifier. The XPA1002 will then power the two wall-mounted ExtronSI26 Surface Mount Speakers located on each side of the display system. Volume control of far-end and local audio, and the muting of microphones will be provided via the touchpanel and the control system. Audio from microphones will only be heard at the far end.

HD Video Conference & Presentation Room

Room Needs AssessmentStaffing This equipment configuration is designed to support

the company-standard, medium-sized conference room, seating up to seven primary participants around a company furnished, wedge-shaped conference table. Additional seating may be present for local presentation meetings. However, only the seven participants seated at the conference table are intended to be visible on-camera or heard via microphones during a videoconference.

SourceConnectivity

A conference table-mounted ExtronCableCubby includes input capability for the following sources: One HDMI source, one desktop PC or laptop with analog 15-pin HD output, one S-video source, and one composite video source.

A wall-mounted HDMI input is available for portable sources rolled in from the companys lab.

Sources One local desktop PC with DVI or HDMI output, one HD cable set-top receiver with HDMI output for viewing news and information channels, and one Blu-ray Disc player for viewing training materials. Two of these sources will be viewable locally within the room.

AudioRequirements

Three cardioid boundary microphones mounted on the wedge-shaped table, local playback of all sources during a local presentation, and local playback of far-end audio and local sources during audioconferences and videoconferences.

FunctionalRequirements

All sources can be viewed locally. Sources to be sent to the far end in a videoconference include the local desktop PC and a laptop with HDMI or analog 15-pin HD output.

Two sources may be viewed simultaneously during local presentations or during a conference via an options list on the touchpanel. The meeting participants may choose whether they wish to view the source sent from the far end, or a source being sent to the far end.

OverviewThis room is designed to support the critical visual communication needs of a technology company. This standard room design is deployed in many facilities throughout the enterprise to ensure consistent and predictable operation, maintenance, and support. It features three modes of operation: local presentation, audioconferencing, and videoconferencing. The company has standardized on digital signal inputs and newer high definition LCD displays.

www.extron.com 27

DVI 201 Rx

DVI 201 Rx SERIES

DVI-D OUTPUT

DVI 201 Rx SERIES

DVI-D OUTPUT

DVI 201 Rx

LAN

ACT

LINK

RESET

HDMI INPUTS

HDMI - HDCP COMPLIANT

HDMI OUTPUTS1 2 3 4

5 6 7 8

USLISTED1T23I.T.E.

1 2 3 4

HDMI 201 Rx

HDMI OUTPUT

HDMI 201 Rx

HDMI OUTPUT

HDMI 201 Rx

HDMI OUTPUT

HDMI 201 Rx

HDMI OUTPUT

HDMI 201 Tx

HDMI INPUT

HDMI 201 Tx

HDMI INPUT

HDMI 201 Tx

HDMI INPUT

POWERRESET

LAN

MIC/LINE INPUTS

OUTPUTS

I/O

CLASS 2 WIRING

1 2

XPA 1002

LEVEL

11 2 1 2LIMITER/PROTECT

SIGNAL

2

INPUTS OUTPUT

0 0

DVI 201 Tx

DVI 200 Tx SERIES

DVI INPUT LOCAL OUTPUT

DVI 201 Tx

DVI 200 Tx SERIES


INPUTS OUTPUT RS-232

VID1 2 3

4

Y/VID

R-Y H/HV

R/R-Y

V

G/Y

B/B-Y

DVI-IYC

SDI B-Y/C

RGB/R-Y,Y,B-Y/YC/VID

INPUT

OUTPUT

AUDIO

COMPUTER

AUDIO

AUDIO

LR

AUDIO

LR

VIDEO

AUDIO

LR

INPUT

RS-232PASS THRU

AUDIO-R

HDMI

AUDIO-L

DVI DVI DVI

DVI

HDMI to DVI Adapter

HDMI to DVI Adapter

HDMI to DVI Adapter

DVI to HDMI AdapterDVI to HDMI Adapter

DVI to HDMI AdapterHDMI

HDMI

HDMIFromDVS 304 DVI A

ToDMP 64

HDMI HDMI

HDMI

HDMI

AnalogMono

Mono

StereoAnalog

HDMI

HDMIHDMI

HDMI

RS-232

RS-232

RS-232

DVI 201 Rx

DXP 84 HDMI

VTC - Codec

VTC - HD Cameras

VTC - Video Switcher

DVI 201 TxCAT 5-type CAT 5-type

DVI 201 Rx DVS 304 DVI A

DVI 201 Tx

HDMI 201 Tx

HDMI 201 Rx

CAT 5-type

HDMI 201 Tx

HDMI 201 Rx HDMI 201 Rx

CAT 5-type

HDMI 201 Tx

CAT 5-type

CAT 5-type

Cable Cubby 600with AAPs

VID

S-video

VGA

HDMI 201 A D Tx

Blu-ray Player

HD Cable Tuner

Flat Panel Display Flat Panel Display

Local PC

Table Microphones

Audio De-Embedder Audio De-Embedder

DMP 64

XPA 1002

SI 26Video Audio Control CAT 5-type


Digital Upgrade to Existing Analog System

System Design SolutionDisplaySystem One 119 inch (3 meter) diagonal, 16x9 aspect ratio, rear projection screen surface will replace the existing 100 inch (2.5 meter) diagonal 4x3 screen surface. The new screen will be mounted at the same height AFF - Above Finished Floor as the original. The new visible screen size is approximately 58 inches (147 cm) high by 108 inches (2.7 meters) wide.

Also, a new single-chip DLP projector with a 1920x1080 native resolution will be used with a modified rear projection mirror assembly. The projector features several digital inputs using both HDMI and DVI connectors.

CamerasThe existing camera system will be retained without modification.

