system design solution - extron 39 power 12v 0.4a max dvi 201 tx rs-232 pass thru tx rx ddc route 1...

2
38 Extron Digital Design Guide Room Needs Assessment Staffing 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. Display Requirements 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. Functional Requirements 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 Solution Display System 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. Sources The prosecution and defense tables shall provide analog and digital source input connectivity to the content display system via an Extron Cable Cubby 600. An Extron DVS 605 HDCP-compliant scaler is used to convert the analog signals to HDMI while scaling them to the intended resolution and aspect ratio. 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 Extron Annotator. 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 clerk’s desk includes a PC workstation that may, on occasion, be used to provide content to the displays. Digital Matrix Switching System An Extron DXP 88 DVI Pro 8x8 matrix switcher is the heart of the system, and provides signal routing from the aforementioned sources to the displays. The matrix switcher’s EDID Minder feature is used to negotiate resolution information from the digital displays to set each source’s output to match their native resolution. Signal Distribution Extron DVI DA8 Plus distribution amplifiers, attached to the DXP 88 DVI Pro outputs drive jury displays and information sent for gallery viewing. Extron DTP HDMI 301 and DTP DVI 301 Twisted Pair Transmitters and Receivers are used extensively to extend 1080p signals 75 feet and beyond. EDID communications can be passed through the DTP DVI 301. An Extron FOXBOX DVI Tx Fiber Optic Transmitter is utilized to transport evidence to the central monitoring location. It addresses system requirements for distance and content security. The Extron DVI-RGB 200 is used for converting DVI signals to analog RGBHV for use with a digital recorder. Control Interface The 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 200 interfaces, in conjunction with Extron MTP Twisted Pair products, are again utilized for proper signal distribution. Municipal Courtroom Overview The 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 AV support systems must be easy to set up and operate.

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Page 1: System Design Solution - Extron 39 power 12v 0.4a max dvi 201 tx rs-232 pass thru tx rx ddc route 1 2 remote spare local single link on 1 2 dvi 200 tx series dvi input local output

38 Extron Digital Design Guide

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.

Display Requirements

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.

Functional Requirements

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 activedigitalvideodevices.Optimumresolutionsaremaximized through the use of the EDID functionality as part of the DVI format.

System Design SolutionDisplay System 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 Extron Cable Cubby 600. An Extron DVS 605 HDCP-compliant scaler is used to convert the analog signals to HDMI while scaling them to the intended resolution and aspect ratio.

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 Extron Annotator. 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 clerk’s desk includes a PC workstation that may, on occasion, be used to provide content to the displays.

Digital Matrix Switching SystemAn Extron DXP 88 DVI Pro 8x8 matrix switcher is the heart of the system, and provides signal routing from the aforementioned sources to the displays. The matrix switcher’s EDID Minder feature is used to negotiate resolution information from the digital displays to set each source’s output to match their native resolution.

Signal DistributionExtron DVI DA8 Plus distribution amplifiers, attached to the DXP 88 DVI Pro outputs drive jury displays and information sent for gallery viewing.

Extron DTP HDMI 301 and DTP DVI 301 Twisted Pair Transmitters and Receivers are used extensively to extend 1080p signals 75 feet and beyond. EDID communications can be passed through the DTP DVI 301.

An Extron FOXBOX DVI Tx FiberOpticTransmitterisutilizedtotransport evidence to the central monitoring location. It addresses system requirements for distance and content security.

The Extron DVI-RGB 200 is used for converting DVI signals to analog RGBHV for use with a digital recorder.

Control InterfaceThe 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 200 interfaces, in conjunction with Extron MTP Twisted Pair products, are again utilized for proper signal distribution.

Municipal Courtroom

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 AV support systems must be easy to set up and operate.

Page 2: System Design Solution - Extron 39 power 12v 0.4a max dvi 201 tx rs-232 pass thru tx rx ddc route 1 2 remote spare local single link on 1 2 dvi 200 tx series dvi input local output

