Understanding DTP Systems · 2017. 5. 8. · DTP transmitters extend AV from two remote locations. The DTP CrossPoint provides AV matrix switching for two displays, along with audio

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Extron Electronics – Understanding DTP Systems 12/22/15 Revision 1.0

Table of Contents

Introduction ............................................................. 1

DTP System Elements and Capabilities .......................1

Best Practices for System Implementation ..................5

Maximum Transmission Distance ...............................5

Cabling and Connections ...........................................5

Cable Termination .....................................................5

Verifying Continuity and Signal Presence ....................6

Distributing AV Content ..............................................7

Distributing Control Signals ......................................10

Distributing Analog Audio .........................................12

Remote Power ........................................................13

HDBaseT Compatibility ............................................14

Appendix 1 .............................................................15

Appendix 2 .............................................................17

AbstractThe ability to transport audio, video,

control, and remote power over shielded

CATx cable is a growing necessity

for accommodating today’s diverse

presentation environments and professional

AV system applications. This guide will help

you understand how to effectively manage

and integrate these signal types into Extron

DTP® digital twisted pair AV systems. An

included series of best practices provides

insight on how to successfully integrate

DTP Systems in your AV application,

covering topics such as DTP components,

the importance of digital cable quality,

distributing AV content and control, as well

as HDBaseT compatibility.

Understanding DTP Systems

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IntroductionThis document is a collection of best practices designed to ensure a successful

installation of an Extron DTP® System, and reliable performance throughout the entire

system.

DTP System Elements and CapabilitiesExtron DTP Systems is a family of products for extending audio, video, and control

signals, along with providing DC power over a single shielded CATx cable to span

distances not achievable with native video cabling such as HDMI. DTP Systems products

may be divided into the following broad functional types:

• DTP Transmitter – a product that combines AV and control input signals, and

reformats them for long distance transmission over a shielded CATx cable.

A variety of DTP transmitters are available to support video input signal types

including DisplayPort, HDMI, DVI, 3G-SDI, and VGA. Supported control signal types

include RS-232 and IR.

• DTP Receiver – A product that accepts DTP signals sent from a DTP transmitter,

and reproduces the AV and control signals for transmission to a display, switcher,

or other device.

• Distribution Amplifier – A product that accepts AV and control input signals,

and reformats them for long distance transmission over shielded CATx cable to

multiple destinations. These distribution amplifiers provide several DTP outputs

to extend the same source AV content to two or more displays in an application.

• DTP Switcher or Matrix Switcher – A video switching product supporting a variety

of input and output signal types, including DTP. A DTP switcher or matrix switcher

provides centralized switching, processing, and control for the AV system.

The simplest application for DTP products is point-to-point transmission of audio, video,

and control signals from a video source to a display. The advantages of this approach

over using conventional AV and control cabling are:

• The separate audio, video, and control signals are consolidated onto one shielded

CATx cable – This saves the cost of acquiring and installing separate cables as

well as minimizing the space occupied by the cable run.

• Transmission distance is greatly increased – Digital video formats such as HDMI

and DisplayPort were not originally meant for the extended cable lengths required

in professional installations. DTP products enable overall transmission distances

up to 230 feet (70 meters) or 330 feet (100 meters).

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3Extron Electronics – Understanding DTP Systems 12/22/15 Revision 1.0

• Built-in video signal conversion – DTP endpoints, i.e. transmitters and receivers,

are available for a variety of video formats including DisplayPort, HDMI, DVI,

3G-SDI, and VGA. Video signal conversion built into the devices ensure that any

DTP transmitter is compatible with any DTP receiver, regardless of the transmitter's

input video format and receiver's output video format. See figure 1 below.

Beyond point-to-point signal extension, DTP products are available to provide centralized

AV switching, signal processing, and system control to function as the core of a complete

professional AV system, meanwhile delivering all the advantages of long distance cable

extension and consolidation.

The advantages of a centralized DTP switching system include:

• Compatibility with all DTP endpoints – The DTP connections on centralized

switchers are compatible with the entire line of DTP transmitters and receivers.

This gives the AV system designer freedom to choose endpoints that suit the

video input and output formats of sources and displays, provide sub-switching in

convenient locations, as well as provide reliable signal extension up to 230 feet

(70 meters) or 330 feet (100 meters) to accommodate the system’s distance

requirements.

• Full audio processing – Most DTP switching and signal processing products

provide audio embedding and de-embedding, and level adjustments to manage

the audio signal path.

Figure 1: This application illustrates point-to-point signal transmission where a DTP transmitter sends a DisplayPort video signal along with digital audio, RS-232 control signals from the AV control system, and power over a 330 foot (100 meter) length of shielded CATx cable to a DTP receiver and connected HDMI display. Note that the use of a DTP DisplayPort transmitter and a DTP HDMI receiver eliminates the need for any additional signal conversion from DisplayPort to HDMI.

AUDIO

INPUTS

OVER TP

RS-232 IR

Tx Rx Tx RxG

POWER12V 0.8A MAX

SIG LINK

OUTDTP

HDBT

DTP HDMI 330 Rx

OVER DTP

RS-232 IR

Tx Rx Tx RxG

L R

POWER12V 0.7A MAX

AUDIO

SIG LINK

DTP IN

OUTPUTS

POWER12V 0.3A MAX

IPL PRO S3

GTx Rx RTS CTS GTx Rx RTS CTS GTx Rx RTS CTS

COM 1 COM 2 COM 3

LAN / PoE

MODEL 80

FLAT PANEL

Extron DTP T DP 4K 330Transmitter

Extron PS 1210 CPower Supply

ExtronDTP HDMI 4K 330 RxReceiver

CATx Cable up to 330' (100 m)

DisplayPort12V DC

4K Display

PC

HDMIRS-232

RS-232

ExtronIPL Pro S3IP Link Pro Control Processor

WiFi 1 2 3 4

Extron

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• Remote power for endpoints – All DTP switching and signal processing products

can provide remote power to connected endpoints, simplifying the design and

installation by eliminating the need to power the endpoints separately.

• Large selection of products with diverse capabilities – The line of DTP switchers

ranges from the IN1604 DTP with four inputs and one DTP output, to the

DTP CrossPoint 108 4K with 10x8 matrix switching, 4K scaling, and DSP with

acoustic echo cancellation. DTP switchers are available to cover a wide variety

of AV system designs from conference rooms to auditoriums and divisible rooms.

Figure 2: This application depicts a centralized DTP AV switching system. DTP transmitters extend AV from two remote locations. The DTP CrossPoint provides AV matrix switching for two displays, along with audio power amplification. A touchpanel is connected to the built-in control processor, which inserts RS-232 signals onto the DTP connections to control the camera, DTP switching transmitter, and both displays.