MatrixSwitchingandSignalManagementThe ExtronSW4HDMI Four Input Switcher will function as the digital heart of the system. HDMI input sources, whose source material or hardware requires the management of HDCP, will be switched alongside non-HDCP input sources. This configuration will provide efficient digital source selection, distribution, and image control for the display system. The existing ExtronCrossPointUltra84HVA Ultra-Wideband Matrix Switcher will be retained for use with the existing analog sources.

SignalDistributionExtronHDMI201 Twisted Pair Transmitters and Receivers will be paired to extend HDMI video signals over shielded CAT 5e cables. This standardized and easily accessible infrastructure will provide the most effective method of conserving conduit space while preserving the integrity of the digital signals over considerable distances. The HDMI input at the table and the signal distribution to the displays will use this common cabling infrastructure. The HDMI 201 supports DDC and HDCP which will provide reliable long distance HDMI signal distribution. The analog video and PC sources from the existing system will be scaled and converted to DVI using an ExtronDVS304DVI Video and RGB Scaler.

AudioSystemLocal audio signals from the existing analog and the new digital sources will be managed via the existing DSP-based audio system.

Room Needs AssessmentSourceConnectivity

The conference table-mounted Extron Cable Cubby will be upgraded to include HDMI input capability.

NewSources New sources will include: one local desktop PC with DVI output, one HD cable set-top receiver with HDMI output for viewing news and information channels, and one Blu-ray Disc player for viewing training materials. All of these sources will be viewable locally within the room.

AudioRequirements

The system will operate as previously implemented. As with the existing sources, the four new sources will be audible via the program speakers.


All sources can be viewed locally. Sources to be sent to the far end during a videoconference will include only the existing analog PC or analog document camera. The existing codec only accepts analog sources and is not being upgraded at this time.

Analog or digital sources may be viewed during local presentations or during a conference. During a local presentation, a source may be selected for viewing from a list of available options on the existing touchpanel. During an audioconference, a local source may be viewed along with audio supplied from the far end. During a videoconference, the far-end camera or far-end source will always be shown on the display. Audio from both the far-end and near-end sources will be heard locally.

OverviewThis solution is designed to upgrade an existing high-end conference room installed several years earlier. This highly desirable space features custom millwork that will not be replaced during this system transition. The upgrade must have minimal impact on existing room aesthetics, yet provide the modern digital connectivity and support for higher resolutions required for current and future applications.

Most of the original equipment configuration will remain intact. The existing screen surface will be replaced to accommodate a new 16x9 aspect ratio screen surface. Millwork modifications are already underway to accommodate this new form factor.

www.extron.com 29

POWER12V 0.4A MAX

HDMI 201 Rx

1 2

HDMI OUTPUT RS-232PASS THRU

Tx Rx

POWER12V 0.4A MAX

HDMI 201 Tx

RS-232PASS THRU

Tx Rx1 2

ON

1 2N/A

DDCREMOTE

LOCAL

HDMI INPUT

VID0.3A MAX 1 2 3

4

Y/VID

B-Y H/HV

R/R-Y

V

G/Y

B/B-Y

RS-232

RESET

DVI-IYC

SDI R-Y/C

RGB/R-Y,Y,B-Y/YC/VID100-240V 50/60 Hz

INPUT

OUTPUT

LAN

ACT LINKVID

0.3A MAX 1 2 3

4

Y/VID

B-Y H/HV

R/R-Y

V

G/Y

B/B-Y

RS-232

RESET

DVI-IYC

SDI R-Y/C

RGB/R-Y,Y,B-Y/YC/VID100-240V 50/60 Hz

INPUT

OUTPUT

LAN

ACT LINK

POWER12V 0.4A MAX

HDMI 201 Rx

1 2

HDMI OUTPUT RS-232PASS THRU

Tx Rx

POWER12V 0.4A MAX

HDMI 201 Tx

RS-232PASS THRU

Tx Rx1 2

ON

1 2N/A

DDCREMOTE

LOCAL

HDMI INPUT

LAN

ACT

LINK

1 2 3 4 5 6 7 8INPUTS

H SYNC V SYNC

R

G

B

H

V

1 2 3 4OUTPUTS

R

G

B

H

V

1 2 3 4 5 6 7 8 1 2 3 4

INPUTS OUTPUTS

Anahiem, CA

REMOTE

RS232/RS422

RESET

0.2A MAX

POWER12V

INPUTS

1 2 3 4

OUTPUT

Tx Rx

REMOTE / AUTO-SW

SW4 HDMI

VID50/60 Hz 1 2 3

4

Y/VID

B-YH/HV

R/R-Y

V

G/Y

B/B-Y

RS-232

LAN

RESET

ACT LINKRGB/R-Y,Y,B-YYC

SDI R-Y/C

RGB/R-Y,Y,B-Y/YC/VID100-240V .3A

INPUT

OUTPUT

Digital Upgrade

FULL HIGH DEFINITION 1080P VIDEO OUTPUT

COMPUTER

AUDIO

AUDIO

LR

LAUDIO

R

VIDEO

VIDEO

AUDIO

LR

P HU SP HU SP HU SP HU S

Blu-ray Player

Document Camera

VTC Camera

Local PC

Local PC

HD Cable Tuner

DVD/VCR

HDMI 201 Tx

SW4 HDMI

HDMI 201 Rx

CAT 5-type

DVI

DVS 304 DVI

CrossPoint Ultra 84 HVA

DVS 304

HDMI 201 Tx

HDMI 201 Rx

CAT 5-type


Composite, S-video, Component and RGBHV

Composite, S-video, Component and RGBHV

Table Microphones

HDMI

HDMI

HDMI HDMI

HDMI

HDMI

RGBHV

RGBHV

S-video

Composite

RGBHV

RGBHV

RGBHV

Component

VTC - Codec Audio DSP System

Audio Amps

Projector

Audio De-Embedder

SI 28

SI 26CT

Video Audio CAT 5-type

Existing Equipment


System Design SolutionDisplaySystem One ceiling-mounted projector with 3,500 ANSI lumens brightness and RGBHV, composite video, and HDMI inputs. The projector has a native resolution of 1366x1024, and will be projected onto a 120 inch (3 meter) diagonal, 16x9 aspect ratio electric screen. The screen is to be ceiling-mounted and located on the front wall, centered with the seating area.

