Digital Design Guide
Digital Video for Professional AV Systems
3RD EDITION
New Updated Edition
Includes Extensive 4K Digital Video Reference Materials
Extron Digital Design Guide
Over the past decade, the AV industry has evolved through a major technological transition. Analog video has given way to digital
video technologies for the modern AV systems used in organizations worldwide to facilitate communication and information
sharing. As a leading manufacturer of products engineered for the commercial AV market, Extron has an extensive history with
the development of product solutions and technologies for digital video system integration. We are pleased to be offering the AV
industry’s most complete portfolio of products for switching and distribution, signal processing, signal extension, streaming over
networks, and more.
This Digital Design Guide is an essential resource for the latest digital video formats and technologies, as well as principles for
formulating effective approaches to system design. It offers guidance in addressing common AV design challenges, from reliably
transmitting digital video over long distances, to successfully managing EDID and HDCP throughout a system, and accommodating
the newest 4K sources and displays. Ultimately, the Guide aims to provide a solid technical and practical foundation for successfully
designing systems that fully satisfy an end user’s expectations for performance, reliability, and serving as an integral aspect of the
facility or organization’s core operations.
Extron Commitment to Technology and Product Development
At Extron, we maintain a very extensive R&D facility and a highly talented engineering staff, with a constant focus on emerging
technologies, and a continual dedication to creating AV solutions that satisfy the needs of our customers. Among our greatest
priorities today is delivering new products that make it easier for integrators to successfully design high performance 4K video
systems. Every year, we bring more products to the pro AV marketplace than any other manufacturer, and our engineers are
continually working on a long list of exciting products in the pipeline. But our industry-leading R&D is only part of the story. Extron
maintains world-class, high capacity manufacturing facilities that are capable of satisfying market demands in a very timely manner.
We’re very pleased to be offering the most comprehensive range of professional AV technology solutions. Only Extron can provide
all the products and solutions you need for designing AV systems to suit any application, from a basic switching system with a single
display, all the way up to large-scale AV distribution installations for an entire university or corporate campus. We can even provide
the means for you to integrate AV between locations around the world.
Every product from Extron has been extensively designed and engineered specifically for professional AV integration, with very high
reliability, longevity, and performance. We’ve included a host of features and capabilities to make it straightforward and efficient for
designing, configuring, and commissioning systems, and ensuring that they always function at their best for your clients. We’ve
also built our products for ruggedness and dependability in 24/7, mission-critical applications. Most importantly, we back each and
every one of our products with a complete satisfaction guarantee and a host of dedicated support services unmatched by any other
manufacturer in the professional AV industry.
Extron Worldwide Sales Offices
USA West
USA East
Europe
Middle East
South Africa
India
Asia
China
Japan
Korea
TABLE OF CONTENTS
Digital Video for Professional AV Systems
Introduction to Digital Video . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 2
Understanding 4K and UHD Video Signals . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 6
Digital Video Signal Formats . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 10
Anatomy of a Digital Video Signal . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 22
Understanding EDID - Extended Display Identification Data . . . . . . . . . . . . . . . . . . . . . . . . . . 26
DRM for the AV Professional . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 32
System Design Considerations . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 39
Extron Support Services for AV System Designers . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 50
Digital System Designs
Boardroom with Videoconferencing . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
Divisible Classroom . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
Training Room with Wireless Extension . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
Meeting Room with Lecture Capture . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
Collaborative Meeting Room . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
Executive Briefing Center . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
Campus Technology . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
Corporate Auditorium . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
54
56
58
60
62
64
66
68
Extron Digital Video Product Solutions
DTP Systems . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 73
XTP Systems . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 85
Extenders . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 95
Distribution Amplifiers . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 106
Switchers . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 108
Matrix Switchers . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 111
Scalers & Signal Processors . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 118
AV to USB Bridge . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 126
Streaming AV Products . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 127
Wireless . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 132
EDID Management & Test Generators . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 133
Architectural Connectivity . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 134
Cables & Adapters . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 137
Glossary
Digital AV Glossary . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 149
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1
Introduction to Digital Video
A successful digital
AV system design
results from a solid
understanding of digital
video fundamentals,
and the ability to
formulate effective
design strategies.
AV systems today are designed with a digital
turn results from a solid understanding of digital
signal infrastructure to support the digitally-
video fundamentals, and the ability to formulate
based video formats widely prevalent in AV
effective design strategies to ensure optimal
applications. These formats, including HDMI and
performance and a fully satisfied end user. The
DisplayPort, are mainstays in projectors and flat-
Extron Digital Design Guide was created to help
panel displays, as well as computers, Blu-ray
enhance your understanding and awareness
Disc players, media players, and mobile devices
toward this objective.
including tablets, smartphones, and laptops.
A Brief Overview of Digital AV Systems
The prevalence of digital video is coinciding
Digital Video Formats
with fast-paced technological advancements,
The common digital video formats in use today
particularly in relevance to IT. Software and
include the following:
mobile-driven technologies and applications,
including unified communications and
collaboration, are bringing many new possibilities
for communicating and sharing content in
enterprises and other organizations. As a result,
there is the potential for new opportunities as well
as challenges for professional AV integrators.
Nonetheless, AV systems continue to be essential
for optimizing communication through audience
presentations, conferencing, collaboration,
digital signage, network monitoring and control,
entertainment, visualization, and numerous other
applications that depend on reliable, high quality
video and audio. This is always contingent on
a successful digital AV system design, which in
• H
DMI – The format commonly associated with
consumer devices. HDMI is the most prevalent
interface standard in both consumer and
commercial AV applications.
• DisplayPort – An interface standard used in
PCs, Macs, computer monitors, commercial
displays, and some televisions.
•DVI – The predecessor to HDMI, DVI is found
on monitors, PCs, and graphics cards.
•SDI – A family of professional digital video
formats and digital video interface standards
for broadcast, production, cinema, and
medical applications.
Figure 1-1. AV systems include signal distribution and processing between sources and
destinations.
Flat-Panel Display
Desktop PC
Tablet
Smartphone
AV Distribution
& Processing
Monitor
Blu-ray Player
Projector
Media Player
Lecture Capture
Video Camera
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Extron Digital Design Guide
Videoconferencing
Figure 1-2. 4K is the new frontier for AV presentations, delivering four times as many pixels
available in 1080p video.
1920
3840
1920
1080
AV can be transmitted
and distributed over
video cables, twisted
pair cable, fiber optics,
IP networks, and
through any of a number
of wireless technologies.
2160
1080
AV Sources and Destinations
Proper selection and design of an AV signal
PCs, Macs, and Blu-ray or DVD players are the
infrastructure is one of the most critical aspects of
sources traditionally associated with AV systems.
a successful system design. Later in this Guide,
Tablets and smartphones are also popular since
we’ll delve into further detail on that topic.
they provide a convenient way to deliver AV
content. Other source devices include cameras,
Challenges in Digital Video Integration
document cameras, videoconferencing codecs,
Historically, there have been a number of well-
media players, and set-top boxes.
known issues and challenges in successfully
integrating digital video into AV systems and
Typical AV systems may include display devices
ensuring reliable, consistent image display
such as projectors, flat-panel displays, and
and source switching. Digital video signals are
desktop displays. Additional AV destinations
susceptible to signal losses and jitter over long
may also be present, such as videoconferencing
cable runs. Careful considerations are necessary
codecs, video recording and lecture capture
when passing signals through multiple devices en
systems, and media servers.
route to the displays, because signal losses and
jitter can inhibit proper image display on-screen.
Distribution, Processing, and Infrastructure
When a new connection or switch occurs, digital
Commercial AV installations require a means
video devices require two-way signal handshaking
of distributing signals between sources and
between them for EDID - Extended Display
destinations, and signal processing to ensure
Identification Data and HDCP - High-Definition
compatibility. See Figure 1-1. Also essential is
Content Protection. This handshaking may result
a dependable infrastructure for distributing AV
in noticeable latency issues when switching
signals throughout a room, between rooms and
between sources, resulting in objectionable
floors in a building, across a campus, or over vast
delays of up to several seconds as the devices
geographical regions. AV can be transmitted and
renegotiate the handshaking between them.
distributed over video cables, twisted pair cable,
fiber optics, IP networks, and through any of a
Fortunately, technologies and fundamental
number of wireless technologies.
understanding of digital video signals have
evolved to the point that system performance
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3
Introduction to Digital Video
AV integrators and
system designers are
faced with another
challenge: keeping
up with the constant
and rapid evolution of
video and computing
technologies, and the
inevitable end user
demand to support
them in AV systems.
AV systems vary widely
in scale and scope,
from basic switching
systems for small
meeting rooms, to
larger-scale switching
and processing for
auditoriums, buildingwide signal distribution,
and interconnecting
AV systems across
campuses.
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Extron Digital Design Guide
and reliability have greatly improved. With
Other technologies have made it easier to deliver
a combination of advanced digital signal
AV content wirelessly or to stream it over IP
processing and some good practices in planning
networks. Evolutions of all these technologies
for digital video, a system can be highly reliable
inevitably lead to greater demands on pro AV
and deliver robust performance with very high
integrators to provision systems that will support
image quality. In this Guide, you’ll learn about
the newest video formats and source devices,
several Extron digital video technologies that
while addressing specific end user needs
allow extension of digital video signals over long
for communication and collaboration in their
distances, provide the ability to distribute signals
organizations. As a result, system integrators
in large or complex systems without degradation,
need to continually identify new opportunities and
and ensure very good system performance with
use cases for AV, and also ensure that systems
nearly instantaneous source switching.
designed today are capable of supporting new
developments that may come tomorrow.
Constant Evolution of Technologies
AV integrators and system designers are faced
Support for Legacy Analog Video
with another challenge: keeping up with the
The pro AV industry has largely transitioned away
constant and rapid evolution of video and
from analog video and the legacy formats that
computing technologies, and the inevitable end
had been predominant for decades in computers,
user demand to support them in AV systems.
VCRs, monitors, and projectors. Digital video is
New mobile devices continue to emerge, as well
now the essential bridge for interfacing today’s
as new software applications for communication
sources and displays into AV presentation
and collaboration. Parallel developments are
systems. Despite this, many end users and
occurring in video technologies including the
organizations continue to require support for
ability to deliver higher resolutions such as 4K, as
legacy devices that cannot readily be replaced by
illustrated in Figure 1-2, along with advancements
newer equipment or technology. This is especially
in color depth, dynamic range, and frame rates.
relevant to vertical markets such as education.
Display technologies have also evolved with
Extron offers a wide variety of products designed
notable enhancements in resolution, color fidelity,
to easily integrate analog video-based devices
durability, aesthetics, and more.
into an all-digital video signal infrastructure.
Successful System Design is Key
An AV system can be as simple as a connection
Extron Digital Video Products and
Technologies
between a PC and a monitor, or as complex as
When it comes to digital AV switching,
a system that distributes AV content throughout
distribution, and processing, Extron is a total
a facility or an entire campus. AV systems can
system solutions provider, offering all the
even span distant endpoints located thousands
products and technologies you need for a fully
of miles or kilometers apart by utilizing wide area
functional, high performance AV system. From
networks - WANs or the public Internet. No matter
4K to HD and legacy analog, and all mediums
how basic or elaborate the system may be, an AV
for AV distribution – video cables, twisted pair,
system design is successful only if it fully satisfies
fiber optics, streaming, and wireless – Extron
an end user’s expectations for performance,
offers the most comprehensive family of product
reliability, and perhaps most importantly, how the
solutions for professional AV integration. All
AV system benefits an enterprise or organization’s
Extron products are fully backed with a 100%
functional requirements.
customer satisfaction guarantee.
A major portion of this Guide is devoted to system
Extron abides by a core philosophy
design. The following is a brief overview of the
of never compromising when it
most important areas to consider when designing
comes to quality and performance.
an AV system:
Every product is the result of
An AV system can
be as simple as a
connection between
a PC and a monitor,
or as complex as a
distribution system
throughout a facility or
an entire campus.
extensive product planning, R&D, testing,
• Developing a complete scope of work
validation, and quality assurance. We back all
•Asking key questions about the intended lineof-business functions, as a starting point in
defining AV needs and use cases
our products with an unmatched commitment to
•Identifying the general requirements for the
AV system, including equipment, size, scale,
and the possible need for future-proofing or
expansion
serving our customers with dedicated S3 support
services before, during, and after the sale. Extron
maintains a full staff of engineers and customer
support professionals at our offices worldwide
and in the field, a wealth of technical resources
•Selecting the right AV signal infrastructure and
products
online and in our Design Guides – including this
•Creating effective system design strategies for
handling digital video signals and formats
services, training and certification programs, and
Digital Design Guide, system design support
much more. ■
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5
Understanding 4K and UHD Video Signals
A 4K video signal with
a full 60 Hz frame
rate, 4:4:4 chroma
subsampling, and
10-bit color requires
a data rate of
22.28 Gbps.
4K Video Resolutions
for 4K digital cinema projectors, which is referred
4K display systems have been available for nearly
to as 4K DCI. This resolution maintains the
a decade to support high-end applications such
same aspect ratio as the 2K DCI resolution of
as digital cinema, advanced visualization in
2048x1080. Projectors supporting 4K DCI were
scientific research and medical imaging, and
some of the first 4K display systems to appear on
immersive environments from military simulation
the market. The television industry adopted the
to themed attractions. Recently, 4K displays
UHD resolution of 3840x2160, which maintains
have become widely available at accessible price
the same 16:9 aspect ratio of 1080p HD video.
points, and the benefits of higher resolution and
greater pixel density are increasingly desired in
HDMI
more traditional AV installations.
The HDMI 1.4a specification, released in 2009,
specified a maximum data rate of 10.2 Gbps.
Data Rates for 4K and UHD Video
Signals
It can support 4K or UHD resolutions with 8-bit
The primary factors that affect the bandwidth
over a single HDMI cable. Reducing chroma
required for a video signal are the resolution, frame
subsampling to 4:2:0 for a UHD 60 Hz signal
rate, color bit depth, and chroma subsampling.
results in a bandwidth that falls within the limits of
4K video resolutions include 4096x2160 and
HDMI 1.4a. However, the specification does not
UHD - Ultra High Definition, or 3840x2160. As
include support for 4:2:0 color sampling.
color at 24 Hz, 25 Hz, or 30 Hz frame rates
can be seen in Figure 2-1, 4K is four times the
resolution of a full HD 1080p signal and has four
The HDMI 2.0 specification, released in 2013,
times the number of pixels. Moving this amount
increases the data rate to 18 Gbps for a 60 Hz
of data requires significant bandwidth as shown
maximum 4K/UHD frame rate over a single
in Table 2-1. A 4K video signal with a full 60 Hz
HDMI cable at 8-bit color or up to 30 Hz at 10-bit
frame rate, 4:4:4 chroma subsampling, and
color. HDMI 2.0 also adds support for 4:2:0 color
10-bit color requires a data rate of 22.28 Gbps.
sampling. The luminance, Y of a Y Cr Cb signal,
with 4:2:0 color sampling is divided among two
Bandwidth Capabilities of Current
Digital Video Signal Formats
TMDS channels, and the chrominance, Cb and
In 2005, the Digital Cinema Initiatives - DCI
channel. This enables a UHD 4:2:0 signal with
established a standard resolution of 4096x2160
a 60 Hz frame rate to be sent at the same data
rate as a 30 Hz UHD 4:4:4 signal. However, both
Figure 2-1. Video Resolutions from 1080p through 4K
2K
2048 x 1080
HD 1080
1920 x 1080
Cr, signals are combined onto a single TMDS
the source and the display must support this
4K DCI
4096 x 2160
WQXGA
2560 x 1600
mode of operation in order for the signal to pass
successfully.
DisplayPort
4K UHD
3840 x 2160
DisplayPort data rates are also increasing to
improve support for 4K video at a 60 Hz frame
rate. With a 10.8 Gbps data rate, DisplayPort 1.1a
QXGA
2048 x 1536
supports an 8-bit UHD signal at a 30 Hz frame
rate over a single cable. In 2009, DisplayPort 1.2
doubled the data rate to 21.6 Gbps, enabling
a 3840x2160 signal with reduced blanking at
60 Hz, 10-bit color depth, and 4:4:4 chroma
subsampling over a single cable. A further
4:3
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Extron Digital Design Guide
16:9
16:10
17:9
update to the DisplayPort specification in 2014,
Table 2-1. Bandwidth Requirements for 4K and UHD Video Signals
FRAME RATE
CHROMA
SUBSAMPLING
PIXEL CLOCK
8-BIT COLOR
10-BIT COLOR
720p / 1080i
60 Hz
4:4:4
74.25 MHz
2.23 Gbps
2.78 Gbps
1080p / 2K
60 Hz
4:4:4
148.5 MHz
4.46 Gbps
5.57 Gbps
4K / UHD
30 Hz
4:4:4
297 MHz
8.91 Gbps
11.14 Gbps
4K / UHD
60 Hz
4:2:0
297 MHz
8.91 Gbps1
11.14 Gbps
4K / UHD
60 Hz
4:4:4
594 MHz
17.82 Gbps
22.28 Gbps
RESOLUTION
1
4:2:0 color sampling support was added to HDMI 2.0. It is not supported in previous versions of the HDMI specification.
version 1.3, provides even higher data rates
in a system. This could be multiple monitors,
up to 32.4 Gbps. DisplayPort is well-suited for
streaming encoders, video processors, recording
4K applications that require high frame rates,
devices, or connections to an additional signal
accurate color rendition, and the ability to show a
distribution system. When this occurs, system
very high level of image detail.
designers must address the resolutions that are
DisplayPort is
well-suited for 4K
applications that
require high frame
rates, accurate color
rendition, and the
ability to show a very
high level of image
detail.
supported by such a wide range of destination
devices.
3G-SDI
The limited bandwidth of 3G-SDI does not enable
a single cable solution for transmitting 4K or UHD
Historically, it was relatively easy to deploy
video. With a maximum 2.97 Gbps data rate,
systems designed around 720p, 1080i, or
multiple lanes are required based on current
1080p resolutions. The aspect ratio control and
standards. Some manufacturers are beginning to
scaling between these resolutions did not require
offer SDI products that operate at 6 or 12 Gbps.
extensive up or down conversion. With the
However, formal SMPTE standards supporting
introduction of 4K and UHD video into today’s
these data rates are still pending. The capabilities
system designs, a certain level of care must be
to carry 4K/UHD signals using the various
exercised in order to ensure that all signals can be
transport standards are summarized in Table 2-2.
successfully routed to all destinations.
System Design and Integration
Challenges
4K vs. UHD
Supporting Multiple Resolutions
vernacular of end-users, system designers
Based on the applications and desired
need to understand which version of video they
functionality specified by technology users, it
are actually requesting. References to quad
is very common to have multiple destinations
HD, UHD, or even 2160p are likely indicative
With the introduction of 4K video into the
Table 2-2. Video Formats and 4K Support
VIDEO INTERFACE
STANDARD
1
BANDWIDTH
COLOR SAMPLING
UHD @ 30 Hz
UHD @ 60 Hz
HDMI 1.4
10.2 Gbps
4:4:4
1 cable, 8-bit, 3840x2160
4 cables, 10-bit, 1920x1080
2 cables, 8-bit, 1920x2160
4 cables, 10-bit, 1920x1080
HDMI 2.0
18.0 Gbps
4:2:0
n/a
1 cable, 10-bit, 3840x2160
HDMI 2.0
18.0 Gbps
4:4:4
1 cable, 10-bit, 3840x2160
1 cable, 8-bit, 3840x2160
2 cables, 10-bit, 1920x2160
DisplayPort 1.1
10.8 Gbps
4:4:4
1 cable, 8-bit, 3840x2160
2 cables, 8-bit, 1920x2160
4 cables, 10-bit, 1920x1080
DisplayPort 1.2
21.6 Gbps
4:4:4
1 cable, 16-bit, 3840x2160
1 cable, 10-bit, 3840x21601
DisplayPort 1.3
32.4 Gbps
4:4:4
1 cable, 16-bit, 3840x2160
1 cable, 12-bit, 3840x2160
HD-SDI
1.44 Gbps
4:2:2
4 cables, 10-bit, 1920x1080
n/a
3G-SDI
2.97 Gbps
4:2:2
n/a
4 cables, 10-bit, 1920x1080
This is a VESA-specific timing with reduced blanking. It is distinct from the SMPTE UHD video timing.
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7
Understanding 4K and UHD Video Signals
Reducing the color
encoding to 4:2:0
allows a 4K video
signal at 60 Hz with a
data rate below
10 Gbps.
of the resolution achieved by using four 1080p
4K video signal at 60 Hz with a data rate below
quadrants to achieve an overall resolution of
10 Gbps. However, it is important to note that
3840x2160. The cinematic-based variation
reduced chroma subsampling may compromise
is four quadrants of 2K which equates to an
fine pixel and line details in computer imagery
overall resolution of 4096x2160. The Society
such as computer-aided design drawings
of Motion Picture and Television Engineers -
or maps. Additionally, many commercial AV
SMPTE has stepped in to clarify things a little
products do not support 4K signals at 4:2:0 and
by using UHDTV1 to represent a signal with at
60 Hz frame rate.
least 3840x2160 active pixels and UHDTV2 to
indicate 7680x4320. This is the 8K resolution
Two Cables/Pathways
that is currently in the research and development
The dual cable/pathway solution is an interesting
stages.
option that allows for higher frame rates, such
as 60 Hz, and increased color depth. However,
These differences between 4K and UHD could
finding sources and destinations that are
lead to aspect ratio and display compatibility
compatible with this unique resolution can be
challenges as well as impact to the EDID
challenging. In order to support this method
management scheme for the overall system.
of distribution, all products in the signal chain
must be able to pass either a 1920x2160 or a
Extending 4K and UHD Signals over
Long Distances
2048x2160 signal. Two of these signals, basically
In order to extend, switch, or distribute a 4K or
by the display to create a 4K/UHD image.
left and right halves, are then integrated together
UHD signal, system designers must consider the
sources, destinations, and distances involved.
Four Cables/Pathways
For intermediate distances, 100 meters (328 feet)
The most common method for supporting 4K/
or less, twisted pair distribution is an easy and
UHD video with high frame rates in professional
economical option. When longer distances are
AV systems involves the use of four parallel
necessary, fiber optics or streaming technologies
signals. By using four 1920x1080 or 2048x1080
are available. Depending on the products
signals, the overall 4K/UHD signal is handled in
selected, there are essentially three distribution
quadrants. This allows for frame rates of 60 Hz
topologies that could be applied.
or greater while still maintaining excellent color
depth. In broadcast applications, this is the
One Cable/Pathway
dominant method of signal distribution due to the
To use a single cable or pathway, the design
fixed raster size of SDI signals. When using this
solution must be compatible with a 3840x2160 or
method, the timing between the paths becomes
a 4096x2160 video signal. Due to the bandwidth
important. Distribution and processing devices
requirements and limitations of readily available
must be able to maintain a level of synchronization
transport schemes, the frame rate will be
that prevents image artifacts from occurring when
limited to 30 Hz when using long HDMI cables,
the four quadrants are composited together by
or extending video signals over fiber optics or
the destination device.
twisted pair. Current technologies only allow for
data rates up to about 10 Gbps. These limitations
4K Sources and Displays
won’t be addressed by recently ratified standards
The available sources and displays capable of
such as HDMI 2.0, or similar, until new chipsets
4K or UHD video are growing at a remarkable
from integrated circuit - IC manufacturers become
pace. They use a variety of signal formats and
more widely available within the supply chain.
connectivity. 4K displays typically support a
single HDMI 1.4a connector to provide UHD
Reducing the color encoding to 4:2:0 allows a
­8
Extron Digital Design Guide
3840x2160 resolution at 30 Hz or 4K 4096x2160
at 24 Hz and 8-bit color depth. As of late 2014,
• Scalable HDCP-compliant videowall processors
availability of displays with HDMI 2.0 inputs is
are optimized for use with 4K displays, windowing
limited to select consumer-grade 4K televisions
large numbers of standard definition, high
that can support 4K or UHD at 60 Hz and 8-bit
definition, and UHD sources across displays with
color depth, over a single HDMI cable.
resolutions up to 3840x2160 or greater
In professional 4K AV systems, the display should
• Stream 4K material with low latency and visually
be chosen to match the needs of the application.
lossless quality
The requirements for the system may fall within
the HDMI 1.4a capabilities, enabling a single
• Media players for playback of film and video
wire solution. More demanding applications,
productions prepared for Ultra HD and digital
such as medical imaging or simulation displays,
cinema 4K resolution displays
Extron 4K video
solutions provide
high-performance
signal extension,
routing, and
distribution for 4K
and UHD digital video
signals.
require deep color and higher frame rates.
Professional grade media players, displays, and
For assistance designing your 4K system, please
projectors overcome the limitation of HDMI 1.4a
contact your local Extron Customer Support
by combining two or four DisplayPort, HDMI/DVI,
representative. An Extron Applications Engineer
or 3G-SDI signals to achieve deep-color UHD
will be assigned to your project and will work with
and 4K resolutions running at a full 60 Hz frame
you to ensure your complete satisfaction.
rate. Additionally, they often provide upscaling of
1080p signals to 4K resolutions.
Conclusion
The introduction of new display devices intended
Extron 4K Solutions
for 4K/UHD video is outpacing standards
Extron 4K video solutions provide high-
development. Since there is no connectivity
performance signal extension, routing, and
standard for 4K/UHD signals, the transport
distribution for 4K and UHD digital video signals.
method, frame rates, and color encoding
The wide variety of 4K product solutions include
scheme dictate the required number and types
scalers, videowall processors, streaming
of connections. Looking beyond the physical
encoders and decoders, media players, and fiber
connections, other factors include pixel clocks,
optic and twisted pair signal distribution products.
data rates, active pixel counts, sampling
Extron 4K solutions support an extensive list of
schemes, and more.
displays and do not limit your designs to a short
list of certified displays.
By increasing your knowledge of the technology
and understanding as the governing bodies of the
• Support extensive range of displays,
AV industry establish and evolve the standards,
projectors, and sources from a wide variety
you will be able to design and deploy open
of manufacturers
architecture systems that do not reduce your
design options to a single distribution scheme.
• Extron's Vector 4K scaling engine delivers the
power and precision required to manage the high
Understanding product capabilities while
pixel counts of today's 4K displays and content.
becoming educated on the technology is the best
practice to ensure that your systems meet the
• Extend, switch, and distribute 4K and UHD
rigorous demands of a 4K or UHD application. ■
video over shielded CATx and fiber optic cabling.
• XTP DTP 24 cable achieves full transmission
distance up to 330 feet (100 meters) at 4K and
UHD resolutions without cable length restrictions
www.extron.com
9
Digital Video Signal Formats
Each digital video
format has its own
technical advantages
as well as unique
capabilities to meet
specific integration
requirements within
the AV industry.
The video equipment marketplace is dominated
scheme for video known as TMDS - Transition-
by high resolution flat-panel displays, and
Minimized Differential Signaling. A TMDS link
LCD and DLP projectors. These displays are
consists of three serial data channels, one for
natively digital in their design, construction, and
each color – red, blue, and green – plus a fourth
operation. Similarly, the sources that drive these
channel carrying a pixel rate clock which provides
displays, including computers, Blu-ray players,
the timing reference that keeps the three color
media players, and cameras, are inherently digital
channels synchronized. All TMDS data and clock
devices.
lines are differential, or balanced, and are carried
on twisted pairs within DVI and HDMI cable
There are several standard signal formats in use
assemblies. See Figure 3-1.
for digital video transmission between sources
To support different resolution requirements, the
and displays. These include:
• DVI - Digital Visual Interface
• HDMI - High-Definition Multimedia Interface
• DisplayPort
•S
DI - Serial Digital Interface, a family of
professional video formats that includes SDI,
HD-SDI, and 3G-SDI
DVI specification provides for one or two video
links per connector, commonly known as single
link or dual link, respectively. The maximum pixel
rate for single link DVI is 165 MHz, corresponding
to a data rate of 4.95 Gbps. This is more than
sufficient for WUXGA 1920x1200 and HDTV
1080p/60, with a color depth of 8 bits per color.
DVI and SDI have been in use for many years
Higher resolutions and greater color depths can
while HDMI and DisplayPort are somewhat newer.
be supported by use of dual link DVI, which
All except for DVI are regularly updated through
handles pixel rates up to 330 MHz and resolutions
their respective standards revision processes.
as high as 3840x2400.
Each digital video format has its own technical
advantages as well as unique capabilities to meet
The DVI specification also provides for additional
specific integration requirements within the AV
lines of communication which are essential in
industry. Let’s take a look at each one in some
achieving successful DVI transmission between
detail.
devices. The DDC - Display Data Channel
is a serial connection for EDID and HDCP
DVI - Digital Visual Interface
communication, which are detailed in subsequent
DVI and HDMI are based on a common signaling
sections of this Guide.
Figure 3-1. What’s going through the DVI and HDMI connections?
CH 0
CH 1
CH 2
DVI Connector
Clock
One TMDS Character
• DVI TMDS video data lines (CH 0, CH 1, CH 2) are essentially digitized versions of the
blue, green, and red color lines of analog RGBHV video
• HDMI adds support for YCBCR component video format using CH 0, CH 1, and CH 2
• TMDS encoding transmits a 10-bit character for every 8 bits of video data to reduce EMI
and aid clock recovery
• DVI and HDMI 1.x transmit TMDS clock at the character rate (1∕10 of data rate). HDMI 2.0
transmits higher resolutions using a TMDS clock at 1∕4 character rate (1∕40 of data rate).
HDMI Connector
­10
Extron Digital Design Guide
DVI-I Dual Link
analog and digital
DVI-D Dual Link
DVI-D Single Link
DVI-I Single Link
digital only
digital only
analog and digital
Table 3-1. DVI Pin Configurations
PIN
FUNCTION
PIN
FUNCTION
PIN
FUNCTION
1
TMDS Data2-
9
TMDS Data1-
17
TMDS Data0-
2
TMDS Data2+
10
TMDS Data1+
18
TMDS Data0+
3
TMDS Data2/4 Shield
11
TMDS Data1/3 Shield
19
TMDS Data0/5 Shield
4
TMDS Data4-
12
TMDS Data3-
20
TMDS Data5-
5
TMDS Data4+
13
TMDS Data3+
21
TMDS Data5+
6
DDC Clock [SCL]
14
+5 V Power
22
TMDS Clock Shield
7
DDC Data [SDA]
15
Ground (for +5 V)
23
TMDS Clock+
16
VGA
- VESA
Hot
Plug
Detect
24
TMDS Clock-
8
Analog Vertical Sync
C1
Analog Red
C2
Analog Green
E-DDCLink
host assignment DVI-D Dual Link
DVI-I Dual
analog andAnalog
digital GND Return:
C5
(Analog R, G, B)
--
digital only
C3
Analog Blue
C4
--
HDMI
DVI-I Single Link
analog and digital
DVI-D Single Link
digital only
Analog Horizontal Sync
source, such as a computer, to detect the
HDMI - High Definition Multimedia
Interface
initial connection of a display and begin data
The HDMI format incorporates the TMDS video
communications without user intervention. The
functionality of DVI and extends TMDS to
DVI specification describes several different pin
carry digital audio and control information. By
type A
The HPD - Hot Plug Detect pin allows a video
The HPD - Hot Plug
Detect pin allows a
video source, such as a
computer, to detect the
initial connection of a
display and begin data
communications without
user intervention.
DisplayPort
configurations: DVI-D, with pins for digital signals
source-side consolidating high definition video, audio, and
only, and DVI-I, which adds pins for analog
control into a single, compact connector, HDMI
RGBHV, and can carry both analog and digital
has been very successful in the consumer audio/
video. Each of these configurations is offered
video market.
VGA - VESA
in versions supporting single link or dual link
E-DDC host assignment
DVI signals, thus totaling four available types of
The most common HDMI connector, found in the
connectors. See Table 3-1.
vast majority of displays and source devices,
is the 19-pin Type A, illustrated in Table 3-2,
DVI is a royalty-free standard originated by
HDMI
the DDWG - Digital Display Working Group.
type A
Version 1.0 of the DVI specification was released
in April 1999, and there have been no subsequent
revisions since then. Despite the lack of technical
updates, many AV professionals prefer DVI
because the physical connector is more secure
and less prone to inadvertent disconnection.
Table 3-2. HDMI Pin Configurations
PIN
FUNCTION
PIN
DisplayPort
FUNCTION
1
TMDS Data2+ source-side
11
2
TMDS Data2 Shield
12
TMDS Clock-
3
TMDS Data2-
13
CEC
a number of products with DVI connectors that
4
TMDS Data1+
14
HEAC Data-
are compatible with HDMI capabilities such as
5
TMDS Data1 Shield
15
SCL
embedded audio, enhanced color depth, and
6
TMDS Data1-
16
SDA
component color space.
7
TMDS Data0
17
DDC/CEC Ground
8
TMDS Data0 Shield
18
+5 V Power
9
TMDS Data0-
10
TMDS Clock+
19
Hot Plug Detect /
HEAC Data+
Some AV equipment manufacturers, including
Extron, accommodate this preference by offering
TMDS Clock Shield
www.extron.com
11
Digital Video Signal Formats
InfoFrame data
formats and content
are specified by the
Consumer Electronics
Association in
standard CEA-861.
which contains a single TMDS link plus DDC
Figure 3-2. InfoFrame data formats and content
and HPD lines. A 5 volt power supply line is
are specified by the Consumer Electronics
also provided. In addition, HDMI connectors
Association in standard CEA-861. The six types
incorporate the CEC - Consumer Electronics
of InfoFrame data are summarized in Table 3-3.
Control line, which is used for integrated control
of multiple devices within an AV system. CEC
•Support for YCBCR 4:2:2 and YCBCR 4:4:4
control protocols tend to be proprietary to each
digital component color spaces in addition
equipment manufacturer, and there is limited CEC
to RGB 4:4:4, along with support for limited
compatibility between manufacturers. However,
range (16-235 for 8 bits) quantization typical of
there are implementation guidelines for CEC
consumer and broadcast-oriented video, and
and manufacturers have worked together to
full range (0-255 for 8 bits) quantization used in
standardize control across their products.
computer video.
The HDMI specification and licensing is
administered by HDMI Licensing, LLC. In contrast
•T he use of HDCP encryption for content
protection
to DVI, the HDMI specification has evolved
through several standards revisions. Version 1.0
of the HDMI specification was released in
•The use of CEC for control of connected AV
components
December 2002. HDMI 1.0 incorporated all of the
functions of the DVI TMDS interface, with added
HDMI versions 1.1 and 1.2, released in May
features including:
2004 and August 2005, respectively, were
incremental in nature and did not introduce major
•The definition of Data Island Periods within the
new features.
horizontal and vertical video blanking intervals to
transport up to 8 channels of PCM digital audio,
HDMI 1.3 was released in June 2006.
as well as metadata known as InfoFrames. See
Compared to previous versions, HDMI 1.3
Figure 3-2. Simplified Structure of One Frame
of TMDS Video
HDMI adds vertical Data Island
Periods containing audio and
InfoFrame packets
HDMI adds
horizontal
Data Island
Periods
containing
audio and
InfoFrame
packets
Active Video Data
Horizontal
Blanking
Period
Active Pixels
Extron Digital Design Guide
InfoFrame data formats and content are specified by the Consumer Electronics Association in
standard CEA-861.