www.extron.com 39

POWER12V 0.4A MAX

DVI 201 TxRS-232

PASS THRU

Tx Rx

DDC ROUTE

1 2

REMOTE

SPARE LOCAL

SINGLE LINK

ON

1 2

DVI 200 Tx SERIES

DVI INPUT LOCAL OUTPUT

SA

L R

Tx Rx

REMOTE / AUTO-SW

OUTPUT42

31INPUTSSW4 DVI A Plus

42

31

INPUTS

DVI-D ONLYSUPPORTS

0.2A MAX12VPOWER

OUTPUT

LAN

AC

TLI

NK

RE

SE

T

USLISTED

1T23I.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

12V0.4A MAX

POWER DVI-D INPUT DVI-D OUTPUT

1 2 3 4 5 6 7 8

DVI DA8 Plus

12V0.4A MAX

POWER DVI-D INPUT DVI-D OUTPUT

1 2 3 4 5 6 7 8

DVI DA8 Plus

OUTPUTINPUT

AUDIO

POWER12V .5A MAX

MONITOR

PRE-PEAK

ON

OFF

MTP T 15 HD A

OUTPUTINPUT

AUDIO

POWER12V .5A MAX

MONITOR

PRE-PEAK

ON

OFF

MTP T 15 HD A

INPUTBUFFERED

OUTPUT

OUTPUT

POWER12V .5A MAX

MTP RL 15HD A

ON

1 2 3 4 5 6

H S

YN

C +

V S

YN

C +

C S

YN

CS

OG

VID

EO

EN

D U

NIT

1MONO AUDIO

2

INPUTBUFFERED

OUTPUT

OUTPUT

POWER12V .5A MAX

MTP RL 15HD A

ON

1 2 3 4 5 6

H S

YN

C +

V S

YN

C +

C S

YN

CS

OG

VID

EO

EN

D U

NIT

1MONO AUDIO

2

12V0.4A MAX

POWER

INPUT LOCAL OUTPUT OUTPUT

DVI DA2SUPPORTSDVI-D ONLY

100-240V 0.4A

50/60 Hz OUTPUT

INPUTBUFFERED

LOOP-THROUGH

R

H

G

V

B

S

SO

G O

N/O

FF

RE

FRE

SH

DDCSOURCEMONITOR

HIGH

LOWSELECTOR

OUTPUTRESOL.

DVI-RGB 200

1

ON

2

100-240V 0.4A

50/60 Hz OUTPUT

INPUTBUFFERED

LOOP-THROUGH

R

H

G

V

B

S

SO

G O

N/O

FF

RE

FRE

SH

DDCSOURCEMONITOR

HIGH

LOWSELECTOR

OUTPUTRESOL.

DVI-RGB 200

1

ON

2

100-240V 0.4A

50/60 Hz OUTPUT

INPUTBUFFERED

LOOP-THROUGH

R

H

G

V

B

S

SO

G O

N/O

FF

RE

FRE

SH

DDCSOURCEMONITOR

HIGH

LOWSELECTOR

OUTPUTRESOL.