A PC monitor will be located on top of the lectern. The monitor will be 19 inches (48 cm) diagonal and have a native resolution of 1280x1024.

SourcesandConnectivityThe following sources and connections will be provided in the lectern: One PC workstation, one Blu-ray Disc player, one A/V input for an iPod, and analog 15-pin HD and DVI inputs for laptops. In addition, on the rear wall there will be 15-pin HD and DVI laptop inputs.

ControlInterfaceThe ExtronTLP700MVTouchLinkTouchpanel will provide user control of the system, including source selection, source device control, display system control, and audio output level adjustment. The TLP 700MV touch-sensitive control panel will be configured with a simple-to-use and intuitive graphical user interface.

SwitchingSystemAn ExtronSystem208DSA system switcher will be the base of the system. The System 208 D SA will be rack-mounted inside the lectern. The lectern PC, analog laptop input, DVI laptop input, and iPod A/V inputs will be connected directly to the respective inputs of the System 208 D SA. In addition, the Blu-ray Disc player will also be located in the lectern, with its HDMI output connected directly to the System 208 D SA. The System 208 D SA will enable switching for all sources to the projection display system and speakers. In addition, the System 208 D SA will provide the control of source devices, switching, audio level, and the display system. The TouchLink touchpanel will interface with the System 208 D SA to complete the system.

SignalDistributionAn ExtronDVI201AD Twisted Pair Transmitter and an ExtronHDMI201 Twisted Pair Receiver will be used to extend the wall-mounted laptop DVI input to the HDMI input of the System 208 DSA. The ExtronMTP15HDAD Twisted Pair Transmitter will be used to extend the wall-mounted analog laptop input to the MTP Twisted Pair input of the System 208 D SA. The HDMI twisted pair and MTP outputs of the switcher will be used to extend the video signals to the ExtronMTP/HDMIUR Twisted Pair Receiver, located at the projector.

AudioSystemThe integrated amplifier of the System 208 D SA will provide power for the audio system. ExtronSI26 Surface Mount Speakers will be located on each side of the screen for stereo program audio playback.

Room Needs AssessmentStaffing Various professors and instructors, plus classroom

seating for students.

ViewingDistanceRange

From 8 feet (2.4 meters) to 45 feet (14 meters).

DisplayRequirements

Projector with front surface screen located on front wall, to enable viewing of PC and video sources.

ComputerSourcesandConnectivity

One PC in the lectern with 15-pin HD output at 1280x1024 resolution, plus 15-pin HD and DVI connectivity for two laptops. DVI and 15-pin HD connectivity is also provided on the rear wall for two additional laptops. The laptops will be at various resolutions.

OtherSources One Blu-ray Disc player in lectern, plus one A/V input for an iPod for playing podcasts.

AudioRequirements

Program audio playback of PC content and video sources.

ControlInterface A simple-to-use control interface at the lectern to power the projector on and off, switch inputs into the projector, lower or raise the screen, select input sources into the system switcher, and control the audio output level and Blu-ray Disc player.

College / University Classroom System

OverviewThe classroom will be used in a higher education environment with the need to display multiple types of electronic media to the students, while maintaining a cost-effective solution. Several different instructors will be using the classroom. Therefore, the system needs to be intuitive and simple to operate. Also, since the system will be used extensively on a day-to-day basis, reliability will be essential.

www.extron.com 31

DVI 201 A D TxMTP T 15HD Tx

Lectern Display Lectern PC

iPod A/V

HDMI 201 Rx

MTP/HDMI U R

System 208 D SA

Laptop

Laptop

1

BUFFERED OUTPUT

MTP+

AUDIO

+12 V OUT250 mA MAX2 3

6

L R1 L R2 L R3

L R5 L R7 L R8 1 2 1 2MIC/LINE

L R L R8

4 (MTP)

CONFIGURABLE ANALOG INPUTS

AUDIO INPUTS AUDIO OUTPUTSDIGITAL OUTPUT

VIDEO + COM1 + POWER

ANALOG OUTPUT

DIGITAL INPUTS5

7 L R6

100-240V 50/60 Hz1.3A MAX

A BRS-232

HOST

Tx Rx

LAN

Tx S 1 GCOM 2 IR/S SCP RELAYS DIG I/O

S 2 G A B C D E 3 4 C1 2 C 1 2RxTxCOM 1Rx

25W x 2L R

HDMI 201 Rx

HDMI OUTPUT

MTP INPUT LEVEL PEAKING

VID YUV

Y/C RGBMTP/HDMI U R

SIGNAL PRESENCE

DIGITAL INPUT

1 2

ANALOG OUTPUTS

Y B-Y R-Y VGA

POWER 12V 0.5A MAX

HDMI

DIGITAL OUT MONO AUDIO

L R RS-232

Tx Rx

H+

V+

BI-232

A-232

VID Y/C

INPUT

RS-232PASS THRU

DVI

AUDIO L+R

TCP/IPNetwork

Blu-ray Player

TLP 700TV

SI 26

Screen Control Up

Blu-ray Player

RGBHVRGBHV

RGBHV

Composite

CAT 5-type CAT 5-type

CAT 5-type CAT 5-type

HDMI

HDMI

Ethernet

DVI to HDMI

Audio

RS-232HDMI

Composite RGBHV

Screen Control Down

Projector

Video Audio Control CAT 5-type

COMPUTER IN

AUDIO IN


Room Needs AssessmentStaffing NOC manager, firewall manager, ticket and dispatch

operator, support manager, network manager, and contract vendor


Between 7 feet (2 meters) and 15 feet (4.5 meters)

ComputerSources Three PC workstations with DVI outputs at 1400x1050 resolution, two PC workstations with analog 15-pin HD output at 1280x1024 resolution, and one PC workstation with 15-pin HD output at various resolutions.