Vertical
Blanking
Period
Active
Lines
TMDS retains timing parameters such as horizontal
sync, vertical sync, and blanking intervals from analog
RGB video. For DVI, no data is transmitted during the
vertical and horizontal blanking intervals. On the other
hand, HDMI takes advantage of the blanking intervals to
transmit Data Island Periods containing embedded audio
and metadata such as CEA InfoFrames. This enables
extended capabilities and functions with new revisions
of the HDMI standard.
­12
Table 3-3. HDMI InfoFrames
Types of InfoFrame Data
Vendor Specific Information
Used by product manufacturers to transport information not
defined elsewhere
Auxiliary Video Information
Describes the properties of the video being transmitted, including
color space, chroma sampling, resolution, 3D format, etc.
Source Product Description
Data such as the name and product type of the video source
Audio
Describes the properties of the audio being transmitted, including
sampling rate, number of channels, encoding format, speaker
mapping, etc.
MPEG Source
Describes compression properties of the video being transmitted,
such as bit rate and frame type (I, B, or P)
NTSC VBI
Provides for carrying metadata originally intended to be broadcast
during NTSC vertical blanking intervals, such as timecodes and
closed captions
specified a twofold increase in the maximum
specification called for the wires to be a twisted
TMDS single link clock rate to 340 MHz,
pair within the cable. The new specification
corresponding to 10.2 Gbps. The increased
also called for new connector Types D and
bandwidth of HDMI 1.3 enabled up to 16 bits per
E, both of which would carry all the signals of
color – also known as Deep Color, an extended
the Type A connector. Type D connectors, also
color space, the latest high resolution surround
known as HDMI Micro Connectors, are even
sound audio formats for Blu-ray Disc, and
smaller than the compact Type C. HDMI Type D
video resolutions up to WQXGA 2560x1600.
connectors are comparable in size to USB Micro
Version 1.3 also mandated the inclusion of
connectors, and are commonly found in tablets,
High-bandwidth Digital Content Protection or
smartphones, cameras, and other mobile
HDCP, a digital rights management scheme that
devices. Type E connectors are intended for
prevents the copying of digital video and audio
automotive applications.
HDMI 2.0 was released
in September 2013 and
specifies a maximum
TMDS data rate of
18 Gbps and 600 MHz
maximum pixel clock.
content. In addition, a smaller Type C connector
was introduced, also known as the HDMI Mini
HDMI 1.4 did not define any increase in the
Connector. Type C connectors can be found in
maximum TMDS clock rate, which remained
some cameras and laptops.
at 340 MHz, but new video formats were
added. These included new 4K video formats
HDMI 1.4 was released in May 2009. It added
at 30 frames per second, as well as formats for
two new communication channels: the HDMI
transmitting stereoscopic 3D video.
For more information about HDMI 2.0, refer to
HDMI 2.0: Specification Overview & Frequently
Asked Questions at www.extron.com/hdmi20faq.
Ethernet Channel, or HEC, and the Audio Return
Channel, or ARC. HDMI Ethernet enabled
The content protection mechanism remained
standard IP communication for connected
largely unchanged for HDMI 1.4. The specification
devices. This allowed AV components to be
referenced HDCP revision 1.4, released in
networked, and to access advanced services
July 2009. The main difference between
over the Internet. Integrating Ethernet inside the
HDCP 1.4 and HDCP 1.3 is in the definition of
HDMI cable potentially eliminated the need for
hot plug detection. HDCP 1.4 referred to a hot
Ethernet switches and cables to IP-capable AV
plug detect state called HDCP_HPD, whereas
components. The Audio Return Channel enabled
earlier versions referred to the physical HPD line.
a digital audio signal to be sent from the sink, or
Otherwise, HDCP 1.4 operations, encryption
destination device, such as a flat‑panel display,
algorithms, and restrictions on signal distribution
back to the source device. This replaced the need
remained identical to the existing HDCP 1.3
for a separate digital audio cable connection.
standard. The major changes embodied in HDCP
2.0, released in October 2008, were not adopted
To carry these channels, HDMI 1.4 specified a
in HDMI 1.4. HDCP and its specification revisions
new pin to be activated in the connector. While
will be explored later in further detail.
the physical dimensions of the existing HDMI
Type A connector were still the same, the new
HDMI 2.0, the current version, was released
standard called for a “utility” signal on pin 14,
in September 2013, and specifies a maximum
which had been unconnected in earlier HDMI
TMDS data rate of 18 Gbps and 600 MHz
versions. This utility signal and the existing Hot
maximum pixel clock. This enables transmission
Plug Detect - HPD signal on pin 19 were to carry
of 4K video at 60 frames per second, with
both the HEC and the ARC. Together, pins 14
8-bit color and 4:4:4 chroma subsampling. The
and 19 are called the HDMI Ethernet and Audio
increased data rate also allows transmission of up
Return Channel, or HEAC. Older HDMI cables
to two independent video streams and up to four
do not support HEAC functions since pin 14 is
audio streams. Additionally, HDMI 2.0 increases
unconnected. Pins 14 and 19 carry high-speed
the maximum number of audio channels from
differential HEC data, so therefore the HDMI 1.4
8 to 32 per stream, and supports a 1536 kHz
www.extron.com
13
Digital Video Signal Formats
Many advanced
HDMI capabilities,
such as higher video
resolutions, Deep
Color, high bit rate,
and lossless audio are
optional, and therefore
may not be completely
implemented by all
products that claim
compliance with the
standard.
Table 3-4. HDMI Version Summary
SUPPORTED
FEATURE
HDMI 1.0
DEC 2002
HDMI 1.1
MAY 2004
HDMI 1.2
AUG 2005
HDMI 1.3
JUN 2006
HDMI 1.4
MAY 2009
HDMI 2.0
SEP 2013
Max TMDS Data
Rate
4.95 Gbps
4.95 Gbps
4.95 Gbps
10.2 Gbps
10.2 Gbps
18 Gbps
Max Pixel Clock
165 MHz
165 MHz
165 MHz
340 MHz
340 MHz
600 MHz
2-ch to 8-ch
PCM
2-ch to 8-ch
PCM
2-ch to 8-ch
PCM
2-ch to 8-ch
PCM,
bitstream
2-ch to 8-ch
PCM,
bitstream
2-ch to 32-ch
PCM,
bitstream
24
24
24
24, 30, 36, 48
24, 30, 36, 48
24, 30, 36, 48
RGB, YCBCR
RGB, YCBCR
RGB, YCBCR
RGB, YCBCR
xvYCC, others
RGB, YCBCR
xvYCC, others
RGB, YCBCR
xvYCC, others
480p/60 up to
1080p/60
and
1920x1200
480p/60 up to
1080p/60
and
1920x1200
480p/60 up to
1080p/60
and
1920x1200
480p/60
up to
1080p/60
and
2560x1600
480p/60
up to
4K/30
and
2560x1600
480p/60
up to
4K/60
3D Video
No
No
No
No
Yes
Yes
Audio Return
Channel
No
No
No
No
Yes
Yes
HDMI Ethernet
Channel
No
No
No
No
Yes
Yes
Max Number of
Video Streams
1
1
1
1
1
2
Max Number of
Audio Streams
1
1
1
1
1
4
Audio
Color Depth
(Bits per Pixel)
Color Space
Video Resolution
Gray text denotes optionally supported features.
audio sampling rate. Other new video features
not be completely implemented by all products
include support for resolutions with wider aspect
that claim compliance with the standard. Each
ratios such as 2560x1080 (2.37:1), and YCBCR
version of HDMI adds new features, but most of
4:2:0 chroma subsampling. The use of YCBCR
these features are not requirements, resulting in
4:2:0 cuts TMDS data rate requirements in half
products with various, and possibly incomplete or
as compared with 4:4:4. For example, 4K/60 at
incompatible, implementations of HDMI features.
12 bits per color requires 26.73 Gbps at 4:4:4,
Video system designers need to be aware that
and cannot be transported over HDMI 2.0;
compatibility with a particular version of HDMI
but 4:2:0 chroma subsampling reduces the
does not mean that a product is capable of all
data rate to 13.37 Gbps, which is within the
the features associated with that specification. If
18 Gbps capability of HDMI 2.0. Furthermore,
a particular feature is necessary, such as 48‑bit
4K/60 at 8 bits per color and 4:2:0 requires
color, the designer will need to verify compatibility
only 9.41 Gbps, which is within the 10.2 Gbps
with all components in the signal path.
capability of HDMI 1.4. This creates the possibility
for some HDMI 1.4 distribution equipment to
In January 2012, the HDMI organization
transport 4K/60 8-bit 4:2:0 video, but only if both
began actively enforcing the HDMI Adopted
the source and display are capable of HDMI 2.0.
Trademark and Logo Usage Guidelines to
address longstanding market confusion about
Table 3-4 summarizes the required and optional
HDMI compatibility. The guidelines required the
features of the various versions of HDMI.
removal of any numeric reference to a particular
version of the HDMI standard, eliminating
­14
Extron Digital Design Guide
Many advanced HDMI capabilities, such as higher
possible implications of performance that may
video resolutions, Deep Color, high bit rate, and
not be supported by the product. For example,
lossless audio are optional, and therefore may
“HDMI 2.0” cannot be used to market a product.
Dual Link
and digital
The new requirement called for manufacturers
Originally, dual mode DisplayPort adapters
to promote only the supported HDMI features
were limited to a maximum TMDS clock rate
on a product-by-product basis. The only way
of 165 MHz to match the available capability
to ensure that a product you are considering
of HDMI. Since the HDMI standard has been
will support the HDMI features you need is to
updated for high data rates, VESA introduced
carefully review the manufacturer’s specifications,
a “Type 2” dual‑mode adapter standard in
or contact
representative.
DVI-D aDual
Link
DVI-I Single Link
January
2013 Link
with a maximum TMDS clock rate
DVI-D Single
DisplayPort
video resolutions such as 4K/30 or 1080p 3D
DisplayPort is a digital interface between sources
at 60 Hz. Type 2 DisplayPort adapters would
and displays that is positioned as an alternative
be backwards compatible with older “Type 1”
to HDMI for PC equipment manufacturers.
dual‑mode DisplayPort sources, but be limited
DisplayPort uses a digital video transmission
to a maximum TMDS clock rate of 165 MHz. To
scheme that differs from TMDS and is therefore
achieve the 300 MHz maximum TMDS clock rate,
not directly compatible with HDMI and DVI. The
both the dual‑mode DisplayPort source and the
20-pin DisplayPort connector is illustrated in
adapter must be “Type 2 enabled.”
digital only
analog and digital
only
of 300digital
MHz.
This enabled support for HDMI 1.4
VESA introduced a
“Type 2” dual‑mode
DisplayPort adapter
standard in January
2013 with a maximum
TMDS clock rate of
300 MHz.
Table 3-5. It can be used to pass HDMI signals,
provided that the device already supports
DisplayPort video and audio signals are carried
HDMI. For example, if a video source only has
on four lanes of differential wires, with each
a DisplayPort connector, but also has HDMI
lane running at 1.62, 2.7, 5.4, or 8.1 Gbps
E-DDC host
assignment
capability,
then
it is possible
to use a
for a maximum data rate of 32.4 Gbps. See
DisplayPort-to-HDMI adapter to connect the
Figure 3-3 for further information. DisplayPort is
source to an HDMI-equipped display. Such
capable of supporting Deep Color, multi-channel
DisplayPort connections, referred to as “dual-
high resolution audio, and video resolutions up
mode” or “multi-mode,” are symbolized by the
to 5128x2880. Analogous to the DDC channel
signaling
VGA - VESA
HDMI
DisplayPort logo andtype
twoA plus signs to indicate
for HDMI, DisplayPort connectors provide for a
this capability.
differential AUX channel for EDID communication.
In addition, DisplayPort may incorporate HDCP
DisplayPort
DisplayPort Connector
Figure 3-3. What’s going through the DisplayPort connection?
source-side
Lane 0
Table 3-5. DisplayPort Pin Configuration
(Source-Side)
PIN
FUNCTION
PIN
FUNCTION
1
ML_Lane 0 (p)
11
GND
2
GND
12
ML_Lane 3 (n)
3
ML_Lane 0 (n)
13
GND
4
ML_Lane 1 (p)
14
GND
5
GND
15
AUX CH (p)
6
ML_Lane 1 (n)
16
GND
7
ML_Lane 2 (p)
17
AUX CH (n)
8
GND
18
Hot Plug Detect
9
ML_Lane (n)
19
Return
10
ML_Lane 3 (p)
20
DP_Power
Lane 1
Lane 2
Lane 3
64-bit Micro
Packet
64-bit Micro
Packet
• DisplayPort transmits video using up to four data lanes at rates of 1.62, 2.7, 5.4, or
8.1 Gbps per lane
• 1, 2, or 4 lanes may be active at the same time
• Timing is recovered from each lane’s data, eliminating a separate clock line
• Video data is arranged into 64-bit Micro Packets. Different resolutions and color
depths occupy different packet and lane formations.
• Packetized data allows flexibility to add features, such as multiple simultaneous
streams with mixed video resolutions
• Adjacent lanes transmit packets at staggered intervals to improve noise immunity
www.extron.com
15
Digital Video Signal Formats
DisplayPort 1.3 was
released in September
2014 and introduced
the 8.1 Gbps data rate
per lane, while adding
support for HDCP 2.2,
and 4:2:0 chroma
subsampling.
1
his is a VESA-specific timing with
T
reduced blanking. It is distinct from
the SMPTE UHD video timing.
digital rights management or an alternative
capabilities are optional. These include audio
DRM protocol known as DisplayPort Content
support, color bit depth greater than 24 bits per
Protection or DPCP.
pixel, and support for content protection. Again,
the system designer should ensure that all system
DisplayPort is intended to provide cost savings
components will support a desired capability.
by unifying the interface signals for both internal
and external connections within a device, such
SDI - Serial Digital Interface
as the connection between the motherboard and
SDI is a set of video standards, defined by the
display on a laptop PC. The Video Electronics
Society of Motion Picture and Television Engineers
Standards Association - VESA released the initial
or SMPTE, for serial transmission of video and
version 1.0 of the DisplayPort standard in 2006,
audio over standard RG59 or RG6 coaxial cable.
and then version 1.1 in 2007. DisplayPort 1.2 was
See Table 3-6. SDI standards encompass a variety
released in 2009 and introduced the 5.4 Gbps
of data rates from 270 Mbps to 2.97 Gbps. SDI
data rate per lane, multiple independent video
connections are primarily utilized on professional
streams, the Mini DisplayPort connector, and
broadcast and video production equipment, and
support for 3840x2160 at 60 Hz, with 4:4:4
can also appear in devices used in live events,
chroma subsampling and 30‑bit color depth.1
rental and staging, medical imaging, digital
cinema, and telepresence cameras and video
The most recent revision, DisplayPort 1.3, was
recording. An SDI-based video infrastructure
released in September 2014 and introduces the
can be useful for AV signal distribution, due to
8.1 Gbps data rate per lane, while adding support
the benefits of inexpensive or existing cabling,
for HDCP 2.2, and 4:2:0 chroma subsampling.
ease of termination, and transmission distance
As with HDMI, some DisplayPort features and
capabilities up to 330 feet (100 meters) for
Table 3-6. SMPTE - Society of Motion Picture and Television Engineers SDI Standards
NAME
DATA
RATE
VIDEO
FORMAT
COLOR
ENCODING
COAX
DISTANCE
SDI
270 Mbps
480i, 576i
4:2:2 YCBCR
300 meters
SMPTE 292M
HD-SDI
1.485 Gbps
720p, 1080i, 1080p/30
4:2:2 YCBCR
100 meters
SMPTE 372M
Dual Link HD-SDI
2.97 Gbps
1080p/60, 2K
various
100 meters
SMPTE 424M
3G-SDI
2.97 Gbps
1080p/60, 2K
various
100 meters
STANDARD
SMPTE 259M-C
Figure 3-4. What’s going through the SDI connection?
Active Video Data
End of Active
Video, Line
Number, CRC
Ancillary Data
SAV
Active Video
EAV
Blanking / Audio
Start of
Active Video
Active Video Data
End of Active
Video, Line
Number, CRC
Blanking / Audio
One Line of Video
• SDI is truly serial. The SDI cable has one physical connection at both ends.
• No separate clock line is available – timing is recovered from the transmitted data
• Data rates can be 270 Mbps for SDI, 1.485 Gbps for HD-SDI, or 2.97 Gbps for 3G-SDI
• SAV and EAV packets bookend each line of active video data. These packets contain
unique bit patterns and are used for timing reference, line numbering, and error checking.
• Default color space is 4:2:2 YCBCR. 3G-SDI adds support for 4:4:4 YCBCR and 4:4:4 RGB.
­16
Extron Digital Design Guide
HD‑SDI and 3G-SDI. SDI is strictly a serial, one-
chosen carefully since they can have a dramatic
way protocol for video, audio, and ancillary data
impact on system cost and performance.
such as time, closed captioning, date stamps,
Depending on the video formats to be converted,
or GPS coordinates. There are no provisions
active electronic converters may be required,
for other auxiliary communications. Refer to
or low-cost mechanical adapters may suffice.
Figure 3-4 for further information.
Table 3-7 summarizes the requirements to
convert between VGA, DVI, HDMI, DisplayPort,
Video Format Compatibility
and SDI video formats. Table 3-8 summarizes
AV systems are often comprised of components
the capabilities of some commonly encountered
that incorporate a diverse mix of video formats.
digital video formats in terms of their maximum
It is often necessary to convert between these
data rate, video resolution, audio channels, and
various formats to achieve desired system
content protection protocol.
functionality. Such format conversions must be
AV systems are
often comprised of
components that
incorporate a diverse
mix of video formats.
It is often necessary to
convert between these
various formats to
achieve desired system
functionality.
Table 3-7. Converting Between Video Signal Formats
VGA
VGA
DVI-I
DVI-D
HDMI
DisplayPort
SDI
Compatible
Mechanical
Adapter
Electronic
Conversion3
Electronic
Conversion3
Electronic
Conversion3
Electronic
Conversion3
Compatible
Mechanical
Adapter4
Mechanical
Adapter2,4
Dual-mode
Adapter1,2,4
Electronic
Conversion3
Compatible
Mechanical
Adapter2
Dual-mode
Adapter1,2
Electronic
Conversion3
Compatible
Dual-mode
Adapter1,2
Electronic
Conversion3
Compatible
Electronic
Conversion3
DVI-I
DVI-D
HDMI
DisplayPort
SDI
Compatible
Notes:
1
Simple adapters only work for devices supporting dual-mode DisplayPort
2
No audio unless specifically supported by device manufacturer
3
Interfacing these signal types requires active electronic format conversion
4
Simple adapters only work for digital portion of DVI-I connector
Table 3-8. Capabilities of Digital Video Formats
MAX DATA
RATE1
MAX
EFFECTIVE
DATA RATE2
MAX
RESOLUTION3
MAX COLOR
DEPTH3
MAX AUDIO
CHANNELS
CONTENT
PROTECTION
4.95 Gbps
3.96 Gbps
1920x1200/60
24 bits
N/A
HDCP
DVI 1.0 Dual Link
9.9 Gbps
7.92 Gbps
2560x1600/60
48 bits
N/A
HDCP
HDMI 1.4
10.2 Gbps
8.16 Gbps
4K/30
48 bits
8
HDCP
HDMI 2.0
18 Gbps
14.4 Gbps
4K/60
48 bits
32
HDCP
DisplayPort 1.2
21.6 Gbps
17.28 Gbps
4K/60
48 bits
8
HDCP/DPCP
DisplayPort 1.3
32.4 Gbps
25.92 Gbps
5120x2880/60
48 bits
8
HDCP/DPCP
2.97 Gbps
1080p/60,
2K/60
36 bits
32
N/A
DIGITAL VIDEO
FORMAT
DVI 1.0 Single
Link
3G-SDI
2.97 Gbps
Notes:
1
Max data rate includes overhead for transmission encoding. This is the actual data rate that equipment and cables
must accommodate.
2
For DVI, HDMI and DisplayPort, the effective data rate is 20% lower because the transmission encoding process adds
2 bits of overhead for every 8 bits of data.
3
Max resolution and max color depth may not be achievable together, if the data rate required is greater than the
maximum data rate. For example, 4K/60 at 48-bit RGB color requires a data rate of 35.64 Gbps. This is greater than
the maximum data rate for both HDMI 2.0 and DisplayPort 1.3, and therefore is not achievable with those formats over
a single link.
www.extron.com
17
Digital Video Signal Formats
With advancing
technology and
increasing video traffic
on IP networks come
new mechanisms
and interfaces for
video transport, many
of which will gain
importance and impact
in professional AV.
Emerging Formats
Type C connector. The USB Type C connector
With advancing technology and increasing video
specification takes advantage of the abundance
traffic on IP networks come new mechanisms and
of pins by allowing the SuperSpeed and auxiliary
interfaces for video transport, many of which will
SBU - sideband use pins to be reassigned to
gain importance and impact in professional AV.
perform alternate functions, such as sending
Some of these emerging interfaces were originally
analog audio to a pair of headphones or
created for transporting general digital data, and
supporting other formats including DisplayPort,
have evolved into specialized mechanisms for
Thunderbolt, MHL, and superMHL. See Table
digital video.
3-9 for a summary of USB pinouts.
Universal Serial Bus - USB
Following the introduction of USB 3.1, USB 3.0
USB is a ubiquitous digital data interface used
has been retroactively renamed USB 3.1 Gen 1
for connecting and powering devices. Since the
with a maximum 5 Gbps data throughput, while
introduction of USB 1.0 in the 1990s, USB data
USB 3.1 Gen 2 specifies up to 10 Gbps data
throughput capability has grown from the original
rate capability.
1.5 Mbps to 480 Mbps for USB 2.0, 5 Gbps for
USB 3.0, and 10 Gbps for USB 3.1. Whereas
USB device connectivity includes AV equipment
earlier versions up to USB 2.0 had one data lane,
such as cameras and touchpanel displays. The
only half-duplex operation was possible. USB
USB video device class - UVC specification
3.0 introduced separate “SuperSpeed” transmit
defines the interfacing of still-image and video
and receive data lanes to enable bidirectional,
cameras and other video sources to a computer.
full-duplex operation. To maintain backward
UVC devices are natively supported by
compatibility, USB 3.0 Type A connectors have
Windows®, Mac OS X®, Linux, and several UNIX
SuperSpeed pins in addition to a full set of USB
variants. Software driver installation is typically
2.0 pins. Concurrent with USB 3.1, a smaller,
not necessary. UVC supports uncompressed
reversible USB Type C connector specification
video, as well as compressed formats such as
was introduced. Reversibility requires that
MJPEG, MPEG‑2, and H.264. The latest UVC
pins be duplicated on each edge of a USB
specification is version 1.5.
Table 3-9. USB Pinouts
USB 2.0 TYPE A
PIN
­18
Extron Digital Design Guide
FUNCTION
USB 3.0 TYPE A
PIN
FUNCTION
USB TYPE C
PIN
FUNCTION
PIN
FUNCTION
1
+5 VBUS
1
+5 VBUS
A1
GND
B1
GND
2
Data-
2
Data-
A2
SSTX1+
B2
SSTX2+
3
Data+
3
Data+
A3
SSTX1-
B3
SSTX2-
4
GND
4
GND
A4
+5 VBUS
B4
+5 VBUS
5
SSRX-
A5
CC1
B5
CC2
6
SSRX+
A6
Data1+
B6
Data2+
7
GND_DRAIN
A7
Data1-
B7
Data2-
8
SSTX-
A8
SBU1
B8
SBU2
9
SSTX+
A9
+5 VBUS
B9
+5 VBUS
A10
SSRX2-
B10
SSRX1-
A11
SSRX2+
B11
SSRX1+
A12
GND
B12
GND
Please refer to the Extron AV Streaming Design
Thunderbolt
Thunderbolt was introduced by Intel in 2009. It
Guide as a reference for learning more about the
is intended to connect computers to a wide range
technologies, challenges, and applications for
of external devices including high speed storage
distributing AV over IP networks.
™
®
drives and video displays. Each Thunderbolt
connection consists of four lanes, two for transmit
Wireless Interfaces
and two for receive, with 10 Gbps per lane. The
Solutions for transmitting video wirelessly may be
Thunderbolt connector is physically identical to a
divided into two broad categories:
Mini DisplayPort connector and the Thunderbolt
data interface is a hybrid of PCI Express - PCIe
•W
ireless extender solutions – A source
and DisplayPort protocols. Thunderbolt allows
video signal such as HDMI is converted to a
daisy-chaining up to six devices. A DisplayPort
modulated RF signal for wireless transmission
equipped display may be directly connected to
to a receiver connected to a display.
Wi-Fi based collaboration
solutions are popular
because of the wide
availability of the
underlying networking
and compression
technologies.
a Thunderbolt interface on a computer, or as the
final device in a Thunderbolt chain.
•C
ollaboration solutions – A computing
device such as a PC, smart phone, or tablet
Thunderbolt 1 is the initial version of the interface
encodes and transmits video content over a
technology and supports DisplayPort 1.1a.
Wi‑Fi network to a gateway connected to a
Thunderbolt 2 is a subsequent revision that allows
display.
an aggregate 20 Gbps transmit and a 20 Gbps
receive channel, plus support for DisplayPort 1.2.
In general, wireless extender solutions can work
Thunderbolt 3 is the latest version and allows up
with more types of video sources because
to 40 Gbps transmit and 40 Gbps receive. It runs
a computing device is not required. Video
over a USB Type C interface and can carry two
performance parameters such as frame rate,
4K/60 video signals.
resolution, and latency are generally better than
Wi-Fi because the entire bandwidth is dedicated
Streaming Over IP Networks
to video, so there is little need for compression.
The reach and capability of IP networking
For example, the WirelessHD standard operates
technology continues to grow and encompass
in the 60 GHz band with data rates up to
many aspects of business and industry,
25 Gbps. In contrast, the data rates achievable
including professional AV. With IP networking
with Wi-Fi are much lower, and bandwidth is
infrastructure already in place at enterprises and
shared between video and other traffic on the
other organizations, it may be advantageous to
network. Video compression is necessary to
transport AV signals over IP networks. Lower
accommodate the lower data rates.
The Extron AV Streaming Design Guide
provides technical reference data and realworld system designs that illustrate practical
and effective AV streaming applications
using Extron streaming products.
overall cost may be realized, especially in largescale systems, along with enhanced functionality
Wi-Fi based collaboration solutions are popular
because of the great reach of IP networks.
because of the wide availability of the underlying
Applications of video transmission over IP include:
networking and compression technologies.
• Expanding
AV content distribution to
computer desktops and mobile devices
PCs, tablets, and smart phones already have
•D
igital signage
to perform video compression, so the gateway
•V
ideo recording and playback
is the only hardware required for Wi-Fi based
• Long-distance
video distribution over wide
geographic areas
video. With the mobile device acting as the
Wi-Fi built-in, and can be loaded with software
transmitter, these collaboration systems are less
physically cumbersome to use in presentation
There are many considerations when planning
environments, since no cable or external
to integrate streaming AV with IP networking.
transmitter device needs to be attached. Software
www.extron.com
19
Digital Video Signal Formats
When implementing
wireless video
connections, the AV
professional should
consider the following:
Range
• RF interference
• Network availability
• Regulatory issues
• Interoperability
• Software requirements
• Security
•
Table 3-10. Wireless Video Interfaces
WIRELESS
INTERFACE
FREQUENCY
BAND
COMPUTING
HARDWARE REQUIRED
UNCOMPRESSED
VIDEO
AirPlay®
Wi-Fi
Apple products
No
Chromecast™
Wi-Fi
PC, tablet, smartphone
No
Miracast™
Wi-Fi
PC, tablet, smartphone
No
WiDi
Wi-Fi
Intel-equipped products
No
WiGig
Wi-Fi,
60 GHz
PC, tablet, smartphone
Yes
UWB
™
3.1 – 10.6 GHz
None
Yes
™
WHDI
5 GHz
None
Yes
WirelessHD®
60 GHz
None
Yes
running on the presenter’s device may encode
factors including RF interference, the presence
and transmit using many different protocols and
of many devices accessing the network, and the
formats depending on the particular chosen
density and reliability of Wi-Fi access points. A
solution. These include Apple AirPlay and other
Wi-Fi Direct connection between a mobile device
proprietary protocols. See Table 3-10 for more
and the base unit may provide more consistent
information.
reliability than the house network.
When implementing wireless video connections,
Regulatory issues – Most wireless AV products
the AV professional should consider the following:
designed for short-range applications operate
®
®
at low power in typically unlicensed RF bands.
Range – The specified range between the
But licensing requirements and frequency band
wireless transmitter and receiver must be
allocations are ultimately defined by regional
suitable for the application. Intervening walls or
government regulations. Such regulations will
other obstructions between the transmitter and
affect a wireless product’s suitability and legal
receiver will degrade the usable range, especially
status to operate.
at higher frequencies. Operation at the 60 GHz
band requires direct line of sight, without any
Interoperability – Professional AV installations
obstructions between receiver and transmitter.
often require switching multiple sources among
multiple displays, or several rooms with similar AV
RF interference – When deciding on installing
systems may be located in close proximity. The
a particular wireless video technology, potential
ability of a particular wireless video transmission
sources of RF interference in the frequency band
technology to fit such requirements may be
of operation must be assessed. For example,
an important consideration. How a wireless
the popularity and ubiquity of Wi-Fi frequently
video solution will be integrated with other AV
leads to situations where multiple, independent
switching and distribution systems may need
networks are operating simultaneously,
to be considered, as well as how the proposed
particularly in dense urban environments. The
wireless video system will impact any existing
wireless video technology should be designed
wireless data or video systems.
to deliver optimal performance under conditions
with RF interference.
Software requirements – Wi-Fi based video
transmission solutions may require installing
­20
Extron Digital Design Guide
Network availability – For Wi-Fi based systems,
proprietary software on end users’ devices. The
the available bandwidth can be unpredictable
operation, management, and features of this
and fluctuate greatly. This is caused by several
software must be of sufficient quality to achieve
end-user satisfaction. Additionally, devices owned
superMHL
by the organization usually require IT department
superMHL is the successor to the MHL standard,
approval before applications can be installed.
intended for future-generation mobile devices
and other products. superMHL will be capable
Security – End-user organizations have specific
of supporting 8K video resolution, delivered over
requirements for network security and authorizing
a proprietary interface. It can also deliver 4K/60
access to network resources. A successful
video at 4:4:4 over USB Type C.
wireless video implementation must be able to
provide the necessary level of security established
Micro HDMI
by IT policy.
The Micro HDMI Type D connector contains all
19 pins of the standard HDMI Type A connector.
Video Formats for Mobile Devices
A passive adapter cable can be used to connect
There is increasing demand to use smartphones
a mobile device equipped with this connector
and tablets as video sources in professional AV
directly to an HDMI sink without the need for
systems. Not all smartphones or tablets are
electronic signal conversion.
With their increasing
processing power and
graphics capability,
there is increasing
demand to use
smartphones and
tablets as video
sources in professional
AV systems.
equipped with wired video output capability. For
mobile devices that have video output, a variety of
Mobility DisplayPort - MyDP
connection types may be encountered.
VESA introduced the Mobility DisplayPort MyDP in 2012 for use by mobile devices. MyDP
Apple 30-Pin Connector
is essentially a single DisplayPort lane with an
Older iPhone and iPad devices are equipped with
additional connection for AUX/HPD. Like MHL,
a proprietary 30-pin dock connector with various
MyDP signals are typically multiplexed with the
functions including video output capability for
USB signals of a mobile device. When the USB
some models. Adapters are available to provide
port of the mobile device is placed in MyDP
HDMI or VGA video output.
mode, a DisplayPort sink may be connected
using a passive cable. ■
Apple Lightning Connector
Introduced in 2012, the Apple Lightning ™
Table 3-11. Mobile Video Formats
connector replaces the 30-pin dock connector
MOBILE VIDEO INTERFACE
CONNECTOR
COMPATIBILITY
Proprietary 30-pin
connector
Adapters for HDMI
and VGA
Proprietary reversible
8-pin connector
Adapters for HDMI
and VGA
USB Micro Type B
USB Type C
Active adapters for
HDMI, DisplayPort,
and VGA
Proprietary superMHL
connector
USB Type C
Active adapters for
HDMI, DisplayPort,
and VGA
HDMI Type D
Passive HDMI cable
USB Micro Type B
Active adapters for
HDMI and VGA
Passive cable for
DisplayPort
for iPhone and iPad devices with a smaller 8-pin,
reversible connector that can provide an HDMI or
Apple Dock
VGA output signal when appropriate proprietary
adapters are used.
Apple Lightning
Mobile High Definition Link - MHL
The MHL Consortium introduced the MHL
standard in 2008 for use in mobile devices.
MHL
MHL is based on TMDS signaling, but reduces
the required pin count by combining the three
TMDS video channels to one channel, removing
superMHL
the clock channel, and combining the control
channels to one channel. In doing so, MHL
signals can be multiplexed with the USB signals
Micro HDMI
of a mobile device, thus eliminating the need for
a dedicated video output port. MHL signals must
be actively converted to HDMI since the formats
are not directly compatible.
Mobility
DisplayPort
www.extron.com
21
Anatomy of a Digital Video Signal
Being familiar
with digital signal
characteristics,
how they may be
degraded in realworld installations,
and knowing how to
minimize the causes
and counteract the
effects of signal
degradation are
keys to a successful
installation.
Digital video signals have specific performance
period in order to completely reconstruct the
and timing requirements that must be maintained
original transmission. However, this becomes
throughout the entire signal path. Being familiar
increasingly difficult as the signal swing is
with digital signal characteristics, how they
decreased and as timing becomes less accurate.
may be degraded in real-world installations,
Rise and fall times, signal swing, and timing
and knowing how to minimize the causes and
accuracy are all subject to degradation in digital
counteract the effects of signal degradation
signal transmission caused by cable attenuation,
are keys to a successful installation. Therefore,
cable capacitance, impedance mismatch, noise
knowledge of signal conditioning requirements
interference, crosstalk, and so forth. It is important
for digital signals is essential, and must be
to quantify the amount of signal degradation so
understood accordingly before designing a
that standards for signal integrity can be defined.
digital-based AV system.
If the signal is degraded beyond the receiver’s
All standard digital video signal formats,
ability to distinguish high and low signal values
including SDI, DVI, HDMI, and DisplayPort are
with correct timing, the receiver’s output abruptly
synchronous, that is, the value of a synchronous
becomes incoherent, and the signal disappears.
digital signal may change only at specific intervals
This is known as the cliff effect. In contrast,
determined by a reference signal known as the
for analog transmission, the receiver’s output
clock. Digital video signals are binary in nature –
gradually degrades as the signal worsens, but
the signal value can be either a "high" or a "low"
remains at least intelligible long into its degraded
level. See Figure 4-1. The amount of time it takes
state.
for a digital signal to transition from low to high
is known as the rise time, and the time it takes
One of the key contributors to timing errors is
for the signal to transition from high to low is
jitter. Jitter is defined as the variation of the clock
known as the fall time. The difference between
period in relation to the reference clock signal.
the high and the low values of the signal level is
Jitter can occur over long lengths of low quality
called the signal swing. The minimum allowable
cable, or through the cumulative effect caused
time interval between transitions is known as the
by cascading several digital devices between the
clock period.
source and the destination.
Because it is binary, a digital signal is fundamentally
Eye diagrams are useful in quantifying digital
robust, since a receiver only needs to distinguish
signal integrity. They can be produced on an
between high and low levels for each clock
oscilloscope by sampling a series of digital pulses
in succession, and overlaying the samples on the
oscilloscope display. See Figure 4-2.