OVER TP

RS-232 IR

Tx Rx Tx RxG

POWER12V 0.8A MAX

SIG LINK

IN OUTPUTS

L R

AUDIO

Extron

OV

ER

TP

RS

-232IR

Tx

LOOP

THRU

AUDIO IN

3G-SDI IN

Rx

TxR

xG

AUDIO IN

DP IN

AUDIO IN

HDMI IN

Extron

50-60 Hz

100-240V ~ -- A MAX

SIG LINK

OUT

1

1 2 3 4 5 6

2 3A 4A 4B 4

RS-232 IR

RS-232 IR

Tx Rx Tx RxG

Tx Rx Tx Rx

XTP RESET R

S/PDIFOUT

DTP

XTP

DTP

XTP

DTP

XTP

DTP

+48V

MIC/LINE1 1 3

2 42

3

4

LIN

K

EXP

HDBTHDBT G

7 8

DTP

CR

OSS

PO

INT

84 4

K RS-232 IR

Tx Rx Tx RxG

OVER TP

OVER TP

SIG LINK

IN

SIG LINK

IN

AU

DIO

OU

TP

UT

S

AU

DIO

INP

UT

S

DM

P E

XPA

NS

ION

CO

NT

RO

L

AM

P O

UT

PU

T

INP

UT

SO

UT

PU

TS

SIG LINK

OUT

3B

RS-232 IR

Tx Rx RTSCTSG

1L R 1

L R3

L R 3L R

5L R

2L R 4L R 2L R 4L R6L R

Tx Rx G 1 21 2

S GS G

C 3 4 C +V

PWR OUT = 6W

+V D -S +S

Tx Rx G Tx Rx G 1 2 3 4 G REMOTE

COM 1 COM 3COM 2 DIGITAL I/OLAN 1

LAN 2 LAN 3 CLASS 2 WIRING

1

L R

8Ω / 4Ω

IR/SERIAL RELAYS DIGITAL I/O

OUTPUTS

AUDIO

Tx Rx G Tx Rx

RS-232 IR

OVER DTP

OUTPUTS

AUDIO

Tx Rx G Tx Rx

RS-232 IR

OVER DTP

Monday, December 16, 2013 7:04 AM

Menu DeleteKey

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7PQRS

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EndCall Call

Enter

FullScreen

Camera Display Presets

Privacy

NearEnd

ZoomIn

ZoomOut

FarEnd

Contacts

Name + -

Sources

Andrew

Video Window

Beth

Charlie

David

Ervin

Frank

Greg

Harold

Kevin

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Andrew(800) 633 - 9876

1 2 3

Extron Extron

POWER STANDBY

Display





RS-232HDMI

RS-232 DisplayPort

Extron DTP HDMI 4K 230 D RxReceiver

AudioAudio

Inputs

Outputs

Microphones

ExtronSM 26Surface Mount Speakers

ExtronDTP CrossPoint 84 4K IPCP SAScaling Presentation Matrix

Ethernet

Wireless

Relay

Ethernet

ExtronTLP Pro 1220TG12" Tabletop TouchLink Pro Touchpanel

Extron Control App

TCP/IPNetwork

Extron DTP R DP 4K 330Receiver

Projector

Screen Control

Ethernet/PoE

Power Injector

ExtronDTP T DWP 4K 332 DTransmitter

Laptop

MacBook Audio

Audio

HDMI

DisplayPort

ExtronDTP T 3G-SDI 330 DTransmitter

3G-SDI Camera with PTZ Control

RS-232

Audio

3G-SDI

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Best Practices for System ImplementationThe following are guidelines for achieving optimal performance when installing

DTP Systems. We will cover key aspects of:

• Maximum transmission distances for extending audio, video, and control signals

• Proper cabling and connections to ensure optimal signal integrity

• Distributing AV content, including 4K digital video, and control signals

• Utilizing the remote powering capabilities of DTP products

• HDBaseT compatibility and integrating HDBaseT-enabled displays

Maximum Transmission DistanceExtron DTP products are available in two transmission distance grades:

• DTP 230 Products – Maximum distance of 230 feet (70 meters) for 1080p,

130 feet (40 meters) for resolutions greater than 1920x1200 e.g. 4K

• DTP 330 Products – Maximum distance of 330 feet (100 meters) regardless

of video resolution

In general, DTP endpoints, i.e. transmitters and receivers, are available in both DTP 330

and DTP 230 versions for design flexibility and optimized overall system cost. For

example, the Extron DTP T HWP 4K 231 D and DTP T HWP 4K 331 D HDMI transmitters

have identical functionality except for maximum transmission distance. In regards to

video and control signal capability, DTP 330 products are compatible with DTP 230

products; but when a DTP 230 product is connected to a DTP 330 product, the maximum

transmission distance is limited by the DTP 230 product at 230 feet (70 meters). When

transmitting 4K signals, DTP 230 products support a maximum transmission distance

of 130 feet (40 meters). We will delve into further detail in the “Distributing 4K Digital

Video” section later in this guide.

Cabling and ConnectionsWith the capability to simultaneously transport uncompressed video, audio, and

control signals, DTP System digital data rates are comparable to 10G Ethernet, and

therefore have similar cabling requirements. Table 1 indicates the data rates required

for uncompressed transport of some common video resolutions.

To reach the required transmission distances at these data rates, signal integrity is

of paramount importance. Proper wire gauge is essential to maintain signal strength,

appropriate shielding is needed to control interference, and precise cable construction

is necessary to limit crosstalk and to control signal reflections. Extron XTP DTP 24

shielded twisted pair cable meets all these criteria and is strongly recommended for

Table 1: Data rates for uncompressed transport of common video resolutions

Resolution Refresh Rate (Hz) Required Data Rate

640x480 60 Hz 755.25 Mbps

720p 60 Hz 2.23 Gbps

1080p 60 Hz 4.46 Gbps

1920x1200 60 Hz 4.62 Gbps

2560x1600 60 Hz 8.06 Gbps

UHD 3840x2160 30 Hz 8.91 Gbps

4K 4096x2160 30 Hz 8.91 Gbps

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DTP installations. As a minimum, Extron recommends solid conductor, 24 AWG

shielded twisted pair cable with minimum 400 MHz bandwidth. Skew-free twisted

pair cable is not recommended for DTP Systems.

When installing cable, there are a few additional recommendations that are vital to

ensuring optimal system performance. Avoid the use of patch points since they introduce

discontinuities in the cable run, adversely affecting signal loss and EMI issues. However,

if they are necessary, limit the quantity to two patch points per cable run. When bundling

cables in a system, do not fill conduit more than 40 percent nor comb the cable in the

first 20 meters. This reduces the possibility of alien crosstalk between cables, as does

limiting the amount of cable ties or Velcro used to group cables together. It is also

important to separate twisted pair cabling from AC power cables. Furthermore, use

an “S” pattern if looping is necessary, and maintain a minimum bend radius of 2.5"

(6.35 cm) for XTP DTP 24 cabling or 3.5” (8.9 cm) for XTP DTP 24P cabling.