OtherSources Two cable TV receivers with composite output for news and weather information, one DVD player for viewing training materials, and one security camera for the outside perimeter.

AudioRequirements

Audio playback of PC content and video sources throughout the room.


Typically there will be five sources that need to be viewed simultaneously: one large view of the firewall management software, and smaller views of news, weather, ticketing, and troubleshooting. However, any of the system sources may need to be directed to the large view at any time. The NOC manager will determine and control the different views and content on the display system.

System Design SolutionDisplaySystem Two 67 inch (170 cm) diagonal rear projection display cubes at 1400x1050 resolution will be configured in a 1 unit high by 2 unit wide array. The bottom of the screen area will be mounted at 48 inches (122 cm) AFF - Above Finished Floor. The individual screen size is approximately 40 inches (102 cm) high by 53 inches (135 cm) wide. The overall image size will be approximately 40 inches (102 cm) high by 106 inches (270 cm) wide, producing an aggregate resolution of 2800x1050 pixels.

DisplaySystemProcessorThe ExtronWindoWallSystem will be the base of the system. There will be two WindoWall Processors in conjunction with an ExtronSMX400 frame loaded with one SMX88DVIPro matrix board, one SMX88VGA board, and one SMX1616A board. This configuration will provide source selection, distribution, and image control for the display system. WindoWall Console software will control the WindoWall Processors and SMX matrix switcher. The intuitive GUI will allow the user to select from any of the digital and analog video sources, and simultaneously view them on the displays. On-screen windows for each of the sources can be dynamically sized and positioned anywhere on the aggregate display area. Presets for the different configurations may be saved for quick recall.

SignalDistributionExtronDVI201 Twisted Pair Transmitters and Receivers will be paired to extend DVI video signals over CAT 5-type cables. This will provide an effective method of extending the DVI signals from the PC sources to the SMX 88 DVI Pro board. The DVI 201 supports DDC and HDCP, which will provide reliable long distance DVI signal distribution. The ExtronDVI104 Fiber Optic Extenders will be used to extend the DVI output from the WindoWall Processors to the displays. The analog PC sources will be scaled and converted to DVI using ExtronRGB-DVI300 scalers. Additional analog PC sources will be connected directly to the SMX 88 VGA board, along with the cable TV receivers, DVD player, and perimeter camera. This will bring all digital and analog video sources into WindoWall as a single system.

AudioSystemsThe SMX 400 frame will be populated with an SMX 1616 A audio I/O board for distribution of the source audio signals to the ExtronXPA1002 and XPA2001 Power Amplifiers. The XPA 2001 will be used for the eight ExtronSI26CT Ceiling Speakers to provide even coverage throughout the room. The XPA 1002 will be used for the ExtronSI28 Surface Mount Speakers located on each side of the display system. The SI 28 speakers will provide proper orientation of the audio with the video source viewed on the display wall.

Network Operations Center System

OverviewThis Network Operations Center is used for maintaining a corporations network and Internet firewall reliability. The NOC staff will monitor both the local and wide area networks for quality assurance. In addition, they will monitor the firewall between their networks and the Internet. This will help them maintain security from outside the corporations networks. Requests for IT and network support within the corporation will also be managed by the NOC.

www.extron.com 33

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

VIRTUAL VIDEO INPUTSRGB VIDEO INPUTS

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

VIRTUAL VIDEO INPUTSRGB VIDEO INPUTS

RESET

RS232/RS422

REMOTE

LAN ACT

LINK

1.3A MAX.100-240V , 50-60Hz

COMPUTER IN

5 6 7 8

1 2 3 4

COMPUTER OUT

5 6 7 8

1 2 3 4

ADDRESS

ADDRESS

INPUTSL 1 R L 2 R L 3 R L 4 R L 5 R L 6 R L 7 R L 8 R

OUTPUTSL 1 R L 2 R L 3 R L 4 R L 5 R L 6 R L 7 R L 8 R

INPUTS OUTPUTSL 9 R L 10 R L 11 R L 12 R L 13 R L 14 R L 15 R L 16 R L 9 R L 10 R L 11 R L 12 R L 13 R L 14 R L 15 R L 16 R