Figure 4-1. Digital Data Parameters
The resulting diagram displays the aggregated
Clock Period
Clock Period
High
Level
levels and timing characteristics of the signal
being transmitted, as illustrated in Figure 4-3.
The open, eye-shaped regions between the
waveforms give the “eye” diagram its name. To
Signal
Swing
determine whether the value of the signal is high
or low, the signal should be captured at intervals
corresponding to the midpoints within these
Low
Level
regions. These intervals are also the midpoints
Rise
Time
­22
Extron Digital Design Guide
Fall
Time
in time between signal transitions. The smaller
the opening of the eye, the more difficult it is
Низкий
Nivel
Basso
Niedriger
Niveau
Low
уровень
bajo
livello
Pegel
bas
Level
Low
Level
Rise
Time
Fall
Time
Temps
Tiempo
Tempo
Время
AbfallFall de
de
descente
падения
diTime
bajada
zeit
rise
Tiempo
Tempo
Temps
AnstiegsВремя
Risede
de
subida
подъема
montée
diTime
zeit
rise
Figure 4-2. An eye diagram is formed by repeated sampling of a digital signal.
Signal conditioning can
be applied within digital
video equipment via
features such as input
signal equalization and
output signal reclocking.
These advanced
features provide
compensation for losses
experienced throughout
the signal chain.
Figure 4-3. Eye Diagram Parameters
Clock Period
turn impacts the relative timing between the video
Signal Level
Uncertainty
Periodo
Cycle
Тайминг
period
Taktperiode
Clock
Period
deld’horloge
reloj
data lines. The signals carried by these internal
Incertidumbre
en
Signalpegel
Incertitude
Incertezza
Нестойкий
liée
del
Signal
Level
уровень
сигнала
el
nivel
dedu
la
señal
Schwankung
au
livello
niveau
del
segnale
signal
Uncertainty
Usable
Signal
Swing
wire pairs may interfere with each other due to
Minimum
Eye Opening
Mask
coupling effects.
Minimalde
Máscara
Минимальное
Ouverture
Maschera
Minimum
geöffnetes
con
apertura
открытие
en
apertura
œil de
Eye
Opening
Augendiagramm
ojos
ad
маски
minimum
occhio
mínima
глазMask
диаграммы
Amplitude
Swing
Amplitud
Готовая
del
Nutzbare
Usable
de
utilisable
segnale
волна
la señal
SignalSignal
utilizzabile
du
utilizable
сигнала
signal
größe
Swing
There may also be external sources of interference
Signal Level
Uncertainty
in the form of adjacent cables, or nearby electrical
Incertidumbre
en
Signalpegel
Signal
Level
Incertitude
Incertezza
Нестойкий
liée
del
уровень
сигнала
elau
nivel
de
la
señal
Schwankung
livello
niveau
deldu
segnale
signalJitter/Uncertainty
Uncertainty
Timing Jitter/Uncertainty
Timing
equipment such as motors or even fluorescent
lighting. The compromised eye pattern in
Temblor
Джиттер/Нестойкость
Gigue
Jitter
dedel
de
sincronización/
timing/
temps/ the resulting distortion caused
Zeittakt-Jitter/
Timing
Jitter/Uncertainty
Figure
4-4
shows
incertidumbre
Incertitude
Incertezza
Schwankung
Temblor
Джиттер/Нестойкость
Gigue
Jitter
dedel
de
sincronización/
timing/
temps/
Zeittakt-Jitter/
Timing
Jitter/Uncertainty
incertidumbre
Incertitude
Incertezza
Schwankung
to accurately determine the signal value. Digital
by attenuation losses, interference, and skew-
video format specifications include the requisite
related timing errors from long cable lengths. The
values for eye openings as minimum standards
resulting waveform encroaches on the limit mask,
for signal integrity. These values can be overlaid
which potentially leads to erratic images, or no
onto eye diagrams as a reference or limit “mask”
image displayed at all.
when making signal quality measurements.
Signal conditioning can be applied within digital
Maintaining Digital Signal Integrity
video equipment via features such as input signal
A clean digital signal path is crucial for signal
equalization and output signal reclocking. These
integrity. Cable lengths should not exceed the
advanced features provide compensation for
driving capability of digital signal sources, as cable
losses experienced throughout the signal chain.
capacitance and attenuation will degrade signal
It is important to note that such losses are not
rise and fall times as well as amplitude, as cable
limited to the signal path, but may also be related
length increases. Since standard DVI, HDMI,
to the source device itself. The direct signal
and DisplayPort cables are made up internally of
output from the source device is often assumed
twisted pairs of wires, skew is introduced at long
to be good, but this is not always the case.
cable lengths due to the variations in twist rates
Awareness of this is key to managing the integrity
of individual wire pairs in the cabling, which in
of the overall system.
www.extron.com
23
Anatomy of a Digital Video Signal
Clock and data
recovery circuitry
can remove jitter
and restore clock
timing, resulting in a
measurable opening of
the signal eye pattern.
Figure 4-4. Fail
Figure 4-5. Pass
Assessing signal integrity using a standardized minimum eye opening mask.
In situations where long cable lengths are
As video resolutions and associated signal
unavoidable, active cable equalizers can be
frequencies increase, the signal becomes more
deployed to restore signal integrity and extend
and more susceptible to discontinuities along
drive distances. Active equalizers are designed
the cable. Such discontinuities cause reflections
to compensate for the effects of long cable runs.
which will degrade the signal. Therefore, the
Special amplifiers and filters matched to cable
bend radii of cables should be kept as large as
losses restore signal swing as well as rise and
possible, and cable splices, joiners, or gender
fall times. Clock and data recovery circuitry can
changers should be avoided. Figure 4-6 depicts
remove jitter and restore clock timing, resulting in
the substantial degradation that can be caused
a measurable opening of the signal eye pattern.
by simply inserting a coupler between two cables.
Figure 4-5 shows the result of signal conditioning
In this example, the eye diagram shows the result
applied by an Extron twisted pair extender to
of a 1920x1200 source signal passing through
the distorted “eye” pattern in Figure 4-4. Signal
a 6 foot (1.8 m) HDMI cable, then through an
conditioning features including input equalization
HDMI female-to-female coupler, and finally an
and output reclocking are common to many
additional 6 foot HDMI cable. This emphasizes
Extron digital product solutions.
the importance of proper design considerations
Figure 4-6. Substantial signal degradation caused by simply inserting an HDMI coupler.
HDMI
Female-to-Female
Adapter
6 ft (1.8 m)
HDMI Cable
­24
Extron Digital Design Guide
6 ft (1.8 m)
HDMI Cable
for management of all high resolution digital
Fortunately, products and solutions are available
signals. System interconnects should be kept
that offer the flexibility to address specific system
to a minimum and signal distribution equipment
needs. A popular alternative to standard cable
should always feature signal conditioning
assemblies is to use an active transmitter and
capabilities to best accommodate specific design
receiver pair to send digital signals over standard
challenges that may compromise digital video
shielded CATx twisted pair or fiber optic cable.
signal integrity.
This approach provides a means to conveniently
route cabling through walls and within furniture,
Solutions for Extending Digital
Video Signals
the convenience of field terminating connectors,
The customized nature of professional AV
distances.
System interconnects
should be kept to a
minimum and signal
distribution equipment
should always feature
signal conditioning
capabilities.
and the ability to send signals over extended
systems usually presents many digital video
distribution challenges to the integrator, including
CATx twisted pair cable offers a cost-effective,
the need to send signals over significant
easily installed and terminated option for digital
distances. Extron offers a variety of products
signal transmission distances up to 330 feet
for specific digital video formats to help meet
(100 meters). Fiber optic cable is also easy to
infrastructure-related requirements. For example,
install and terminate, and is ideal for much longer
most installations call for cable runs of 35 feet
distance transmission requirements up to several
(11 m) or beyond, and also require that cables be
miles or kilometers. Fiber optics is important for
managed within walls and up into ceiling spaces.
applications where security or outside electrical
This can be a problem with standard digital cable
interference are of concern. CATx and fiber optic
assemblies, since the connectors are often too
cables are far more suitable for pulling through
large to conveniently run through conduits and
conduit than cable assemblies, as illustrated in
raceways, as illustrated in Figure 4-7. Additionally,
Figure 4-7.
terminating HDMI and DVI cables in the field is
difficult with very few tools available. Even when
For some specific AV applications, digital video
this is possible, most standard cable assemblies
content can be transmitted wirelessly and
offer insufficient performance to send signals over
streamed over IP networks. All of the available
significant distances.
options for distributing AV will be further detailed
The ABCs of Digital Video Signals is
an Extron white paper that offers an
introduction to digital video signals and
formats, eye diagrams, and the importance
of digital video signal conditioning.
in the section "System Design Considerations"
on page 39. ■
Figure 4-7. Running HDMI, twisted pair, and fiber optic cable through conduit.
1" Conduit
HDMI cable with
Type A connector
4 CATx twisted pair
cables can transmit
4 HDMI signals
Fiber optic cables
(6-strand)
Each cable can transmit
6 HDMI signals
www.extron.com
25
Understanding EDID - Extended Display Identification Data
EDID data exchange
is a standardized
means for a display
to communicate
its capabilities to a
source device.
What is EDID?
redefining three of the VGA connector pins as a
EDID - Extended Display Identification Data
serial bus in the form of the DDC - Display Data
exchange is a standardized means for a display
Channel. This allowed for much more information
to communicate its capabilities to a source
to be exchanged, so that EDID and other forms
device. The premise of this communications is for
of communication were possible between the
the display to relay its operational characteristics,
source and the display.
such as its native resolution, to the attached
source, and then allow the source to generate
The original DDC protocol defined 128 bytes
the necessary video characteristics to match
of data to be sent from the display to the video
the needs of the display. This maximizes
source, with data formatting defined by the EDID
functional compatibility between devices without
specification.
requiring a user to configure them manually, thus
reducing the potential for incorrect settings and
As display types and capabilities increased,
adjustments that could compromise the quality
128 bytes became insufficient, and both EDID
of the displayed images and overall reliability of
and DDC were extended so that multiple 128-
the system.
byte data blocks could be exchanged. This is
known as E-EDID and has been implemented
Control over the video format and resolution
in many consumer devices. In fact, the CEA -
at each connection is crucial to successfully
Consumer Electronics Association has defined
designing and implementing a digital AV system.
its own EDID extensions to cover additional video
To establish this control, it is necessary to
formats and to support advanced multi-channel
understand EDID operating principles and how
audio capabilities.
EDID is implemented in the components that
make up the AV system.
What EDID Information is Exchanged
Between Display and Source?
EDID Development History
Where is EDID Utilized?
The base EDID information of a display is
EDID
Defines the data
structures sent from a
video display to a source
over E-DDC lines to
describe its capabilities
Generally, the source device will be a desktop or
conveyed within a 128-byte data structure that
laptop PC, but provisions are in place for many
contains pertinent manufacturer and operation-
other devices, including HDTV receivers and
related data. See Table 5-2. The current EDID
EDID 1.0
Defined original
128-byte data structure
(Deprecated)
DVRs, Blu-ray Disc players, tablets, smartphones,
version defines the structure as follows:
EDID 1.1
Defined some
alternative uses for
space in data structure
(Deprecated)
output video accordingly. Originally developed
Vendor/Product Identification Block – The first
for use between devices with analog VGA ports,
18 bytes identify the display manufacturer and
EDID is now implemented for DVI, HDMI, and
product, including serial number and date of
DisplayPort.
manufacture.
Table 5-1
and even gaming consoles, to read EDID and
EDID 1.2
Defined some
alternative uses for
space in data structure
(Deprecated)
EDID 1.3
Current definitions for
128-byte EDID data
fields
History
EDID Structure Version and Revision – The
EDID was developed by VESA - the Video
next two bytes identify the version and revision of
Introduced new
256-byte data structure
Electronics Standards Association, with
the EDID data within the structure.
EDID 2.0
E-EDID
Defined optional
additional 128-byte
extension blocks for
EDID 1.3, incorporated
EDID 2.0 as optional
extensions
DisplayID
­26
Introduced variable
length data structure
Extron Digital Design Guide
version 1.0 introduced in 1994 within version 1.0
of the DDC standard. See Table 5-1.
Basic Display Parameters and Features –
The next five bytes define characteristics such
Prior to the development of EDID, pins on the
as whether the display accepts analog or digital
VGA connector were sometimes used to define
inputs, sync types, maximum horizontal and
monitor capabilities. These ID bit pins carried
vertical size of the display, gamma transfer
either high or low values to define different screen
characteristics, power management capabilities,
resolutions. VESA extended this scheme by
color space, and default video timing.
the RGB color space conversion technique to be
EDID Communication Protocol, Step by
Step
used by the display.
The protocol for establishing the exchange of
Color Characteristics – The next 10 bytes define
EDID is standardized by VESA as the DDC
Established Timings – The next three bytes
- Display Data Channel, which is based on
define the VESA-established resolutions or
I2C, a standard serial bus protocol for two-way
timings that are supported by the display. For the
communication in many types of electronic
first two bytes, each bit represents a timing such
devices. The DDC specifies three pins on the
as 640x480 at 60 Hz. The last of the three bytes
HDMI or DVI connectors for signal transmission
defines the manufacturer’s reserved timings.
and data exchange, including the SDA - serial
Signals passing
through the DDC are
separate from the
TMDS lines that carry
video and audio.
data line and SCL - serial clock line for I2C, and a
Standard Timing Identification – The next
+5 volt supply from the source.1 Signals passing
16 bytes define eight additional video resolutions
through the DDC are separate from the TMDS
supported by the display. These resolutions must
lines that carry video and audio.
adhere to standard VESA defined timings.
1. Initial source connection – A source device
Detailed Timing Descriptions – The next
is connected to the sink – a common term for
72 bytes are organized into four 18-byte blocks
a display or other video destination – and is
that describe additional video resolutions in detail,
powered up. Per the DDC specification, the
so that custom video timings or resolutions can be
source supplies +5 volts to the sink. This powers
supported. The first of the four blocks is intended
the sink’s EDID circuitry so that EDID exchange
1
DisplayPort supports DDC but
does not utilize the I2C bus for
transmitting DDC signals or
EDID between devices. Instead,
it translates the I2C bus into a
designated auxiliary channel at the
source and sink connections.
to describe the display’s preferred video timing.
The timing data can be structured according to
the VESA GTF - Generalized Timing Formula or
CVT - Coordinated Video Timings standards.
Subsequent blocks may contain additional timing
descriptions or a display description including the
model name and serial number.
Table 5-2. EDID File Structure
Address
(Decimal)
Data
0-7
Header
8-9
Manufacturer ID
10-11
Product ID Code
Extension Flag – EDID versions 1.3 and higher
12-15
Serial Number
allow for additional 128-byte blocks of data
16-17
Manufacture Date
to describe enhanced capabilities. This byte
18
EDID Version #
19
EDID Revision #
20
Video Input Type
21
Horizontal Size (cm)
22
Vertical Size (cm)
23
Display Gamma
VTB‑EXT - Video Timing Block Extension, and
24
Supported Features
LS‑EXT - Localized String Extension. But the
25-34
Color Characteristics
most prevalent extension is CEA-861, which
35-36
Established Timings Supported
was defined to support advanced capabilities
37
Manufacturer's Reserved Timing
of consumer devices incorporating HDMI. The
38-53
EDID Standard Timings Supported
54-71
Detailed Timing Descriptor Block 1
indicates the number of additional extension
blocks available. Various structures for these
extension blocks have been defined, including
DI‑EXT - Display Information Extension,
significance of the CEA-861 extension is that it
aims to address previous operational disparities
experienced with integrating consumer-based
display devices into computer-based commercial
AV systems, by allowing for proper conveyance of
EDID information between devices.
72-89
Detailed Timing Descriptor Block 2
90-107
Detailed Timing Descriptor Block 3
108-125
Detailed Timing Descriptor Block 4
126
Extension Flag
127
Checksum
General Description
Constant fixed pattern
Display product identification
EDID version information
Basic display parameters: video input
type (analog or digital), display size, power
management, sync, color space, and
timing capabilities and preferences are
reported here
Color space definition
Timing information for all resolutions
supported by the display are reported here
Number of (optional) 128-byte extension
blocks to follow
www.extron.com
27
Understanding EDID - Extended Display Identification Data
HDMI and DVI
specifications require
successful EDID
communication before
a source will output its
video.
can take place without the need to fully power
4. Transmission of EDID to the source – The
the display.
sink receives the command and responds by
sending its EDID to the source through the DDC.
2. Acknowledgement of source connection
and handshaking – Once the sink’s EDID
5. Source video output based on EDID –
circuitry is powered up, it signals confirmation
The source reads the data within the EDID and
of the connection by driving the HPD - Hot Plug
responds accordingly by sending its video output
Detect signal from “low” to “high.” The HPD pin is
to the sink at the preferred resolution, refresh rate,
separate from the DDC and its +5 volt supply line.
and color space. The preferred resolution may be
overridden if the user selects an alternate output
3. Request for EDID from the sink – When the
resolution that complies with the supported video
source has received an HPD “high” signal, it then
timings in the EDID.
sends a command requesting the sink’s EDID via
the DDC.
6. HDMI sinks and sources such as consumer
televisions and Blu-ray Disc players – For
HDMI sink devices, the EDID usually contains
one or more extension data blocks providing
Figure 5-1. EDID Exchange
compatible timings relevant to DTV, as well as
supported audio formats, speaker allocation, and
Display is Connected
Understanding EDID is an Extron white
paper that offers an in-depth look into the
operational process and pitfalls users may
encounter when integrating EDID-reliant
source and display devices.
if present, lip sync delay. The source detects the
Just got hooked up.
It’s time to assert myself.
Zzz...
presence of these extension blocks via a flag in
the primary EDID block, and then requests them
from the sink.
Initial Connection
The HPD and EDID handshake process is
illustrated in Figure 5-1. It is important to mention
HPD goes HIGH
here that HDMI and DVI specifications require
I sense a disturbance in the
video output lines…HPD went
from LOW to HIGH so it means
something changed at my
output port. I must investigate!
successful EDID communication before a source
will output its video. EDID communication, in turn,
HPD
Display drives
HPD signal high
is dependent on successful HPD handshaking.
Additionally, for HDCP-encrypted content, EDID
communication must be completed first before
EDID Exchange
Tell me about yourself
so I’ll know what
signals to generate.
My name is Elsie Dee
I was born on…
I prefer to display 1080p/60 and I
can play stereo audio. Here’s a
list of other video resolutions that
I can handle: 720p, WXGA…
DDC lines active
HDCP authentication can occur. Exchange of
information for HDCP occurs over the same DDC
lines for EDID exchange. We'll discuss HDCP indepth in the following section.
EDID Issues
Display devices can have various levels of
Video Output
EDID implementation and, in some cases, they
The user commanded me to
generate 720p, so that’s what
you’ll get. This video is
protected content, so next let’s
exchange HDCP Keys…
may lack EDID information altogether. Such
inconsistencies can cause operational issues
ranging from overscan and resolution problems,
to the display device not displaying the source
Video and DDC lines active
­28
Extron Digital Design Guide
content at all.
The following are examples of some potential
integration, since the ability to switch digital video
issues with EDID communications, along with the
signals is a necessity.
possible causes:
Problem
Problem
An image is shown, but the source resolution
No image is shown on the display.
does not match that of the display, or the colors
are incorrect.
Possible Cause
The source device, such as a PC graphics card,
Possible Causes
or laptop, cannot read the EDID information
• A source device cannot read the EDID
from the display. As a result, in some cases the
information, so it defaults to a standard resolution
source will not output any video signal. There
and color space, such as 640x480 and RGB. If
can be many reasons for the inability to read
the user subsequently attempts to manually
EDID, including poor connections, damaged
set the resolution to match the display, some
components, or incompatibilities between source
graphics card drivers may still enforce the lower
and display.
default resolution, and create a scrolling or
EDID communication
problems can arise
from inconsistencies in
the implementation of
HPD signaling between
devices.
panning desktop without actually changing the
video resolution.
Problem
The display loses the image when a new source
has been selected.
• The source device is able to read the EDID
information, but limits the output resolution
Possible Causes
to XGA 1024x768 or 720p, resolutions most
• This has been a common occurrence with VGA
displays can accommodate, to ensure a usable
sources, due to the lack of hot plug detection.
image and reducing the likelihood of no image
being displayed. However, if this does not match
• While hot plug detection is supported for DVI,
the native resolution the display, fonts will likely
HDMI, and DisplayPort, EDID communication
appear to be abnormally large, small, or fuzzy.
problems can arise from inconsistencies in
the implementation of HPD signaling between
• The source device is connected to multiple
devices from different manufacturers. This
displays with different native resolutions using
frequently becomes an issue for professional
a distribution amplifier or matrix switcher. Since
Figure 5-2. Graphics formatted for 720p are likely to appear fuzzy when scaled up on a native
1080p display.
Native 720p
Native 1080p
FCC Compliance Testing at Extron
Military, Government,
Other
Medical Apps
10
10
15
Pro AV
65
ITE
Commercial • Consumer • Military
Desktop PC
FCC Compliance Testing at Extron
Military, Government,
Other
Medical Apps
10
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Commercial • Consumer • Military
720p Output
HDMI Matrix Switcher
www.extron.com
29
Understanding EDID - Extended Display Identification Data
The necessity to
switch, distribute,
and route signals
from sources to
displays presents
a considerable
challenge in terms of
ensuring proper EDID
communications.
the source device can only read EDID from one
Extron EDID Emulation is a feature of
display, its output will be mismatched in resolution
many Extron products, including switchers,
with other displays, resulting in less than optimal
distribution amplifiers, matrix switchers, and
image quality, or no image displayed at all. This
signal processors. It maintains constant EDID
issue is a common occurrence in professional
communication with source devices by providing
systems when digital video signals need to be
pre-stored EDID information for various signal
distributed or routed to multiple displays. Such a
resolutions. A user can select the desired signal
scenario is illustrated in Figure 5-2.
resolution, and then the corresponding EDID
block is conveyed to all attached source devices.
There are many other possible issues related
This EDID information is constantly available to
to EDID communications. Please refer to the
the sources, even in a switching application where
Extron white paper, “EDID: A Guide to Identifying
inputs are regularly selected and de‑selected. The
and Resolving Common Issues,” for detailed
output of the sources should ideally match the
information on EDID issues encountered in the
native resolution of the intended display device.
field, and guidance on resolving them. Having
a good understanding of these issues will help
Extron EDID Minder ® is an advanced,
facilitate successful planning for managing EDID
Extron‑exclusive technology for EDID
in a system design.
management. It encompasses EDID Emulation,
but also incorporates an additional level of
Tools for Viewing EDID Content
EDID: A Guide to Identifying and Resolving
Common Issues is an Extron white paper
that offers a clear explanation of common
EDID-related issues, and suggested
guidelines for resolving them.
“intelligence.” Extron products with EDID Minder
®
Free software, including Extron EDID Manager
can communicate with the display device, and
and Monitor Asset Manager from EnTech, are
automatically capture and store EDID information
available for viewing the contents of an EDID.
from the display. This is illustrated in Figure 5-3.
Monitor Asset Manager should be used on a PC
This captured information can then be used as the
running Windows 7 or higher. Examining an EDID
reference EDID for the sources. EDID Minder is a
is usually the best way to determine a display's
standard feature in Extron extenders, switchers,
preferred and compatible resolutions, as well as
distribution amplifiers, matrix switchers, and
other attributes such as audio formats.
signal processors.
EDID Solutions
AV systems typically comprise several remotely
located displays and often include multiple
source devices. It is important to realize this can
potentially contribute to EDID-related issues. The
necessity to switch, distribute, and route signals
Figure 5-3. EDID Minder Communications
Here is my native
resolution and vertical
refresh rate.
from sources to displays presents a considerable
challenge in terms of ensuring proper EDID
communications and therefore reliable system
Video
OK, sending video
to fit your format.
EDID
Output
operation.
Video
Extron products include features to help prevent
or solve many EDID-related problems by properly
Input
Laptop
Video
managing EDID communications between
sources and displays in AV systems. These
Input
Tablet
features provide automatic and continuous EDID
management with source devices, ensuring
proper power-up and reliable output of content.
­30
Extron Digital Design Guide
EDID Minder
EDID Minder
Video
Input
Blu-ray Player
EDID Minder
The functional role of a given product as a
EDID Minder Configuration
distribution amplifier, switcher, or matrix switcher
EDID Minder can easily be configured through
determines the complexity of EDID Minder
an intuitive user interface provided with Extron
implementation. Matrix switching represents the
PCS - Product Configuration Software, as
most difficult EDID management scenario, with
well as XTP System Configuration Software.
simultaneous EDID communications required
From a single screen, you can view EDID from
for multiple inputs and outputs. The displays
all connected displays, as well as a library of
connected to the outputs are very likely to be of
preconfigured EDID. Each EDID selection is
different models and native resolutions. The EDID
depicted as a display-shaped icon with the
information between them is different and needs
preferred video timing and audio format. For a
to be conveyed to the source devices. Proper
matrix switcher, an additional feature allows you
EDID management within the system is crucial to
to select EDID for multiple connected displays,
consistent and reliable operation.
and then view a list of common video timings
Proper EDID
management within
the system is crucial to
consistent and reliable
operation.
between them.
Extron matrix switchers, in particular, offer
extensive EDID management capabilities by
To assign an EDID to the inputs, it's as easy as
allowing the capture and storage of EDID from
clicking on the icon for the EDID you want to use,
attached displays for communication to individual
and then selecting one or more available inputs
or all input devices. Additionally, the EDID
by clicking on the appropriate checkboxes.
can be modified by issuing commands to the
With the PCS or XTP software, setting up
switcher, enabling the user to address specific
EDID communication is always intuitive and
input and output connections that may have
straightforward, whether you're working with an
unique resolution, refresh rate, and color space
extender, switcher, distribution amplifier, matrix
requirements. This powerful convenience feature
switcher, an entire XTP System or DTP System,
delivers flexibility in design to the integrator, helps
or the many other Extron products equipped with
ensure consistent and reliable image display, and
EDID Minder. ■
makes system operation virtually transparent to
the end user.
EDID Minder is intuitive to set up with Extron XTP System Configuration Software.
www.extron.com
31
DRM for the AV Professional
Users should be made
aware of the potential
issues that may arise
from inadvertent
public display of
private-use, contentprotected materials.
What is DRM?
familiar adage of “Just because one can, doesn’t
DRM - digital rights management is used by
mean one should” is fully appropriate in this case.
owners and holders of IP - intellectual property
to enforce restrictions on the use of their
HDCP-compliant systems are increasingly being
copyrighted content.
requested by customers and integrators alike.
This type of system could be used to show
In the AV industry, DRM is used to secure digital
protected content in public spaces. Therefore,
music and video content to prevent unauthorized
users should be made aware of the potential
playback or copying. For digital video content
issues that may arise from inadvertent public
protection, the most prevalent DRM systems
display of content-protected materials intended
are HDCP - High-bandwidth Digital Content
only for private use. During system commissioning
Protection and AACS - Advanced Access
and training, the integrator should consider
Content System. HDCP is an encryption protocol
educating system operators, and even include
applied to digital interfaces including HDMI,
discussion of DRM and content protection within
DVI, and DisplayPort. AACS is a standard for
system documentation. Of course, this is not
encrypting high definition optical discs that also
as much of an issue for residential installations,
works in conjunction with HDCP.
where the entire system is generally intended for
personal use.
DRM exists to protect the rights of content
for their original ideas and subsequently bringing
DRM for Video – Two Separate Protocols
That Work Together
them to market. Movies and music are the
HDCP
most recognized source content within the AV
HDCP is designed to prevent unauthorized
industry that is impacted by DRM enforcement.
access of protected video content and to enforce
An individual who purchased a copy-protected
restrictions on authorized playback. HDCP-
Blu‑ray Disc or DVD, for example, is entitled
enabled video sources, such as Blu‑ray Disc
to utilize that disc only within a personal-use
players, PCs, and other digital media devices
environment, which extends to the home or
always undergo a three-step process to protect
other private viewing locale. For that movie to
the video from unauthorized access:
creators and owners to receive compensation
1
ommon examples of repeaters
C
are switchers, distribution
amplifiers, and matrix switchers.
be played in a public space, additional licensing
Multiple display system in a public space
environment.
requirements must first be met. If that licensing
1. Authentication. The video source determines
has not been obtained, significant fines can be
that all devices connected to its outputs are
levied against the offender. These fines may very
authorized and able to receive encrypted video.
well extend to the owner of the installed system.
This is accomplished by means of an initial
authorization handshake protocol, whereby
AV systems in public spaces are the center of our
cryptographic public keys, a KSV - Key Selection
industry, with installations taking place on a daily
Vector, and encrypted messages are exchanged
basis. It is for this reason that DRM considerations
between the source and the downstream devices
must be made and addressed at the earliest point
connected to its outputs.
of system design. The time when needs are being
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Extron Digital Design Guide
assessed for an AV integration project is also the
The HDCP 1.4 specification calls for a maximum
time to determine the functional requirements of
of 127 simultaneous devices connected
a given system. This is when the sales engineer
downstream from the source, and up to seven
should ask the right questions and inform the
allowable levels of repeater devices1 between the
prospective customer on the legalities involved
source and the display – also known as the sink.
with personal-use devices and material being
The source uses the initial handshake protocol to
used in public and commercial spaces. The old,
determine that these system size restrictions are
not violated. HDCP version 1.4 is currently the
nearly instantaneous switching between HDCP-
most widely implemented specification. As will
encrypted sources.
HDCP 2.0 replaces
the specialized 56-bit
HDCP 1.x encryption
scheme with two
standard algorithms
from the data security
industry.
soon be discussed, HDCP 2.0 further restricts
the maximum allowable number of simultaneous
Until the introduction of HDCP 2.0, the basic
devices and repeater levels.
protocol of HDCP had not changed substantially.
The only major differences between HDCP
2. Content Encryption. After the source
versions 1.0 through 1.4 is in the types of physical
authenticates that all downstream devices are
AV connections. HDCP version 1.0 applied
HDCP-compliant and in good standing, and that
to the DVI interface. Version 1.1 incorporated
no system size restrictions are violated, the source
HDMI, and support for DisplayPort was added
sends encrypted video downstream. The source
for version 1.3. With the release of version 2.0
will then periodically change the encryption key
in October 2008, HDCP became interface-
for the video as an additional security measure.
independent, and can be applied to any twoway digital transmission between sources and
3. Renewability. Since HDCP relies on digital
displays, wired or wireless, compressed or
encryption using secret keys, the system can
uncompressed. See Table 6-1.
be circumvented if the secret keys residing in
HDCP-licensed products fall into the wrong
HDCP 2.0 calls for many other important
hands. Therefore, a means has to be established
changes. It adds a locality check to the
to revoke any compromised keys. The HDCP
authentication protocol, to ensure that only
administration authority, Digital Content
devices nearby will be able to receive protected
Protection, LLP can add a list of public keys of
content. Furthermore, HDCP 2.0 replaces the
compromised products to video content such as
specialized 56-bit HDCP 1.x encryption scheme
Blu-ray Disc. Video sources will read this data,
with two standard algorithms from the data
store it in non-volatile memory, and compare the
security industry: for authentication, an RSA
public keys of any downstream devices against
system with 1024 and 3072-bit keys; and for
this revocation list. If any key matches, no video
content encryption, a 128-bit AES - Advanced
will be transmitted.
Encryption System. In addition, the maximum
number of connected devices is reduced to 32,
Figures 6-1 and 6-2 on the following pages
provide a step-by-step illustration of the
communications that occur between devices
Table 6-1. Comparing Major HDCP Revisions
within an HDCP-based system.
HDCP 1.x
The multi-step process of HDCP authentication
can take several seconds to complete. This is a
Encryption Method
Specialized 56-bit
symmetric system used
for both authentication
and video encryption
Applicable Interfaces
DVI, HDMI, DisplayPort
primary reason for the perceived sluggishness
of some digital video systems, especially during
startup and when video signals are switched
or re-routed, requiring HDCP re-authentication.
The best switching performance can be realized
in HDCP-compatible video equipment built
to minimize re-authentication through careful
internal design and proper deployment of HDCP
processing components. Extron switchers
feature Key Minder®, an exclusive technology
for HDCP key management that enables fast,
HDCP 2.x
Authentication:
Data security industry standard RSA
1024 and 3072-bit asymmetric system
Video encryption:
Data security industry standard
AES 128-bit symmetric system
Any two-way digital interface
Maximum Downstream
< 128
Receivers for Each Transmitter
< 32
Maximum Repeater Levels for
Each Transmitter
<7
<4
Backward Compatibility
N/A
Specification defines conversion
mechanism for interfacing with HDCP 1.x
High Value Content
Indentification
N/A
Content flagged as high value (e.g. 4K
movies) may be restricted for display only
on connections protected by HDCP 2.1+
Wireless Support
Not specified
Explicitly specified with new locality
check requirement
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33
DRM for the AV Professional
HDCP specifications
define total
supported device
counts, maximum
repeater levels, and
timing expectations
for system-wide
communications
exchange.
Figure 6-1. Phase 1: Communication process between source and sink devices in an
HDCP-based system.
Initial Key Exchange
You have 100 ms
to get through this
Here’s my public key
Aksv: 101101...
Remember this number
An: 010011...
Here’s my public key
Bksv: 01100...
I’m not a repeater
Data Transmitting
Calculate Shared Secret Keys
Now I can compute the
secret key Km’ from our
public keys*:
1110100...
Your public key checks
out. Now I can compute
the secret key Km from our
public keys*: 1110100...
* Km and Km’ are computed using each device’s private key along with the public keys of both
devices. This is a special calculation that results in matching Km=Km’ IF all the keys are valid.
Encrypt a Message Using Secret Key
Now I can use MY secret
key Km’ to encrypt An to
form a message RO’:
0000110...
Now I can use MY
secret key Km to
encrypt An to form a
message RO: 0000110...
Receiver Demonstrates Secret Key Knowledge
Here is an encrypted
message RO’:
0000110...
Data Transmitting
Initial Authentication
Your encrypted message
matches mine, and you
gave it to me in less than
100 ms
Transmit Video
OK, here is your encrypted video:
1111111100 0011001101
1011100010 100000001
0001111000 000100000
1111000100 0011000100
0111110110 1011000010...
Data Transmitting
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Extron Digital Design Guide
Figure 6-2. Phase 2: Communication process between source, repeater, and sink
devices in an HDCP-based system.
Initial Key Exchange
REPEATER!? You
have 5 seconds to
tell me who’s
downstream
Here’s my
public key
Aksv: 101101...
HDCP
Tx
Here’s my public
key Bksv: 001100...
I’m a REPEATER
HDCP
Rx
HDCP
Tx
An AV device with
digital video inputs
must support HDCP,
if a user expects to
connect a PC to it
and play commercial
Blu-ray Discs or other
protected content.
Repeater Performs Initial Authentication with Connected Devices
– Downstream Device Keys are Collected
Phase 1
Authentication
Procedure
HDCP
Tx
Phase 1
Authentication
Procedure
HDCP
Rx
HDCP
Tx
Repeater Reports Key List and Topology
Here are the keys of
downstream devices:
0010011...
Data
Transmitting
0001100...
Here is how they are connected:
HDCP
Tx
HDCP
Rx
Sink
Repeater
Sink
HDCP
Tx
Sink
Sink
Transmitter Validates Connections
HDCP
Tx
You were ready to give me downstream
info in less than 5 seconds.
The downstream device keys haven’t
been revoked.
There are less than 128 total
downstream devices.