Cable TerminationProfessional AV systems often require custom cable lengths for optimized cost and

space utilization. Unlike HDMI or DisplayPort, CATx cables for DTP Systems are very

amenable to field termination. DTP CATx terminations must follow the TIA/EIA 568B

wiring standard, as illustrated in figure 3.

To maintain shielding effectiveness, correctly ground the shield at both ends of the cable

and use shielded plug (male) or jack (female) connectors. If patch points are unavoidable,

shielded couplers are strongly recommended when two shielded, terminated cables

must be connected together.

Extron offers high quality cable termination supplies and accessories to ensure

proper shielding in DTP installations. The XTP DTP 24 Plug shielded RJ-45 plug kit

is designed to be crimped using the CTU 45 universal RJ-45 termination tool. The

shielded XTP DTP 24 Punch Down Jack features a keystone-style snap-in design for

easy installation in wallplates and other mounting frames. The XTP DTP 24 Shielded

RJ-45 Coupler also features a keystone snap-in design.

Extron XTP DTP 24 cable is a shielded twisted pair cable that is engineered for optimum

signal transmission in DTP Systems. It utilizes an SF/UTP design with four unshielded

24 AWG twisted pair conductors inside an overall braid and foil shield. XTP DTP 24

cable is certified to 475 MHz bandwidth at distances up to 330 feet (100 meters) and

has been independently tested and verified to meet performance requirements set by

the HDBaseT Alliance. Additionally, this cable is engineered and tested to exceed HDMI

error rate specifications of less than one pixel per billion at 100 meters. Plenum and

non-plenum rated versions are available to suit the particular needs of the installation.

Figure 3: Proper termination of shielded CATx cable for DTP Systems

Figure 4: XTP DTP 24 cable, couplers, punch down jacks, and plugs ensure an end-to-end cable infrastructure with maximum performance.

12345678

TP Wires

Pins:

Pin

1

2

3

4

5

6

7

8

TIA/EIA T568B

Wire color

White-orange

Orange

White-green

Blue

White-blue

Green

White-brown

Brown

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Verifying Continuity and Signal PresenceVerify the continuity of installed Category twisted pair cable and Extron XTP DTP 24

shielded twisted pair cable using a wire map test and using LED indicators on the DTP

units. The wire map test is used to identify physical errors of wiring CATx twisted pair

cable in an installation. It ensures that a CATx cable has been properly terminated pin

for pin at each end. The wire map also checks for continuity to the remote end, shorts

between two or more conductors, crossed pairs, split pairs, reversed pairs, and any

other mis-wiring.

In addition to the wire map test, signal transmission can be verified by the signal and link

LED indicators associated with the DTP RJ-45 connector. When the signal flow between

two connected DTP products is successful, the signal and link indicators will remain lit

a solid green and solid amber color. Continuously blinking or unlit LEDs indicate faulty

signal transmission.

Distributing AV ContentEvery DTP Systems product has been carefully engineered to provide professional-grade

quality and reliability, with unique features to help integrators install and configure AV

systems of the highest quality. DTP Systems consist of a comprehensive line of products

supporting the various video formats encountered in pro AV and will evolve and grow as

video technology develops. Extron provides DTP products supporting HDMI, DisplayPort,

DVI, 3G-SDI/HD-SDI/SDI, and also analog formats such as RGB, YUV, composite, and

S-video. Supported video resolutions range from 480i up to 2560x1600 and 4K/UHD.

The high performance DTP scalers and signal processors convert between all of these

resolutions while preserving video quality. DTP products are available in wallplate, rack

mountable, and floor box form factors to suit professional environments. The extensive

variety of video formats, resolutions, and form factors available in DTP Systems make

it a complete solution.

Appendix 1 on page 15, is a summary of available DTP System products. Transmitters

and switchers support most video formats encountered in professional AV. Any product

with a DTP output is compatible with any product with a DTP input. Therefore, no

additional video format conversion is necessary, and the system designer can mix and

match transmitters and receivers to suit system requirements.

When incorporating a DisplayPort transmitter and receiver into an AV system, consider

whether the products support SST - Single Stream Transport or MST - Multi-Stream

Transport. Extron DTP products for DisplayPort support SST for video transmission

between a single source device and sink device.

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In terms of EDID and HDCP management, DTP endpoints support DDC pass-through, so

DTP products deployed for simple point-to-point signal extension work as if connected

by standard video cabling. DTP switchers and matrix switchers feature Extron

EDID Minder® and Key Minder® technologies to give complete control over the system

EDID strategy and enable fast, reliable switching of video signals encrypted using HDCP.

All DTP products with HDMI, DVI, and DisplayPort connections are HDCP compliant.

Some products, as listed in Appendix 1, also support HDCP 2.2 for transmission and

display of protected 4K content. These products are backward-compatible with earlier

HDCP versions.

Distributing 4K Digital VideoDTP Systems offers a comprehensive range of products for extending, processing, and

switching 4K video content:

• Select DTP transmitters (see table A1-1)

• All DTP receivers, distribution amplifiers, and CrossPoint matrix switchers

All DTP products with 4K capability support 4K/30 at 8 bits per color and 4:4:4 chroma

sampling. Select transmitter and receiver products support HDCP 2.2 for point to point

distribution (see tables A1-1, A1-2). All DTP 330 products, including all DTP CrossPoint®

matrix switchers, support 4K transmission up to 330 feet (100 meters). For DTP 230

transmitters, receivers, and distribution amplifiers, the maximum distance for 4K video

is 130 feet (40 meters). Figure 5 is an example of extending 4K signals using the

DTP T DWP 4K 332 D.

The DTP CrossPoint 84 matrix switcher supports 4K switching, but not 4K scaling. It

accepts 4K at the HDMI and DTP inputs, and can route 4K signals to the HDMI outputs,

although the internal scaler will not accept 4K inputs. The DTP outputs are limited to

maximum resolutions of 1920x1200 and 1080p.