ADDRESSDVI-D INPUTS

5 6 7 8

1 2 3 4

5 6 7 8

DVI-D OUTPUTS

1 2 3 4

RGB - DVI 300 RGB - DVI 300

CLASS 2 WIRING

L R

XPA 2001-70V

OUTPUT70 V

LEVEL HPF INPUTS

0

LIMITER/PROTECT

SIGNAL

CLASS 2 WIRING

1 2

XPA 1002

LEVEL


SIGNAL

2

INPUTS OUTPUT

0 0

AUDIO

INPUT MONITOR

P/2 DA2xi MT

OUTPUT

AUDIO

INPUT MONITOR

P/2 DA2xi MT

OUTPUT

AUDIO

INPUT MONITOR

P/2 DA2xi MT

OUTPUT

DVI 201 Rx

DVI 201 Rx SERIES

DVI-D OUTPUT

DVI 201 Rx

DVI 201 Rx SERIES

DVI-D OUTPUT

DVI 201 Rx

DVI 201 Rx SERIES

DVI-D OUTPUT

DVI-D INPUT LOCAL MONITOR OUTPUT 1 2



Display Cube 1

Display Cube 2

XPA 1002 XPA 2001-70V

SI 28

SI 26CT

DVI 104 TxDVI 104 RxDVI 104 Rx

DVI 104 Tx

CATV 1

CATV 2

DVD

SMX 400

SMX 1616 A

SMX 88 VGA

SMX 88 DVI Pro

WindoWall Processor

WindoWall Processor

Camera

DVI

RGB-DVI 300

P/2 DA2xi MT P/2 DA2xi MTVGA

VGA

VGA

VGA

VGA

VGA

DVI

DVIDVI

DVIDVI

VGA

VGAVGA

VGA

VGAVGA

VGAVGA

DVIDVI DVI

Composite to VGA Adapter

Composite to VGA Adapter

Component to VGA Adapter

S-video to VGA Adapter

RGB-DVI 300

DVI 201 Rx

DVI 201xi Tx

DVI DVI

CAT 5-type

DVI 201 Rx

DVI 201xi Tx

DVI DVI

CAT 5-type

DVI 201 Rx

DVI 201xi Tx

DVI DVI

CAT 5-type

Fiber CableFiber Cable

DVIDVI

DVIDVI

Video Audio CAT 5-type Optical Fiber


Corporate Training Room System

Room Needs AssessmentStaffing Various presenters and instructors, with classroom

seating for audience attendees.


From 8 feet (2.4 meters) to 65 feet (20 meters).

DisplayRequirements

Projector with front surface screen located on front wall, to enable viewing of PC and video sources.

ComputerSourcesandConnectivity

One PC workstation at the lectern with DVI output at 1280x1024 resolution, 15-pin HD inputs for laptops at the lectern and on the rear wall, DVI inputs for laptops at the lectern and on the rear wall. The laptops will be at various resolutions.

OtherSourcesandConnectivity

One Blu-ray Disc player in the lectern, plus HDMI and auxiliary A/V inputs.

AudioRequirements

The system needs to provide program audio playback of PC content and video sources. Additional needs include sound reinforcement for a lectern microphone, a wireless lavalier microphone, and a handheld wireless microphone.

ControlInterface A simple-to-use control interface is needed at the lectern to power the display on and off, control source switching, lower or raise the screen, and control audio output levels and the Blu-ray Disc player.

System Design SolutionDisplaySystem One ceiling-mounted projector with 5,000 ANSI lumens brightness and an HDMI input. The projector has a native resolution of 1366x1024, and will be projected onto a 133 inch (338 cm) diagonal, 16x9 aspect ratio electric screen. The screen will be ceiling-mounted and located on the front wall, centered with the seating area.

A PC monitor will be located on top of the lectern. The monitor will be 19 inches (48 cm) diagonal and have a native resolution of 1280x1024.

SourcesandConnectivityThe following sources and connections will be provided in the lectern: One PC workstation, one Blu-ray Disc player, an auxiliary A/V input, analog 15-pin HD and DVI inputs for laptops, and an HDMI input. In addition, on the rear wall there will be 15-pin HD and DVI inputs for laptops.

ControlInterfaceAn ExtronTLP350CVTouchLinkTouchpanel will provide user control of the system, including source selection, source device control, display system control, and audio output level adjustments. The TLP350CV touch-sensitive control panel will be configured with a simple-to-use and intuitive graphical user interface. The ExtronIPL250 Ethernet Control Processor will integrate the TouchLink panel with non IP Link-equipped devices.

SwitchingSystemThe ExtronSMX200 Modular Multi-Plane Matrix Switcher, loaded with an SMX84DVIPro board and an SMX84A audio board will facilitate switching and routing of the various sources to the displays and audio system. The lectern sources shall be pre-switched at the lectern using an ExtronSW4DVIAPlus switcher. In addition, one ExtronDVS304DVI and two RGB-DVI300 scalers will be used as needed to scale and convert the various analog signals to compatible formats.

SignalDistributionExtronDVI201 Twisted Pair Transmitters and Receivers will be used to extend the digital video signals from the lectern and wall plates to the rack equipment, and from the rack equipment to the displays.

AudioSystemThe SMX 84 A audio I/O board will enable distribution of the source audio signals to the program audio system. This system will use an ExtronXPA1002 Stereo Power Amplifier and two ExtronSI28 Surface Mount Speakers located on each side of the screen. Speech reinforcement will be accomplished by inserting the lectern, wireless lavalier mic, and wireless handheld microphones into an ExtronDMP64ProDSP Digital Matrix Processor. The DMP 64 will then feed an ExtronXPA2001 Mono Power Amplifier and six Extron SI26CT Ceiling Speakers.

OverviewThis room will be used to train corporate employees. It will also be used to provide demonstrations to clients and business partners. The system needs to be capable of displaying both analog and digital media as an integral part of high quality, professional presentations. Consideration for future additional sources of various types will need to be incorporated into the design. Additionally, the system needs to be highly reliable and simple to operate.