There are less than 7 levels of
repeaters connected downstream.
HDCP
Rx
HDCP
Tx
Repeater Authentication Complete
OK, here is your
encrypted video:
1111111100
0011001101
1011100010
1000000001...
Data
Transmitting
HDCP
Tx
HDCP
Rx
HDCP
Tx
OK, here is your
encrypted video:
0110001100
0011011110
1110000010
0001101110...
OK, here is your
encrypted video:
1111111100
1011100010
0001111000
1111000100...
Separately
Encrypted Data
Transmitting
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35
DRM for the AV Professional
The HDCP licensing
agreement does not
allow for analog video
outputs on repeater or
display devices.
and the maximum level of repeaters is reduced to
unauthorized copying of commercial Blu-ray Disc
four. As a result of all these changes, HDCP 2.0 is
and DVD, respectively, and both systems have
not directly backward compatible with HDCP 1.x.
mechanisms for revoking compromised players.
The new specification provides for conversion
AACS offers greater protection than CSS in the
between HDCP 1.x and HDCP 2.0 to support
following areas:
mixed AV systems with devices that comply with
both versions.
• AACS employs AES 128-bit encryption, while
CSS implements 40-bit encryption
HDCP 2.1 was released in July 2011 and
introduced a mechanism for identifying high-valued
• AACS allows for the revocation of individual
content as Type 1, such as movies or videos
Blu‑ray Disc players, whereas CSS can only
in 4K. In a network with mixed HDCP 1.x and
revoke entire models of DVD players
HDCP 2.x equipment, content flagged as Type 1
will be restricted for processing and display only
• AACS encrypts the digital outputs of Blu-ray
on equipment capable of HDCP 2.1 or higher.
Disc players with HDCP
HDCP 2.2 was released in October 2012 to
• AACS provides for the elimination of
update and strengthen the authentication and
analog video outputs on Blu-ray Disc players
locality check procedures introduced in HDCP 2.0
manufactured after 2013
and subsequently carried over to HDCP 2.1.
The final AACS specification includes a provision
Introduction to HDCP 2.2 is an Extron white
paper that provides a foundational primer
on HDCP 2.2 and earlier HDCP 1.x versions,
including their relation to 4K video and HDMI.
AACS
for making authorized copies of Blu-ray Discs,
AACS is the DRM standard adopted for Blu‑ray
whereby a recording device can connect to
Disc. AACS is designed to protect Blu-ray
Internet servers at the AACS LA - AACS Licensing
Disc content, similar to the way that the CSS -
Administrator to obtain electronic permission to
Content Scramble System protects commercial
make a legitimate copy of protected content.
DVDs, but with additional features. Both AACS
and CSS encrypt the video data on-disc, so that
Analog Outputs
only authorized players can read the content.
The HDCP licensing agreement does not allow
See Table 6-2. Both AACS and CSS prevent
for analog video outputs on repeater or display
devices, but does not restrict analog outputs for
Table 6-2. Differences Between CSS and AACS Encryption
DVDs (CSS)
Blu-ray Discs (AACS)
Encryption Method
Specialized 40-bit stream
cipher
Data security industry-standard AES
128-bit symmetric system
Player Revocation
All players in a model
range are revoked
Individual players can be revoked
Disc Copy Prevention
Hidden disc lead-in area
prevents bit-for-bit disc
copy
Encrypted volume ID prevents bit-for-bit
disc copy
Output Signal Scrambling
Macrovision applied at
analog outputs
Managed Disc Copying
Analog Sunset
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Extron Digital Design Guide
No provisions
No provisions
sources. Nonetheless, this does not preclude
separate agreements that would prevent analog
outputs on source devices. Such agreements
could be negotiated on an ad hoc basis between
content providers and hardware makers.
The May 2008 United States FCC - Federal
Communications Commission decision to grant
HDCP applied at digital outputs
limited capability to disable analog outputs for
Macrovision applied at analog outputs
premium pay-per-view is one example. The AACS
Authorized copies are possible by
connecting to AACS LA server and
obtaining permission (details to be
finalized)
Players manufactured after 2010 may not
have high definition analog outputs
Players manufactured after 2013 may not
have any analog outputs
licensing agreement, however, is very specific
about analog outputs and provides for several
measures to control them. Blu-ray Disc titles that
support AACS have usage rules data embedded
in them that allow the content producer to
limit the analog output resolution by invoking
SELECTABLE HDCP AUTHORIZATION
In professional AV systems, there is often a need to incorporate
sources, displays, and other devices that differ in their HDCP
capabilities. For example, some computers encrypt with HDCP by
default, even when the video content does not require encryption,
while videoconferencing codecs, streaming and recording systems,
and other equipment normally do not support HDCP decryption,
see Figure 6-3.
In the case of a direct connection between the always-encrypting
computer and the videoconferencing codec, the computer may be
induced to send unencrypted video if the content does not actually
require encryption. This is because it is able to sense that the sink
device is not HDCP-compliant.
However, if an HDCP-compliant switcher is connected between
the same computer and the codec, the codec may receive no
video. In this scenario, the computer senses an HDCP-compliant
downstream device and encrypts the video accordingly, whereas
the switcher will not send video to the codec, since the codec is not
HDCP‑compliant.
A useful feature for professional digital video switching equipment
is the capability to selectively disable HDCP authorization at any
input. This will always allow content not requiring encryption to be
successfully transmitted to codecs and other non-HDCP compliant
equipment. As a result of disabling HDCP authorization, encrypted
content will never be passed from the source to the switcher.
Figure 6-3
Some computers and tablets encrypt the video output by default as a general policy, even if
the content to be displayed does not require HDCP encryption. Connecting such a source
through an HDCP-compliant switcher to a non-HDCP capable sink device such as a VC
codec or video capture equipment can result in no video.
I can’t send you
any video because
the input signal is
encrypted and you
are not
HDCP-compliant
I always encrypt
my output
whether or not
the content
requires it
Encrypted HDMI
HDCP-Compliant
switcher
Source output
encrypted by default
But it’s just a
spreadsheet…
No Video
Non-HDCP compliant sink
(e.g. VC Codec)
HDCP Authorized
Extron switching products such as the IN1608 are HDCP-compliant with selectable HDCP
authorization at digital video inputs. By de-authorizing HDCP at the switcher, a connected
video source that encrypts its output by default may send unencrypted video if the content
does not actually require HDCP.
Not HDCP
compliant? OK,
I’ll show
unprotected
content ONLY!
Removing HDCP
authorization at this
input disables HDCP
communications
Unencrypted
HDMI
No encryption for
unprotected content
Unencrypted
HDMI
HDCP-Compliant
switcher
Non-HDCP compliant sink
(e.g. VC Codec)
HDCP Authorized
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37
DRM for the AV Professional
In the case of
protected HD video
streams or downloads,
HDCP support is
required on any device
that is playing the
video.
the ICT - Image Constraint Token, or even to
used to restrict the allowable viewing duration of
disable the analog outputs entirely by invoking
“rented” video content and the ability to transfer
the DOT - Digital Only Token. The AACS license
the video to different devices. In the case of
agreement also provided for an “analog sunset”
protected HD video streams or downloads,
for newly manufactured Blu-ray Disc players,
HDCP support is required on any device that is
such that models manufactured after 2010 could
playing the video.
only include standard definition analog outputs,
and after 2013, no Blu-ray Disc players were
Therefore, a display with digital video inputs must
manufactured with any analog outputs.
support HDCP, if a user expects to connect a
computer to it and play streamed or downloaded
Computers
commercial HD content.
There are numerous DRM schemes for
DRM for the AV Professional is an Extron
white paper that introduces the two
prevalent DRM protocols in use – AACS for
protecting digital source content, and HDCP
for securing digital video interfaces.
computers. The computer industry is a major
Conclusion
source of innovation for content creation, as well
Any AV system that is intended to support
as for unauthorized reproduction of that content.
playback of protected video content, such as
Computer DRM methods have been devised
Blu-ray Disc and consumer-purchased HD
to protect software, digital music, digital video,
video downloads, must be compliant with the
digital books, games, etc. The present discussion
associated DRM. Since DRM implementations
will be limited to video content played on a
such as HDCP and AACS are meant to legally
computer and the associated DRM schemes
restrict what the end user can do with protected
therein. These DRM schemes are mainly for
content, it is important that the AV professional
preventing unauthorized access of protected
informs the end user of these restrictions at the
commercial video such as Blu-ray Discs or
outset. Such restrictions include a maximum
downloaded movies or TV shows.
number of simultaneous displays for contentprotected video playback, disallowing recording
The same AACS and HDCP restrictions apply
or copying, and disabling analog outputs. For
for PC Blu-ray Disc playback as for standalone
example, an AV system may have the capability
players. Thus, a PC must be equipped with
to distribute HDMI video to 16 displays and
an output capable of HDCP encryption. An AV
provide video recording. These functions will
device with digital video inputs must support
always be available when a PC with HDMI output
HDCP, if a user expects to connect such a PC to
is delivering PowerPoint presentations and other
it and play commercial Blu-ray Discs.
non-protected material. But once a protected
Blu-ray Disc is inserted into the PC for playback,
The market for downloading or streaming of
HDCP and AACS restrictions may disable output
commercial video content is crowded with
to the recorder and any displays that are not
companies and products. Current market players
HDCP compliant.
include Amazon, Apple, Google, Netflix, Hulu,
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Extron Digital Design Guide
and Vudu. These companies offer a plethora of
Since many large-scale AV systems can display
options for the end user. Movies or TV shows can
video on a large number of displays, and provide
be rented or purchased, some in high definition,
video recording capabilities, end users of such
but many at lower definition. The video may be
systems must be made aware that some system
either streamed or stored locally to a computer,
functions may not be available when playing
mobile device, networked set-top receiver,
DRM-protected content. If the AV system is to
Blu‑ray Disc player, video game console, or
be installed in a public setting, then the end user
“smart” TV connected to the Internet. The one
must be informed of the restrictions associated
constant among all these different options is the
with copy-protected material intended only for
existence of DRM for protected content, which is
private use. ■
System Design Considerations
Until now, we have been focusing on the
distributing signals, and ensuring a fully functional
principles and concepts of digital video, including
system to the client’s satisfaction. A system that
formats, the elementary nature of the signals,
fails to satisfy the end user can result in project
and proper management of EDID and HDCP
delays, expensive system redesigns, and possibly
throughout the system. In this section, theoretical
even structural modifications.
Good system design
practice always begins
with a clearly defined
needs assessment.
principles will be put into practice, in the context
of real-world considerations for designing AV
It is essential that you document a summary of
systems.
the project that fully describes the needs and
expectations of the client. This document, also
The key to any successful system design,
known as a scope of work, should be written
whether for a single room or an entire facility,
in a manner that is easy to comprehend for all
is based on understanding the requirements
stakeholders, including non-technical personnel
and expectations of the end user, and then fully
and executives that authorize the AV technology
satisfying them. A good design is streamlined and
investment. Both the integrator or system
efficient, delivered on-time and within budget,
designer, and customer should review and sign
and yields maximum reliability, performance, and
off on this document to verify mutual agreement
cost savings. Another important consequence
on the project’s overview and objectives. When
of a good system design is a final walk-through
possible, the client should engage all relevant
with the client that affirms complete customer
partners in reviewing the scope of work, including
satisfaction.
technology managers, AV technicians, and those
who will be managing or supporting the systems.
Assessing Functional Requirements and
Creating a Scope of Work
Needs Assessment
Good system design practice always begins with
The first meeting with your customer is the ideal
a clearly defined needs assessment. It is always
opportunity for a general assessment of the facility,
important to fully ascertain how the end user
the organization, and how the client intends to
intends to use AV technology in the environment
use AV technology. Usually, the approach is to
or facility. Defining user needs is a vital first step
first begin with some basic questions, and then
in eventually specifying all of the equipment,
delve into a more specific inquiry into the intended
signal format, network, and signal distribution
installations and applications. This is an important
requirements. The ultimate goal is to create
step toward further defining the technical aspects
effective design strategies for managing and
of the system design. The information you gather
An important first step in AV system design is a meeting with the end user to assess the essential AV
application needs.
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39
System Design Considerations
The information you
gather during the
needs assessment
phase will allow you to
create your scope of
work.
during the needs assessment phase will allow
Once you have covered the basics, you can then
you to create your scope of work, and then
proceed with more detailed questions to get a
proceed to the in-depth documentation for the
better understanding of how AV will be used in
system design or design-bid specification.
the facility.
• General overview – What is the nature of the
• AV distribution and transmission – What are
business or organization? What is the type of
the specific types of spaces where AV is to be
environment into which AV technology will be
installed? Will there ever be a desire to share
used?
a presentation among multiple areas? How
much flexibility is the client expecting in terms of
• Functional overview – What are the specific
distributing or broadcasting AV content between
functions of the business or organization?
rooms or spaces?
Could AV systems be beneficial or important
to these functions? You should be aware that
• Networking – Are there plans for
more businesses are prioritizing their technology
teleconferencing, unified communications, AV
investments in direct relevance to their line-of-
recording, distance learning, or collaboration?
business requirements. This is a great opportunity
Is there an expectation for playing AV content
to inform the client on potential use cases relating
from files on a network share? Will support be
to the objectives of the business.
necessary for tablets or BYOD - Bring Your Own
Device? Some involvement with IT is highly likely,
• Intended system users – Who will be
and depending on the resources at your firm, it
accessing the AV systems? Will senior or C-level
may be necessary to consult networking, data
executives have systems in their offices or
center, and communications expertise.
locations? Who will be the general audiences for
viewing AV content? Answers to these questions
• Information-specific applications – Does
are key to identifying user interfaces, expectations
the company plan to incorporate business
for system performance, architectural and
intelligence, big data, analytics, digital signage,
aesthetic considerations, and a starting point in
social media, or other data-driven operations
defining the scope and scale for distributing AV
into AV systems? If so, there will very likely be
within and between rooms in the facility.
the display of dashboard screens populated with
Collaboration environments such as small meeting rooms and huddle spaces are now popular in many organizations, with ideal opportunities
for AV integration.
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Extron Digital Design Guide
detailed text and graphs for visualizing data. This
be supported. AV access points can be provided
may necessitate considerations for ergonomics,
at a meeting table, wall, lectern, podium,
text legibility, and other human factors in regard
credenza, or many other types of furniture.
to viewing and display locations.
You can also opt for supporting wireless AV
connections from mobile devices.
• Future plans – Are there plans for expanding
the AV systems? Is the client expecting the
Owner-Furnished Equipment and
systems to support 4K and other new or
Legacy Devices
emerging technologies?
Ask the client about any existing AV equipment
AV access points
can be provided at a
meeting table, wall,
lectern, podium,
credenza, or many
other types of furniture.
to be included in the system. In educational
Identify AV Sources and Destinations
institutions there is frequently the need to support
Having completed your general needs
older PCs, VCRs, and specialized equipment
assessment, now is the time to identify the AV
with analog video outputs. For enterprises and
equipment based on the room or presentation
other organizations, end users often have a
space, and the intended application. The goal
desire to preserve technology investments in
at this stage is to have a good idea of the
videoconferencing and streaming products that
quantities, types, and locations of source and
may lack digital video interfaces or are limited
destination devices, and also any possible areas
in the resolutions supported. Be sure that you
for connecting temporary AV devices or systems.
are fully aware of any OFE equipment to be
This will be the basis for defining the switching
integrated into a new installation, and identify any
capacity requirements based on I/O counts within
compatibility issues that may arise due to video
each room and throughout the facility, as well as
formats, HDCP, EDID, or other factors.
distances over which AV signals will need to be
distributed.
AV Destinations
Identify the type and quantity of displays based
AV Source Devices
on the size of the room, viewing locations,
For each room or presentation space designated
and the specific AV application. The choice of
for AV, identify and document the sources that
whether to select a flat-panel display or projector
will be part of the system, such as PCs, Blu‑ray
is usually dictated by the desired screen size and
Disc or DVD players, document cameras,
viewing environment. Larger LCD flat panels up
media players, and cable or satellite TV set-top
to 100 inches and more are increasingly being
units. If the presentation space is to include
favored over projectors due to their inherent
videoconferencing or lecture capture, you’ll
brightness and better suitability for areas with
need to specify codecs and video or streaming
significant ambient lighting. However, projectors
recorders, unless the intention is to use software
are still a necessity for large venues. They may
or cloud-based solutions. You’ll also need to
also be a more cost-friendly alternative to flat
identify the locations and quantities of cameras
panels, especially in environments where ambient
in the rooms.
lighting can be controlled.
Guest and Presenter Devices
An optional feature for both flat panels and
Guests and presenters often bring their laptops
projectors is pen or touch interactivity for
and tablets into boardrooms, meeting rooms,
annotation and whiteboard applications.
huddle spaces, classrooms, auditoriums, and
Some displays also support wireless content
other locations for collaboration and presentation
presentation and annotation from mobile apps.
on a display. Be sure to inquire about locations
where guest devices are to be brought into AV
LED displays are mostly associated with
systems, as well as the number of participants to
large outdoor signage installations. However,
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41
System Design Considerations
AV system reliability is
largely dependent on
a well-designed AV
signal infrastructure.
with recent advancements allowing dramatic
design, and can vary widely in terms of input and
reductions in pixel pitch below 2 mm, LED
output capacity, features, flexibility, and cost.
displays are becoming popular for indoor AV
display applications.
Local AV Switching
For an individual room or presentation space, the
It is always important to be aware of human
type and size of the switcher will be determined
factors when considering the size, quantity,
by the equipment in the system, guest or
location, and type of display. The Extron
presenter devices to be supported, and whether
Videowall Systems Design Guide offers an
there will be connections to additional rooms or a
explanation of human as well as environmental
central equipment closet. In many cases, a single-
factors, display and font size considerations,
output switcher will suffice. Switchers with two
and other essential topics relating to the user
or more simultaneous outputs are also available
experience of an AV system. The discussions
for multiple displays. In applications requiring
are specific to videowalls but apply equally to AV
separate presentation of content on two or more
systems in general.
displays, or supporting videoconferencing or
lecture capture, a matrix switcher provides the
Centralizing or Sharing Sources and
flexibility of routing multiple inputs to multiple
Destinations
outputs.
Media players, digital signage players, and
The Extron Videowall Systems Design Guide
is an invaluable technical reference for
designing videowall systems, with several
real-world designs illustrating practical
videowall applications.
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Extron Digital Design Guide
streaming media recording and playback
Central AV Routing and Distribution
systems often serve multiple locations in a facility,
A matrix switcher is essential in a central
and therefore are usually installed in a central
equipment rack for supporting sources in the
equipment rack or closet. It may be beneficial to
rack and the various destinations to be served
centralize sources such as cable and satellite TV
in the facility, as well as AV from rooms and other
receivers, and share them among several rooms,
locations. Once you have determined the number
particularly if it is known that they will not be used
of inputs and outputs required for the matrix
frequently. Installing a “farm” of videoconferencing
switcher, it is generally good practice to add at
codecs in a central equipment rack or closet
least 10 percent to these totals to allow for future
may be much more cost-effective than individual
modifications. If any specific system expansion
room systems that will only be used periodically.
plans have been identified by the client, then you
Consolidating sources can also save valuable
should ensure that they can be accommodated
space in rooms.
by the matrix switcher and in your system design.
In some facilities such as schools and
In addition to the number of inputs and outputs,
courthouses, it is common to share displays
there are several other important considerations
and AV equipment by installing them on portable
when selecting the right switcher or matrix
carts. A cart is rolled into a room as needed, and
switcher for your system design. We’ll explore
often connected into an AV system through a
these further in subsequent discussions on signal
floor box or wallplate.
processing and managing digital video signals.
Define AV Switching and Distribution
Requirements
Define the AV Signal Infrastructure
Having identified the quantities and locations of
designed AV signal infrastructure that ensures
source and destination devices, now is the time
fully reliable transport of digital video signals from
to assess the switching capacities necessary for
the sources to AV switching and distribution
the AV systems. AV switching and distribution is
components, and ultimately to the destinations.
one of the most essential elements in any system
As discussed in the section “Anatomy of a
AV system reliability is largely dependent on a well-
Table 7-1. Digital Video Transmission Mediums
TRANSMISSION
MEDIUM
Standard video cables
TRANSMISSION DISTANCE
CAPABILITY
Nominally up to 15 feet
(5 meters); cables available
with higher length ratings
AV SIGNALS
SUPPORTED
TYPICAL
APPLICATIONS
Video and embedded
audio
Direct device
connections in racks,
credenzas, lecterns,
conference tables, desks,
and other furniture
Sometimes installed behind
walls but can be difficult to
pull through conduit
Video, embedded
audio, stereo audio,
IR and RS-232
control, Ethernet,
USB
Point-to-point signal
extension
Economical, easy to install in
conduit, easy to terminate in
the field
Video, embedded
audio, stereo audio,
return audio, IR and
RS-232 control, USB
AV distribution between
rooms, floors, buildings,
large venues, or across
campuses
Active equalizer allows
cable lengths up to 200 feet
(60 meters)
Twisted pair
Fiber optics
Up to 100 meters (330 feet)
Up to 2 kilometers (1.25 miles)
over multimode fiber
Up to 30 kilometers
(18.75 miles) over singlemode
fiber
AV distribution within a
room, between rooms,
and between floors
Organizations with
requirements for secure
AV communications
Installation in sensitive or
hazardous environments
IP networks
Wireless
No theoretical limitations –
worldwide AV distribution
possible!
Wireless extenders – varies
depending on the specific
technology and vendor,
the rated transmission
capabilities, and the
installation environment
Wireless collaboration
systems – typical
transmission distance
limits associated with Wi-Fi
technologies or specific
wireless protocols such as
AirPlay and Miracast
Video, embedded
audio, stereo audio,
return audio, RS-232
control, USB
Video, embedded
audio
NOTES
Not easily terminated in the
field
Shielded twisted pair cable
highly recommended. Extron
XTP DTP 24 shielded twisted
pair cable specifically
engineered for optimum
high resolution digital video
transmission.
Economical, easy to install in
conduit, easy to terminate in
the field
Fiber optic cable should
be considered if there is
a requirement for futureproofing your AV design.
OM4-type multimode cable
provides data throughput up
to 25 Gigabits per second.
AV distribution to
computer desktops
and mobile devices,
recording AV
presentations,
on-demand video
playback
Offers all the conveniences
of integration onto standard
IP networks
AV transmission across
geographical regions via
wide area networks and
over the Internet
Often implemented in
conjunction with video
compression, such as
H.264, JPEG 2000, or a
proprietary format
Convenient extension of
HDMI from a source to
a display, especially in
scenarios where a wired
installation is difficult or
not feasible
Wireless collaboration
systems are ideal for the
small meeting rooms or
huddle spaces that are
increasingly popular in
enterprises, education, and
other organizations
Wireless connection
of laptops and tablets
for collaborative
applications, AV
presentations, and
screen sharing on mobile
devices
Easily scalable, especially
with standards-compliant
streaming formats
Some wireless systems
employ video compression
and/or limit frame rates to
30 Hz to reduce bandwidth
www.extron.com
43
System Design Considerations
A shielded twisted pair
cable construction
ensures reliable
system performance
by providing important
protection against
potential EMI and
EMF sources as well
as alien crosstalk in
bundled cables.
The Extron Fiber Optic Design Guide is an
essential technical reference aimed at
assisting AV professionals in developing the
necessary expertise to employ fiber optic
technology in AV systems.
Digital Video Signal,” digital video signals with
The choice of which medium to employ in your
substantial losses may result in degraded system
AV system design may be influenced by the
performance with visible artifacts, intermittent
cable plant in place at the facility, or planned
display, or complete failure. Ensuring maximum
for a new construction site. Depending on the
system reliability requires good system design
circumstances at the site, AV-specific cable may
practices that include selection of the proper
be pulled by the integrator or a subcontractor.
media and equipment for transmitting AV signals,
It is also possible that you’ll need to coordinate
and using cables within their length limits. Another
with IT, data communications, or low voltage
important consideration is to provide signal paths
contractors to procure installation of structured
with a minimum of cascaded devices and patch
cable for your system design, particularly in new
points.
construction installations.
AV Cabling
If there is an abundance of so-called “dark”
Standard cable assemblies for digital video,
or unused fiber throughout a building, then it
including HDMI, DVI, and DisplayPort are
may be cost-effective to go with a fiber-based
usually sufficient for desktop PCs and relatively
AV installation everywhere. While fiber optic
short connections from a source or switcher
endpoints and switchers are more expensive
to a display. However, they are generally not
than their twisted pair counterparts, the ability
suitable for the considerable distances needed
to avoid the considerable costs associated with
for structured cable installation in moderate
pulling cables and terminations could make up
to large-sized rooms, or for distributing signals
much of the difference. Furthermore, in large-
between rooms and floors in a building. For this
scale AV distribution systems throughout a
reason, AV signals need to be transmitted with
building or facility, fiber optics offers a lower total
extenders that allow transport over significant
cost of ownership than installing twisted pair, due
runs of twisted pair or fiber optic cable. A typical
to reduced expenses related to cabling, energy
facility-wide AV signal infrastructure is based on
consumption, and keeping equipment cool. The
standard and twisted pair connections within a
dark fiber should ideally be multimode OM4,
room, twisted pair or fiber optic cable between
since it offers the most future-proofing for your
a central equipment location and the rooms, and
system design.
fiber optic cable to connect between buildings or
even campuses.
For twisted pair structured cable, it is highly
recommended that shielded CATx cable, such as
In addition to standard video and structured
CAT 6a, CAT 7, or Extron XTP DTP 24 cable be
cabling, streaming over IP networks and wireless
specified for AV system applications. A shielded
transmission are options for transporting AV
cable construction ensures reliable system
signals in certain use cases. Table 7-1 provides a
performance by providing important protection
detailed summary of the transmission mediums
against potential EMI and EMF sources as well
available for professional AV systems, with their
as alien crosstalk in bundled cables. Extron
typical applications.
XTP DTP 24 cable is specifically designed and
guaranteed for the multi-gigabit data rates of
While transmission distance may be the most
today’s digital video signals, compared to third-
obvious factor in determining whether to employ
party data cables that provide varying levels of
a twisted pair or fiber infrastructure in rooms or
construction quality and performance.
throughout a facility, the table shows that there
­44
Extron Digital Design Guide
are several other important considerations that
AV Endpoints
relate to the nature of the facility, or the intended
Twisted pair and fiber optic AV extension
applications.
systems always have endpoint devices, including
regeneration technology designed to compensate
for signal losses entering a device. This provides
high quality signal paths and ensures consistent
and reliable system operation. However, digital
video signal integrity will be compromised if
a signal passes through too many switching
devices as well as patch points such as wallplate
couplers and patch panels.
Walls are popular user access locations for connecting
presentation devices into an AV system.
As a recommended system design practice, AV
Switching and
distribution devices
often include
signal reclocking
and regeneration
technology designed
to compensate for
signal losses.
signal paths should include as few switching
devices and patch points as possible. In
a transmitter near the source, and a receiver
a typical scenario, a path includes a local
situated close to a display or other destination.
switcher in a room and a matrix switcher in
They can be used in a point-to-point extension
the central equipment closet. Additionally,
application from a source to a display, or in large-
always select a switcher or matrix switcher with
scale systems with twisted pair or fiber optic
signal reconditioning, which will further ensure
switching and distribution.
high quality signals passing through it. Extron
switchers and matrix switchers include signal
It is important to define all locations where an
reclocking and regeneration technology at the
AV endpoint device is needed, and ensure that
inputs and outputs.
power and sufficient space will be available for
them. Endpoint devices are available in standard
Network Access
tabletop form factors as well as wallplate models
Many if not most AV devices can be connected
for providing AV access points on walls, in
into a network for system control, Internet access,
floor boxes, or on furniture such as lecterns.
network shares, or even printing. You or your
For Europe and other markets outside North
client will need to coordinate with IT operations
America, Extron offers specific floor box twisted
and possibly the data communications contractor
pair extenders for these regions.
to procure network drops, IP addresses, potential
bandwidth loads, QoS - Quality of Service
Transmitting devices are commonly installed in
provisioning, or VLAN or subnet configurations
rooms to provide convenient AV access for guest
for AV-specific network traffic. This is similarly
presenters. They are also frequently installed
important for any equipment such as projectors,
in equipment racks for transmitting AV signals
tablets, laptops, wireless AV extenders, and
from sources or a switcher. Many switchers and
wireless presentation systems with a need
matrix switchers combine local and AV extender
for Wi‑Fi access to the central network. You’ll
connections, providing internal signal conversion
also need to be aware of any possible security
and avoiding the need for separate endpoint
issues, Wi-Fi technologies and network protocols
devices in the rack.
supported by the devices, and be sure that
everything in the AV system will conform to IT
AV Signal Paths
policies.
As you’re defining the signal paths in your system
design, be aware of the number of devices,
Scaling and Signal Processing
switchers, and connection points through which
An ideal system design will include all sources
signals must traverse on their way from a source
and destinations with matching video formats –
to a destination. Switching and distribution
the same interfaces at all inputs and outputs, and
devices often include signal reclocking and
resolutions from the sources matching the native
www.extron.com
45
System Design Considerations
DESIGN CONSIDERATIONS FOR 4K VIDEO
Among the newest challenges facing system designers is figuring
out how to implement AV systems that support 4K signals. While
4K video has been available for over a decade in specialized
applications such as visualization, there has recently been a
substantial proliferation of 4K flat-panel displays and projectors. New
applications and use cases for 4K video presentations are emerging
within the pro AV industry, such as multi-party videoconferencing and
digital signage. The potential benefits are numerous from a display
with four times the number of pixels for 1080p.
4K video is associated with two resolutions. The Digital Cinema
Initiatives - DCI established 4096x2160 as the standard resolution for
4K digital cinema projectors. The consumer electronics industry has
adopted the Ultra High Definition - UHD resolution of 3840x2160,
which maintains the same 16:9 aspect ratio of 1080p HD video.
The promotion of 4K displays is especially prominent in the
consumer electronics industry. Therefore, it is possible that you will
be asked about the ability to support 4K in a system design, or
whether you can provide adequate future-proofing to accommodate
4K and whatever else may come in the future.
Designing an AV system today for 4K is certainly possible. However,
as part of your needs assessment process, you should ask how the
client wants to use 4K in the system. The ability to support 4K varies
depending on the video format, the client’s intended applications for
4K, and the availability of signal extenders and distribution equipment
to transmit 4K video signals within an AV infrastructure.
Video Interfaces Supporting 4K
4K video signal transmission is available for HDMI, DisplayPort,
and SDI. 4K signals at 30 Hz can be distributed throughout an
AV system over a single cable. While the HDMI and DisplayPort
specifications include support for 4K at 60 Hz, it is still common to
deliver 4K/60 content over two or four HDMI or DisplayPort 1080p
links, since the technology to extend and distribute 4K at 60 Hz
is still evolving. Table 7-2 summarizes 4K support capabilities for
HDMI, DisplayPort, and SDI as of late 2015. For in-depth information
about 4K technologies and distribution, a white paper is available for
download at www.extron.com/4kpaper.
Future-Proofing a System Design
Standards, technologies, and product solutions are continuing
to be developed for 4K video. If designing a new system with a
fiber optics-based infrastructure, be sure to specify OM4-rated
multimode cable, which provides more than enough headroom for
accommodating the very high data rates necessary for 4K at 60 Hz
and color bit depths well beyond 8-bit.
Extron Products Support 4K
Extron provides a wide variety of 4K ready product solutions,
including scalers, videowall processors, streaming encoders and
decoders, media players, and fiber optic and twisted pair signal
distribution products. Look for the 4K/UHD or 4K/UHD Ready logo.
Products displaying the 4K/UHD logo are available today, and
integrate easily into a wide range of 4K and UHD environments.
Products displaying the 4K/UHD Ready logo provide a future-ready
upgrade path for new formats with higher resolutions such as
4K and UHD video. For more information about Extron products
supporting 4K, please visit www.extron.com/4k.
Table 7-2. Video Formats and 4K Support
VIDEO INTERFACE
STANDARD
1
­46
BANDWIDTH
COLOR SAMPLING
UHD @ 30 Hz
UHD @ 60 Hz
HDMI 1.4
10.2 Gbps
4:4:4
1 cable, 8-bit, 3840x2160
4 cables, 10-bit, 1920x1080
2 cables, 8-bit, 1920x2160
4 cables, 10-bit, 1920x1080
HDMI 2.0
18.0 Gbps
4:2:0
n/a
1 cable, 10-bit, 3840x2160
HDMI 2.0
18.0 Gbps
4:4:4
1 cable, 10-bit, 3840x2160
1 cable, 8-bit, 3840x2160
2 cables, 10-bit, 1920x2160
DisplayPort 1.1
10.8 Gbps
4:4:4
1 cable, 8-bit, 3840x2160
2 cables, 8-bit, 1920x2160
4 cables, 10-bit, 1920x1080
DisplayPort 1.2
21.6 Gbps
4:4:4
1 cable, 16-bit, 3840x2160
1 cable, 10-bit, 3840x21601
DisplayPort 1.3
32.4 Gbps
4:4:4
1 cable, 16-bit, 3840x2160
1 cable, 12-bit, 3840x2160
HD-SDI
1.44 Gbps
4:2:2
4 cables, 10-bit, 1920x1080
n/a
3G-SDI
2.97 Gbps
4:2:2
n/a
4 cables, 10-bit, 1920x1080
This is a VESA-specific timing with reduced blanking. It is distinct from the SMPTE UHD video timing.
Extron Digital Design Guide
resolutions of the displays. This scenario leads
beneficial for streaming applications, providing
to a system without the need for scaling or other
a moderate resolution image ideal for mobile
signal processing.
devices, while fully preserving important visual
details of the original source content.
Such a system design approach is certainly
possible, especially if all sources happen to be
Scalers and signal processors frequently include
set to deliver 1080p video through their HDMI
an integrated switcher, and usually offer multiple
outputs to the displays, all of them at 1920x1080
inputs that accept both digital and analog video
native resolutions. However, the reality is that
sources. Some matrix switchers also include
many systems will include a variety of sources
signal processing capabilities with independent
delivering various output resolutions. While 1080p
scaling at the outputs. Scalers can be found in
may be the most common, there may be high
a wide variety of input configurations including
resolution laptops and PCs with 2560x1600
single input, single output units. Additionally,
output, for example. There is also the possibility of
supporting legacy PC sources with analog VGA
interfaces, and potentially VCRs, older document
cameras, and other equipment without digital
video outputs. Additionally, professional video
equipment and some medical devices have
3G-SDI outputs, an interface that can be found in
large-venue projectors but much less frequently
in other displays.
Distributing 4K and UHD Signals in
Professional Environments provides an
introduction to 4K technology and standards,
the relevant design challenges, and practical
system design solutions.
DEVELOP AN EDID STRATEGY IN YOUR SYSTEM DESIGN
Every AV integrator has engineering standards in place to provide guidelines for system
design. An EDID strategy section should be incorporated within these standards
to address EDID management. A well thought-out, documented EDID strategy
applied in the early design stages is a very important step in ensuring reliable system
performance with quality image display. Additionally, implementing a sound EDID
strategy can greatly reduce the potential for on-site issues during installation and
commissioning.
The following are key points to consider when designing a system:
At the other end, while 1920x1080 is the most
common native resolution for a display, projectors
with 1920x1200 resolution are popular, and
you will frequently encounter XGA and SXGA
projectors in classrooms, courtrooms, and
other environments. Computer monitors are
available in a variety of native resolutions as well,
such as 1440x900, 1600x900, 1920x1200,
and 2560x1600. All this spells out the potential
necessity for signal processing to scale signals
up or down in resolution, manage mismatches
in aspect ratio between the source content and
display, convert analog formats to digital, and
more. High quality upscaling and downscaling is
a critical factor in properly conveying visual details
of the original imagery.