POWER12V

2 3

--A MAX

Rx GTx RxTxG

IR

RxTx

1

RGB HDMI DP

HDBT

DTP

AUDIOCONTACT IN RS-232TALLY OUT

1 2 3 G 1 2 3 +VINPUTS

OVER DTPREMOTE

RS-232

SIG

OUT

LINK

OUTPUTS

AUDIO

Tx Rx G Tx Rx

RS-232 IR

OVER DTP

Extron Cable Cubby

4K Flat Panel Display


RS-232HDMI


Audio

VGA

HDMI

DisplayPort

ExtronCable Cubby 700Series/2 Cable Access Enclosure

ExtronDTP T DSW 4K 333Transmitter

AudioVGAHDMIDisplayPort

Laptop Laptop

Figure 5: Simple 4K switching and signal extension using DTP 4K transmitter and receiver

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100-240V 0.5A, 50-60Hz XPA 2001-70V

LIMITER/PROTECT

SIGNAL 024

681012

1814

26∞

ATTENUATION HPF 70 V OUTPUTREMOTEINPUTS

CLASS 2 WIRING

G

GCV

L (SUMMED) R10V

80 Hz

OFF

50mA

STA

ND

BY

50-60 Hz

100-240V ~--A MAX

1 2 3 4 5A 6A

XTP

Tx Rx RTS CTSG Tx Rx G Tx Rx G

RS-232 IR

Tx Rx Tx RxG

Tx Rx G

RESET

XTP

DTP

XTP

DTP

EXP

+48V

MIC/LINE1 1 3

2 42

3

4

LIN

K

LAN 2

LAN 1

LAN 3

DTPHDBT

1 2 3 4 5 7 86

DTP CROSSPOINT 108 4K

R

OVER TP

RE

MO

TE

SIG LINK

IN

SIG LINK

INA

UD

IO IN

PU

TS

AU

DIO

OU

TP

UT

S

CO

NT

RO

L 1 2 3 4 G

DIGITAL I/OCOM 3COM 2COM 1

S

DM

P E

XPA

NS

ION

SG G

11 22 C 3 4 C

INP

UT

S

INP

UT

S

-S G+S+V

PWR OUT = 6W

OU

TP

UT

S

RS-232 IR

Tx Rx Tx RxG

RS-232 IR

Tx Rx Tx RxG

XTP

DTP

XTP

DTP

9 10

OVER TPSIG LINK

IN

SIG LINK

IN

RS-232 IR

Tx Rx Tx RxG

1L R

1L R

3L R

3L R

5L R

2L R 4L R 2L R 4L R6L RIR/SERIAL eBUSRELAYS

SIG LINK

OUT

SIG LINK

OUT

5B 6B 6

RS-232 IR

Tx Rx Tx Rx

XTP

S/PDIFOUT

DTPHDBTG

RS-232 IR

Tx Rx Tx RxG

OVER TP

XTP

DTP

HDBT

SIG LINK

OUT

SIG LINK

OUT

7 8

RS-232 IR

Tx Rx Tx Rx

XTP

DTP

HDBT

G

RS-232 IR

Tx Rx Tx RxG

OVER TP

AM

P O

UT

PU

T

1

CLASS 2 WIRING

70V

STANDBY/ON

PQLS HDMI OPEN/CLOSE FL OFF

USB

STANDBY/ON

PQLS HDMI OPEN/CLOSE FL OFF

USB

PUSH PUSH

POWER GUIDE MENU RES 480 480p 720p 1080i 1080p DIRECTV HD

SELECT

D I R E C T V

PUSH PUSH

POWER GUIDE MENU RES 480 480p 720p 1080i 1080p DIRECTV HD

SELECT

D I R E C T V

MODEL 80

FLAT PANEL

OUTPUTS

AUDIO

Tx Rx G Tx Rx

RS-232 IR

OVER DTP

MODEL 80

FLAT PANEL

Extron

Help SystemOff

Display

RoomControl

Off

Mute

Screen

Lighting December 15, 2013 - 7:58 AM AudioControl

Volume

Mute

Tuner 1 2 3VCRLaptop PC DVDDocCam

TunerOn

Channel

Last

Presets

MorePresets

321

654

987

Enter0

Extron

Help SystemOff

Display

RoomControl

Off

Mute

Screen

Lighting December 15, 2013 - 7:58 AM AudioControl

Volume

Mute

Tuner 1 2 3VCRLaptop PC DVDDocCam

TunerOn

Channel

Last

Presets

MorePresets

321

654

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Enter0

AUDIO IN

DP IN

AUDIO IN

HDMI IN

Extron

AUDIO IN

DP IN

AUDIO IN

HDMI IN

Extron

Audio

ExtronDTP CrossPoint 108 4K IPCP MA 70Scaling Presentation Matrix

HDMIHDMI




Laptop

Extron XPA 2001-70VAmplier

CATV Tuner

CATV Tuner

Blu-ray Player

Blu-ray Player

Microphone

Ethernet

Ethernet/PoE

Ethernet/PoE

Audio

Audio

HDMI

Audio

TCP/IPNetwork

TCP/IPNetwork

TCP/IPNetwork

ExtronTLP Pro 720M7" Wall Mount TouchLink Pro Touchpanel

Microphone

ExtronTLP Pro 720M7" Wall Mount TouchLink Pro Touchpanel

Equipment Rack

Room A Lectern

Laptop



Room B Lectern

Room A

Display with HDBaseT Input

HDMI

Audio

ExtronSI 26CTTwo-Way CeilingSpeakers

Room B

4K Display

RS-232

HDMI


ExtronSI 26CTTwo-Way CeilingSpeakers

AV and RS-232

Figure 6: Complete 4K AV system for a divisible room, using the DTP CrossPoint 108 4K IPCP MA 70 for matrix switching, signal conversion, signal extension, audio, and control.

For applications requiring 4K switching and scaling, use the DTP CrossPoint 4K Series,

available in 10x8, 8x6, 8x4, and 8x2 switching configurations. Incorporating Extron

exclusive Vector™ 4K scaling technology, the DTP CrossPoint 4K Series provides

independent scaling up to 4K at each DTP output, or downscaling of 4K source signals for

interoperability with lower resolution displays to suit application needs. Figure 6 depicts

a complete 4K matrix switching system using the DTP CrossPoint 108 4K IPCP MA 70

to convert lower resolution signals for optimal viewing on displays throughout the

room. To ensure you select the ideal Extron 4K products, including DTP 4K products,

Extron identifies all of the parameters that are critical to meeting 4K video performance

requirements. This detailed product specification for 4K video performance is called the

Extron True4K™ Specification. A True 4K Specification always includes resolution, frame

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Figure 7a: In addition to extending 4K video, the DTP T DP 4K 330 sends connected RS-232 signals over the shielded CATx cable to control the video display connected at the DTP receiver.