www.extron.com 35

DVI 201 A D Tx CIA 114

RGB-DVI 300

RESET

RS232/RS422

REMOTE

LAN ACT

LINK

1.3A MAX.100-240V , 50-60Hz

ADDRESSDVI-HDCP INPUTS DVI-HDCP OUTPUTS

1 2 3 45 6 7 8

1 2 3 4

L 1 R L 2 R L 3 R L 4 R L 5 R L 6 R L 7 R L 8 ROUTPUTS

L 1 R L 2 R L 3 R L 4 R

ADDRESS

DVI 201 Tx

DVI 201 Rx

DVI 200 Tx SERIES


DVI 201 Rx SERIES

DVI-D OUTPUT

DVI 201 Tx

DVI 201 Rx

DVI 200 Tx SERIES


DVI 201 Rx SERIES

DVI-D OUTPUT

DVI 201 Rx

DVI 201 Rx SERIES

DVI-D OUTPUT

DVI 201 Rx

DVI 201 Rx SERIES

DVI-D OUTPUT

OUTPUT42

31INPUTSSW4 DVI A Plus

42

31

INPUTS OUTPUT

RGB - DVI 300

RGB - DVI 300

VID1 2 3

4

Y/VID

B-Y H/HV

R/R-Y

V

G/Y

B/B-Y

RS-232

DVI-IYC

SDI R-Y/C


INPUT

OUTPUT

VID1 2 3

4

Y/VID

B-Y H/HV

R/R-Y

V

G/Y

B/B-Y

RS-232

DVI-IYC

SDI R-Y/C


INPUT

OUTPUT

DVI 201 Tx

DVI 201 Rx

DVI 200 Tx SERIES


DVI 201 Rx SERIES

DVI-D OUTPUT

DVI 201 Tx

DVI 201 Rx

DVI 200 Tx SERIES


DVI 201 Rx SERIES

DVI-D OUTPUT

POWERRESET

LAN

MIC/LINE INPUTS

OUTPUTS

I/O

CLASS 2 WIRING

1 2

XPA 1002

LEVEL


SIGNAL

2

INPUTS OUTPUT

0 0

CLASS 2 WIRING

L R

XPA 2001-70V

OUTPUT70 V

LEVEL HPF INPUTS

0

LIMITER/PROTECT

SIGNAL


INPUT

RS-232PASS THRU

DVI

AUDIO L+R

Extron

COMPUTER

AUDIO

AUDIO

LR

VIDEO

AUDIO

NETWORK

LR

Lectern

TLP 350CVwith AAPs

Instructor PC

Lectern Display

Blu-ray Player

Wall Plates

SW4 DVI A Plus

DVS 304 DVIRGB-DVI 300

DVI 201 Rx

DVI 201 Tx

DMP 64

XPA 1002

XPA 2001

SI 28

SI 26CT

DVI 201 Rx

SMX 84 A

SMX 200

SMX DVI 84 Pro

DVI 201xi TxDVI 201 TxDVI 201 Tx

DVI 201 Rx

TCP/IPNetwork

TCP/IPNetwork

Projector To Lectern Display

From SMX Output

Lectern Mic

Lapel Mic Hand Mic

IPL 250

Screen Control UpBluRay Player

Projector

SW4 DVI A Plus

DMP 64

Screen Control Down

Video Audio Control CAT 5-type


Room Needs AssessmentStaffing The judge and clerk are responsible for managing

the courtroom. They both need touchpanel displays with video confidence feedback to control and manage content throughout the proceedings. The clerk may be required to display recorded evidence from his or her workstation PC. Both the judge and the clerk may restrict the viewing of evidence to the jury and audience, by muting the video signal to specific displays.

DisplayRequirements

All jurors need to be provided with their own displays in order to focus their attention. The prosecution and defense teams will also need to see the content, in order to monitor what is being presented to the witness and jury. Two large displays will also be required to provide the evidence content to the gallery, or audience members.

Sources Laptops, PCs, paper documents, and video presentations are the primary content used to introduce and show evidence to the judge and/or jury. Electronic evidence is submitted through a central evidence center, and electronic evidence may need to be annotated or marked up to highlight specific details to the judge and jury. There needs to be the capability to print these markups and save them to a file system.


The main design goal is to provide a content delivery system that is easy to set up, reliable, and easy to operate. The system must provide a strong backbone for future expansion, while accommodating integration of legacy equipment and signal types during the analog-to-digital transition period. Consistent resolution and aspect ratio is a requirement that must be maintained for all display devices in the system. Digital formats will provide uniformity in signal performance through several active digital video devices. Optimum resolutions are maximized through the use of the EDID functionality as part of the DVI format.

System Design SolutionDisplaySystem Twelve 20 inch (51 cm) HDTV displays are required in the jury box to display the electronic evidence and other content, while two 65 inch (165 cm) plasma displays are needed for presenting evidence to the gallery. Three additional 20 inch (51 cm) HDTV displays are located at the witness stand, prosecution, and defense tables.

SourcesThe prosecution and defense tables shall provide analog and digital source input connectivity to the content display system via an ExtronCableCubby600. An ExtronDVS304DVI Video and RGB Scaler is used to convert the analog signals to DVI while scaling them to the intended resolution and aspect ratio. DVI signals at these locations are pre-switched using a four-input ExtronSW4DVIPlus switcher.

The evidence station includes a similar connectivity and is further enhanced with the addition of a DVD player, high resolution document camera, and touchpanel display. The heart of the evidence station is an ExtronAnnotator. The Annotator provides selection of multiple input formats and has integrated scaling that outputs the required resolution, aspect ratio, and appropriate signal format using the optional DVI output. The Annotator, with a third-party touchscreen provides all the tools required to highlight and emphasize any electronic evidence. The clerks desk includes a PC workstation that may, on occasion, be used to provide content to the displays.

DigitalMatrixSwitchingSystemAn ExtronDXP88DVIPro 8x8 matrix switcher is the heart of the system, and provides signal routing from the aforementioned sources to the displays. The matrix switchers EDID Minder feature is used to negotiate resolution information from the digital displays to set each sources output to match their native resolution.

SignalDistributionExtronDVIDA8Plus distribution amplifiers, attached to the DXP88DVIPro outputs drive jury displays and information sent for gallery viewing.

ExtronDVI201 Twisted Pair Transmitters and Receivers are used extensively to extend 1080p signals 75 feet and beyond. EDID communications and HDCP can be passed through the DVI 201.

ExtronFOX500DVI Fiber Optic Extender products are utilized to transport evidence to the central monitoring location. They address system requirements for distance and content security.