Scaling and signal processing are also
important when optimizing source signals for
videoconferencing codecs and streaming media
systems. Some codecs do not accept 1080p
source signals at 60 Hz and require a frame
rate reduction to 30 Hz, downscaling to 720p,
or both. High quality downscaling can be very
• Identify destination resolution requirements. The native or preferred display
resolution will determine the EDID setting. For systems that incorporate multiple
display devices, EDID for the highest common resolution should be selected.
• Identify audio application needs. EDID management applies to audio as well as
video. Two-channel audio is used for most sound reinforcement applications. If there
is a need to support surround sound, select pre-stored EDID that includes multichannel audio formats. If the pre-stored EDID tables do not support a specific format
that is needed, such as multi-channel high resolution audio, it will be necessary to
capture EDID from the surround sound processor.
• Identify special EDID requirements. Support for 3D video necessitates use of EDID
from a 3D-compatible display device. Many professional displays do not support
audio, so EDID management with audio support will be necessary if sound system
playback is required.
• Identify where EDID is being provided to each source device. A system design
may include several AV system components that manage EDID. To ensure the most
consistent and reliable system operation, always apply EDID management from the
device nearest the source.
• Design systems with EDID management to every source. The system design
should include AV devices that provide active EDID management to every source
device. This will ensure robust system operation and reliable video output from the
sources, especially in systems with switching and distribution.
• Determine whether multiple EDID settings should be used. In most AV systems,
a common EDID setting can be used for all sources. However, a specific EDID may
be required for some source devices. For example, a system with 1080p sources
and displays includes a videoconference codec that only supports 720p output, or
the system needs a specific surround sound format from a Blu-ray Disc player.
www.extron.com
47
System Design Considerations
some twisted pair and fiber optic receivers
DESIGNING AV SYSTEMS FOR SIMPLIFIED INTEGRATION
include scaling to optimize the output resolution
A well-executed AV system design not only ensures solid reliability and performance,
but also streamlined system installation. This makes the integration process efficient,
provides valuable time and cost savings, simplifies troubleshooting, expedites system
commissioning, and greatly increases the likelihood of a successful walk-through and
final handover to the client.
for a specific display.
There are many system design approaches
and strategies when deciding where and how
to incorporate signal processing and manage
A key contributing factor is the selection of AV products that are intuitive for
integrators to set up, configure, and validate system performance. Extron has a
longstanding reputation for engineering a wide range of convenience-oriented design
features into its AV products, all with the aim of making it easy for integrators to
expedite their installations and deliver high quality AV systems to their customers.
conversion between video formats. Some of
these will be explored later in the Guide as we
look at several digital video system designs.
Managing EDID, HDCP, and InfoFrames
Setup and Configuration
Extron AV switchers, matrix switchers, and signal processors are equipped with a
variety of options for user-friendly setup and configuration. These may include front
panel controls, a built-in Web interface, on-screen menus, and configuration apps. An
integrator is likely to favor a specific method depending on the application and how
the system is installed. Regardless of the approach taken, all user interfaces have
been designed to be readily accessible and easy to comprehend. A good AV product
design fully accounts for the user experience of the integrator and end user.
System Status and Signal Validation
The ability to validate system operation is important for commissioning purposes
and troubleshooting. A wide range of Extron products include LEDs that allow
easy verification of signal presence, audio and video format, HDCP, input selection,
connection at every twisted pair and fiber optic port, and even whether the
device is powered up. Status indicators and parameters can be found within the
front panel LCD readout, on-screen menus, configuration apps, and the built-in
Web pages. In addition, many Extron products provide a full-screen green signal
whenever HDCP-encrypted content is sent to a non-compliant destination, such as
a videoconferencing codec. Together, these indicators allow quick and easy visual
assessment of operational status throughout a system.
Reliable and dependable system performance
always begins with proper EDID communication
and HDCP authentication between sources,
displays, and AV devices in between. It is
therefore critical that you plan for handling EDID
and HDCP throughout your system design. This is
generally accomplished by providing high quality
signal paths for maintaining signal integrity, and
the use of EDID and HDCP tools and features
in scaling, signal processing, switching, and
distribution equipment.
EDID
A source will deliver a properly formatted video
output if it has successfully received the EDID of
the destination device. This is straightforward in
a simple source-display connection, but some
planning and management is necessary in a more
elaborate AV system. The key here is to select
AV switching, distribution, and signal processing
products with EDID setup and configuration
features, such as Extron EDID Minder and
EDID Emulation. EDID Minder captures EDID from
the display connected to the device’s output,
which can then be relayed to sources connected
to the inputs. Extron EDID Emulation provides
Many Extron products include convenient status LEDs on the front panel for verifying signal
presence and HDCP authentication. Some products also include LED indicators for audio and
video formats.
pre-stored EDID at a variety of video formats, any
of which can be selected and communicated to
a source device.
EDID management features help maintain active
EDID communication at an AV device’s inputs
and outputs. This not only ensures reliable
image display and system performance, but also
contributes to fast source switching by avoiding
­48
Extron Digital Design Guide
any latency associated with renegotiating a new
to be deactivated, so that non‑encrypted content
EDID handshake when a new source is switched.
can be passed successfully. Any copy-protected
content continues to be encrypted over the PC
A successful system design always includes
or tablet’s digital video output. See page 37 for
effective, well thought-out strategies for EDID
further information.
Figure 7-1. 3D video frame
structures for the mandatory
3D formats in HDMI 1.4a.
L
communication between all devices. Further
information is available in the sidebar on page 47.
HDMI InfoFrames
InfoFrames are metadata within an HDMI signal
R
HDCP
that can be used to identify a source device and its
If there is a source delivering HDCP-encrypted
content. InfoFrames are essentially the opposite
content, then all AV devices in the signal path
of EDID in that the data is communicated from
Frame Packing
must be HDCP compliant. The vast majority
a source to a display, and contains information
of AV products available today with HDMI or
describing attributes of the source. While EDID
Left and right images are stacked
with blanking into extended
video frames.
DisplayPort interfaces are HDCP compliant,
specifies an ideal resolution, refresh rate, and
including displays as well as AV distribution and
color space of the device, InfoFrames can
processing devices. The requirement for HDCP
provide information about the content, such as
compliance applies to all devices in the signal
the HDMI 3D video format, chroma subsampling
chain between source and destination, from
mode, and color depth. In applications with Deep
large matrix switchers to switchers, distribution
Color content, or 3D playback from Blu‑ray Disc,
amplifiers, and even cable equalizers.
communication of InfoFrame data is important
Side by Side
Left and right images are downsampled
horizontally, and then combined into
standard HD video frames.
to ensure proper system performance. A
When switching between HDCP-encrypted
display uses InfoFrame data to configure itself
sources, a potential latency can occur as
for receiving and processing the specific video
HDCP authorization is re-established with a
format from the source.
R
L
L
R
Top and Bottom
newly switched source. In professional AV
systems, the expectation is that switching will
If such applications will be important in your
be fast and immediately responsive. Extron
system design, then be sure that the devices
switching and distribution products incorporate
you select for your AV system design support
Extron Key Minder, a technology feature that
InfoFrames for 3D video or Deep Color
continuously manages HDCP key authorization
applications. This can often be confirmed by
for devices connected to them. Key Minder, in
checking for HDMI 3D video and Deep Color
combination with EDID Minder, ensures quick,
compatibility in the product specifications.
Left and right images are downsampled
vertically, and then combined into
standard HD video frames.
professional-quality source switching for smooth,
worry-free system operation.
Some information about HDMI 3D formats is
provided in Figure 7-1 and Table 7-3. 3D video in
Content protection is not necessary for most
AV system design requires special considerations
types of PC content, including presentation
beyond the scope of this Guide. ■
slides, documents, and other media. However,
some computers as well as tablets may always
deliver an encrypted output when connected to
an HDCP-compliant device, even if the content
is not copy-protected. This will be a problem in
a system when encrypted video is delivered to a
Table 7-3. Mandatory 3D Formats as Defined in HDMI 1.4a
HDMI 3D FORMAT
Frame Packing
Side by Side
display, plus a videoconferencing codec or other
product that does not support HDCP. Extron
distribution and switching products include a
convenient feature that allows HDCP authorization
Top and Bottom
3D LEFT / RIGHT IMAGE FORMAT
HDMI TRANSMISSION RATE
1080p @ 24-25 Hz
720p @ 50-60 Hz
1080p @ 48-50 Hz
720p @ 100-120 Hz
1080i @ 50-60 Hz, reduced
horizontally to 960 pixels
1080i @ 50-60 Hz
(standard broadcast format)
720p @ 50-60 Hz 1080p @ 24 Hz,
reduced vertically to 360 or
540 pixels
720p @ 50-60 Hz1080p @ 24 Hz
(standard broadcast format)
The HDMI 1.4a specification includes several optional 3D video formats.
www.extron.com
49
Extron Support Services for AV System Designers
When you choose
to register your AV
project with us,
you’ll benefit from
personalized design
assistance and have
all your system design
or product-specific
questions answered.
Many AV systems include advanced switching
Support Staff and Resources
and processing products that necessitate a
Extron customer support resources are available
certain level of expertise and dedicated vendor
worldwide 24 hours a day, seven days a week,
support. Depending on the intended application,
through our online resources and a toll-free
system designs can often include switching,
hotline for live personnel assistance. We have
processing, and interfacing scenarios that
a comprehensive staff of Application Engineers,
can be complex and difficult to clearly define.
Senior Application Engineers, and other personnel
Extron recognizes these challenges with a full
based at our West Coast and East Coast USA
commitment to backing its product solutions with
headquarters, our regional headquarters in
premium customer support and training. Extron’s
Europe and Asia, and local offices around the
dedication to technical and sales assistance is
world. We also have a field staff of Systems
unmatched in the AV industry, and is based on
Design Engineers and Consultant Application
a corporate philosophy known as S3 - Service,
Engineers worldwide. From customer service to
Support and Solutions.
in-depth technical support, Extron personnel are
always ready and willing to assist.
Extron Project Registration Program
The Extron Project Registration Program is
Training and Certifications
specifically geared toward assisting system
Extron Institute offers training and certifications
designers. When you choose to register your AV
focused around Extron products as well as
project with us, you’ll benefit from personalized
current and emerging technologies relevant
design assistance and have all your system
to the professional AV industry. The program
design or product-specific questions answered.
includes training through our Web site plus
As a key part of the program, we’ll review your
instructor-led training programs at Extron facilities
project and evaluate the equipment to verify
and other select locations worldwide. Extron
suitability and compatibility. We’ll also offer
Institute training is continuously maintained and
recommendations as appropriate if there can be
updated with the latest products, technologies,
a more cost-effective solution for your system
and trends. A significant portion of the training
design.
is devoted to digital AV signals and integration
Extron Institute
­50
Extron Digital Design Guide
in system designs. Certification programs are
online technical library, including white papers,
available for XTP Systems and Extron control
best practices guides, technical articles, an
systems. Both programs are widely recognized
extensive technical glossary, and a series of
and respected throughout the pro AV industry.
convenient interactive calculators for quantifying
®
and converting audio and video units and
Online Resources
measurements. We also offer a series of Design
A wealth of online resources are available at
Guides with detailed, in-depth technical primers,
Extron.com, with thorough and complete product
system design examples, and a catalog of Extron
information, plus downloadable cut sheets,
products. In addition to this Digital Design Guide,
manuals, specifications, A&E specifications –
additional guides are available for fiber optics,
or consultant descriptions, diagrams, detailed
AV streaming, control systems, architectural
product photos, Autodesk Revit 3D files, and
products, and videowall systems. Extron
much more. You’ll also find a wide variety of
also publishes AV Systems Design, a journal
informational and instructional videos about our
specifically dedicated to system designers. In
products, system builder tools and configurators,
each issue you’ll find technical discussions and
and a library of case studies and customer
articles on timely subjects of interest, plus case
success stories. We also offer a dedicated
studies, in-depth information on key Extron
Extron Insider site where you’ll have access to
products, and more.
convenient online ordering, price lists, up-to-date
information on pricing and product availability,
Many of the online technical resources are
order status, and more.
available in printed versions. They are available
A comprehensive
online technical library
is available at
www.extron.com,
including white
papers, best practices
guides, technical
articles, an extensive
technical glossary, and
a series of convenient
interactive calculators
for quantifying and
converting audio
and video units and
measurements.
on request by submitting a form online, or by
Technical Resources
contacting your Extron Customer Support
Also available at Extron.com is a comprehensive
Representative. ■
Extron Design Guides
Extron XTP Systems Configurator
www.extron.com
51
Notes
­52
Extron Digital Design Guide
Digital System Designs
Commercial AV presentation system designs run the gamut from
In many new digital system designs, there is a need to support
small collaboration spaces, classrooms, and conference room
legacy analog sources as well as future devices and technologies.
systems, to large-scale AV distribution systems spanning a campus,
stadium, or even over wide geographical regions.
The following AV system designs represent a cross-section of
typical AV environments and applications. Detailed system drawings
Rarely if ever is a commercial presentation system limited to a single
depict the sources and displays that usually need to be supported,
source, such as a laptop or Blu-ray Disc player, and a single display,
the signal flows between them, and a recommended approach
connected with one HDMI cable. Even the smallest AV system
to distributing, extending, and processing signals for an effective
design generally includes a variety of signal types and resolutions.
system design.
Boardroom with
Videoconferencing - pg. 54
Collaborative Meeting
Room - pg. 62
Divisible Classroom - pg. 56
Executive Briefing
Center - pg. 64
Training Room with Wireless
Extension - pg. 58
Campus Technology - pg. 66
Meeting Room with Lecture
Capture - pg. 60
Corporate Auditorium - pg. 68
www.extron.com
53
Boardroom with Videoconferencing
System Design Solution
Display System
Two wall-mounted 60 inch flat-panel displays, to be mounted
48 inches (120 cm) AFF - Above Finished Floor, adjacent to each
other on the front wall. The displays should be the latest models
with ultra-thin bezels, for consistency with the sleek appearance and
styling of the boardroom.
Sources and Connectivity
Overview
A corporate boardroom will be used for executive meetings and presentations.
The system will need to be capable of displaying digital as well as legacy
analog sources in a high quality, professional manner. Consideration for
future sources of different types will need to be incorporated into the design,
including 4K and the latest mobile devices. It is also very important that the
system be reliable and simple for top-level executives to operate.
Needs Assessment
Staffing
The system will be operated by company board
members, executive staff, and managers.
Based on the proposed layout and configuration of
the meeting table and seating, the viewing distance
range will be between 6 and 18 feet (1.8 and
5.5 meters) from a seated position.
Display
Requirements
Two identical wall mounted flat-panel displays
located adjacent to each other on the front wall, for
viewing two separate sources simultaneously. The
twin displays will be used for videoconferencing,
collaboration, comparing document revisions, and
other applications.
Computer Sources
There will be two table locations for connecting
laptops and mobile devices, each with a single
analog and two digital inputs capable of 4K
resolution. The cables are to be extended through
the tabletop surface.
Videoconferencing
A single codec will be provided with two wallmounted pan-tilt-zoom HD cameras.
Other Sources
The equipment rack in the credenza will house a
Blu-ray player and a cable TV receiver.
Audio
Requirements
The system must support program audio playback
of all sources in the system, including an executive's
laptop or mobile device.
Control
Requirements
A simple-to-use control interface is an absolute
necessity for executives to power the system on and
off, select an input source for each display, initiate a
videoconferencing session, adjust volume levels, and
more. The interface should be provided in the form
of a tabletop touchscreen.
­54
Extron Digital Design Guide
At the conference table, there will be two locations for connecting
laptops. Each location will provide one DisplayPort cable, one HDMI
cable, and one VGA cable. The cables are to be connected to an
Extron DTP T DSW 333, which will extend signals over a shielded
CATx cable to a matrix switcher in the credenza. There will be a
Blu-ray player, cable TV receiver, and videoconferencing codec
in the credenza, all rack‑mounted with the matrix switcher. Two
pan‑tilt‑zoom - PTZ cameras will be installed, one on the front wall
and the other on the rear wall. Video outputs from the cameras will
be extended to the codec via shielded CATx cables using Extron
DTP T HWP 4K 231 D transmitters on the walls, and
DTP HDMI 4K 230 Rx receivers close to the codec in the rack.
Switching System
An Extron DTP CrossPoint 86 4K IPCP MA matrix switcher will
manage video and audio source selection and distribution. The matrix
switcher includes two DTP™ inputs for receiving signals from the
DTP T DSW 333 units at the table. The sources and codec in the
rack will be connected to the matrix switcher's local HDMI inputs
and outputs. The DTP CrossPoint also features two DTP outputs
which will be for extending signals to the two wall-mounted displays
via Extron DTP R HWP 4K 231 D wallplate receivers behind each
display. Two separate sources may be shown simultaneously on the
two displays.
Audio System
The DTP CrossPoint 4K will facilitate audio source selection with
audio embedding and de-embedding as needed. The built‑in
100 watt, 70 volt amplifier is to power six Extron SI 26CT distributed
ceiling speakers. The integrated DSP of the DTP CrossPoint will be
used to manage program audio and route audio mixes to the amplifier
output. The DSP will also be linked to an Extron DMP 128 C DSP
over the DMP digital audio expansion port. The DMP 128 C will
provide additional DSP capabilities, including AEC - acoustic echo
cancellation and automixing for six table microphones.
Control System
An Extron TLP Pro 1020T 10 inch TouchLink® touchpanel, situated
on the table will serve as the control interface for the system. A
specially designed and customized GUI will provide a simple-to-use
and intuitive control interface for a range of video and audio functions,
particularly videoconferencing. System control is to be provided by
the IPCP Pro 350 control processor built into DTP CrossPoint, which
can easily be configured to integrate the entire AV system.
Table
Extron
DTP T DSW 4K 333
Transmitter
POWER
12V
--A MAX
1
2
3
SIG
LINK
HDBT
AUDIO
RGB
INPUTS
HDMI
DP
DTP
OUT
REMOTE
OVER DTP
RS-232
IR
CONTACT IN
1
Tx Rx G Tx Rx
2
3
G
TALLY OUT
1
RS-232
3 +V Tx Rx G
2
Display
Display
Audio
VGA
CATx Cable
up to 330' (100 m)
HDMI DisplayPort
HDMI
RS-232
Extron
DTP T DSW 4K 333
SIG
LINK
HDBT
AUDIO
RGB
INPUTS
Audio
Laptop
HDMI
VGA
PC
Doc
Cam
VCR
Tuner
2
3
4
5
6
7
8
Channel
Off
0
Screen
Lighting
Mute
9
Last
CONTACT IN
1
2
3
G
TALLY OUT
1
Receiver
RS-232
3 +V Tx Rx G
2
CATx Cable
up to 330' (100 m)
CATx Cable
up to 230' (70 m)
CATx Cable
up to 230' (70 m)
Ethernet
TCP/IP
Network
More
Presets
Enter
December 15, 2013 - 7:58 AM
Help
IR
Tx Rx G Tx Rx
10" Tabletop
TouchLink Pro
Touchpanel
Presets
Mute
Room
Control
RS-232
Extron
DTP R HWP 4K 231 D
HDMI OUT
Extron
TLP Pro 1020T
123
Volume
Tuner
On
1
DTP
OUT
HDMI DisplayPort
DVD
Display
DP
REMOTE
OVER DTP
IR
3
OVER DTP
2
Tx Rx G Tx Rx
1
RS-232
IR
Receiver
HDMI OUT
POWER
12V
--A MAX
RS-232
Extron
DTP R HWP 4K 231 D
OVER DTP
Tx Rx G Tx Rx
RS-232
Transmitter
HDMI
Audio
Control
System
Off
Ethernet
Ethernet
Ethernet
Scaling Presentation Matrix
S G
DIGITAL I/O
1 2 3
LAN 1
70V
4 G
eBUS
+V +S -S G
PWR OUT = 6W
LAN 2
OUTPUTS
2
3A
L
1
2
R
L
R
L
3
4
R
L
R
L
R
5
1
1
2
6
R
MIC/LINE
2
3
3
4
4
L
L
1
2
R
L
R
L
R
3
4
R
4A
3B
SIG
IR
RS-232
4B
Tx Rx G Tx Rx
LINK
XTP
OVER TP
RS-232
SIG
4
5
S/PDIF
OUT
LINK
XTP
IR
SIG
IR
OVER TP
RS-232
SIG
LINK
XTP
IR
HDBT
DTP
OUT
OUT
Tx Rx G Tx Rx
100-240V ~
--A MAX
RS-232
INPUTS
2
3
4
5
6
7
SIG
50-60 Hz
HDMI
OUT
Tx Rx G Tx Rx
XTP
DTP
IN
DMP Expansion
CATV Tuner
PUSH
PUSH
POWER
GUIDE
MENU
RES
480
480p
DIRECTV
720p 1080i 1080p
HD
Audio
SELECT
DIRECTV
IR
HDMI
Tx Rx G
LINK
IR
Tx Rx G Tx Rx
IN
OUT
8
SIG
OVER TP
RS-232
DTP
DTP
HDBT
IR
Tx Rx G Tx Rx
LINK
XTP
DTP
INPUTS
HDBT
DTP
RESET
6
Tx Rx G Tx Rx
LINK
XTP
HDBT
1
1
CLASS 2 WIRING
RS-232
1
+48V
L
EXP
LAN 3
REMOTE
S G
RELAYS
2 C 3 4 C
AMP OUTPUT
COM 3
Tx Rx G
1
AUDIO OUTPUTS
COM 2
Tx Rx G
IR/SERIAL
1
2
LINK
COM 1
Tx Rx G RTS CTS
AUDIO INPUTS
R
DMP EXPANSION
DTP CROSSPOINT 86 4K
CONTROL
Extron
DTP CrossPoint 86 4K
IPCP MA
HDMI
STANDBY/ON
PQLS
HDMI
OPEN/CLOSE
1
2
FL OFF
USB
IR
Blu-ray Player
3
4
1
2
HDMI
LAN
3
HDMI
Extron
DTP HDMI
4K 230 Rx
Audio
Audio
VTC CODEC
Extron
SI 26CT
Receiver
Two-Way Ceiling
Speakers
OVER DTP
RS-232
IR
Tx Rx G Tx Rx
POWER
12V
0.7A MAX
SIG
LINK
DTP HDMI 230 Rx
OUTPUTS
L
AUDIO
R
DTP IN
OVER DTP
RS-232
CATx Cable
up to 230'
(70 m)
IR
Tx Rx G Tx Rx
POWER
12V
0.7A MAX
SIG
LINK
DTP HDMI 230 Rx
OUTPUTS
L
AUDIO
R
DTP IN
Extron
DTP T HWP
4K 231 D
Transmitter
Extron
DTP HDMI
4K 230 Rx
AUDIO IN
HDMI IN
Table
Microphones
Receiver
CATx Cable
up to 230'
(70 m)
Camera
Transmitter
HDMI
50/60 Hz
1
2
3
4
9
10
5
6
7
8
11
12
MIC +48V
1
2
3
4
5
6
7
8
Table
Microphones
DMP 128 C
1
2
3
4
5
6
7
8
1 2 3 4 5 G
6 7 8 9 10 G
11 12 13 14 15 G
16 17 18 19 20 G
REMOTE
Extron
DTP T HWP
4K 231 D
OUTPUTS
HDMI IN
MIC/LINE INPUTS
~ --A MAX
AUDIO IN
DIGITAL I/O
HDMI
RS-232
Tx Rx G
RESET
EXP
LAN
Extron
DMP 128 C
Digital Matrix
Processor
Camera
www.extron.com
55
Divisible Classroom
System Design Solution
Display System
A ceiling-mounted projector and a ceiling-mounted motorized screen
are to be installed in each partitioned room. The screens shall be
84 inches wide (210 cm), and the bottoms of the image areas are to
be 40 inches (100 cm) AFF. The aspect ratio of the screens will match
that of the projectors. The native resolution of the projectors is to be
3840x2160, resulting in a 16:9 aspect ratio.
Sources and Connectivity
Overview
A corporate classroom will be used for training, seminars, and presentations.
The system needs to be capable of displaying both digital and analog source
types in a high quality, professional manner. There will be a divider wall to
split the room into two classrooms for separate meetings. Resources in
each room will be exclusive to each other when the rooms are separated,
and shared when the rooms are combined. It is also very important that the
system be reliable and simple to operate, regardless of which mode the room
is configured.
Needs Assessment
Staffing
The system will be operated by corporate training
staff, Human Resources, and managers.
Sources
There will be a lectern for each divided room space.
The lectern will have one HDMI, one DisplayPort,
and one analog VGA input available to the presenter.
Inputs will be capable of supporting signals up to 4K.
Cables will be extended through the lectern work
surface. In a central equipment area, there will be
two cable TV receivers and two Blu-ray players.
Display
Requirements
Each divided room will have a ceiling-mounted
projector. A motorized retractable screen will be
located along each room’s front wall. The projectors
will operate independently of each other in order
to display separate content per room, or the same
content if the rooms are combined.
Audio
Requirements
The two divided room spaces will have separate
distributed audio systems that can function
independently or together depending on room
configuration. Each video source will provide stereo
audio. Additionally, each lectern will have a wired
gooseneck microphone for voice lift within the
respective rooms.
Control
Requirements
The user interface should be a simple-to-use GUI.
Each lectern should have a control surface that
provides the ability to power the system on and
off, select an input source, adjust volume level,
and control a Blu-ray player and cable TV receiver.
The end user has requested the ability to provide
secondary points of control from mobile devices.
­56
Extron Digital Design Guide
Two lectern-mounted laptop source input locations will be provided.
Each location will provide one HDMI, one DisplayPort, and
one VGA cable. The cables are to be connected to Extron
DTP T DSW 4K 333 switching transmitters in the lecterns. Each
transmitter will extend signals over a shielded CATx cable to the
matrix switcher in the central equipment rack. Two Blu-ray players
and two cable TV receivers will also be housed in the rack.
Switching System
An Extron DTP CrossPoint 84 4K IPCP MA matrix switcher will
provide management of video and audio source selection and
distribution. The DTP inputs will receive signals from the two lectern
transmitters, while the two DTP outputs will be used to extend
signals to the two projectors via shielded CATx cables and Extron
DTP HDMI 4K 230 Rx and DTP HDMI 4K 330 Rx receivers. Each
receiver is to be securely mounted above the projector in a workmanlike manner. By using independent outputs on the DTP CrossPoint,
each room can display an independent source. When the two
rooms are combined, the matrix can provide the same output to
both projectors, or separate content to each projector at the user's
discretion.
Audio System
The DTP CrossPoint 84 will facilitate audio source selection with
audio embedding and de-embedding as needed. The integrated
100 watt, 70 volt amplifier will power six Extron SI 26CT distributed
ceiling loudspeakers for one of the partitioned rooms. An external
Extron XPA 2001-70V mono 70 volt amplifier will provide 200 watts
amplification to six SI 26CT loudspeakers in the other room. The
audio input signal will come from one of the analog audio outputs of
the DTP CrossPoint. Its integrated digital signal processor is to be
used for audio source switching, mixing, and routing to the outputs,
as well as processing for the program source inputs and lectern
microphones.
Control System
An Extron TLP Pro 720M 7 inch TouchLink touchpanel will be
surface-mounted into each of the two lecterns, and serve as a
primary control interface for the system. The two TLP Pro 720M
touchpanels easily integrate into the built-in Gigabit Ethernet switch
of the DTP CrossPoint. Specifying Extron LinkLicense™ with the
DTP CrossPoint will allow a specially customized GUI for each of
the touchpanels, as well as master control GUIs on staff iPads.
The control system will be provided by the DTP CrossPoint, and
will provide control of source selection, audio volume levels, the
motorized screens, the Blu-ray players, and selecting TV channels.
Room A Lectern
Room A
Extron
DTP T DSW 4K 333
Extron
SI 26CT
Transmitter
POWER
12V
--A MAX
1
2
3
SIG
LINK
RGB
HDMI
DP
OUT
REMOTE
OVER DTP
HDBT
AUDIO
INPUTS
RS-232
DTP
CONTACT IN
IR
1
Tx Rx G Tx Rx
2
3
TALLY OUT
G
1
2
Audio
Two-Way Ceiling
Speakers
RS-232
Screen Control
3 +V Tx Rx G
Projector
Audio
VGA
Laptop
HDMI DisplayPort
PC
DVD
Display
Doc
Cam
VCR
Tuner
Volume
Tuner
On
1
2
4
5
Extron
TLP Pro 720M
123
Channel
3
7" Wall Mount
TouchLink Pro
Touchpanel
Presets
Off
6
Mute
Mute
7
Room
Control
8
9
0
Screen
Lighting
Last
More
Presets
Enter
December 15, 2013 - 7:58 AM
Help
Audio
Control
System
Off
Extron
iPad
TCP/IP
Network
RS-232
HDMI
OVER DTP
IR
RS-232
Tx Rx G Tx Rx
iPad
CATx Cable
up to 330' (100 m)
SIG
POWER
12V
0.7A MAX
DTP HDMI 2 30 Rx
LINK
Extron
DTP HDMI 4K 230 Rx
OUTPUTS
L
AUDIO
R
Receiver
DTP IN
Microphone
Audio
CATx Cable
up to 230' (70 m)
Relay
Ethernet
Ethernet
Extron
DTP CrossPoint
84 4K IPCP MA
Scaling Presentation Matrix
with LinkLicense
DTP CROSSPOINT 84 4K
RS-232
COM 1
IR
COM 2
COM 3
DIGITAL I/O
Tx Rx G
1
70V
RS-232
DTP
SIG
OVER TP
OUT
4
LINK
XTP
IR
Tx Rx G Tx Rx
OUT
DTP
REMOTE
S/PDIF
OUT
RESET
INPUTS
2
3
4
5
SIG
50-60 Hz
SIG
OVER TP
RS-232
DTP
HDMI
8
LINK
XTP
IN
RELAYS
2
G
1
S
2 C
3
2 3 4 G
DIGITAL I/O
4 C
+V +V D -S +S
G
LAN 2
PWR OUT = 6W
1
CLASS 2 WIRING
LAN 3
IR
7
6
1
S
RS-232
Tx Rx G
RTS CTS
IR/SERIAL
R
HDBT
100-240V ~ -- A MAX
1
Tx Rx G
Tx Rx G
AMP OUTPUT
XTP
HDBT
4B
Tx Rx G Tx Rx
LINK
LINK
XTP
IR
Tx Rx G Tx Rx
+48V
L
1
R
L
R
L
3
R
L
R
L
5
R
1
2
4
6
R
3
3
1
MIC/LINE
2
L
2
4
4
DTP
IN
AUDIO OUTPUTS
3B
SIG
AUDIO INPUTS
4A
CONTROL
3A
LINK
2
DMP EXPANSION
OUTPUTS
LAN 1
1
L
1
2
L
R
L
R
L
3
4
R
R
EXP
HDMI
Audio
Ethernet
PUSH
Audio
PUSH
POWER
GUIDE
MENU
RES
480
480p
720p 1080i 1080p
DIRECTV
HD
CATV Tuner
SELECT
DIRECTV
Blu-ray Player
STANDBY/ON
PQLS
HDMI
OPEN/CLOSE
FL OFF
USB
PUSH
POWER
GUIDE
MENU
RES
480
480p
720p 1080i 1080p
DIRECTV
Extron
XPA 2001-70V
HD
SELECT
DIRECTV
Amplifier
100-240V
0.5A, 50-60Hz
XPA 2001-70V
ATTENUATION
Blu-ray Player
HPF
INPUTS
REMOTE
10V
LIMITER/PROTECT
STANDBY/ON
PQLS
HDMI
OPEN/CLOSE
FL OFF
SIGNAL
USB
12 10 8
6
14
18
4
2
26
0
∞
50mA
L (SUMMED) R
G
80 Hz
70 V OUTPUT
STANDBY
CATV Tuner
PUSH
OFF
V
C G
CLASS 2 WIRING
Equipment Rack
Microphone
CATx Cable
up to 330' (100 m)
Audio
Extron
SI 26CT
Relay
Two-Way Ceiling
Speakers
iPad
iPad
Audio
Laptop
PC
Display
DVD
VCR
Doc
Cam
Tuner
1
2
Channel
3
Projector
123
Screen Control
Volume
Tuner
On
Presets
Off
4
5
7
8
9
0
Enter
6
Mute
Mute
Room
Control
Screen
Lighting
Help
Last
More
Presets
December 15, 2013 - 7:58 AM
Audio
Control
System
Off
Extron
Extron
TLP Pro 720M
RS-232
7" Wall Mount TouchLink
Pro Touchpanel
Extron
DTP T DSW 4K 333
Transmitter
HDMI
OVER DTP
RS-232
POWER
12V
--A MAX
1
2
3
SIG
LINK
HDBT
AUDIO
INPUTS
RGB
HDMI
DP
OUT
DTP
IR
Tx Rx G Tx Rx
CONTACT IN
1
2
3
G
TALLY OUT
1
2
Tx Rx G Tx Rx
RS-232
3 +V Tx Rx G
POWER
12V
0.7A MAX
SIG
LINK
VGA
DTP HDMI 2 30 Rx
OUTPUTS
L
DTP IN
Audio
IR
REMOTE
OVER DTP
RS-232
AUDIO
R
Extron
DTP HDMI 4K 330 Rx
Receiver
CATx Cable
up to 330' (100 m)
HDMI DisplayPort
Room B Lectern
Room B
www.extron.com
57
Training Room with Wireless Extension
System Design Solution
Display System
A 65 inch flat-panel display will provide sufficient viewing coverage
for groups of 5 to 10 training attendees, and is to be equipped with
integrated loudspeakers. A single HDMI connection will be used for
the AV system. The display is to be installed on a portable cart.
Sources and Connectivity
An owner-furnished PC with HDMI output, and a Blu-ray player will
be installed in the lectern. HDMI and VGA cables will be provided for
connectivity to the presenter's laptop. They will be accessible through
an Extron Cable Cubby® 1200 Cable Access Enclosure, mounted on
the lectern work surface, to provide a professional appearance while
keeping cables organized when not in use.
Overview
A pharmaceutical company is transitioning to regional training facilities, and
needs to quickly get multiple rooms online in leased Class A flexible office
parks around the country. The AV presentation systems should support
a company-provided host computer, a laptop connection for traveling
presenters, and a Blu-ray player for video-based training provided by the
Human Resources department. The systems should be easy to use and
provide a common user interface, so that traveling presenters will always be
familiar with the AV controls, regardless of the office or geographic location.
Needs Assessment
Staffing
The system will be operated by corporate training
staff and Human Resources.
Sources
Each system will include a resident PC and a Blu-ray
player. Laptop connections are to be provided with
HDMI, VGA, and audio cables.
Display
Requirements
A flat-panel display is to be mounted on a mobile
cart, to minimize impact to the facility and expedite
system implementation.
Audio
Requirements
The system needs to support program audio from
the sources. For convenience, the loudspeakers
integrated into the flat-panel display should suffice
for sound reinforcement, given the anticipated sizes
of the rooms.
Control
Requirements
The intended application calls for a simple yet
intuitive user interface for powering the system on
and off, selecting the source to be displayed, and
adjusting the volume level. The user interface should
be universally applied to each system installed
throughout the regional training facilities, to ensure a
consistent user experience for traveling instructors.