AUDIO

INPUTS

OVER TP

RS-232 IR

Tx Rx Tx RxG

POWER12V 0.8A MAX

SIG LINK

OUTDTP

HDBT

DTP HDMI 330 Rx

OVER DTP

RS-232 IR

Tx Rx Tx RxG

L R

POWER12V 0.7A MAX

AUDIO

SIG LINK

DTP IN

OUTPUTS

POWER12V 0.3A MAX

IPL PRO S3


COM 1 COM 2 COM 3

LAN / PoE

MODEL 80

FLAT PANEL




DisplayPort

4K Display

PC

HDMIRS-232

RS-232


WiFi 1 2 3 4

POWER12V 0.3A MAX

IPL PRO S3


COM 1 COM 2 COM 3

LAN / PoE

OVER TP

RS-232 IR

Tx Rx Tx RxG

POWER12V 0.8A MAX

SIG LINK

IN OUTPUTS

L R

AUDIO

AUDIO

INPUTS OVER DTP

RS-232 IR

Tx Rx Tx RxG

POWER12V 0.7A MAX

SIG LINK

DTP OUT

MODEL 80

FLAT PANEL


DisplayPort

4K Display

4K Media Player

HDMI

RS-232

RS-232

RS-232



ExtronDTP HDMI 4K 330 TxTransmitter

4K

Figure 7b: RS-232 signals are connected at the DTP receiver and extended over the shielded CATx cable to control the media player connected to the DTP transmitter.

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rate, color sampling, and color bit depth, as well as information about the 4K video

signal types and the maximum 4K data rate supported by the product. See Figure 8 for

an example of a True4K specification.

Distributing Control SignalsA key advantage of DTP Systems is the ability to send control signals as well as AV over

a single shielded CATx cable. All DTP endpoints have connections for RS-232 and IR

to facilitate end-to-end control signal transmission. Figure 7a and 7b illustrate simple

point-to-point extension of control and video signals.

For centralized switching systems, Extron offers control signal pass-through in switchers

such as the MPS 602 and IN1608. Figure 9 illustrates how to extend pass-through

control signals for DTP switchers. Note that RS-232 jumper connections are required.

DTP CrossPoint matrix switchers have the added capability of Ethernet insertion. With

Ethernet insertion, a direct end-to-end RS-232 connection is not necessary. Rather,

RS-232 signals are generated at the switcher by a control processor connected via

Ethernet, freeing RS-232 ports at the control processor. Figure 10 depicts Ethernet

control extension. Many DTP switching transmitters also have additional RS-232

ports that are dedicated for control of the switching transmitter itself, to facilitate

input selection, HDCP authorization, and other functions driven by the system control

processor.

Figure 9: Extension of pass-through control signals from control processor ports to DTP endpoints.

OVER TP

RS-232 IR

Tx Rx Tx RxG

POWER12V 0.8A MAX

SIG LINK

IN OUTPUTS

L R

AUDIO

Extron

OV

ER

TP

RS

-232IR

Tx

LOOP

THRU

AUDIO IN

3G-SDI IN

Rx

TxR

xG

100-240V ~ -- A MAX

1

CONFIGURABLE

HDMI HDMI

58

C

RS-232 IR

RS-232 IRTx Rx Tx RxG

Tx Rx Tx RxG Tx Rx Tx RxG

HDMI

A

B

3

INPUTS OUTPUTS AUDIO INPUTS OUTPUTS REMOTE

26

7

4

Tx Rx

RS-232

G

LAN 1

LAN 2 LAN 3

2x25W(8Ω) / 2x50W(4Ω)

RESET

L 1 R L R

L 2 R

L

3

R

CLASS 2 WIRING

L 4 R

L 5 R

+48V

+48V

1 2

L R

VARIABLE

1

2

MIC/LINE

L 6 R

50/60 Hz

RS-232 IR

IN1608 IPCP SA

OVER DTPOVER DTP

AMPLIFIED OUTPUTGTx Rx GTx Rx GTx Rx 3 4 G 1 2RTS CTS

COM 1 COM 2 COM 3 DIGITAL I/O

1

S G S G

2IR/SERIAL RELAYS

1 2 C 3 4 C

PWR OUT = 6W

eBUS+V +S -S GR

SIG

DTP IN

LINK SIG

DTP IN

LINK SIG

DTP OUT

LINK


Menu DeleteKey

2ABC

3DEF

6MNO

5JKL

4GHI

9WXYZ

8TUV

0

7PQRS

1

800.633.9876

EndCall Call

Enter

FullScreen


Privacy

NearEnd

ZoomIn

ZoomOut

FarEnd

Contacts

Name + -

Sources

Andrew

Video Window

Beth

Charlie

David

Ervin

Frank

Greg

Harold

Kevin

Mike

Andrew(800) 633 - 9876

1 2 3

POWER STANDBY


CATx Cable up to 330' (100 m) External Jumpers

RS-232 DisplayPort


Inputs

Outputs


Wireless

Ethernet

Ethernet

Relay

RS-232

Audio

3G-SDI


Extron Control App

TCP/IPNetwork


Projector

Screen Control

Ethernet/PoE

Power Injector

Extron IN1608 IPCP SAScaling Presentation Switcher

Figure 8: Each Extron 4K product includes a True4K Specification that always lists resolution, frame rate, color sampling, and color bit depth, as well as the 4K signal types and maximum data rate that is supported.

SPECIFICATION

Max 4K Capabilities

Resolution and Refresh Rate Chroma Sampling Max Bit Depth per Color

4096 x 2160 at 30 Hz4:4:4

8 bit3840 x 2160 at 30 Hz

4096 x 2160 at 60 Hz4:2:0

3840 x 2160 at 60 Hz

Frame Rate1 24, 25, 30, 50, or 60 fpsChroma Sampling1 4:4:4, 4:2:2, or 4:2:0Color Bit Depth1 8 bits per colorSignal type 10.2 Gbps (3.4 Gbps per color)Max. video data rate HDMI 1.4, HDCP 2.2

NOTE: 1Subject to the maximum data rate limit. Use our calculator (http://www.extron.com/product/videotools.aspx) to determine video parameters supported by this data rate.

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Distributing Analog AudioSeparate Analog Audio ChannelDTP transmitters are uniquely able to digitize analog audio and send it over DTP

alongside the video and control signals. This digitized analog audio is in addition to

the digital audio already embedded on the video signal. At the other end of the cable,

DTP receivers have a dedicated analog audio output for this signal. When sent to DTP

switchers and matrix switcher, this signal is treated as an additional analog stereo audio

input. See figure 11. Note that this is a true separate audio channel and is not embedded

onto the video signal. The availability of a separate analog audio channel is beneficial

when connecting to an external audio power amplifier, audio DSP, and speakers in an

audio system, or when integrating the DTP equipment with existing hardware.