TheExtronDVI-RGB150 is used for converting DVI signals to analog RGBHV for use with a digital recorder.

ControlInterfaceThe judge and clerk are responsible for managing the content presented in the courtroom. Two control system touchpanels with video feedback are needed. The DVI-RGB 150 interfaces, in conjunction with Extron MTP Twisted Pair products, are again utilized for proper signal distribution.

Municipal Courtroom System

OverviewThe Municipal court is a lower court which usually tries criminal misdemeanors and civil lawsuits involving lesser amounts of money than superior, district, or county courts. Municipal courts have city or county-wide jurisdiction, conduct preliminary hearings, and try cases of up to $25,000. The environment is fast-paced and A/V support systems must be easy to set up and operate.

www.extron.com 37

DVI 201 Tx

DVI 201 Rx

DVI 200 Tx SERIES


DVI 201 Tx

DVI 200 Tx SERIES


DVI 201 Rx SERIES

DVI-D OUTPUT

DVI 201 Tx

DVI 201 Rx

DVI 200 Tx SERIES


DVI 201 Rx SERIES

DVI-D OUTPUT

DVI 201 Tx

DVI 201 Rx

DVI 200 Tx SERIES


DVI 201 Rx SERIES

DVI-D OUTPUT

DVI 201 Tx

DVI 201 Rx

DVI 200 Tx SERIES


DVI 201 Rx SERIES

DVI-D OUTPUT

DVI 201 Tx

DVI 201 Rx

DVI 200 Tx SERIES


DVI 201 Rx SERIES

DVI-D OUTPUT

DVI 201 Tx

DVI 201 Rx

DVI 200 Tx SERIES


DVI 201 Rx SERIES

DVI-D OUTPUT

DVI 201 Tx

DVI 201 Rx

DVI 200 Tx SERIES


DVI 201 Rx SERIES

DVI-D OUTPUT

DVI 201 Tx

DVI 201 Rx

DVI 200 Tx SERIES


DVI 201 Rx SERIES

DVI-D OUTPUT

DVI 201 Tx

DVI 201 Rx

DVI 201 Rx SERIES

DVI-D OUTPUT

DVI 200 Tx SERIES


DVI 201 Rx

DVI 201 Rx SERIES

DVI-D OUTPUT

DVI 201 Rx

DVI 201 Rx SERIES

DVI-D OUTPUT

OUTPUT42


42

31

INPUTS OUTPUT

OUTPUT42


42

31

INPUTS OUTPUT

OUTPUT42


42

31

INPUTS OUTPUT

OUTPUT

INPUTBUFFERED

LOOP-THROUGH

R

H

G

V

B

S

DVI-RGB 150

OUTPUT

INPUTBUFFERED

LOOP-THROUGH

R

H

G

V

B

S

DVI-RGB 150

OUTPUT

INPUTBUFFERED

LOOP-THROUGH

R

H

G

V

B

S

DVI-RGB 150


LAN

ACT

LINK

RESET

USLISTED1T23I.T.E.