Facility Limitations
The time period between facility handover to the
occupant and the initial training seminars is less than
30 days. The integrator must deliver an installed
turnkey solution in just a matter of days. There is little
time available for installing a cabled infrastructure to
support the system. Additionally, since this is leased
space, the occupant would like the ability to reuse
the system, should they elect to move to a new
facility in the future.
­58
Extron Digital Design Guide
Switching System
An Extron IN1606 Scaling Presentation Switcher will be the
cornerstone of the system, and is to be installed within the lectern
together with the sources. The IN1606 provides fast, reliable source
selection, while delivering high performance scaling for optimal image
display. Built-in EDID, HDCP, and aspect ratio management features
together will ensure dependable operation whenever a new laptop is
connected into the system. The IN1606 allows ample opportunities
for future system expansion, such as the addition of a confidence
monitor on the lectern, or incorporating wireless microphones.
Signal Distribution
An Extron eLink 100 Wireless Extender for HDMI will be used to
connect the HDMI output of the IN1606 to the flat-panel display.
The eLink 100 is particularly ideal for the very short time frame of this
installation, in that it allows a quick and efficient connectivity solution,
while delivering the performance of a cabled infrastructure. With a
wireless AV interface from the IN1606 to the display, the only building
infrastructure requirement is AC power.
Audio System
The IN1606 will provide source switching for HDMI and its embedded
audio content. Analog PC audio can be digitized along with the
analog video, and then embedded onto the HDMI output. The
eLink 100 then transmits HDMI with embedded audio to the display,
which finally delivers the audio through its integrated loudspeakers.
With the IN1606, the system is easily expandable to support a larger
audience or room in the future, by adding an amplifier such as the
Extron XPA 1002 two channel 200 watt amplifier, and dedicated
loudspeakers such as the Extron SM 26 SpeedMount® two-way
surface mount speakers.
Control System
The Extron TLP Pro 520M 5 inch TouchLink Touchpanel, in
conjunction with an Extron IPCP Pro 250 control processor will be
used to enable control of system power, source selection, the Blu-ray
player, and volume level. Once created and finalized, the custom GUI
will be duplicated to the same systems in the other regional offices.
The TLP Pro 520M will be surface-mounted into the lectern work
surface, to allow easy access for the presenter.
WiFi
PC
1 2 3 4
Extron
TLP Pro 520M
Laptop
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PC
DVD
Doc
Cam
VCR
Tuner
1
2
Ethernet
123
Volume
Tuner
On
Channel
3
TCP/IP
Network
Presets
Off
4
5
7
8
6
Mute
Mute
Room
Control
0
Screen
Lighting
9
Last
More
Presets
Enter
December 15, 2013 - 7:58 AM
Help
System
Off
Ethernet
Audio
Control
Extron
F19
HDMI
*
8
5
0
Laptop
Display
5" Wall Mount
TouchLink Pro
Touchpanel
enter
COM 1
HDMI
POWER
12V
--A MAX
COM 2
Tx Rx G RTS CTS
Tx Rx G
VOL
RELAYS
V
C G
1
2
C
DIGITAL I/O
1
2
3
4
PWR OUT = 6W
Blu-ray Player
HDMI
IPCP PRO 250
G
eBUS
IR/S
+V +S -S G
S
G
LAN
Extron
IPCP Pro 250
IP Link Pro
Control Processor
IR
STANDBY/ON
PQLS
HDMI
OPEN/CLOSE
FL OFF
USB
Audio
Laptop
Ethernet
VGA
100-240V ~ 50/60 Hz
-- A MAX
IN1606
INPUTS
1
2
3
CONFIGURABLE
4
5
HDMI
6
OUTPUTS
AUDIO INPUTS
OUTPUTS
REMOTE
A
B
HDMI
HDMI
L
1
R
L
3
R
L
5
R
L
2
R
L
4
R
L
6
R
1
+48V MIC/LINE
2
1
VARIABLE
L
R
+48V
Extron
IN1606
2
LAN
RESET
RS-232
Tx Rx G
HDMI
Scaling Presentation
Switcher
HDMI IN
IR OUT
Extron
eLink 100 T
Wireless HDMI
Transmitter
Wireless up to 145' (45 m)
Display
HDMI
HDMI
5V
1.5A MAX
POWER
HDMI OUT
Extron
eLink 100 R
Wireless HDMI
Receiver
www.extron.com
59
Meeting Room with Lecture Capture
System Design Solution
Display System
A ceiling-mounted 1080p projector and motorized screen will be used
to display content from either the resident PC or a presenter's laptop.
Sources and Connectivity
Overview
A company is looking to upgrade a series of meeting rooms in order to capture
video of the attendees as well as computer-based content, so that they
can record and play back the information discussed during their impromptu
meetings. This ensures that any employees out of the office will be able to
catch up on any information presented during their absence.
Needs Assessment
Staffing
The system will be operated by meeting attendees.
Sources
Each meeting room will include a resident PC with
HDMI video output, and an HDMI connection point
for a laptop. A wall-mounted PTZ camera is needed
in order to record the presenter and participants.
Display
Requirements
The room typically supports 25 to 35 employees.
Based on the number of average attendees, a front
projection system is appropriate to ensure that the
image will be viewable from the rear of the room.
Audio
Requirements
The resident PC will deliver analog stereo audio. For
the laptop connection, the audio will be embedded
with the HDMI output. Due to the overall sizes of the
rooms, a wireless microphone will be provided for
the meeting leader, as well as sound reinforcement
to ensure that all participants will clearly hear the
presentation.
Control
Requirements
The meeting presenter should have the ability to
power the system on and off, select the source to be
displayed, and start or stop the AV recording. The
user experience of the presenter should be identical
regardless of which room is being used. To achieve
this, it is suggested that a common graphical user
interface be used for all meeting rooms upgraded for
AV recording.
Special
Requirements
­60
To support the impromptu nature of the meetings,
the system needs to allow the option to save
recordings to a USB flash drive. A USB port should
be easily accessible within the meeting room. In the
event that a USB flash drive is not used, the meeting
is to be recorded to a network location. Additionally,
to adhere to company policies, a visual indicator
should be illuminated to ensure meeting attendees
are aware the meeting is being recorded.
Extron Digital Design Guide
The customer-furnished PC connects directly to the switching
and recording system via HDMI and analog audio. An Extron
Cable Cubby 1200 will be installed at the meeting table for
presenters to connect their laptops through an HDMI cable.
The Cable Cubby 1200 will also accommodate an Extron
USB Extender AAP Rx for presenters to use a USB flash drive as
the destination for recording the meetings. The wall-mounted HD-SDI
camera will connect directly to the switching and recording system,
to deliver a video feed of the presenter at the front of the room. The
HDMI output to the projector will be extended from the credenza, via
an Extron DTP HDMI 4K 230 Tx transmitter, a DTP HDMI 4K 230 Rx
receiver, and a single shielded CATx cable.
Switching and Recording System
The Extron SMP 351 3G-SDI presentation capture recorder is a
single-box solution that enables the connection of multiple digital
video signals, as well as support for an SDI camera feed. When the
SMP 351 is connected to a network, users can specify a network
location for recording their impromptu meetings, and manage
recorded sessions using the Extron Streaming Content Manager
software. Alternatively, it supports USB flash storage for local
recordings. In the event that the company has a meeting that exceeds
the capacity of a single meeting room, the SMP 351 will also support
live streaming to overflow areas.
Audio System
The SMP 351 incorporates high-quality audio processing that allows
for mixing audio sources, audio embedding and de-embedding,
and more. In addition to these functions, it provides an analog audio
output to an Extron XPA 2001-70V 200 watt 70 volt amplifier, which
will power a series of Extron SI 26CT distributed ceiling loudspeakers
for in-room voice and program audio amplification.
Control System
By using an Extron TLP Pro 1220 TG 12 inch TouchLink Touchpanel
and a user-friendly GUI for the system, the meeting leader will be
able to control source selection, start and stop a recording, adjust
audio system volume, and ensure that the system powers on and off
appropriately. The tabletop touchpanel can also be used as a video
confidence monitor by connecting it to one of the available HDMI
outputs of the SMP 351. Control of the complete system will be
accomplished with an Extron IPCP Pro 250 control processor. By
configuring the SMP 351 and its digital I/O ports, the unit will be set to
trigger an Extron IPL T PC1 controller once a recording starts, which
will then power the recording indicator light.
XPA 2001-70V
0.5A, 50-60Hz
ATTENUATION
INPUTS
HPF
REMOTE
10V
SIGNAL
Power Amplifier
50mA
L (SUMMED) R
12 10 8
6
14
18
4
2
26
0
LIMITER/PROTECT
G
80 Hz
70 V OUTPUT
STANDBY
100-240V
Extron
XPA 2001-70V
Extron
SI 26 CT
OFF
∞
V
CLASS 2 WIRING
C G
Two-Way Ceiling Speakers
Audio
POWER
12V
0.7A MAX
SIG
LINK
Extron
DTP HDMI 4K 230 Rx
OUTPUTS
L
AUDIO
R
Receiver
DTP IN
Projector
CATx Cable
up to 230' (70 m)
HDMI
Power
Stage 1
Stage 2
Stage 3
Stage 4
Planning
Preparation
Training
Evaluation
Needs Analysis
Student Selection
Instructor Observation
Student
Proposal & Estimate
Instructor Selection
Evaluation
Presentations
Course Schedule
Text Selection
Questionnaire
Student Evaluations
Extron
IPL T PC1
®
100-120VAC 50/60Hz
AC Power
Controller
+5V
IR
IN
POWER OUTPUT 12A MAX
US
LISTED 17TT
AUDIO/VIDEO
APPARATUS
COM
TX RX
INPUT
Recording
Indicator
Light
LAN
S G
12A MAX
POWER
12V
0.7A MAX
INPUTS
SIG
LINK
RS-232
IR
Transmitter
Tx Rx G Tx Rx
DTP OUT
Contact Closure
--A MAX
MOUSE /
KEYBOARD
Student Feedback
DIGITAL I/O
USB STORAGE
Course Review
REMOTE
RS-232
HDMI
1
L
2
2
1 2 3
50-60 Hz
4 G
3
AUDIO
HDMI
LOOPOUT
L
R
R
INPUTS-CH B
100-240V
INPUTS-CH A
Instructor Briefing
Streaming Media
Processor
HDMI
1
Program Briefing
Extron
SMP 351 3G-SDI
Extron
DTP HDMI 4K 230 Tx
OVER DTP
AUDIO
LAN
3G/HD/SDI
4
R-Y
Tx Rx G
SMP 351
OUTPUTS
5
B-Y
VID
/Y
L AUDIO R
HDMI
HD-SDI
L AUDIO R
RESET
HDMI
HDMI
USB
RS-232
INPUT
POWER
12V
--A MAX
OUTPUT
COM 1
HOST
Extron
USB Extender Tx
POWER
12V
--A MAX
COM 2
Tx Rx G RTS CTS
Tx Rx G
VOL
RELAYS
V
C G
1
2
C
Twisted Pair Extender
DIGITAL I/O
1
2
3
4
G
eBUS
IR/S
IP Link Pro Control
Processor
+V +S - S G
S
PWR OUT = 6W
G
Ethernet
PTZ Camera
Extron
IPCP Pro 250
IPCP PRO 250
LAN
POWER
Ethernet
Facility
LAN
STANDBY
Ethernet
TCP/IP
Network
CATx
Cable
Stage 1
Planning
Stage 2
Stage 3
Stage 4
Preparation
Training
Needs Analysis
Student Selection
Instructor Observation
Proposal & Estimate
Instructor Selection
Evaluation
Presentations
Course Schedule
Text Selection
Questionnaire
Student Evaluations
Evaluation
Program Briefing
Instructor Briefing
Student Feedback
Course Review
HDMI
Student
Audio
Audio
PC
Extron
Cable Cubby 1200
Extron SCM
Streaming
Content
Manager
Wireless Receiver
Cable Access Enclosure
HDMI
HDMI
HUB
1
3
2
4
ACTIVITY
LINK
HOST
1
3
2
4
125 VAC. 50-60 Hz 12A MAX
USB EXTENDER AAP Rx
Extron
USB Extender
AAP Rx
Laptop
Ethernet/PoE
Wireless
Lapel
Microphone
USB Stick
Extron
TLP Pro 1220TG
Monday, December 16, 2013 7:04 AM
Contacts
Name
Sources
+ -
Andrew
Training
Beth
Charlie
David
Stage 1
Ervin
Planning
Frank
Greg
Harold
Stage 2
Stage 3
Preparation
Training
Needs Analysis
Student Selection
Instructor Observation
Proposal & Estimate
Instructor Selection
Stage 4
Evaluation
Student
Evaluation
Presentations
Kevin
Course Schedule
Text Selection
Questionnaire
Student Evaluations
Mike
Program Briefing
Instructor Briefing
Student Feedback
Course Review
Andrew
(800) 633 - 9876
Full
Screen
12" Tabletop
TouchLink Pro
Touchpanel
Privacy
HDMI
www.extron.com
61
Collaborative Meeting Room
System Design Solution
Display System
A 65 inch flat-panel display will provide the ideal balance of size
versus price for each meeting room. This will provide adequate image
sizes for all meeting attendees to view the content, regardless of their
seating position within the room. The direct-view nature of a flat-panel
display ensures that the images can be seen regardless of lighting
conditions within the room. Each display is to be equipped with
built‑in loudspeakers.
Sources and Connectivity
Overview
The Vice President of Technology for a large organization has mandated that
existing meeting spaces be updated to accommodate collaboration among
small groups of users, in order to solve the challenge with finding places to
hold ad hoc collaborative meetings.
Needs Assessment
Staffing
Employees are part of cross-functional teams and
meet as needed in order to collaborate on projects.
Most employees use desktop computers but also
have tablets for mobile access to information. The
executive management team relies on a mix of
laptops and tablets.
Sources
The meeting rooms currently have a dedicated PC
with analog VGA output. Each room must be able
to support mobile devices through either a wired or
wireless connection.
Display
Requirements
Each meeting room can accommodate groups of
3-6 people. The majority of meeting rooms have
windows with shades to control the ambient light in
the space. Based on the small group sizes, a flatpanel display is desired. It should be wall-mounted
and include integrated loudspeakers.
Audio
Requirements
In order to update as many rooms as possible, no
budget has been allocated for audio systems. Given
the small group sizes, the integrated loudspeakers of
the displays should suffice for sound reinforcement.
Control
Requirements
The meeting rooms will be dedicated exclusively
to localized collaboration among employees. The
control system should control power for the display
and allow for selecting between the wireless and
wired inputs. With the limited budget available, a
simple pushbutton-style control interface should be
considered.
Facility Limitations
­62
None of the meeting rooms have space for
dedicated equipment racks. All equipment should
be capable of being mounted to fixed furniture within
each area.
Extron Digital Design Guide
The customer-furnished PC will be installed below the table in each
room. The analog video and audio outputs will connect directly to the
switching system. In order to accommodate BYOD - bring your own
devices, each room system is to include an Extron ShareLink 200
wireless presentation gateway to support mobile devices such as
tablets and smartphones. Extron "Show Me" cables will be installed
in an Extron Cable Cubby 500 cable access enclosure to allow any
presenter to connect to the system via HDMI and analog VGA. This
will provide an easy-to-use option for participants with laptops, and
also a failsafe option should a wireless video connection not succeed.
Switching System
By using the Extron MPS 601 media presentation switcher as part
of an Extron TeamWork® collaboration system, each room is able
to support HDMI and analog VGA sources. The MPS 601 digitizes
incoming analog RGB video and provides an HDMI output for the
display. The compact and efficient TeamWork system, together with
the ShareLink 200 will expand capabilities for end users, reduce
installation time, and provide a standardized deployment that can
easily be duplicated to every collaboration meeting room throughout
the organization. Furthermore, the MPS 601 and media player can be
conveniently mounted beneath the table surface with the Extron
UTS 100 under-table shelf system.
Audio System
In addition to switching video signals, the MPS 601 can digitize
incoming analog audio and embed onto the HDMI output. The audio
can be assigned to any video input. The flat-panel display will provide
sound reinforcement through its integrated loudspeakers.
Control System
A simple button control interface will provide all necessary user
functions of the system. The Extron CCR 30 contact closure
remote mounts to the surface of the meeting table, and its styling
complements the Cable Cubby 500 enclosure. Each of the three
pushbuttons has an LED ring light to provide visual indication to the
user, and a custom laser-etched label to identify its function. The
buttons are to be wired for powering the display on or off via an
Extron PC 101 power controller, and for selecting the ShareLink 200
or the resident PC on the MPS 601. To select a laptop connected into
the system, the user simply presses the button on the appropriate
“Show Me” cable.
ON/OFF
WIRELESS
Extron
CCR 30
PC
Contact Closure Remote
with Three LED Switches
Extron
PC 101
10A MAX
PWR
OUT
+ -
TALLY IN
1
G
2
G
10A MAX
100-240 ~ 50-60Hz
TALLY
1 +V
OUTPUT
S
ES
BREAKER
PWR
IN
+ -
INPUT
TO
SE
RE T
10
PR
PC 101
AC Power Controller
100-240 ~ 50-60Hz
CONTACT
IN
1 G
CONTACT OUT
3
G
1 G
2
G
3
G
Contact Closure
12V
Tally
12V
Smartphone
Tablet
Laptop
Wireless
ShareLink 200
VGA OUT
AUDIO
OUT
HDMI OUT
USB
LAN / PoE
Extron
ShareLink 200
POWER
Wireless Collaboration
Gateway
5V
1.3A MAX
Audio
WiFi
HDMI
1 2 3 4
VGA
MPS 601
POWER
12V
0.5A MAX
INPUTS
1
A
5
OUTPUT
HDMI
RGBHV
C G T
1
C G T
3
C G T
5
+V
REMOTE
CONTACT IN / TALLY OUT
2
4
B
PC
3
HDMI
6
HDMI
2
4
6
RS-232
C G T
C G T
C G T
Tx Rx G
Extron
MPS 601
Media Presentation
Switcher
Contact Closure/Tally
MODEL 80
VGA “Show Me” Cable
HDMI “Show Me” Cables
HDMI
FLAT PANEL
Display
www.extron.com
63
Executive Briefing Center
System Design Solution
Display System
Each area has one or more wall-mounted LCD monitors. They are
sized for maximum content legibility from the average audience
position. For common areas such as the lobby, this equates to
50 inch displays. The larger meeting rooms will be equipped with
70 inch displays. Multiple monitors in the meeting rooms will better
facilitate videoconferencing applications, with the capability to display
far-end participants and presentation content on separate displays.
Sources and Connectivity
Overview
An advanced technology company has identified the need for multiple AV
presentation systems to support its new executive briefing center. The center
includes a lobby, a meeting room, a dining area, an executive anteroom,
and an executive conference room. The company aims to use AV to deliver
carefully orchestrated presentations with eye-catching imagery to reinforce its
corporate image to visitors, business clients, and investors.
Needs Assessment
Staffing
The meeting and conference room systems in this
facility will be operated by executives and clients.
Tech support staff will have remote system access
as necessary.
General
Requirements
Each room system must be designed to function
autonomously, yet have the capability to tie back
to the main distribution system in order to provide
overflow meeting capabilities.
Sources
The meeting and conference rooms will have fixed
sources as well as flexible inputs for laptops and
tablets. They will be equipped for videoconferencing
with two cameras. Digital signage players are
needed to deliver content in areas where employees
or guests gather.
Display
Requirements
There will be significant ambient lighting throughout
all areas. All displays must provide enough
brightness so that dimming of the lights is not
necessary in order to view the images. Displays
should be appropriately sized so that content can be
discerned from the farthest seating positions in the
rooms. For the meeting and conference rooms, dual
displays should be used to support high resolution
content together with HD camera feeds.
Audio
Requirements
Program audio and voice reinforcement are required
for the meeting and conference rooms, with
table and wireless microphones. In the common
areas, a sufficient quantity of overhead distributed
loudspeakers are desired to ensure uniform
coverage and reasonable sound pressure levels.
Control
Requirements
­64
The meeting and conference rooms should have a
tabletop touchscreen with an intuitive GUI for easy
access to essential AV functions. The control system
is to be configured so that the touchpanels receive
active status feedback from centralized equipment
in the control of source routing, videoconferencing
functions, and digital signage media playback.
Extron Digital Design Guide
The meeting and conference rooms will be equipped with a resident
PC, Blu-ray player, and two high definition PTZ cameras. Extron
Cable Cubby 600 enclosures will be installed at the meeting tables,
each to be populated with cable connectivity to accommodate
presenters with laptops and mobile devices. Videoconferencing
codecs and 4K media players will reside in the equipment room with
local connection to the central switching system.
Switching System
An Extron XTP II CrossPoint 3200 modular matrix switcher will
reside in a centralized equipment room and provide AV switching
throughout the facility. It is to be populated with a mix of video,
XTP® fiber, XTP twisted pair boards to accommodate source devices
in the equipment rack, and sources and displays located throughout
the building.
Signal Distribution
A variety of Extron XTP transmitters and scaling receivers will be
used to manage signal distribution to and from the XTP CrossPoint
matrix switcher. Their ability to extend video, audio, control,
and Ethernet long distances over a single cable is ideal for this
environment. The use of 4K scaling fiber optic receivers at each flat
panel location ensures consistently optimal image presentation from a
variety of source formats.
Audio System
The audio system is to be managed via several Extron
DMP 128 C AT digital signal processors. They will be used for
mixing and processing wireless and table microphones, and for
AEC processing in conferencing applications. The DMP 128 C AT is
equipped for Dante™ audio networking, which will provide an efficient
means of distributing audio channels between rooms for background
music and overflow meetings. Extron XTRA™ Series power amplifiers
will be used throughout the facility, with distributed and program audio
in the meeting and conference rooms.
Control System
The displays in the common areas are scheduled to turn on and off
to coincide with the operating hours of the facility. This is managed
through the Extron IPCP Pro 550 control processor. Multiple Extron
TLP Pro Series TouchLink Touchpanels will be utilized throughout
the facility to provide localized access for control within the various
spaces. Touchpanel form factors and sizes will vary based on the
location and intended users and AV functions.
Lobby
Meeting Room
Blu-ray Player
Display
Ethernet
Ethernet
Laptop
PC
DVD
Display
Doc
Cam
VCR
Tuner
1
2
Extron
TLP Pro 520M
123
Volume
Tuner
On
Channel
3
Presets
Off
4
5
6
Mute
Mute
7
Room
Control
8
HDMI
OPEN/CLOSE
Ethernet
IR
USB
Extron
XTP T HDMI
Lighting
L
OFF
LOOP THRU
+
RS-232
R
+
−
SIG
OVER XTP
AUDIO
AUDIO
ON
XTP T HDMI
HDMI
−
IR
LINK
IR
RESET
Tx Rx G Tx Rx
XTP OUT
Extron
HDMI
LAN
XTP IN
POWER
12V
--A MAX
OVER XTP
RS-232
AUDIO
IR
LINK
L
OUTPUTS
1
Extron
XTP SFR
HD 4K
REMOTE
RELAYS
R
HDMI
Tx Rx G Tx Rx
LAN
AUDIO
ON
OFF
SIG
RS-232
2
S/PDIF
RESET
Tx Rx G
OVER XTP
AUDIO
RS-232
SIG
AUDIO
VGA
SIG
3
LAN
HDMI
HDMI
XTP OUT
LAN
IR
Tx Rx G Tx Rx
CONTACT
RS-232
1
Tx Rx G
2
3
G
Extron
XTP SFR
HD 4K
R
XTP IN
POWER
12V
--A MAX
OVER XTP
RS-232
SIG
HDMI
LINK
AUDIO
IR
OUTPUTS
AUDIO
ON
L
REMOTE
RELAYS
R
HDMI
Tx Rx G Tx Rx
LAN
1
RS-232
2
S/PDIF
RESET
Tx Rx G
Ethernet
Laptop
PC
DVD
Display
Doc
Cam
VCR
Tuner
1
2
L
OFF
LOOP THRU
+
RS-232
R
+
−
SIG
OVER XTP
AUDIO
AUDIO
ON
XTP T HDMI
HDMI
4
5
7
8
Channel
3
Presets
6
Mute
9
0
Screen
Lighting
More
Presets
Audio
Control
System
Off
Extron
Ethernet
−
LINK
IR
RESET
Tx Rx G Tx Rx
XTP OUT
HDMI
LAN
INPUTS
POWER
12V
0.7A MAX
XTP T HDMI
HDMI
L
OFF
LOOP THRU
+
RS-232
R
+
−
SIG
OVER XTP
AUDIO
AUDIO
ON
−
RESET
Tx Rx G Tx Rx
XTP OUT
LAN
HDMI
Laptop
PC
1
2
4
5
7
Lighting
2
3
4
5
6
7
8
Tuner
10
5
6
7
8
11
12
DMP 128 C AT
1
2
3
4
5
6
7
8
1 2 3 4 5 G
6 7 8 9 10 G
11 12 13 14 15 G
16 17 18 19 20 G
1
2
3
9
System
Off
Audio
Control
Ethernet
100-240V
Dante
Network
INPUTS
ATTENUATION
1
1
2
1
2
10V
50mA
12 10 8
12 10 8
6 14
6
14
18
4
4
2
2
26
0
0
∞
8Ω / 4Ω OUTPUTS
REMOTE
2
G
∞
V
1
2
Power Amplifier
CLASS 2 WIRING
C G
Audio
Extron
SI 28
Surface Mount
Speakers
RESET
Extron
IPCP Pro 550
IP Link Pro Control Processor
100-240V ~ 50-60Hz
Display
+
3
IR
HDMI
5A MAX
+
+
-
4
- + 12 VDC
2
3
7
Tx Rx G Tx Rx G Tx Rx G Tx Rx G RTS CTS
1
2
3
4
S G
S G
S G
S G
1
2
3
4
5
6
7
8
IPCP PRO 550
PWR OUT = 12W
+ V +S -S G
eBUS
4
5
6
8
Tx Rx G Tx Rx G Tx Rx G Tx Rx G RTS CTS
COM
5
6
7
8
S G
S G
S G
S G
IR/SERIAL
1
2
3
LAN
4
G
FLEX I/O
RELAYS
AV Control
Network
FL OFF
USB
1
2
-
SWITCHED 12 VDC
40W MAX TOTAL
Ethernet
Ethernet
Extron
XTP T HDMI
Receiver
Extron
XPA 1002 Plus
XPA 1002 Plus
0.5A MAX, 50-60Hz
Ethernet
STANDBY/ON
OPEN/CLOSE
Extron
XTP SFR
HD 4K
LAN
EXP
Ethernet
HDMI
RESET
Audio
123
1
PQLS
RS-232
Tx Rx G
Mute
More
Presets
Executive Conference Room
Blu-ray Player
REMOTE
2
Presets
Last
4
RS-232
Tx Rx G
1
S/PDIF
Volume
Channel
6
Enter
AT
9
REMOTE
4
DIGITAL I/O
3
OUTPUTS
MIC/LINE INPUTS
2
MIC +48V
1
3
8
0
December 15, 2013 - 7:58 AM
Help
Audio
50/60 Hz
Doc
Cam
VCR
Tuner
On
R
HDMI
Off
Screen
SIGNAL
1
L
RELAYS
OUTPUTS
AUDIO
ON
Tx Rx G Tx Rx
LAN
Fiber
Mute
Room
Control
Ethernet
100-240V ~ --A MAX
DVD
Display
LINK
LIMITER/PROTECT
Wireless Microphones
AUDIO
IR
OFF
10" Tabletop TouchLink
Pro Touchpanel
Table Microphones
OVER XTP
RS-232
SIG
Extron
TLP Pro 1020T
LINK
IR
XTP IN
POWER
12V
--A MAX
CATx Cable
Transmitter
Digital Matrix Processor
Extron
XTP SFR
HD 4K
5" Wall Mount TouchLink Pro
Touchpanel
Display
Last
Enter
December 15, 2013 - 7:58 AM
Help
HDMI
Extron
DMP 128 C AT
RESET
IR
INPUTS
POWER
12V
0.7A MAX
Transmitter
Extron
XTP T HDMI
RS-232
Tx Rx G
Extron
TLP Pro 520M
123
Volume
Tuner
On
Off
Mute
Room
Control
Ethernet
Camera
REMOTE
2
Receiver
Receiver
Fiber
HDMI
Extron
XTP T HDMI
1
S/PDIF
Fiber
Dining Area
HDMI
REMOTE
OFF
Camera
R
HDMI
Ethernet
IR
OVER XTP
LINK
RS-232
RGB
INPUTS
L
RELAYS
OUTPUTS
AUDIO
ON
Tx Rx G Tx Rx
LAN
RESET
XTP OUT
Switcher/Transmitter
2
LINK
LINK
IR
Tx Rx G Tx Rx
Extron
XTP T USW 103
1
AUDIO
IR
OFF
XTP T VGA
LOOP THRU
UNIVERSAL
OVER XTP
RS-232
Display
INPUTS
POWER
12V
--A MAX
POWER
12V
1.0 A MAX
AUDIO
HDMI
XTP IN
POWER
12V
--A MAX
SIG
VGA
Transmitter
Extron
Cable
Cubby 600
IR
Receiver
Fiber
Audio
Extron
XTP T VGA
Audio
Control
Ethernet
INPUTS
POWER
12V
0.7A MAX
Ethernet
COMPUTER
More
Presets
System
Off
December 15, 2013 - 7:58 AM
Help
HDMI
Transmitter
PC
5" Wall Mount TouchLink Pro
Touchpanel
Display
Last
Enter
FL OFF
STANDBY
PQLS
9
0
Screen
STANDBY/ON
IR
INPUTS
POWER
12V
0.7A MAX
Transmitter
L
OFF
LOOP THRU
+
RS-232
R
+
−
SIG
OVER XTP
AUDIO
AUDIO
ON
XTP T HDMI
HDMI
−
HDMI
LINK
IR
RESET
Tx Rx G Tx Rx
XTP OUT
LAN
XTP IN
POWER
12V
--A MAX
OVER XTP
RS-232
AUDIO
IR
LINK
L
Ethernet
OUTPUTS
R
RELAYS
1
HDMI
Tx Rx G Tx Rx
LAN
AUDIO
ON
OFF
SIG
2
S/PDIF
REMOTE
RS-232
RESET
Tx Rx G
Extron
XTP SFR
HD 4K
Receiver
Fiber
INPUTS
1
Audio
PC
VGA
Extron
XTP T VGA
Transmitter
Extron
Cable
Cubby 600
1
Ethernet
INPUTS
POWER
12V
--A MAX
RS-232
XTP T VGA
LOOP THRU
UNIVERSAL
OVER XTP
AUDIO
SIG
1
VGA
2
RGB
HDMI
LAN
XTP IN
OVER XTP
RS-232
AUDIO
IR
OVER XTP
LINK
XTP OUT
LAN
LINK
L
OUTPUTS
R
RELAYS
1
HDMI
Tx Rx G Tx Rx
LAN
AUDIO
ON
OFF
SIG
2
S/PDIF
REMOTE
RS-232
RESET
Tx Rx G
REMOTE
IR
Tx Rx G Tx Rx
CONTACT
RS-232
1
Tx Rx G
2
3
G
R
Extron
XTP SFR
HD 4K
Receiver
Fiber
AUDIO
COMPUTER
Transmitter
XTP T HDMI
HDMI
L
OFF
LOOP THRU
OVER XTP
AUDIO
AUDIO
ON
+
RS-232
R
+
−
−
SIG
Tx Rx G Tx Rx
XTP OUT
Transmitter
XTP T HDMI
HDMI
LOOP THRU
L
OFF
+
HDMI
XTP IN
OVER XTP
RS-232
LINK
AUDIO
IR
OUTPUTS
AUDIO
ON
L
HDMI
Tx Rx G Tx Rx
LAN
R
RELAYS
1
S/PDIF
2
REMOTE
RS-232
RESET
Tx Rx G
RS-232
R
+
−
−
SIG
Receiver
Ethernet
Laptop
XTP OUT
PC
DVD
Display
Doc
Cam
VCR
1
2
3
Tuner
4
5
7
8
0
Screen
Lighting
Help
Channel
Presets
6
9
More
Presets
System
Off
Audio
Control
Sources
Charlie
Ethernet
800.633.9876
David
Ervin
Frank
Greg
Key
Menu
1
4
GHI
7
PQRS
Delete
2
3
ABC
5
JKL
8
TUV
DEF
Video Window
6
MNO
9
WXYZ
0
End
Call
Full
Screen
Privacy
Ethernet
Kevin
Mike
IR
Call
Harold
Enter
Andrew
Zoom
In
Near
End
Zoom
Out
Far
End
123
Camera
Display
Presets
HDMI
OVER XTP
RS-232
IR
AUDIO
10
1
2
3
4
5
6
7
8
5
6
7
8
11
12
DMP 128 C AT
1
5
2
6
3
7
SIG
4
8
AT
9
DIGITAL I/O
4
OUTPUTS
3
1 2 3 4 5 G
11 12 13 14 15 G
6 7 8 9 10 G
16 17 18 19 20 G
1
REMOTE
50/60 Hz
2
2
3
4
RS-232
Tx Rx G
RESET
EXP
LAN
LINK
Fiber
LAN
Tx Rx G Tx Rx
OUTPUTS
AUDIO
ON
OFF
MIC/LINE INPUTS
Digital Matrix Processor
XTP IN
POWER
12V
--A MAX
1
1
+ -
Andrew
Beth
12" Tabletop TouchLink
Pro Touchpanel
MIC +48V
HDMI
Display
CATx Cable
Monday, December 16, 2013 7:04 AM
Contacts
Name
Audio
100-240V ~ --A MAX
HDMI
5" Wall Mount TouchLink Pro
Touchpanel
Mute
Last
Enter
December 15, 2013 - 7:58 AM
Extron
LAN
(800) 633 - 9876
Extron
DMP 128 C AT
HDMI
Extron
TLP Pro 520M
123
Volume
Tuner
On
Off
Mute
Room
Control
RESET
Extron
TLP Pro 1220TG
Table Microphones
CrossPoint 3200
Executive Anteroom
LINK
IR
Tx Rx G Tx Rx
Extron
XTP SFR
HD 4K
HDMI
Wireless Microphones
AUDIO
1
Fiber
OVER XTP
AUDIO
AUDIO
ON
VIDEO
Media Players
LAN
POWER
12V
--A MAX
INPUTS
I/O
ESC
VIEW
RESET
HDMI
POWER
12V
0.7A MAX
4
HDMI
Videoconferencing
Codecs
OFF
Extron
XTP T HDMI
3
XTP SERIES DIGITAL MATRIX SWITCHER
IR
LINK
IR
SIG
Camera
1
2
XTP
Extron
XTP II CrossPoint 3200
Ethernet
Ethernet
INPUTS
PRESET
Ethernet
Modular Digital
Matrix Switcher
Display
CATx Cable
POWER
12V
0.7A MAX
CONFIG
IR
HDMI
Extron
XTP T HDMI
CONTROL
ENTER
HDMI
Camera
8 9 10 11 12 13 14 15 16
HDMI
SIG
HDMI
6 7
POWER
POWER
12V
--A MAX
RS-232
INPUTS
2 3 4 5
17 18 19 20 21 22 23 24 25 26 27 28 29 30 31 32
OUTPUTS
XTP OUT
Tx Rx G Tx Rx
3
8 9 10 11 12 13 14 15 16
RESET
Switcher/Transmitter
AUDIO
6 7
LINK
IR
Extron
XTP T USW 103
POWER
12V
1.0 A MAX
2 3 4 5
17 18 19 20 21 22 23 24 25 26 27 28 29 30 31 32
Display
CATx Cable
L
HDMI
R
RELAYS
1
S/PDIF
2
REMOTE
RS-232
Tx Rx G
RESET
Extron
XTP SFR
HD 4K
Receiver
www.extron.com
65
Campus Technology
System Design Solution
Display Systems
Room display systems include projectors and flat-panel displays.