Analog Audio EmbeddingAnother option to distribute analog audio is by embedding the audio onto the digital

video signal. Audio embedding streamlines integration and is particularly advantageous

when connecting to displays without analog audio inputs. This function can be

performed at the central switcher such as the IN1608 or DTP CrossPoint matrix

switcher. Additionally, select DTP transmitters have both separate audio channel

capability as well as audio embedding. These include all the two-input wallplate

products such as the DTP T UWP 232 D, DTP T UWP 332 D, DTP T HWP 232 D,

Figure 10: Ethernet insertion for DTP control signals frees control processor RS-232 ports

OVER TP

RS-232 IR

Tx Rx Tx RxG

POWER12V 0.8A MAX

SIG LINK

IN OUTPUTS

L R

AUDIO

Extron

OV

ER

TP

RS

-232IR

Tx

LOOP

THRU

AUDIO IN

3G-SDI IN

Rx

TxR

xG

50-60 Hz

100-240V ~ -- A MAX

SIG LINK

OUT

1 2 3 4 5 6

1A 2A 2B 4

RS-232 IR

RS-232 IR

Tx Rx Tx RxG

Tx Rx Tx Rx

XTP RESET R

S/PDIFOUT

DTP

XTP

DTP

XTP

DTP

XTP

DTP

+48V

MIC/LINE1 1 3

2 42

3

4

LIN

K

EXP

HDBTHDBT G

7 8

DTP

CR

OSS

PO

INT

82 4

K RS-232 IR

Tx Rx Tx RxG

OVER TP

OVER TP

SIG LINK

IN

SIG LINK

IN

AU

DIO

OU

TP

UT

S

AU

DIO

INP

UT

S

DM

P E

XPA

NS

ION

CO

NT

RO

L

AM

P O

UT

PU

T

INP

UT

SO

UT

PU

TS

SIG LINK

OUT

1B

RS-232 IR

Tx Rx RTSCTSG

1L R 1

L R3

L R5

L R

2L R 4L R 2L R6L R

Tx Rx G 1 21 2

S GS G

C 3 4 C +V

PWR OUT = 6W

+V D -S +S

Tx Rx G Tx Rx G 1 2 3 4 G REMOTE

COM 1 COM 3COM 2 DIGITAL I/OLAN 1

LAN 2 LAN 3 CLASS 2 WIRING

1

L R

8Ω / 4Ω

IR/SERIAL RELAYS DIGITAL I/O


Menu DeleteKey

2ABC

3DEF

6MNO

5JKL

4GHI

9WXYZ

8TUV

0

7PQRS

1

800.633.9876

EndCall Call

Enter

FullScreen


Privacy

NearEnd

ZoomIn

ZoomOut

FarEnd

Contacts

Name + -

Sources

Andrew

Video Window

Beth

Charlie

David

Ervin

Frank

Greg

Harold

Kevin

Mike

Andrew(800) 633 - 9876

1 2 3

POWER STANDBY



RS-232 DisplayPort


Inputs

Outputs


ExtronDTP CrossPoint 82 4K IPCP SAScaling Presentation Matrix

Ethernet

Wireless

Relay

Ethernet

RS-232

Audio

3G-SDI


Extron Control App

TCP/IPNetwork


Projector

Screen Control

Ethernet/PoE

Power Injector

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Figure 12: A single power supply installed at either the DTP transmitter or the DTP receiver can power both endpoints in a point-to-point application.

AUDIO

INPUTS

OVER TP

RS-232 IR

Tx Rx Tx RxG

POWER12V 0.8A MAX

SIG LINK

OUTDTP

HDBT

AUDIO

INPUTS

OVER TP

RS-232 IR

Tx Rx Tx RxG

POWER12V 0.8A MAX

SIG LINK

OUTDTP

HDBT

L R

POWER12V 0.7A MAX

AUDIO

SIG LINK

DTP IN

OUTPUTS

L R

POWER12V 0.7A MAX

AUDIO

SIG LINK

DTP IN

OUTPUTS




CATx Cable up to 330' (100 m) 12V DC





12V DC

Extron

Extron

Figure 11: Distributing analog audio as a separate audio channel using the same shielded CATx cable as video and control

AUDIO

INPUTS

OVER TP

RS-232 IR

Tx Rx Tx RxG

POWER12V 0.8A MAX

SIG LINK

OUTDTP

HDBT

DTP HDMI 330 Rx

OVER DTP

RS-232 IR

Tx Rx Tx RxG

L R

POWER12V 0.7A MAX

AUDIO

SIG LINK

DTP IN

OUTPUTS POWER12V 0.7A MAX

L R

L

8Ω / 4Ω

CLASS 2WIRING

R

10VV C G

50mAL

MPA 152 Plus

R

INPUTS

OU

TP

UT

SR

EM

OT

E

MODEL 80

FLAT PANEL

WiFi 1 2 3 4



CATx Cable up to 330' (100 m) DisplayPortAnalog Audio

Analog Audio

Analog Audio

4K Display

PC

HDMIRS-232

ExtronMPA 152 PlusPower Amplier

ExtronSM 3Full-Range Speakers

DTP T HWP 332 D, DTP T DWP 4K 232 D, DTP T DWP 4K 332 D, DTP T DSW 4K 233,

and DTP T DSW 4K 333.

Remote PowerDTP endpoints have the flexibility to serve as either the source or the recipient of DC

power sent over the CATx cable. In simple point-to-point applications, the endpoints

can share a single power supply, located at either the transmitter or the receiver. See

figure 12.

When incorporating a centralized DTP switcher, the switcher can provide DC power

to all connected DTP endpoints, thus simplifying both the design and installation. See

figure 13. Note that the DTP T DSW 4K 233/333 products are exceptions to the above.

These products can supply power to a connected DTP receiver, but cannot be powered

remotely over the twisted pair connection.

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Figure 13: From the IN1604 DTP to the DTP CrossPoint 108 4K, DTP distribution amplifiers and switchers built for centralized switching can remotely power all of the DTP endpoints that are connected to them.