DVI-RGB 200

1

ON

2

RxTx

RS-232 IR

RxTxLOCALSHARE

REMOTE

1 2

ON

DDC ROUTEPOWER12V 1.0 A MAX

OUT

ANALOG AUDIO

SIG LINK

DTP OUT

INPUTS LOCAL OUTPUTAUDIODVI-D

DTP DVI 301 Tx

RxTx

RS-232 IR

RxTx

POWER12V 1.0 A MAX

IN

ANALOG AUDIO

SIG LINK

DTP IN

L R

OUTPUTS

DVI-DAUDIO

DTP DVI 301 Rx

RxTx

RS-232 IR

RxTxLOCALSHARE

REMOTE

1 2

ON

DDC ROUTEPOWER12V 1.0 A MAX

OUT

ANALOG AUDIO

SIG LINK

DTP OUT

INPUTS LOCAL OUTPUTAUDIODVI-D

DTP DVI 301 Tx

RxTx

RS-232 IR

RxTx

POWER12V 1.0 A MAX

IN

ANALOG AUDIO

SIG LINK

DTP IN

L R

OUTPUTS

DVI-DAUDIO

DTP DVI 301 Rx

RxTx

RS-232 IR

RxTx

POWER12V 1.0 A MAX

IN

ANALOG AUDIO

SIG LINK

DTP IN

L R

OUTPUTS

DVI-DAUDIO

DTP DVI 301 Rx

RxTx

RS-232 IR

RxTx

POWER12V 1.0 A MAX

IN

ANALOG AUDIO

SIG LINK

DTP IN

L R

OUTPUTS

DVI-DAUDIO

DTP DVI 301 Rx

RxTx

RS-232 IR

RxTxLOCALSHARE

REMOTE

1 2

ON

DDC ROUTEPOWER12V 1.0 A MAX

OUT

ANALOG AUDIO

SIG LINK

DTP OUT

INPUTS LOCAL OUTPUTAUDIODVI-D

DTP DVI 301 Tx

RxTx

RS-232 IR

RxTx

POWER12V 1.0 A MAX

IN

ANALOG AUDIO

SIG LINK

DTP IN

L R

OUTPUTS

DVI-DAUDIO

DTP DVI 301 Rx

RxTx

RS-232 IR

RxTxLOCALSHARE

REMOTE

1 2

ON

DDC ROUTEPOWER12V 1.0 A MAX

OUT

ANALOG AUDIO

SIG LINK

DTP OUT

INPUTS LOCAL OUTPUTAUDIODVI-D

DTP DVI 301 Tx

RxTx

RS-232 IR

RxTx

POWER12V 1.0 A MAX

IN

ANALOG AUDIO

SIG LINK

DTP IN

L R

OUTPUTS

DVI-DAUDIO

DTP DVI 301 Rx

RxTx

RS-232 IR

RxTx

POWER12V 1.0 A MAX

IN

ANALOG AUDIO

SIG LINK

DTP IN

L R

OUTPUTS

DVI-DAUDIO

DTP DVI 301 Rx

RxTx

RS-232 IR

RxTxLOCALSHARE

REMOTE

1 2

ON

DDC ROUTEPOWER12V 1.0 A MAX

OUT

ANALOG AUDIO

SIG LINK

DTP OUT

INPUTS LOCAL OUTPUTAUDIODVI-D

DTP DVI 301 Tx

RxTx

RS-232 IR

RxTx

POWER12V 1.0 A MAX

IN

ANALOG AUDIO

SIG LINK

DTP IN

L R

OUTPUTS

DVI-DAUDIO

DTP DVI 301 Rx

RxTx

RS-232 IR

RxTxLOCALSHARE

REMOTE

1 2

ON

DDC ROUTEPOWER12V 1.0 A MAX

OUT

ANALOG AUDIO

SIG LINK

DTP OUT

INPUTS LOCAL OUTPUTAUDIODVI-D

DTP DVI 301 Tx

RxTx

RS-232 IR

RxTx

POWER12V 1.0 A MAX

IN

ANALOG AUDIO

SIG LINK

DTP IN

L R

OUTPUTS

DVI-DAUDIO

DTP DVI 301 Rx

RxTx

RS-232 IR

RxTxLOCALSHARE

REMOTE

1 2

ON

DDC ROUTEPOWER12V 1.0 A MAX

OUT

ANALOG AUDIO

SIG LINK

DTP OUT

INPUTS LOCAL OUTPUTAUDIODVI-D

DTP DVI 301 Tx

RxTx

RS-232 IR

RxTx

POWER12V 1.0 A MAX

IN

ANALOG AUDIO

SIG LINK

DTP IN

L R

OUTPUTS

DVI-DAUDIO

DTP DVI 301 Rx

RxTx

RS-232 IR

RxTxLOCALSHARE

REMOTE

1 2

ON

DDC ROUTEPOWER12V 1.0 A MAX

OUT

ANALOG AUDIO

SIG LINK

DTP OUT

INPUTS LOCAL OUTPUTAUDIODVI-D

DTP DVI 301 Tx

RxTx

RS-232 IR

RxTx

POWER12V 1.0 A MAX

IN

ANALOG AUDIO

SIG LINK

DTP IN

L R

OUTPUTS

DVI-DAUDIO

DTP DVI 301 Rx

50/60Hz100-240V .5A MAX

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

UTPUT

INPUT DVI-D

MTP

DVIOUT

FOXBOX Tx DVI

DVI

OVE

RTE

MP

AU

DIO

CONFIG

OPTICAL

RxTx

LIN

K

LIN

K

AUDIODVI-D INPUT

FOXBOX Tx DVI