Sizes, types, and quantities depend on the application within a room.
From the central equipment room, content is to be delivered to
each room at 1080p resolution. All signal processing is handled by
equipment installed in each room. Two Extron MGP 464 Pro DI multiwindow processors in the central equipment room enable control
room staff to monitor up to eight images on two displays, providing
centralized support for the connected rooms.
Sources and Connectivity
Overview
Universities are centers of research as well as institutions for higher learning.
Campuses feature multiple buildings with classrooms, offices, computer
centers, lecture halls, and auditoriums. They are also leaders in the use of
technology to enhance the learning experience, and providing instruction to
remote areas and satellite locations.
Needs Assessment
Staffing
Display and Audio
Requirements
Multi-Building
Connectivity
Professors, adjunct professors, guest lecturers, and
student assistants are the typical users of the audiovisual systems on a university campus. A centralized
control and equipment room allows component and
system monitoring for usage and security purposes.
Centralized control also enables multicasting video
content for distance learning, assigning classrooms
for overflow usage, and providing access to
resources that are in remote locations.
Display and audio requirements within classrooms,
lecture halls, and conference rooms vary, depending
on the AV functions in each location. Video signals
at resolutions up to 1920x1200 and stereo audio
must be transmitted between the control room and
all displays.
Classrooms, conference rooms, and
videoconference areas must allow routing to a
central control room located in a separate building.
Fiber optic cabling between buildings will provide
connectivity to the equipment room.
Control
Requirements
A control system within each classroom will allow
operation of the equipment located within the
classroom environment.
Special
Requirements
Distances between buildings on campus will
potentially exceed 2 kilometers (6,500 feet), requiring
the use of singlemode fiber optic cables to connect
to the centralized control room. Multimode fiber
can be used within the classrooms, as well as for
connecting rooms within the building that houses the
control room.
­66
Extron Digital Design Guide
Sources include video feeds from classrooms, lecture halls, meeting
rooms, and videoconference systems. The typical room includes a
computer, document camera, Blu-ray Disc player, and PTZ cameras.
HDMI, VGA, and composite video inputs enable connection of a
laptop, VCR, or other equipment brought in by professors or guest
lecturers. An Extron DSC 301 HD three input compact scaler
automatically switches to the active input and scales the image to
1080p. An Extron Annotator 300 in the lectern enables marking up
presentations using the attached touch monitor. Additional shared
resources, such as videoconferencing codecs, are in the central
equipment room.
Switching and Signal Management
The Extron FOX Matrix 14400 Modular Fiber Optic Matrix Switcher
provides signal distribution and routing of all fiber optic AV signals.
The I/O boards for the matrix switcher include both singlemode and
multimode versions. The multimode boards are used to connect
rooms within the same building as the control room. Singlemode
boards are used to transmit signals between campus buildings.
FOX Series matrix switchers can create an HDCP-compliant
distribution system up to 1000x1000 and larger. Centralized routing
enables costly equipment, such as videoconferencing codecs, to be
shared among multiple rooms. Also, support personnel can monitor
operations across the campus from a centralized location.
Signal Distribution and Extension
Fiber optic extenders throughout the design connect source and
destination equipment to the fiber optic infrastructure. Extron
FOXBOX Tx HDMI fiber optic transmitters are used to send HDMI,
stereo audio, and RS-232 control signals from the classrooms, lecture
halls, auditoriums, and conference rooms to the central equipment
room. Extron PowerCage FOX Tx HDMI fiber optic transmitters
mounted in a PowerCage 1600 enclosure extend signals from the
central location to the various rooms. The PowerCage 1600 is an
efficient way to power and mount the multiple extenders in the rack.
Extron FOXBOX Rx HDMI fiber optic receivers convert optical signals
into 1080p HDMI video with embedded audio for the display devices.
PowerCage FOX SR HDMI fiber optic scaling receivers ensure
HDMI video signals are scaled to the proper resolution for the codecs.
PowerCage FOX Rx HDMI fiber optic receivers provide an HDMI
output for recording presentations and videoconferences.
Lecture Hall/Auditorium
PTZ Cameras
Instructor Lectern
Composite Input
DSC 301 HD
REMOTE
Tx Rx G
OUTPUT
AUDIO
HDMI Input
FOXBOX Tx HDMI
Tx
Tx Rx
AUDIO INPUT
HDMI
1
2
OPTICAL
FOXBOX Tx HDMI
Tx
Tx Rx
1
HDMI
AUDIO INPUT
Tx Rx
1
2
FOXBOX Tx HDMI
POWER
12V
1.0A MAX
Rx
OPTICAL
Tx
RS-232
OVER FIBER ALARM
AUDIO INPUT
HDMI
Tx Rx
1
2
42" Instructor Confidence Monitors
Rx
OPTICAL
Rx
LINK
RS-232
OVER FIBER ALARM
AUDIO INPUT
HDMI
Tx
RS-232
OVER FIBER ALARM
LINK
POWER
12V
1.0A MAX
FOXBOX Tx HDMI
POWER
12V
1.0A MAX
FOXBOX
Tx HDMI
Rx
LINK
RS-232
OVER FIBER ALARM
LINK
POWER
12V
1.0A MAX
FOXBOX
Tx HDMI
FOXBOX
Tx HDMI
RS-232
3
AUDIO
2
OPTICAL
Document Camera
FOXBOX Tx HDMI
Tx
Tx Rx
1
FOXBOX
Rx HDMI
Rx
LINK
RS-232
OVER FIBER ALARM
AUDIO INPUT
HDMI
LINK
POWER
12V
1.0A MAX
2
OPTICAL
POWER
12V
1.0A MAX
Tx
FOXBOX
Rx HDMI
Rx
OUTPUTS
HDMI AUDIO
ON
FOXBOX Rx HDMI
OPTICAL
L
AUDIO
RS-232
OVER FIBER ALARM
R
HDMI
OFF
Tx Rx
1
POWER
12V
1.0A MAX
REMOTE
RS-232
2
Tx
Rx
Tx Rx
OUTPUTS
HDMI AUDIO
ON
LINK
2
HDMI
LINK
RGB/R-Y,Y,B-Y
LINK
COMPUTER
DSC 301 HD
INPUTS
3
1
VIDEO
LINK
2
1
LINK
POWER
12V
--A MAX
LINK
R
VGA Input
LINK
AUDIO
L
LINK
VIDEO
FOXBOX Rx HDMI
OPTICAL
AUDIO
L
RS-232
OVER FIBER ALARM
R
HDMI
OFF
Tx Rx
1
2
REMOTE
RS-232
Tx Rx
PC
FOXBOX Tx HDMI
Tx
Tx Rx
1
LINK
RS-232
OVER FIBER ALARM
AUDIO INPUT
HDMI
Rx
LINK
POWER
12V
1.0A MAX
2
OPTICAL
STANDBY/ON
PQLS
HDMI
OPEN/CLOSE
FL OFF
USB
Blu-ray Player
FOXBOX Tx HDMI
Tx
Tx Rx
1
FOXBOX
Tx HDMI
Rx
LINK
RS-232
OVER FIBER ALARM
AUDIO INPUT
HDMI
LINK
POWER
12V
1.0A MAX
2
OPTICAL
Projector
Projector
Annotator 300
G/Y
VID
B/C 4
B-Y
V
R-Y
1
INPUTS
VID
7
/Y
VID 5
/Y
UNIVERSAL
2
B-Y
/C
C
HDSDI/
SDI
HDMI
O
U
T
P
U
T
3 DISPLAYPORT
6
H/HV
RGB/R-Y,Y,B-Y
100-240V
50/60.5A
Hz MAX
50/60Hz
R/
R-Y
DVI-D
1
G/
Y
HDMI
B/
B-Y
2A
MOUSE
OUTPUTS
DVI
OUT
HDMI
RESET
2B
SIG
USB
LINK
OVER DTP
HDBT
RS-232
H
V
S
RS-232
REMOTE
LAN CONTACT
USB
RESET
FOXBOX
Rx HDMI
1 2 3
LAN
1
IR
RS-232
RS-232
2
MTP
OUT
DTP
RGB/R-Y,
Y,DTP
B-Y
KEYBOARD
Tx Rx G Tx Rx
Tx Rx G
POWER
12V
1.0A MAX
Tx
Rx
FOXBOX Rx HDMI
OPTICAL
OUTPUTS
HDMI AUDIO
ON
LINK
Tx
LINK
POWER
12V
1.0A MAX
L
AUDIO
RS-232
OVER FIBER ALARM
R
HDMI
OFF
Tx Rx
1
OUTPUTS
HDMI AUDIO
ON
FOXBOX Rx HDMI
OPTICAL
FOXBOX
Rx HDMI
FOXBOX
Rx HDMI
Rx
L
AUDIO
RS-232
OVER FIBER ALARM
R
HDMI
OFF
Tx Rx
1
POWER
12V
1.0A MAX
REMOTE
RS-232
2
Tx
Rx
Tx Rx
OUTPUTS
HDMI AUDIO
ON
LINK
1
I
N
P
RGB/R-Y,Y,B-Y
U 2
T
R/
R-Y
LINK
3
LINK
--A MAX
LINK
100-240VAC
FOXBOX Rx HDMI
OPTICAL
L
AUDIO
RS-232
OVER FIBER ALARM
R
HDMI
OFF
Tx Rx
1
2
REMOTE
RS-232
Tx Rx
REMOTE
RS-232
2
Touch
Monitor
Tx Rx
Central Equipment Room
Operator Station
•
•
•
•
•
•
HDMI Input
COMPUTER
AUDIO
VGA Input
AUDIO
R
DSC 301 HD
FOXBOX
Tx HDMI
POWER
12V
--A MAX
2
1
DSC 301 HD
INPUTS
3
1
VIDEO
RGB/R-Y,Y,B-Y
Tx
RS-232
OVER FIBER ALARM
HDMI
Tx Rx
AUDIO INPUT
1
REMOTE
RS-232
3
2
Tx Rx G
OUTPUT
AUDIO
FOXBOX Tx HDMI
POWER
12V
1.0A MAX
2
HDMI
Rx
LINK
L
LINK
VIDEO
Composite Input
To/From
Lecture Halls,
Classrooms,
Auditoriums
OPTICAL
CONFIG
POWER SUPPLY
PRIMARY
REDUNDANT
FOX MATRIX 14400
FIBER OPTIC DIGITAL MATRIX SWITCHER
FOX Matrix 14400
REMOTE
INPUTS
1
2
5
4
R
R-Y
R
R-Y
R
R-Y
8
VID
Y
6
100- 240V
G/Y
VID
H/HV
G/Y
VID
H/HV
G/Y
VID
H/HV
G/Y
VID
H/HV
B/C
B-Y
V
B/C
B-Y
V
B/C
B-Y
V
B/C
B-Y
V
9
VID
B-Y
C
-A MAX
7
10
VID
R-Y
11
VID
Y
12
VID
B-Y
C
13
VID
R-Y
14
VID
Y
15
VID
B-Y
C
Rx
1 2
Tx Rx
Tx Rx
R
AUDIO
L
OUTPUTS
HDMI
OFF
AUDIO
ON
HDCP
HDMI
RESET
16
VID
R-Y
17
VID
Y
VID
Y
RS-232/422
BACKGROUND
HDMI
HDMI
HDMI
OUTPUTS
18
VID
B-Y
C
VID
B-Y
C
R/
R-Y
G/Y
H/
HV
V
B/
B-Y
19
VID
R-Y
VID
R-Y
HDMI
50/60 Hz
LAN
VIRTUAL INPUTS
3
R
R-Y
HDMI
VC CODEC
HDMI
VC CODEC
MGP 464 Pro DI
Recorder
MGP/WINDOWALL PRO SERIES
REMOTE
INPUTS
1
2
R
R-Y
5
4
R
R-Y
R
R-Y
R
R-Y
8
VID
Y
6
G/Y
VID
H/HV
G/Y
VID
H/HV
G/Y
VID
H/HV
G/Y
VID
H/HV
B/C
B-Y
V
B/C
B-Y
V
B/C
B-Y
V
B/C
B-Y
V
9
VID
B-Y
C
7
10
VID
R-Y
11
VID
Y
12
VID
B-Y
C
13
VID
R-Y
14
RESET
VID
Y
15
VID
B-Y
C
16
VID
R-Y
17
VID
Y
VID
Y
RS-232/422
BACKGROUND
HDMI
HDMI
OUTPUTS
18
VID
B-Y
C
VID
B-Y
C
R/
R-Y
G/Y
H/
HV
V
B/
B-Y
Recorder
19
VID
R-Y
VID
R-Y
HDMI
HDMI
LAN
VIRTUAL INPUTS
3
-A MAX
50/60 Hz
AUDIO
PowerCage 1600
MGP/WINDOWALL PRO SERIES
100- 240V
REMOTE
RS-232 ALARM
Tx
Rx
Tx
1 2
Tx Rx
Tx Rx
REMOTE
RS-232 ALARM
R
AUDIO
L
OUTPUTS
HDMI
OFF
AUDIO
ON
HDCP
HDMI
AUDIO
HDCP
HDMI
AUDIO
AUDIO
HDMI
INPUTS
L
OUTPUT
HDMI
ON
AUDIO
OFF
AUDIO
HDCP
VIDEO
PowerCage
FOX Rx HDMI
RS-232
OVER FIBER
1 2
Tx Rx
RS-232
OVER FIBER
Tx
Tx Rx
REMOTE
RS-232 ALARM
Tx Rx G 1 2
REMOTE
RS-232 ALARM
RS-232
OVER FIBER
AUDIO
R
Tx Rx G
PowerCage
FOX Rx HDMI
Rx
Rx
PowerCage
FOX Tx HDMI
Tx
Rx
RS-232
OVER FIBER
Tx Rx G
L
OUTPUT
HDMI
ON
AUDIO
OFF
AUDIO
HDCP
VIDEO
AUDIO
HDCP
HDMI
AUDIO
R
Tx Rx G 1 2
REMOTE
RS-232 ALARM
Tx
1 2
Tx Rx
Tx Rx
RS-232
OVER FIBER
REMOTE
RS-232 ALARM
AUDIO
HDMI
INPUTS
L
OUTPUT
HDMI
ON
AUDIO
OFF
AUDIO
VIDEO
PowerCage
FOX SR HDMI
Tx
Rx
Rx
Tx
Tx Rx G 1 2
REMOTE
RS-232 ALARM
RS-232
OVER FIBER
AUDIO
R
Tx Rx G
PowerCage
FOX SR HDMI
PowerCage
FOX Tx HDMI
HDCP
Tx Rx G
Tx Rx G 1 2
REMOTE
RS-232 ALARM
R
AUDIO
L
OUTPUT
HDMI
AUDIO
VIDEO
PowerCage 1600
ON
US
LISTED
1T23
L.T.E.
OFF
C
N15778
100-240V
50/60Hz
5A MAX.
AUDIO
AUDIO
ON
AUDIO
HDMI
OUTPUTS
L
PowerCage FOX Rx HDMI
(10 places)
OFF
HDCP
HDMI
RS-232
OVER FIBER
Tx
Rx
PowerCage
FOX SR HDMI
HDCP
Rx
PowerCage
FOX SR HDMI
RS-232
OVER FIBER
1 2
PowerCage FOX Tx HDMI
(2 places)
Tx Rx
Tx
PowerCage 1600
Power Supply
AUDIO
HDMI
OFF
AUDIO
ON
HDCP
AUDIO
HDMI
PowerCage 1600
Power Supply
R
Tx Rx
REMOTE
RS-232 ALARM
1 2
Tx Rx
RS-232
OVER FIBER
Rx
Tx
OUTPUTS
L
AUDIO
R
Tx Rx
1 2
Tx Rx
REMOTE
RS-232 ALARM
Rx
Tx
HDMI
HDCP
AUDIO
ON
OFF
AUDIO
HDMI
OUTPUTS
L
AUDIO
R
Tx Rx
REMOTE
RS-232 ALARM
RS-232
OVER FIBER
Rx
Tx
1 2
RS-232
OVER FIBER
Tx Rx
ON
OFF
HDCP
HDMI
AUDIO
AUDIO
HDMI
OUTPUTS
L
AUDIO
R
Tx Rx
REMOTE
RS-232 ALARM
Rx
1 2
Tx Rx
OFF
ON
HDCP
HDMI
AUDIO
AUDIO
HDMI
OUTPUTS
L
AUDIO
R
Tx Rx
REMOTE
RS-232 ALARM
RS-232
OVER FIBER
1 2
Tx Rx
Tx Rx
REMOTE
RS-232 ALARM
RS-232
OVER FIBER
OFF
ON
HDCP
HDMI
AUDIO
AUDIO
HDMI
OUTPUTS
L
AUDIO
R
RS-232
OVER FIBER
HDMI
OFF
AUDIO
HDMI
ON
AUDIO
OFF
ON
HDCP
PowerCage FOX SR HDMI
(4 places)
PowerCage
FOX Rx HDMI
Tx
PowerCage
FOX Rx HDMI
Rx
PowerCage
FOX Rx HDMI
Tx
PowerCage
FOX Rx HDMI
Rx
PowerCage
FOX Rx HDMI
Tx
1 2
Tx Rx
1 2
Tx Rx
L
AUDIO
R
Tx Rx
REMOTE
RS-232 ALARM
REMOTE
RS-232 ALARM
RS-232
OVER FIBER
L
AUDIO
R
Tx Rx
HDMI
AUDIO
HDMI
OUTPUTS
US
LISTED
1T23
L.T.E.
AUDIO
C
OUTPUTS
N15778
100-240V
50/60Hz
5A MAX.
PowerCage
FOX Rx HDMI
Rx
PowerCage
FOX Rx HDMI
Tx
PowerCage
FOX Rx HDMI
HDCP
PowerCage 1600
Power Supply
RS-232
OVER FIBER
PowerCage 1600
Power Supply
HDMI
HDMI
MGP 464 Pro DI
Operator Monitor
Operator Monitor
www.extron.com
67
Corporate Auditorium
System Design Solution
Display Systems
It has been determined that a rear-projection system will be best
suited for the significant ambient lighting in the room, and to keep fan
noise out of the room. The display will be a 4K projector delivering
3840x2160 native resolution. The light output of the projector is
to be based on several factors, including the size and material of
the screen, the intended viewing angles, the amount of lighting in
the room, and the criterion for apparent contrast ratio according to
InfoComm/ANSI standard 3M-2011.
Videowall Processing
Overview
Corporate auditoriums provide a flagship venue for large companies to hold
employee gatherings or conduct shareholder meetings. With an advanced AV
system designed with high quality image presentation capabilities, executives
can deliver sophisticated, media-rich presentations to convey corporate
information, product introductions, and data for employee meetings.
Needs Assessment
Staffing
General
Requirements
Display
Requirements
A presenter will have the ability to operate the system
from the podium. AV support staff will monitor the
system during presentations to ensure everything runs
smoothly. Between events, they will be responsible
for preparing the system for the next presentation,
creating a new configuration as necessary and
loading content provided by the executive staff.
The AV system will be used to deliver high profile
presentations that will include high resolution,
corporate-themed visual content from a multitude
of sources, often on the same screen. The end user
has asked for absolute flexibility in being able to craft
audiovisual presentations for whatever corporate
executives may request.
Presentations will be delivered on a visually appealing,
seamless display approximately 8 feet (2.4 m) high by
14 feet (4.3 m) wide. As a result of evaluating the end
user's intended applications, the AV system should
provide the capability to simultaneously display up
to as many as eight sources. It has been determined
that a 4K projector and videowall processing will be
essential for this system.
Source
Requirements
The sources for this system are to include a resident
PC, a high resolution media playback system,
and a Blu-ray player, all for presenting corporate
video content. Also in the system will be a satellite
receiver for high definition broadcasts, a document
camera, and a high definition video camera for IMAG.
There will also be connections at the podium for a
presenter's laptop and mobile device.
Control
Requirements
A touchscreen interface will be needed at the podium
to allow an executive to recall specific window
layouts during an event. The GUI should be simple,
uncluttered, and very easy to access with a few
icons depicting window presets. The interface may
also include basic start, pause, and stop functions
for playing back video content. AV support staff may
need to customize the GUI for specific events.
­68
Extron Digital Design Guide
An Extron Quantum Connect 84 videowall processing system will
serve as the centerpiece of this system, integrating the input sources
and delivering the multi-window processing for the 4K display. It will
be equipped with four HDMI outputs to deliver 1080p/60 signals to
the four HDMI inputs of the 4K projector. The Quantum Connect will
deliver a totally seamless, high quality 3840x2160 image on-screen.
Sources and Connectivity
An Extron JMP 9600 2K video player will be used for playback of
full-motion HD content, usually broadcast-quality corporate video
productions. All sources in the system will be connected directly
into the videowall processor. The Quantum Connect 84 is to provide
HDMI connectivity for the JMP 9600 2K, resident PC, Blu-ray player,
satellite receiver, and document camera.
Switching and Signal Management
All source switching and signal processing will be managed internally
by the Quantum Connect videowall processing system.
Control System
An Extron TLP Pro 1220TG 12 inch TouchLink Touchpanel is to
be provided for the podium, and an Extron IPCP Pro 250 control
processor will be used to control the PC running Quantum Connect
Control Software, as well as the JMP 9600 HD video player, Blu-ray
player, and projector.
The tabletop touchpanel will provide an aesthetically pleasing, easyto-navigate interface, themed with the corporate logo and colors.
The GUI is to be specifically designed for the presenter, generally a
high-ranking or C-level executive. The interface will allow for simple
selection of a videowall layout preset, and then one or more input
sources once a preset has been engaged. If a specific GUI is needed
for a particular presentation or event, Extron GUI Designer software
can be used to easily customize an existing interface design, or create
a new one from scratch.
Ethernet
Ethernet
TCP/IP
Network
4K Projector
Monday, December 16, 2013 7:04 AM
Contacts
Name
Andrew
Beth
Charlie
David
Ervin
Frank
Greg
Sources
800.633.9876
+ Key
Menu
1
4
GHI
7
PQRS
Delete
2
3
ABC
5
JKL
8
TUV
DEF
Video Window
6
MNO
9
WXYZ
0
End
Call
Call
Full
Screen
Harold
Privacy
Kevin
HDMI
HDMI
Mike
Andrew
(800) 633 - 9876
Extron
Quantum Connect 84
Enter
Zoom
In
Near
End
Zoom
Out
Far
End
123
Camera
Display
Presets
Extron
TLP Pro 1220TG
Videowall Processing System
Ethernet
12" Tabletop
TouchLink Pro
Touchpanel
Ethernet
COM 1
POWER
12V
--A MAX
COM 2
Tx Rx G RTS CTS
Tx Rx G
VOL
RELAYS
V
C G
1
2
C
DIGITAL I/O
1
2
3
4
PWR OUT = 6W
CONTROL
HDCP
HDCP
COMPLIANT
COMPLIANT
HDCP
HDCP
COMPLIANT
COMPLIANT
HDCP
COMPLIANT
HDCP
COMPLIANT
HDCP
HDCP
COMPLIANT
COMPLIANT
HDCP
COMPLIANT
HDCP
HDCP
COMPLIANT
COMPLIANT
WARNING
SEE USER GUIDE BEFORE
USING THIS EQUIPMENT
IPCP PRO 250
G
eBUS
IR/S
+V +S -S G
S
G
LAN
Extron
IPCP Pro 250
IP Link Pro
Control Processor
RS-232
DO NOT REMOVE THIS PANEL
NO USER-SERVICEABLE
PARTS INSIDE
REFER ALL SERVICING TO
QUALIFIED SERVICE PERSONNEL
THIS EQUIPMENT MUST BE
GROUNDED/EARTHED
DO NOT OBSTRUCT
VENTILATION GRILLES
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
OUT
OUT
OUT
OUT
1
2
3
4
5
6
7
8
DO NOT EXPOSE THIS EQUIPMENT
TO RAIN OR MOISTURE
Quantum Elite
Control Software
JMP 9600
JPEG 2000 MEDIA PLAYER
VIDEO
DISK DRIVE
1
2
3
LAN
4
1
2
PREV
HDMI
ENTER
Extron
JMP 9600 2K
HD Video Player
Document Camera
HDMI
HDMI
Laptop
HDMI
HDMI
IR
Blu-ray Player
PUSH
PUSH
POWER
GUIDE
MENU
RES
480
SELECT
480p
720p 1080i 1080p
DIRECTV
HD
HDMI
WiFi
1 2 3 4
DIRECTV
Satellite Receiver
Camera
HDMI
HDMI
Desktop PC
www.extron.com
69
Notes
­70
Extron Digital Design Guide
Extron Digital Video Product Solutions
Extron offers a complete family of products designed for integration
of HDMI, DVI, DisplayPort, and SDI into a wide variety of system
designs. The product portfolio includes switchers, matrix switchers,
distribution amplifiers, signal processing and conversion products,
signal extenders, AV streaming solutions, collaboration systems,
cables and adapters, and architectural connectivity products.
In addition to signal distribution and processing needs, the medium
over which signals are routed is of primary concern to the system
designer. Standard video cables are appropriate for connections
between devices in a rack or furniture, for example. However, many
AV applications require long transmission distances within a large
room, between floors of a building, across campus, or between
cities or countries.
For these scenarios, Extron offers several high performance
technology solutions:
• Digital cable equalizers, for use with standard HDMI or DVI cables
at distances up to 200 feet or 60 meters from the source
• Twisted pair extenders convert HDMI, DVI, and DisplayPort
signals for transmission over shielded CATx cable up to 330 feet or
100 meters
• Fiber optic extenders allow HDMI, DVI, DisplayPort, and SDI
signal transmission up to 30 km or 18.75 miles
• AV streaming is ideal for distribution of AV across a LAN to mobile
devices and computer desktops, for recording presentations, and
for content delivery to external locations via a WAN or the Internet
• Wireless extenders are ideal wherever cable installation is
not possible, and allow up to 100 feet or 30 meters of HDMI
transmission
DTP Systems - pg. 73
XTP Systems - pg. 85
Extenders - pg. 95
Distribution Amplifiers - pg. 106
Switchers - pg. 108
Matrix Switchers - pg. 111
Scalers & Signal
Processors - pg. 118
AV to USB Bridge - pg. 126
Streaming AV Products - pg. 127
Wireless - pg. 132
EDID Management
& Test Generators - pg. 133
Architectural Connectivity - pg. 134
Cables & Adapters - pg. 137
www.extron.com
71
Extron Intelligent Technologies for Digital AV System Integration
SIGNAL INTEGRITY
DEVICE COMPATIBILITY
As data rates go ever higher and signal paths become more
complex, how do you maintain eye pattern integrity in a matrix
switching system design?
EDID allows a display to identify to the source its preferred
native resolution and refresh rate. How do you manage EDID
communication in a complex matrix switching system?
Degradation of digital video signals is a major cause of system
failure. That’s why Extron digital products are equipped with
Input Cable Equalization, which actively conditions incoming
digital signals to compensate for weak source signals or signal
loss due to long or poor-quality cables. Output Reclocking
corrects for jitter, or timing errors, by restoring the amplitude,
rise and fall times, and clock rate of the digital signal. When
measured at the output of an Extron switcher, the reclocked
signal is equal to, and often better than, the original signal at the
output of the source.
Extron EDID Minder® manages the EDID information
between a selected display and one or more input
sources. By maintaining continuous EDID communication,
EDID Minder ensures that sources power up correctly and maintain
their video outputs, even if they’re not actively connected to the
display. EDID information can be captured and stored when the
display is first connected and then made available to the sources,
or set to a desired rate from the switcher’s internal EDID lookup
table. With this approach, communication between sources and
displays is maintained for consistent compatibility with resolution,
refresh rate, and color space.
ORIGINAL INPUT SIGNAL
MATRIX OUTPUT SIGNAL
XTP System Configuration Software
File
Tools
Help
Connections
Device Settings
XTP Power
EDID Minder
EDID Minder
System Configuration
Filter
Video Format:
Refresh Rate:
Resolution:
Any
Any
Any
Audio Format:
Hz
Clear
Any
Assign
Favorites
Assign to All
1080p
@60Hz HDMI
720p
@60Hz HDMI
1920x1080
@60Hz HDMI
LPCM 2-Ch
LPCM 2-Ch
Extron
720p
@60Hz HDMI
LPCM 2-Ch
Extron
Extron
1920x1080
@60Hz HDMI
2
LPCM 2-Ch
Eye Pattern Before Matrix
Input signal from a MacBook Pro
with resolution of 1600x1200 @ 60 Hz
through 6 feet of DVI cable.
Eye Pattern After Matrix
Extron DMS 3600 switching input 1 to
all outputs. Measured signal from the
same MacBook Pro source at matrix
output 36.
CONTENT PROTECTION
LG
Custom
Extron
7
1080p
@60Hz HDMI
3
1080p
@60Hz HDMI
LPCM 2-Ch
LPCM 2-Ch
Samsung
Panasonic
720p
@60Hz HDMI
8
1080p
@60Hz HDMI
Multi-Ch
LPCM 2-Ch
Samsung
Samsung
4
720p
@60Hz HDMI
5
1080p
@50Hz HDMI
Multi-Ch
LPCM 2-Ch
Apple
9
720p
@60Hz HDMI
Multi-Ch
Sony
Panasonic
10
1080p
@60Hz HDMI
Common Timings
Apple
1920x1080
@60Hz HDMI
Outputs
Ctrl click to select multiple
LPCM 2-Ch
6
Extron
LPCM 2-Ch
Extron
Connected Outputs
1
1080p
@50Hz HDMI
Multi-Ch
LPCM 2-Ch
Panasonic
Available EDID
c:\Extron\EDID_Library...
1400x1050
@60Hz HDMI
LPCM 2-Ch
Extron
1600x1200
@60Hz HDMI
LPCM 2-Ch
Extron
1920x1080
@60Hz HDMI
LPCM 2-Ch
Extron
720p
@60Hz HDMI
LPCM 2-Ch
Extron
2048x1080
@60Hz HDMI
LPCM 2-Ch
Extron
Browse...
1920x1200
@60Hz HDMI
LPCM 2-Ch
Extron
1680x1200
@60Hz HDMI
LPCM 2-Ch
Extron
720p
@60Hz HDMI
LPCM 2-Ch
Extron
1600x1900
@60Hz HDMI
LPCM 2-Ch
Extron
INPUTS
Source
Timings
Audio
Format
Input 1
720p @ 60Hz
Input 2
720p @ 60Hz
LPCM 2-Ch
Input 3
720p @ 60Hz
LPCM 2-Ch
HDMI
Input 4
720p @ 60Hz
LPCM 2-Ch
HDMI
Input 5
720p @ 60Hz
LPCM 2-Ch
HDMI
Input 6
720p @ 60Hz
LPCM 2-Ch
HDMI
Input 7
720p @ 60Hz
LPCM 2-Ch
HDMI
Input 8
720p @ 60Hz
LPCM 2-Ch
HDMI
Input 9
720p @ 60Hz
LPCM 2-Ch
HDMI
Input 10
720p @ 60Hz
LPCM 2-Ch
HDMI
Input 11
720p @ 60Hz
LPCM 2-Ch
HDMI
Input 12
720p @ 60Hz
LPCM 2-Ch
HDMI
Input 13
720p @ 60Hz
LPCM 2-Ch
HDMI
Input 14
720p @ 60Hz
LPCM 2-Ch
HDMI
Input 15
720p @ 60Hz
LPCM 2-Ch
HDMI
Input 16
720p @ 60Hz
LPCM 2-Ch
HDMI
1600x1900
@60Hz HDMI
LPCM 2-Ch
LPCM 2-Ch
HDMI
HDMI
XTP CrossPoint 3200
Extron
QUICK SWITCHING
Content protection frequently adds a wrinkle to commercial AV
system operation and troubleshooting. How do you distinguish
between a broken signal path and a content protection error?
HDCP key exchange has a significant effect on switching speed.
How do you manage HDCP keys between multiple sources and
multiple displays while ensuring quick switching between sources?
To help quickly check for HDCP compliance in a system, Extron
digital video products feature active HDCP Status Reporting for all
connected sources and displays.
Extron switchers and matrix switchers are engineered
with Key Minder® technology, which allows the
switcher to continuously negotiate and cache HDCP keys from
input and output devices, eliminating the need to
renegotiate each time a new source selection or I/O tie is executed.
This dramatically minimizes the time required to switch between
sources and displays. Together with Extron SpeedSwitch®
and EDID Minder, Extron digital switching products execute a
switch virtually instantaneously. Any apparent delay in switching
is likely to originate within the display and its need to adapt to
changes in color space, color bit depth, or resolution, from the
new source. A video demonstrating fast switching speed in Extron
matrix switchers is available at www.extron.com/company/
outofthebox.
In addition, HDCP Visual Confirmation technology automatically
detects whether a display or other video destination is HDCP
compliant. When an encrypted source input is routed to a nonHDCP compliant device, the switcher outputs a full-screen green
signal, providing visual confirmation that the signal path is intact
and the system is operating properly, but the protected content
cannot be displayed on that particular device.
The display on the left is HDCP compliant. The display on the right is not HDCP
compliant, so it receives a full-screen green signal from the connected output.
­72
Extron Digital Design Guide
DTP Systems
The Most Complete System Integration Platform for AV Signal Distribution, Processing, and Control
The Extron DTP Systems product family is the AV industry’s most comprehensive integration platform for small to medium-sized
AV systems. This family includes numerous different extender models in a wide variety of form factors and video formats, plus a
broad offering of distribution amplifiers, switchers, and matrix switchers with essential AV signal processing and control features.
DTP Systems allow complete flexibility in designing systems precisely to your application and budget requirements.
Powerful Integration Capabilities
Reliability, Performance, and Ease of Operation
The comprehensive product lineup delivers all the powerful
integration capabilities required to create a flexible and reliable
AV switching and distribution system. They include scaling, signal
processing, switching, matrix switching, audio amplification, audio
DSP, and AV system control products.
DTP Systems include many features that maximize reliability,
performance, and ease of operation, such as Extron EDID Minder
and Key Minder. Select switcher models feature ProDSP™
for full audio system design and optimization, and a built-in
IPCP Pro 350 control processor to provide complete AV system
control. Additionally, DTP cable and accessories ensure maximum
performance and integrity over the entire DTP cable infrastructure.
Flexible System Designs
DTP Systems provide a complete system integration solution that
supports 4K, accommodates digital and analog video formats, and
provides all the components that are essential to any AV system.
These systems transmit video, audio, and bidirectional control, plus
provide remote power over a shielded CATx cable to streamline
system design and installation.
DTP Systems support DTP 230 signal extension up to 230 feet
(70 meters) or DTP 330 signal extension up to 330 feet (100 meters)
for a cost-effective solution that accommodates distance
requirements in various applications. A range of single input
and multi-input extenders are available in compact, low-profile
enclosures, plus wallplate and floor box versions for flexibility in
placing connections wherever needed for local and remote sources
and displays.
HDBaseT Compatibility
Select DTP System models can deliver an HDBaseT-compatible
output with digital video and embedded audio, plus bidirectional
RS-232 and IR signals to an HDBaseT-enabled display. This allows
even greater flexibility for your AV system designs and integration
requirements.