Figure 14: DTP or HDBaseT mode selection using a switch beside the twisted pair output connection

50-60 Hz

100-240V ~--A MAX

1 2 3 4 5A 6A

XTP

Tx Rx RTS CTSG Tx Rx G Tx Rx G

RS-232 IR

Tx Rx Tx RxG

Tx Rx G

RESET

XTP

DTP

XTP

DTP

EXP

+48V

MIC/LINE1 1 3

2 42

3

4

LIN

K

LAN 2

LAN 1

LAN 3

DTPHDBT

1 2 3 4 5 7 86

DTP CROSSPOINT 108 4K

R

OVER TP

RE

MO

TE

SIG LINK

IN

SIG LINK

IN

AU

DIO

INP

UT

S

AU

DIO

OU

TP

UT

S

CO

NT

RO

L 1 2 3 4 G

DIGITAL I/OCOM 3COM 2COM 1

S

DM

P E

XPA

NS

ION

SG G

11 22 C 3 4 C

INP

UT

S

INP

UT

S

-S G+S+V

PWR OUT = 6W

OU

TP

UT

S

RS-232 IR

Tx Rx Tx RxG

RS-232 IR

Tx Rx Tx RxG

XTP

DTP

XTP

DTP

9 10

OVER TPSIG LINK

IN

SIG LINK

IN

RS-232 IR

Tx Rx Tx RxG

1L R

1L R

3L R

3L R

5L R

2L R 4L R 2L R 4L R6L RIR/SERIAL eBUSRELAYS

SIG LINK

OUT

SIG LINK

OUT

5B 6B 6

RS-232 IR

Tx Rx Tx Rx

XTP

S/PDIFOUT

DTPHDBTG

RS-232 IR

Tx Rx Tx RxG

OVER TP

XTP

DTP

HDBT

SIG LINK

OUT

SIG LINK

OUT

7 8

RS-232 IR

Tx Rx Tx Rx

XTP

DTP

HDBT

G

RS-232 IR

Tx Rx Tx RxG

OVER TP

AM

P O

UT

PU

T

1

CLASS 2 WIRING

70V

L R

POWER12V 0.7A MAX

AUDIO

SIG LINK

DTP IN

OUTPUTSOVER TP

RS-232 IR

Tx Rx Tx RxG

POWER12V 0.8A MAX

SIG LINK

IN OUTPUTS

L R

AUDIO

POWER12V

2--A MAX

Rx GTx RxTxG

RS-232 IR

RxTx

1

RGB HDMI HDMI

SIG LINK

DTP OUT

AUDIO CONTACT RS-232TALLY

3

1 2 3 G 1 2 3 +V

RESET

INPUTS

OVER DTP REMOTE

POWER

DTP T FB 232VGA IN

HDMI IN

HDMIVGAHDCPAUTOCLIP

AUDIO IN

REMOTE

DTP

HDBT

RS-232- +

GRx Tx

12VA MAX

CONFIGRESET

TxRx

GTx

Rx

OVER TPRS-232

IR

OUT

REMOTE

DDCROUTE

LOCAL

ON

1 2

OUTPUTS

DVI-D

AUDIO

Tx Rx G Tx Rx

RS-232 IR

OVER DTP

OUTPUTS

AUDIO

Tx Rx G Tx Rx

RS-232 IR

OVER DTP

AUDIO IN

DP IN

AUDIO IN

HDMI IN

Extron Extron

OV

ER

TP

RS

-232IR

Tx

LOOP

THRU

AUDIO IN

3G-SDI IN

Rx

TxR

xG



Extron DTP DVI 4K 230 D RxReceiver

Extron DTP HDMI 4K 230 RxReceiver

ExtronDTP T USW 333Transmitter


ExtronDTP T FB 232Transmitter

Extron DTP T 3G-SDI 330 D Transmitter

ExtronDTP CrossPoint 108 4K IPCP SA Scaling Presentation Matrix

HDBaseT CompatibilityDTP Systems products are based on HDBaseT technology, but also add proprietary

Extron technologies to enable additional functionality. As more display products

incorporate HDBaseT inputs, Extron has included an HDBaseT compatibility mode in

many new DTP products, with a growing number having full HDBaseT certification. See

Appendix 2. HDBaseT compatibility allows integrators to take advantage of HDBaseT-

enabled displays by eliminating the need for a receiver at the display video input.

HDBaseT-compatible DTP products include a switch to set the output to DTP or

HDBaseT mode. See figure 14. When set to HDBaseT mode, only digital video with

embedded audio, RS-232, and IR control are supported over the CATx cable. Remote

power capability and separate audio transmission are not supported. When installing

the DTP product in an HDBaseT environment, the output mode selection switch must

be set before connecting sources and displays. There is no change in transmission

distance capability between HDBaseT and DTP modes. Products capable of 330 feet

(100 meters) maximum cable distance remain so capable in either mode setting. The

same is true for products that are capable of 230 feet (70 meters) maximum cable

distance.

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A1-1: Summary of available DTP System transmitters and switching transmitters

DTP Transmitters and Switching Transmitters Video Input Connections

Model Name4K

SupportHDCP

VersionDisplayPort DVI HDMI SDI VGA

Audio Embedding

Form Factor Distance

DTP HDMI 4K 230 Tx Yes 2.2 1 1/4 rack 230 feet (70 m)

DTP DVI 4K 230 Tx Yes 2.2 1 1/4 rack 230 feet (70 m)

DTP T DP 4K 230 Yes 1.4 1 1/4 rack 230 feet (70 m)

DTP T HD2 4K 230 Yes 1.4 1 1/4 rack 230 feet (70 m)

DTP DVI 4K 230 D Tx Yes 2.2 1 2-gang 230 feet (70 m)

DTP T HWP 4K 231 D Yes 2.2 1 1-gang 230 feet (70 m)

DTP T 3G-SDI 230 D 1 1-gang 230 feet (70 m)

DTP HDMI 4K 330 Tx Yes 2.2 1 1/4 rack 330 feet (100 m)

DTP DVI 4K 330 Tx Yes 2.2 1 1/4 rack 330 feet (100 m)

DTP T DP 4K 330 Yes 1.4 1 1/4 rack 330 feet (100 m)

DTP T HD2 4K 330 Yes 1.4 1 1/4 rack 330 feet (100 m)

DTP T HWP 4K 331 D Yes 2.2 1 1-gang 330 feet (100 m)

DTP T 3G-SDI 330 D 1 1-gang 330 feet (100 m)

DTP T DWP 4K 232 D Yes 1.4 1 1 Yes 2-gang 230 feet (70 m)

DTP T HWP 232 D Yes 1.4 2 Yes 2-gang 230 feet (70 m)

DTP T UWP 232 D Yes 1.4 1 1 Yes 2-gang 230 feet (70 m)

DTP T USW 233 1.4 2 1 1/2 rack 230 feet (70 m)

DTP T DSW 4K 233 Yes 1.4 1 1 1 Yes 1/2 rack 230 feet (70 m)

DTP T MK 232 1.4 1 1 Yes MK wallplate 230 feet (70 m)

DTP T EU 232 1.4 1 1 Yes EU wallplate 230 feet (70 m)

DTP T FB 232 1.4 1 1 Yes Floor box 230 feet (70 m)

DTP T DWP 4K 332 D Yes 1.4 1 1 Yes 2-gang 330 feet (100 m)

DTP T HWP 332 D 1.4 2 Yes 2-gang 330 feet (100 m)

DTP T UWP 332 D 1.4 1 1 Yes 2-gang 330 feet (100 m)

DTP T USW 333 1.4 2 1 1/2 rack 330 feet (100 m)

DTP T DSW 4K 333 Yes 1.4 1 1 1 Yes 1/2 rack 330 feet (100 m)

DTP T MK 332 1.4 1 1 Yes MK wallplate 330 feet (100 m)

DTP T EU 332 1.4 1 1 Yes EU wallplate 330 feet (100 m)

DTP T FB 332 1.4 1 1 Yes Floor box 330 feet (100 m)

Figure 15: DTP transmitters are available in a wide variety of form factors to provide convenient connection points for local and remote sources.