DVI-D OUTPUTS

DVI PRO - HDCP COMPLIANT

DVI-D INPUTS1 2 3 4

5 6 7 8

1 2 3 4

5 6 7 8

DVI-D INPUT DVI-D OUTPUT

1 2 3 4 5 6 7 8

DVI DA8 Plus

DVI-D INPUT DVI-D OUTPUT

1 2 3 4 5 6 7 8

DVI DA8 Plus

DVI-D INPUTDVI-D

LOOP - THRU

FOX 500 DVI Tx

AUDIO INPUTS

*

OPTICAL1 2*

OUTPUTINPUT

AUDIO

POWER

MONITOR

MTP T 15 HD A

OUTPUTINPUT

AUDIO

POWER

MONITOR

MTP T 15 HD A

INPUTBUFFEREDOUTPUT

OUTPUT

POWER

MTP RL 15HD A

INPUTBUFFEREDOUTPUT

OUTPUT

POWER

MTP RL 15HD A

RS-232

RS-232

KEYBOARD

MOUSE

USB

RESET

LANRGB/R-Y,Y,B-Y

RGB/R-Y,Y,B-Y

R/R-Y

B/B-Y

H V S

G/YHDSDI/

SDI

RGB/R-Y, Y, B-Y

4 5 7

6

31

2

R/R-Y

G/YVID

H/HV V CR-Y

B/CB-Y

B-Y/C

VID/Y

VID/Y O

UTPUTS

INPUTS

DVI-D

MTP

DVIOUT

VID1 2 3

4

Y/VID

B-Y H/HV

R/R-Y

V

G/Y

B/B-Y

RS-232

DVI-IYC

SDI R-Y/C


INPUT

OUTPUT

VID1 2 3

4

Y/VID

R-Y H/HV

R/R-Y

V

G/Y

B/B-Y

RS-232

DVI-IYC

SDI B-Y/C


INPUT

OUTPUT

VID1 2 3

4

Y/VID

B-Y H/HV

R/R-Y

V

G/Y

B/B-Y

RS-232

DVI-IYC

SDI R-Y/C


INPUT

OUTPUT

VID1 2 3

4

Y/VID

R-Y H/HV

R/R-Y

V

G/Y

B/B-Y

RS-232

DVI-IYC

SDI B-Y/C


INPUT

OUTPUT

INPUT LOCAL OUTPUT OUTPUT

DVI DA2

COMPUTER

AUDIO

AUDIO

LR

VIDEO

AUDIO

LR

COMPUTER

AUDIO

AUDIO

LR

VIDEO

AUDIO

LR

COMPUTER

AUDIO

AUDIO

LR

VIDEO

AUDIO

LR

HDCAM

00:00:00:00

TCP/IPNetwork

Jury Gallery Witness

Cable Cubby 600with AAP

Clerk PC

DVD Player

Document Camera

SW4 DVI A Plus

DVS 304 DVI

VGAComposite

DVI

DVI

DVI

DVI DVI DVI DVI

DVI

DVI DVI DVI DVI DVI DVI DVI

DVI DVI DVI

DVI

DVI

DVI

DVI

VGA

VGA

VGA

RGB

VGA

DVI

DVI

DVI DVI

DVIDVI

DVI DVI

HDMI to DVI Adapter

DVI 201 Rx DVI 201 Rx DVI 201 Rx DVI 201 Rx

DXP 88 DVI Pro

DVI 201 Tx


SW4 DVI A Plus

DVS 304 DVI

VGAComposite

DVI

DVI

DVI

HDMI to DVI Adapter

DVI 201 Tx DVI 201 Tx

DVI 201xi Tx

20" Flat Panel Display #1

JudgeTouch Panel

ClerkTouch Panel

Digital Video Recorder




To Central Monitoring

MTP RL 15HD A

MTP RL 15HD A

DVI 201 Rx(17 places)

DVI 201 Tx(17 places)

DVI DA8 Plus

DVI DA8 Plus

DVI DA2

MTP T 15HD A

MTP T 15HD A

DVI-RGB 150

DVI-RGB 150

DVI-RGB 150FOX 500 DVI Tx

Defense Evidence

Clerk


SW4 DVI A Plus

Annotator

VGA

VGA

Composite

VGA

DVI

DVI

Component

DVI

DVI DVI

HDMI to DVI Adapter Touch

Monitor

Mouse

Keyboard

CAT 5-type CAT 5-type CAT 5-type CAT 5-type

CAT 5-type

CAT 5-type

CAT 5-type

20" Flat Panel Display

CAT 5-type

Prosecution


CAT 5-type

Defense


CAT 5-typeCAT 5-typeCAT 5-typeCAT 5-type

Video Control CAT 5-type Optical Fiber

Optical Fiber

Prosecution


System Design SolutionDisplaySystem Two 1920x1080 DLP projectors projecting onto motorized screens, arranged side-by-side and ceiling-mounted above the stage at the front of the room. Individual screen sizes are approximately 133 inches (338 cm) diagonal with a 16x9 aspect ratio.

CamerasTwo HD cameras will be installed on wall mounts, one mounted in the rear of the room and facing the instructor. The second camera will be mounted in the front of the room, facing the classroom.

DigitalMatrixSwitchingandSignalManagementThe ExtronDXP88DVIPro 8x8 matrix switcher will function as the heart of the system. All HDMI, DVI, VGA and composite sources will be converted to the DVI for seamless integration with the displays and other peripheral equipment. HDMI and DVI source material with HDCP content protection will be switched alongside non-HDCP sources within the matrix switcher.

LecternSourcesAn ExtronAnnotatorwill be located at the lectern and will provide local switching, scaling, and annotation capabilities for the instructor. VGA, DVI and composite video connections from an ExtronCableCubby600 will feed the Annotator inputs. The Annotator will be used to scale and convert all lectern sources to DVI at a 1920x1080 resolution.

DigitalSignalDistributionandExtensionExtronHDMI201 and DVI201 Twisted Pair Transmitters and Receivers will be paired to extend DVI and HDMI video signals over shielded CAT 5e cables. The HD cameras, and the digital inputs at the floor box will use this common cabling infrastructure. DDC and HDCP transmission is supported, which will provide reliable long distance DVI and HDMI signal distribution. The analog video and PC sources will be scaled and converted to DVI using an ExtronRGB-DVI300 scaler.

MultiGraphicsProcessorAn ExtronMGP464 Multi-Graphic Processor is used to provide quad screen views to the confidence monitor. All sources can route digitally through the DVI matrix switcher and into the quad processor.

FiberDistributionFiber optics with ExtronFOXBOX4GDVIPlus Extenders will be used to cover the substantial distances from the control room to a central monitoring location. The FOXBOX 4G DVI Plus transmits signals up to 1920x1200 and HDTV 1080p, and supports bi-directional RS-232 control over the fiber infrastructure. All content from the lectern location will be transmitted with pixel-for-pixel image quality via FOXBOX 4G DVI Plus extenders.

Lecture Hall System

Room Needs AssessmentStaffing Instructors require the flexibility to present multiple

sources from the lectern during classes. There is a need to provide annotation and mark-up of materials being presented, regardless of their incoming video signal type.

SourceLocations Lectern: The lectern will feature several source input options, the ability to annotate over source materials, and provide many hands-on controls for monitoring and interacting with source materials.

FloorBox: A floor box at the front of the lecture hall will allow additional equipment to be connected to the display system. HDMI, DVI, and VGA connections will be provided through the use of twisted pair extenders.

ControlRoom: The control room will allow for operational support of the system and feature the majority of the switching, scaling, signal distribution, and monitoring for the system.

DisplayRequirements

An instructors 65 inch (165 cm) confidence monitor will be accompanied by two projectors for viewing materials in the classroom. The confidence display will be capable of showing four different sources at one time, providing a comprehensive view of various materials. The two DLP projectors will project onto screens located at the front of the room and above the white board.


Classroom presentations and instruction are intended to be recorded for archiving and distribution to a central monitoring location. Cameras located within the classroom will be focused on capturing both the instructor and classroom participants.

OverviewThis lecture hall is a large room capable of seating approximately 80 students with stadium-style seating, providing clear and unobstructed views of a large screen at the front of the room, along with two large projection screens. A large lectern is located in front of the room, serving as the central point for content delivery and control. This system is designed to support the visual communication needs of a modern educational classroom. It supports digital and analog sources using a digital switching infrastructure that manages HDCP digital content protection, from the point of origin to any given destination.

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