RS-232OVER FIBER ALARM

Tx Rx 1 2

12V 1.0A MAX

POWERMODE

1

ON

2

POWER12V

RxTx

RS-232 IR

INPUTS

0.6 A MAX

RxTx

AUDIO

OUT

ANALOG AUDIO

SIG LINK

DTP OUT

POWER12V

RxTx

RS-232 IR

INPUTS

0.6 A MAX

RxTx

AUDIO

OUT

ANALOG AUDIO

SIG LINK

DTP OUT

100-240V ~ 0.7A MAX50-60Hz RGB/R-Y, Y, B-Y

1

5

2

3

4

UNIVERSAL

AUX

HDMI

HDMI

GENLOCK

LAN

RESET

3G/HD - SDI

RS-232 IR

Tx Rx SGG

1 2 3 4 5

INPUTS OUTPUTS REMOTE

100-240V ~ 0.7A MAX50-60Hz RGB/R-Y, Y, B-Y

1

5

2

3

4

UNIVERSAL

AUX

HDMI

HDMI

GENLOCK

LAN

RESET

3G/HD - SDI

RS-232 IR

Tx Rx SGG

1 2 3 4 5

INPUTS OUTPUTS REMOTE

CO

MP

UT

ER

AU

DIO

AU

DIO

LR

VID

EO

AU

DIO

LR

CO

MP

UT

ER

AU

DIO

AU

DIO

LR

VID

EO

AU

DIO

LR

CO

MP

UT

ER

AU

DIO

AU

DIO

LR

VID

EO

AU

DIO

LR

POWER

PHONES

INPUT

MIXING

EXT 1-4

IMX

5-8REC

REC

CH1 5 CH2 6

UNITY VARIABLE

CH3 7 CH4 8 CUE

CUE

L

R MONITOR

PREVIEW AUTO EDIT

DMC EDIT DELETE

REVIEW

LIST GOOD SHOT MARK TRIM

CH1 5 CH2 6 CH3 7 CH4 8

PB

REC

PB

REMOTE EJECT1(9P) 2(50P) RS-232C

MPEG IMX Digital BETACAM HDCAM HDCAM High DefinitionVideo System

MEMORY

REC/ERASE AUDIO

ENTRY

PREROLL

REW

REC

PLAY

EDIT

F FWD

STANDBY

STOP

IN

IN

OUT

OUT

REC INHI

REVERSE FORWARD

JOG

SHUTTLE VAR

F1 F2 F3F4 F5 F6

JOG

HOME

SHUTTLE/VAR

DISPLAYFULL/FINE

CHANNELCONDITION

ASSEMBLE INSERT

VIDEO CH1 CH2 CH3 CH3 CUE

RESET

TC

00:00:00:00KEY INHIALARM

PUSH/SHIFT

MULTICONTROL

PLAYER

RECORDER

HD SDI HD SDI HD SDI HD SDI

db db db db0

10

20

30

40

50

0

10

20

30

40

50

0

10

20

30

40

50

0

10

20

30

40

50

db0

10

20

30

40

50

TCP/IPNetwork

Jury Gallery Witness

Cable Cubby 600with AAP

Clerk PC

DVD Player

Document Camera

DVS 605

HDMI

VGA

HDMI

DVI to HDMI Adapter

Composite to VGA Adapter

Cable Cubby 600with AAP

DVS 605

HDMI

VGA

HDMI

DVI to HDMI Adapter

Composite to VGA

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

DXP 88 DVI Pro

20" Flat Panel Display #1

JudgeTouchpanel

ClerkTouchpanel

Digital Video Recorder

20" Flat Panel Display #12

65" Flat Panel Display #1

65" Flat Panel Display #2

To Central Monitoring

MTP RL 15HD A

MTP RL 15HD A

DVI DA8 Plus

DVI DA8 Plus

DVI DA2

MTP T 15HD A

MTP T 15HD A

DVI-RGB 200

DVI-RGB 200

DVI-RGB 200

FOXBOX DVI Tx

Defense Evidence

Clerk

Cable Cubby 600with AAPs

SW4 DVI A Plus

Annotator

VGA

VGA

Composite

VGA

DVI

DVI

Component

DVI

DVI DVI

HDMI to DVI Adapter Touch

Monitor

Mouse

Keyboard

CATx

CATx CATx

CATx

CATx

20" Flat Panel Display

Prosecution

20" Flat Panel Display

Defense

20" Flat Panel Display

CATx CATx CATx CATx CATx CATx CATx

Video Control CATx Cable Fiber Cable

Optical Fiber

Prosecution

DTP DVI 301 Tx

DTP DVI 301 Rx

DTP DVI 301 Tx

DTP DVI 301 Rx DTP DVI 301 RxDTP DVI 301 Rx

DTP HDMI 301 Tx

CATx

DTP HDMI 301 Tx

DTP DVI 301 Rx (17 places)

DTP DVI 301 Tx (17 places)