Appendix 1

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A1-2: Summary of available DTP switchers and matrix switchers for centralized switching

DTP Switchers and Matrix Switchers

Video Input Connections Video Output ConnectionsScaled

Video OutputsHDBaseT

Compatibility

Model Name DisplayPort HDMI VGA DTP HDMI VGA DTP HDBaseT

MPS 602 3 2 1 1 1* 1

Annotator 300 1 1 1 2 1 1 1 Switch selectable***

IN1604 DTP 3 1 1 1 1 Switch selectable***

IN1608 4 2 2 2 1 1

IN1608 HDBT 4 2 2 2 1 1 Fixed***

DTP CrossPoint 84 6 2 2 2 2 2 Switch selectable***

DTP CrossPoint 82 4K 6 2 2** 2 2 2 Switch selectable***




* Available for VGA inputs only** Two HDMI outputs are mirrored with two DTP outputs, not individually matrix switched*** Refer to Table A2-1: HDBaseT Compatibility for additional information

Figure 17: Distribution amplifiers with DTP outputs are engineered for reliable operation in commercial AV applications, extending the same source AV content to two or more displays.

Figure 16: DTP receivers provide convenient connection points at remote display locations, extending video, audio, and control signals up to 330 feet (100 meters) over a shielded twisted pair cable from a DTP receiver or other DTP-enabled product.

DTP Distribution Amplifiers and Receivers Video Output Connections

Model Name Function HDCP Version DisplayPort DVI HDMI DTP Form Factor Distance

DTP HD DA4 4K 230 Distribution amplifier 1.4 1 4 Full rack 230 feet (70 m)




DTP HDMI 4K 230 Rx Receiver 2.2 1 1/4 rack 230 feet (70 m)

DTP DVI 4K 230 Rx Receiver 2.2 1 1/4 rack 230 feet (70 m)

DTP R DP 4K 230 Receiver 1.4 1 1/4 rack 230 feet (70 m)

DTP HDMI 4K 230 D Rx Receiver 2.2 1 2-gang 230 feet (70 m)

DTP DVI 4K 230 D Rx Receiver 2.2 1 2-gang 230 feet (70 m)

DTP HDMI 4K 330 Rx Receiver 2.2 1 1/4 rack 330 feet (100 m)

DTP DVI 4K 330 Rx Receiver 2.2 1 1/4 rack 330 feet (100 m)

DTP R DP 4K 330 Receiver 1.4 1 1/4 rack 330 feet (100 m)

DTP HDMI 4K 330 D Rx Receiver 2.2 1 2-gang 330 feet (100 m)

A1-2: Summary of available DTP System distribution amplifiers and receivers

Appendix 1

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A2-1: DTP Products with HDBaseT Compatibility

Appendix 2

HDBaseT-Compatible DTP Products

Model Name FunctionNumber of HDBaseTCompatible Outputs

Form Factor Distance

DTP T DP 4K 230 Transmitter 1 1/4 rack 230 feet (70 m)

DTP T HD2 4K 230 Transmitter 1 1/4 rack 230 feet (70 m)

DTP T HWP 4K 231 D Transmitter 1 1-gang 230 feet (70 m)

DTP T DP 4K 330 Transmitter 1 1/4 rack 330 feet (100 m)

DTP T HD2 4K 330 Transmitter 1 1/4 rack 330 feet (100 m)

DTP T HWP 4K 331 D Transmitter 1 1-gang 330 feet (100 m)

DTP T DWP 4K 232 D Switching transmitter 1 2-gang 230 feet (70 m)

DTP T MK 232 Switching transmitter 1 MK wallplate 230 feet (70 m)

DTP T EU 232 Switching transmitter 1 EU wallplate 230 feet (70 m)

DTP T FB 232 Switching transmitter 1 Floor box 230 feet (70 m)

DTP T DWP 4K 332 D Switching transmitter 1 2-gang 330 feet (100 m)

DTP T MK 332 Switching transmitter 1 MK wallplate 330 feet (100 m)

DTP T EU 332 Switching transmitter 1 EU wallplate 330 feet (100 m)

DTP T FB 332 Switching transmitter 1 Floor box 330 feet (100 m)

DTP T DSW 4K 233 Switching transmitter 1 1/2 rack 230 feet (70 m)

DTP T DSW 4K 333 Switching transmitter 1 1/2 rack 330 feet (100 m)

DTP CrossPoint 84 - all models Matrix Switcher 2 2U, full rack 330 feet (100 m)

DTP CrossPoint 82 4K - all models Matrix Switcher 2 2U, full rack 330 feet (100 m)




IN1608 HDBT Scaling Presentation Switcher 1 1U, full rack 330 feet (100 m)

IN1608 SA HDBT Scaling Presentation Switcher 1 2U, full rack 330 feet (100 m)

IN1608 MA 70 HDBT Scaling Presentation Switcher 1 2U, full rack 330 feet (100 m)

IN1608 IPCP SA HDBT Scaling Presentation Switcher 1 2U, full rack 330 feet (100 m)

IN1608 IPCP MA 70 HDBT Scaling Presentation Switcher 1 2U, full rack 330 feet (100 m)

IN1604 DTP Scaler 1 1/2 rack 330 feet (100 m)

Annotator 300 Annotation Processor 1 1U, full rack 330 feet (100 m)

DTP HD DA4 4K 230 Distribution Amplifier 4 1U, full rack 230 feet (70 m)




Figure 18: DTP switchers and matrix switchers provide centralized switching, processing, and control for the AV system, in addition to AV signal extension.

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18

Notes

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Notes

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Extron Electronics, headquartered in Anaheim, CA, is a leading manufacturer of professional AV system integration products. Extron products are used to integrate video and audio into presentation systems in a wide variety of locations, including classrooms and auditoriums in schools and colleges, corporate boardrooms, houses of worship, command-and-control centers, sports stadiums, airports, broadcast studios, restaurants, malls, and museums.

www.extron.com © 2015 All rights reserved.

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Documents

Understanding DTP Systems · 2017. 5. 8. · DTP transmitters extend AV from two remote locations. The DTP CrossPoint provides AV matrix switching for two displays, along with audio