XTP Systems for Facility-Wide Applications
For large-scale AV switching and distribution in a facility, Extron
XTP System products enable a complete system integration
platform with modular XTP CrossPoint matrix switchers, a selection
of input and output boards, and a wide range of extender models.
Additionally, DTP CrossPoint matrix switchers installed in rooms
can be integrated into a central XTP CrossPoint matrix switcher to
provide complete, end-to-end signal distribution throughout a facility.
www.extron.com
73
DTP Systems
DTP CrossPoint 4K Series
Seamless 4K Scaling Presentation Matrix Switchers
The industry-leading Extron DTP CrossPoint®
4K Series matrix switchers are your new go-to
products for 4K presentation systems. These
highly versatile presentation matrix switchers
deliver all of the technologically advanced
capabilities you need to design and integrate
advanced AV systems in one box. This includes
a matrix switcher with 4K inputs and outputs,
built-in independent scalers that are powered
by Extron Vector™ 4K scaling technology and
support seamless switching, integrated DTP®
and XTP® signal extension, comprehensive
audio DSP and AEC capabilities unmatched
in the industry, a high performance mono or
stereo amplifier, and an advanced control
processor that is uniquely expandable. The
DTP CrossPoint 4K Series sets the new
industry standard for fully integrated AV
systems, greatly simplifying system design and
installation, and dramatically reducing total cost
of ownership.
FEATURES:
• All-in-one matrix switcher, scaler, audio DSP
with AEC, audio power amplifier, and control
processor
• Choose from 10x8, 8x6, 8x4, and 8x2 matrix
switcher configurations:
• Two DTP outputs feature mirrored HDMI
connections to support local monitoring
• 4K matrix switching and scaling with logo keying
• Integrated DTP inputs and outputs support
transmission of video, control, and audio up
to 330 feet (100 meters) over a shielded CATx
cable
• Advanced Extron Vector 4K scaling engine
• Selectable scaled DTP output rates from
640x480 to 4K
• Seamless switching with selectable transition
effects
• Compatible with DTP 230 Series and DTP 330
Series, plus XTP CrossPoint matrix switchers
• DTP outputs are compatible with HDBaseTenabled devices
DTP CrossPoint 108 4K IPCP SA
DTP CrossPoint 86 4K IPCP SA
DTP CrossPoint 108 4K
10x8 Seamless 4K Scaling Presentation Matrix Switcher
MODEL
DTP CrossPoint 108 4K
DTP CrossPoint 108 4K IPCP SA
DTP CrossPoint 108 4K IPCP SA
DTP CrossPoint 108 4K IPCP MA 70
DTP CrossPoint 108 4K IPCP MA 70
VERSION
PART#
Preamp Output, w/o Amplifier and Control Processor. . . . . . 60-1381-01
2 x 50 Watt Stereo Power Amplifier. . . . . . . . . . . . . . . . . . . . . . . . . . . . . 60-1381-12
2 x 50 Watt Stereo Power Amplifier, LinkLicense. . . . . . . . . . . . 60-1381-12A
100 Watt 70 V Mono Power Amplifier. . . . . . . . . . . . . . . . . . . . . . . . . . 60-1381-13
100 Watt 70 V Mono Power Amplifier, LinkLicense. . . . . . . . . . 60-1381-13A
DTP CrossPoint 84 4K
DTP CrossPoint 86 4K
8x6 Seamless 4K Scaling Presentation Matrix Switcher
MODEL
DTP CrossPoint 86 4K
DTP CrossPoint 86 4K IPCP SA
DTP CrossPoint 86 4K IPCP SA
DTP CrossPoint 86 4K IPCP MA 70
DTP CrossPoint 86 4K IPCP MA 70
VERSION
PART#
Preamp Output, w/o Amplifier and Control Processor. . . . . . 60-1382-01
2 x 50 Watt Stereo Power Amplifier. . . . . . . . . . . . . . . . . . . . . . . . . . . . . 60-1382-12
2 x 50 Watt Stereo Power Amplifier, LinkLicense. . . . . . . . . . . . 60-1382-12A
100 Watt 70 V Mono Power Amplifier. . . . . . . . . . . . . . . . . . . . . . . . . . 60-1382-13
100 Watt 70 V Mono Power Amplifier, LinkLicense. . . . . . . . . . 60-1382-13A
DTP CrossPoint 84 4K
8x4 Seamless 4K Scaling Presentation Matrix Switcher
MODEL
DTP CrossPoint 84 4K
DTP CrossPoint 84 4K IPCP SA
DTP CrossPoint 84 4K IPCP SA
DTP CrossPoint 84 4K IPCP MA 70
DTP CrossPoint 84 4K IPCP MA 70
VERSION
PART#
Preamp Output, w/o Amplifier and Control Processor. . . . . . 60-1515-01
2 x 50 Watt Stereo Power Amplifier. . . . . . . . . . . . . . . . . . . . . . . . . . . . . 60-1515-12
2 x 50 Watt Stereo Power Amplifier, LinkLicense. . . . . . . . . . . . 60-1515-12A
100 Watt 70 V Mono Power Amplifier. . . . . . . . . . . . . . . . . . . . . . . . . . 60-1515-13
100 Watt 70 V Mono Power Amplifier, LinkLicense. . . . . . . . . . 60-1515-13A
DTP CrossPoint 82 4K
8x2 Seamless 4K Scaling Presentation Matrix Switcher
MODEL
DTP CrossPoint 82 4K
DTP CrossPoint 82 4K IPCP SA
DTP CrossPoint 82 4K IPCP SA
DTP CrossPoint 82 4K IPCP MA 70
DTP CrossPoint 82 4K IPCP MA 70
­74
Extron Digital Design Guide
VERSION
PART#
Preamp Output, w/o Amplifier and Control Processor. . . . . . 60-1583-01
2 x 50 Watt Stereo Power Amplifier. . . . . . . . . . . . . . . . . . . . . . . . . . . . . 60-1583-12
2 x 50 Watt Stereo Power Amplifier, LinkLicense. . . . . . . . . . . . 60-1583-12A
100 Watt 70 V Mono Power Amplifier. . . . . . . . . . . . . . . . . . . . . . . . . . 60-1583-13
100 Watt 70 V Mono Power Amplifier, LinkLicense. . . . . . . . . . 60-1583-13A
DTP CrossPoint 82 4K
DTP Systems
DTP CrossPoint 84 IPCP
8x4 Scaling Presentation Matrix Switchers
with DTP Extension and Control Processor
FEATURES:
• All-in-one 8x4 4K matrix switcher, scaler,
audio DSP, audio power amplifier, and control
processor
• Two DTP inputs and six HDMI inputs
• Two HDMI outputs and two independently
scaled DTP outputs
• Integrated DTP inputs and outputs support
transmission of video, control, and audio up
to 330 feet (100 meters) over a shielded CATx
cable
• Supports 4K signals at all inputs and on both
HDMI outputs
• Integrated IPCP Pro 350 control processor
• HDMI audio embedding
• HDMI audio de-embedding
• Output volume control
• Audio input gain and attenuation
• Audio breakaway
• S/PDIF audio output
• Integrated audio digital signal processor with
ProDSP™ 32/64-bit processing
• Digital audio expansion port provides interfacing
to an Extron DMP 128 processor for AEC and
audio system scalability
MODEL
DTP CrossPoint 84 IPCP SA
DTP CrossPoint 84 IPCP SA
DTP CrossPoint 84 IPCP MA 70
DTP CrossPoint 84 IPCP MA 70
• Four mic/line
inputs with 48 volt
phantom power
• Mic ducking
• DSP Configurator™
Software
• Energy efficient
Class D stereo or mono amplifier:
2 x 50 watts @ 4 ohms; 2 x 25 watts @ 8 ohms
1 x 100 watts @ 70 volts
• Key Minder® continuously verifies HDCP
compliance for quick, reliable switching
• EDID Minder® automatically manages EDID
communication between connected devices
• SpeedSwitch® Technology provides exceptional
switching speed for HDCP-encrypted content
• Remote powering of DTP transmitters and
receivers
• RS-232 insertion from the Ethernet control port
• Rack-mountable 2U, full rack width metal
enclosure
VERSION
PART#
2 x 50 Watt Stereo Power Amplifier.. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 60-1368-12
2 x 50 Watt Stereo Power Amplifier, LinkLicense. . . . . . . . . . . . . . . 60-1368-12A
100 Watt 70 V Mono Power Amplifier. . . . . . . . . . . . . . . . . . . . . . . . . . . . . 60-1368-13
100 Watt 70 V Mono Power Amplifier, LinkLicense. . . . . . . . . . . . 60-1368-13A
IN1608
Eight Input HDCP-Compliant Scaling Presentation Switcher
with DTP Extension
FEATURES:
• Integrates HDMI, analog video, and audio
sources into presentation systems
• Two DTP inputs, four HDMI inputs, and two
universal analog video inputs
• Three simultaneous video outputs
• Integrated DTP inputs and output support
transmission of HDMI, control, and analog audio
over a shielded CATx cable
• Available with integrated IPCP Pro 350 control
processor
• Available with energy efficient Class D stereo or
mono amplifier:
2 x 50 watts @ 4 ohms; 2 x 25 watts @ 8 ohms
1 x 100 watts @ 70 volts
MODEL
IN1608
IN1608 SA
IN1608 MA
IN1608 IPCP SA
IN1608 IPCP SA
IN1608 IPCP MA 70
IN1608 IPCP MA 70
• Two mic/line inputs with
48 volt phantom power
• HDMI audio embedding
• HDMI audio
de-embedding
• Remote powering of
DTP transmitters and
receivers
• Key Minder® continuously verifies HDCP
compliance for quick, reliable switching
• EDID Minder® automatically manages EDID
communication between connected devices
• SpeedSwitch® Technology provides exceptional
switching speed for HDCP-encrypted content
VERSION
PART#
Standard Model, DTP 230. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 60-1238-01
2 x 50 Watt Stereo Power Amplifier, DTP 230. . . . . . . . . . . . . . . . . . . 60-1238-02
100 Watt 70V Mono Power Amplifier, DTP 230. . . . . . . . . . . . . . . . . 60-1238-03
Control Processor and Stereo Amp, DTP 330.. . . . . . . . . . . . . . . . . . 60-1238-12
Control Proc, Stereo Amp, DTP 330, LinkLicense. . . . . . . . . . . . . . 60-1238-12A
Control Processor and 70 V Mono Amp, DTP 330. . . . . . . . . . . . . 60-1238-13
Control Proc, 70 V Amp, DTP 330, LinkLicense. . . . . . . . . . . . . . . . 60-1238-13A
www.extron.com
75
DTP Systems
MPS 602
Media Presentation Switcher with DTP 330 Extension
FEATURES:
• Integrates HDMI, RGB, and audio sources into
presentation systems
• One DTP input, three HDMI inputs, and two
RGB inputs
• Selectable HDMI or DTP output
• Integrated DTP input and output support
transmission of video, control, and analog audio
up to 330 feet (100 meters) over a shielded
CATx cable
MODEL
MPS 602
MPS 602 SA
MPS 602 MA
• Available with energy efficient Class D stereo or
mono amplifier:
2 x 50 watts @ 4 ohms; 2 x 25 watts @ 8 ohms
1 x 100 watts @ 70 volts
VERSION
PART#
Variable Preamp Output - No Amplifier, DTP 330.. . . . . . . . . . . . . . 60-1313-51
2 x 50 Watt Stereo Power Amplifier, DTP 330. . . . . . . . . . . . . . . . . . . 60-1314-51
100 Watt 70 Volt Mono Power Amplifier, DTP 330. . . . . . . . . . . . . 60-1315-51
Annotator 300
HDCP-Compliant Annotation Processor with DTP Extension
FEATURES:
• Live annotation capabilities plus high
performance scaling and switching
• Integrated three-input switcher with HDMI,
DisplayPort, and universal analog video inputs
• Three simultaneous video outputs
• Integrated DTP output supports transmission
of HDMI with embedded audio and control up
to 330 feet (100 meters) over a shielded CATx
cable
• Supports DisplayPort input signals at resolutions
up to 2560x1600
MODEL
Annotator 300
• Advanced scaling engine with 30-bit processing
and 1080i deinterlacing
• Remote powering of DTP receiver
VERSION
PART#
Annotation Processor with DTP Extension. . . . . . . . . . . . . . . . . . . . . . . 60-1316-01
IN1604 DTP
Four Input HDCP-Compliant Scaler with DTP Extension
FEATURES:
• Integrates HDMI, analog video, and audio
sources into presentation systems
• Three HDMI inputs and one universal analog
video input
• Available with DTP or HDMI output
• Auto-switching between inputs
• Advanced scaling engine with 30-bit processing
and 1080i deinterlacing
MODEL
IN1604 DTP
­76
Extron Digital Design Guide
• Remote powering of DTP receiver
• HDMI audio embedding
• HDMI audio de-embedding
• Output supports transmission of HDMI, control,
and analog audio up to 330 feet (100 meters)
over a shielded CATx cable
VERSION
PART#
Four Input Scaler with DTP Output. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 60-1457-01
DTP Systems
DTP DVI 4K Tx
DTP Transmitters for DVI
FEATURES:
• Transmits single link DVI-D plus control and
analog audio over a shielded CATx cable:
Up to 230 feet (70 meters) DTP DVI 4K 230 Tx
Up to 330 feet (100 meters) DTP DVI 4K 330 Tx
• Supports computer and video resolutions up to
4K
• Compatible with CATx shielded twisted pair
cable
• Extron XTP DTP 24 shielded twisted pair cable is
strongly recommended for optimal performance
MODEL
DTP DVI 4K 230 Tx
DTP DVI 4K 330 Tx
• Accepts additional analog stereo audio signals
• DVI input loop-through
• HDCP 2.2 compliant
• Bidirectional RS-232 and IR pass-through for AV
device control
• Remote power capability
• Compatible with all DTP Series receivers and
DTP-enabled products
VERSION
PART#
DVI Tx - 230 feet (70 m). . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 60-1272-12
DVI Tx - 330 feet (100 m). . . . . . . . . . . . . . . . . . . . . . . . . . . . . 60-1360-12
DTP DVI 4K Rx
DTP Receivers for DVI
FEATURES:
• Receives single link DVI-D plus control and
analog audio over a shielded CATx cable:
Up to 230 feet (70 meters) DTP DVI 4K 230 Rx
Up to 330 feet (100 meters) DTP DVI 4K 330 Rx
• Supports computer and video resolutions up to
4K
• Compatible with CATx shielded twisted pair
cable
• Extron XTP DTP 24 shielded twisted pair cable is
strongly recommended for optimal performance
MODEL
DTP DVI 4K 230 Rx
DTP DVI 4K 330 Rx
• Accepts additional analog stereo audio signals
• HDCP 2.2 compliant
• Bidirectional RS-232 and IR pass-through for AV
device control
• Remote power capability
• Compatible with all DTP Series transmitters and
DTP-enabled products
VERSION
PART#
DVI Rx - 230 feet (70 m). . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 60-1272-13
DVI Rx - 330 feet (100 m). . . . . . . . . . . . . . . . . . . . . . . . . . . . . 60-1360-13
DTP DVI 4K 230 D Tx
DVI Twisted Pair Transmitter - Decora® Wallplate
FEATURES:
• Transmits single link DVI-D plus control and
analog audio up to 230 feet (70 meters) over a
shielded CATx cable
• Supports computer and video resolutions up to
4K, including 1080p/60 Deep Color
• Remote power capability
MODEL
DTP DVI 4K 230 D Tx
DTP DVI 4K 230 D Tx
• Extron XTP DTP 24 shielded twisted pair cable is
strongly recommended for optimal performance
• Accepts additional analog stereo audio signals
• DVI input loop-through
VERSION
PART#
Decora Transmitter - Black. . . . . . . . . . . . . . . . . . . . . . . . . . . 60-1214-12
Decora Transmitter - White.. . . . . . . . . . . . . . . . . . . . . . . . . . 60-1214-13
www.extron.com
77
DTP Systems
DTP T HD2 4K
DTP Transmitters for HDMI with Input Loop-Through
FEATURES:
• Transmits HDMI plus control over a shielded
CATx cable:
Up to 230 feet (70 meters) DTP T HD2 4K 230
Up to 330 feet (100 meters) DTP T HD2 4K 330
• Supports computer and video resolutions up to
4K
• Buffered HDMI input loop-through
• Extron XTP DTP 24 shielded twisted pair cable is
strongly recommended for optimal performance
• DTP output is compatible with HDBaseT-enabled
devices
MODEL
DTP T HD2 4K 230
DTP T HD2 4K 330
• Bidirectional RS‑232 and IR pass-through for AV
device control
• Remote power capability
• Key Minder® continuously verifies HDCP
compliance
• EDID Minder® automatically manages EDID
communication between connected devices
• Compatible with all DTP Series receivers and
DTP-enabled products
VERSION
PART#
HDMI Tx - 230 feet (70 m). . . . . . . . . . . . . . . . . . . . . . . . . . . . 60-1491-12
HDMI Tx - 330 feet (100 m). . . . . . . . . . . . . . . . . . . . . . . . . . 60-1491-52
DTP DVI 4K 230 D Rx
DVI Twisted Pair Receiver - Decora® Wallplate
FEATURES:
• Receives single link DVI-D plus control and
analog audio up to 230 feet (70 meters) over a
shielded CATx cable
• Supports computer and video resolutions up to
4K, including 1080p/60 Deep Color
• Remote power capability
MODEL
DTP DVI 4K 230 D Rx
DTP DVI 4K 230 D Rx
• Extron XTP DTP 24 shielded twisted pair cable is
strongly recommended for optimal performance
• Accepts additional analog stereo audio signals
VERSION
PART#
Decora Receiver - Black. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 60-1214-22
Decora Receiver - White. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 60-1214-23
DTP T HWP 4K D
DTP Transmitters for HDMI - Decora Wallplate
FEATURES:
• Transmits HDMI plus control and analog audio
over a shielded CATx cable:
Up to 230 feet (70 meters) DTP T HWP 4K 231 D
Up to 330 feet (100 meters) DTP T HWP 4K 331 D
• Supports computer and video resolutions up to
4K
• Extron XTP DTP 24 shielded twisted pair cable is
strongly recommended for optimal performance
• DTP output is compatible with HDBaseT-enabled
devices
MODEL
DTP T HWP 4K 231 D
DTP T HWP 4K 331 D
­78
• Accepts additional analog stereo audio signals
• Bidirectional RS-232 and IR pass-through for AV
device control
• Remote power capability
• Compatible with all DTP Series receivers and
DTP-enabled products
• Mounts in an included single-gang Decora®-style
wallplate
VERSION
PART#
HDMI Decora Tx, Black - 230 feet (70 m). . . . . . . . . 60-1421-12
HDMI Decora Tx, Black - 330 feet (100 m). . . . . . . 60-1421-52
Extron Digital Design Guide
DTP Systems
DTP T 3G-SDI D
DTP Transmitters for 3G-SDI - Decora Wallplate
FEATURES:
• Transmits 3G-SDI, HD-SDI, or SDI plus control
and analog audio over a shielded CATx cable:
Up to 230 feet (70 meters) DTP T 3G-SDI 230 D
Up to 330 feet (100 meters) DTP T 3G-SDI 330 D
• Accepts 3G‑SDI/HD‑SDI/SDI signals up to
2.97 Gbps
• Buffered 3G‑SDI/HD‑SDI/SDI input loop-through
• Extron XTP DTP 24 shielded twisted pair cable is
strongly recommended for optimal performance
MODEL
DTP T 3G-SDI 230 D
DTP T 3G-SDI 330 D
• Bidirectional RS‑232 and IR pass-through for AV
device control
• Remote power capability
• Compatible with all DTP Series receivers and
DTP-enabled products
• Mounts in an included single-gang Decora®-style
wallplate
VERSION
PART#
3G-SDI Decora Tx, Black - 230 feet (70 m). . . . . . . . . . . . . . . . . . . . . . 60-1479-12
3G-SDI Decora Tx, Black - 330 feet (100 m).. . . . . . . . . . . . . . . . . . . . 60-1479-52
DTP HD DA 4K
Four and Eight Output DTP Distribution Amplifiers
FEATURES:
• Distributes HDMI plus control and analog audio
over shielded CATx cable:
Up to 230 feet (70 meters) DTP HD DA 4K 230
Up to 330 feet (100 meters) DTP HD DA 4K 330
• Supports computer and video resolutions up to
4K
• DTP outputs are compatible with HDBaseTenabled devices
• HDMI input loop-through
• Audio input with loop-through accepts additional
analog stereo audio signals
MODEL
DTP HD DA4 4K 230
DTP HD DA8 4K 230
DTP HD DA4 4K 330
DTP HD DA8 4K 330
• Remote powering of DTP receivers
• RS‑232 insertion from the Ethernet control port
• Bidirectional RS‑232 and IR pass‑through for AV
device control
• Key Minder® and EDID Minder®
• HDCP Visual Confirmation provides a green
signal when encrypted content is sent to a
non‑compliant display
• Output muting control
• Ethernet monitoring and control
DTP HD DA4 4K 230
DTP HD DA8 4K 230
VERSION
PART#
HDMI to Four Output DTP DA - 230 feet (70 m). . . . . . . . . . . . . . . . 60-1437-01
HDMI to Eight Output DTP DA - 230 feet (70 m).. . . . . . . . . . . . . . . 60-1438-01
HDMI to Four Output DTP DA - 330 feet (100 m). . . . . . . . . . . . . . . 60-1437-51
HDMI to Eight Output DTP DA - 330 feet (100 m). . . . . . . . . . . . . . 60-1438-51
DTP HDMI 4K Tx
DTP Transmitters for HDMI
FEATURES:
• Transmits HDMI plus control and analog audio
over a shielded CATx cable:
Up to 230 feet (70 meters) DTP HDMI 4K 230 Tx
Up to 330 feet (100 meters) DTP HDMI 4K 330 Tx
• Supports computer and video resolutions up to
4K
• Compatible with CATx shielded twisted pair
cable
• Extron XTP DTP 24 shielded twisted pair cable is
strongly recommended for optimal performance
• Accepts additional analog stereo audio signals
MODEL
DTP HDMI 4K 230 Tx
DTP HDMI 4K 330 Tx
• Supported HDMI specification features include
data rates up to 10.2 Gbps, Deep Color up to
12-bit, 3D, HD lossless audio formats, and CEC
pass-through
• HDCP 2.2 compliant
• Bidirectional RS-232 and IR pass-through for AV
device control
• Remote power capability
• Compatible with all DTP Series receivers and
DTP-enabled products
VERSION
PART#
HDMI Tx - 230 feet (70 m). . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 60-1271-12
HDMI Tx - 330 feet (100 m).. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 60-1331-12
www.extron.com
79
DTP Systems
DTP HDMI 4K Rx
DTP Receivers for HDMI
FEATURES:
• Receives HDMI plus control and analog audio
over a shielded CATx cable:
Up to 230 feet (70 meters) DTP HDMI 4K 230 Rx
Up to 330 feet (100 meters) DTP HDMI 4K 330 Rx
• Supports computer and video resolutions up to
4K
• Compatible with CATx shielded twisted pair
cable
• Extron XTP DTP 24 shielded twisted pair cable is
strongly recommended for optimal performance
MODEL
DTP HDMI 4K 230 Rx
DTP HDMI 4K 330 Rx
• Accepts additional analog stereo audio signals
• Supported HDMI specification features include
data rates up to 10.2 Gbps, Deep Color up to
12-bit, 3D, HD lossless audio formats, and CEC
pass-through
• HDCP 2.2 compliant
• Bidirectional RS-232 and IR for AV device control
• Remote power capability
VERSION
PART#
HDMI Rx - 230 feet (70 m). . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 60-1271-13
HDMI Rx - 330 feet (100 m). . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 60-1331-13
DTP R HWP 4K D
DTP Receivers for HDMI - Decora Wallplate
FEATURES:
• Receives HDMI plus control and analog audio
over a shielded CATx cable:
Up to 230 feet (70 meters) DTP R HWP 4K 231 D
Up to 330 feet (100 meters) DTP R HWP 4K 331 D
• Supports computer and video resolutions up to
4K
• Extron XTP DTP 24 shielded twisted pair cable is
strongly recommended for optimal performance
• HDCP 2.2 compliant
MODEL
DTP R HWP 4K 231 D
DTP R HWP 4K 231 D
DTP R HWP 4K 331 D
DTP R HWP 4K 331 D
• Supported HDMI specification features include
data rates up to 10.2 Gbps, Deep Color up to
12-bit, 3D, HD lossless audio formats, and CEC
pass-through
• Bidirectional RS-232 and IR pass-through for AV
device control
• Remote power capability
• Mounts in an included single-gang Decora®-style
wallplate
VERSION
PART#
HDMI Decora Rx, Black - 230 feet (70 m). . . . . . . . . . . . . . . . . . . . . . . . 60-1531-12
HDMI Decora Rx, White - 230 feet (70 m). . . . . . . . . . . . . . . . . . . . . . . . 60-1531-13
HDMI Decora Rx, Black - 330 feet (100 m). . . . . . . . . . . . . . . . . . . . . . 60-1531-52
HDMI Decora Rx, White - 330 feet (100 m). . . . . . . . . . . . . . . . . . . . . . 60-1531-53
DTP T DP 4K
DTP Transmitters for DisplayPort
FEATURES:
• Transmits DisplayPort plus control and analog
audio over a shielded CATx cable:
Up to 230 feet (70 meters) DTP T DP 4K 230
Up to 330 feet (100 meters) DTP T DP 4K 330
• Supports computer and video resolutions up to
4K
• Compatible with CATx shielded twisted pair
cable
• Extron XTP DTP 24 shielded twisted pair cable is
strongly recommended for optimal performance
MODEL
DTP T DP 4K 230
DTP T DP 4K 330
­80
Extron Digital Design Guide
• DTP output is compatible with HDBaseT-enabled
devices
• Accepts additional analog stereo audio signals
• Bidirectional RS-232 and IR pass-through for AV
device control
• Remote power capability
• Supports DisplayPort SST - Single Stream
Transport data rates up to 10.8 Gbps
• Compatible with all DTP Series receivers and
DTP-enabled products
VERSION
PART#
DisplayPort Tx - 230 feet (70 m). . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 60-1076-12
DisplayPort Tx - 330 feet (100 m). . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 60-1076-52
DTP Systems
DTP R DP 4K
DTP Receivers for DisplayPort
FEATURES:
• Receives DisplayPort plus control and analog
audio over a shielded CATx cable:
Up to 230 feet (70 meters) DTP R DP 4K 230
Up to 330 feet (100 meters) DTP R DP 4K 330
• Supports computer and video resolutions up to
4K
• Output supports Type 2 dual-mode DisplayPort
for interoperability with 4K-capable devices
• Compatible with CATx shielded twisted pair
cable
MODEL
DTP R DP 4K 230
DTP R DP 4K 330
• Extron XTP DTP 24 shielded twisted pair cable is
strongly recommended for optimal performance
• Accepts additional analog stereo audio signals
• Bidirectional RS-232 and IR pass-through for AV
device control
• Remote power capability
• Supports DisplayPort SST - Single Stream
Transport data rates up to 10.8 Gbps
VERSION
PART#
DisplayPort Rx - 230 feet (70 m). . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 60-1076-13
DisplayPort Rx - 330 feet (100 m). . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 60-1076-53
DTP T DWP 4K D
Two Input DTP Transmitters for DisplayPort and HDMI with Audio Embedding Decora Wallplate
FEATURES:
• Transmits DisplayPort or HDMI plus control and
analog audio over a shielded CATx cable:
Up to 230 feet (70 meters) DTP T DWP 4K 232 D
Up to 330 feet (100 meters) DTP T DWP 4K 332 D
• One DisplayPort input and one HDMI input
• Auto-switching between inputs
• Supports computer and video resolutions up to 4K
• Analog stereo audio embedding
• Extron XTP DTP 24 shielded twisted pair cable is
strongly recommended for optimal performance
MODEL
DTP T DWP 4K 232 D
DTP T DWP 4K 232 D
DTP T DWP 4K 332 D
DTP T DWP 4K 332 D
• DTP output is compatible with HDBaseT-enabled
devices
• Bidirectional RS‑232 and IR pass-through for AV
device control
• Remote power capability
• Supports DisplayPort SST - Single Stream
Transport data rates up to 10.8 Gbps
• EDID Minder®
• Compatible with all DTP Series receivers and
DTP-enabled products
VERSION
PART#
DP, HDMI Decora Tx, Black - 230 feet (70 m). . . . . . . . . . . . . . . . . . . 60-1498-12
DP, HDMI Decora Tx, White - 230 feet (70 m). . . . . . . . . . . . . . . . . . . 60-1498-13
DP, HDMI Decora Tx, Black - 330 feet (100 m). . . . . . . . . . . . . . . . . . 60-1498-52
DP, HDMI Decora Tx, White - 330 feet (100 m).. . . . . . . . . . . . . . . . . 60-1498-53
DTP T HWP D
Two Input DTP Transmitters for HDMI with Audio Embedding - Decora Wallplate
FEATURES:
• Transmits HDMI, control, and analog audio over
a shielded CATx cable:
Up to 230 feet (70 meters) DTP T HWP 232 D
Up to 330 feet (100 meters) DTP T HWP 332 D
• Two HDMI inputs
• Auto‑switching between inputs
• Supports computer and video resolutions up to
1920x1200, including 1080p/60 and 2K
• Analog stereo audio embedding
• Compatible with CATx shielded twisted pair
cable
MODEL
DTP T HWP 232 D
DTP T HWP 232 D
DTP T HWP 332 D
DTP T HWP 332 D
• Extron XTP DTP 24 shielded twisted pair cable is
strongly recommended for optimal performance
• Independent analog audio inputs
• Bidirectional RS‑232 and unidirectional IR
pass‑through for AV device control
• Remote power capability
• Compatible with all DTP Series receivers and
DTP‑enabled products
VERSION
PART#
2 HDMI Decora Tx, Black - 230 feet (70 m). . . . . . . . . . . . . . . . . . . . . . 60-1365-12
2 HDMI Decora Tx, White - 230 feet (70 m). . . . . . . . . . . . . . . . . . . . . . 60-1365-13
2 HDMI Decora Tx, Black - 330 feet (100 m). . . . . . . . . . . . . . . . . . . . 60-1365-52
2 HDMI Decora Tx, White - 330 feet (100 m). . . . . . . . . . . . . . . . . . . . 60-1365-53
www.extron.com
81
DTP Systems
DTP T UWP D
Two Input DTP Transmitters for HDMI and VGA with Audio Embedding - Decora
Wallplate
FEATURES:
• Transmits HDMI or analog video, control, and
analog audio over a shielded CATx cable:
Up to 230 feet (70 meters) DTP T UWP 232 D
Up to 330 feet (100 meters) DTP T UWP 332 D
• One HDMI input and one VGA input
• Auto‑switching between inputs
• Supports computer and video resolutions up to
1920x1200, including 1080p/60 and 2K
• Analog stereo audio embedding
• Compatible with CATx shielded twisted pair
cable
MODEL
DTP T UWP 232 D
DTP T UWP 232 D
DTP T UWP 332 D
DTP T UWP 332 D
• Extron XTP DTP 24 shielded twisted pair cable is
strongly recommended for optimal performance
• Independent analog audio inputs
• Bidirectional RS‑232 and unidirectional IR
pass‑through for AV device control
• Remote power capability
• Compatible with all DTP Series receivers, and
DTP‑enabled products
VERSION
PART#
HDMI, VGA Decora Tx, Black - 230 feet (70 m). . . . . . . . . . . . . . . . . 60-1366-12
HDMI, VGA Decora Tx, White - 230 feet (70 m). . . . . . . . . . . . . . . . . 60-1366-13
HDMI, VGA Decora Tx, Black - 330 feet (100 m). . . . . . . . . . . . . . . 60-1366-52
HDMI, VGA Decora Tx, White - 330 feet (100 m). . . . . . . . . . . . . . . 60-1366-53
DTP T DSW 4K
Three Input Multi-Format Switchers with Integrated DTP Transmitter and Audio
Embedding
FEATURES:
• Transmits DisplayPort, HDMI, or VGA plus
control and analog audio over a shielded CATx
cable:
Up to 230 feet (70 meters) DTP T DSW 4K 233
Up to 330 feet (100 meters) DTP T DSW 4K 333
• One DisplayPort, one HDMI, and one VGA input
• Auto-switching between inputs
• Supports computer and video resolutions up to
4K
• Analog stereo audio embedding
MODEL
DTP T DSW 4K 233
DTP T DSW 4K 333
• Extron XTP DTP 24 shielded twisted pair cable is
strongly recommended for optimal performance
• DTP output is compatible with HDBaseT-enabled
devices
• Bidirectional RS‑232 and IR pass-through for AV
device control
• Supports DisplayPort SST - Single Stream
Transport data rates up to 10.8 Gbps
• Compatible with all DTP Series receivers and
DTP-enabled products
VERSION
PART#
DisplayPort, HDMI, VGA Switcher - 230 feet (70 m). . . . . . . . . . . 60-1487-12
DisplayPort, HDMI, VGA Switcher - 330 feet (100 m).. . . . . . . . . 60-1487-52
DTP T USW
Three Input Switchers with Integrated DTP Transmitter and Audio Embedding
FEATURES:
• Transmits HDMI or analog video, control, and
analog audio over a shielded CATx cable:
Up to 230 feet (70 meters) DTP T USW 233
Up to 330 feet (100 meters) DTP T USW 333
• Two HDMI inputs and one VGA input
• Auto‑switching between inputs
• Supports computer and video resolutions up to
1920x1200, including 1080p/60 and 2K
• Analog stereo audio embedding
MODEL
DTP T USW 233
DTP T USW 333
­82
Extron Digital Design Guide
• Compatible with CATx shielded twisted pair
cable
• Extron XTP DTP 24 shielded twisted pair cable is
strongly recommended for optimal performance
• DTP output is compatible with HDBaseT-enabled
devices
• Bidirectional RS‑232 and IR pass‑through for AV
device control
• Remote power capability
VERSION
PART#
2 HDMI, VGA Switcher - 230 feet (70 m). . . . . . . . . . . . . . . . . . . . . . . . . 60-1329-12
2 HDMI, VGA Switcher w/Audio - 330 feet (100 m). . . . . . . . . . . . 60-1551-52
DTP Systems
DTP T EU
Two Input DTP Transmitters for EU-Type Junction Boxes
FEATURES:
• Designed to mount in a two-gang EU-type
electrical junction box
• Transmits HDMI or analog video, control, and
analog audio over a shielded CATx cable:
Up to 230 feet (70 meters) DTP T EU 232
Up to 330 feet (100 meters) DTP T EU 332
• One HDMI input and one VGA input
• Auto-switching between inputs
• Supports computer and video resolutions up to
1920x1200, including 1080p/60 and 2K
• Extron XTP DTP 24 shielded twisted pair cable is
strongly recommended for optimal performance
MODEL
DTP T EU 232
DTP T EU 332
• DTP output is compatible with HDBaseT-enabled
devices
• Independent analog audio inputs
• Bidirectional RS-232 and IR pass-through for AV
device control
• Remote power capability
• EDID Minder® automatically manages EDID
communication between connected devices
• RS-232 control port
• Compatible with all DTP Series receivers and
DTP-enabled products
VERSION
PART#
Two Input EU Tx - 230 feet (70 m). . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 60-1439-12
Two Input EU Tx - 330 feet (100 m). . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 60-1439-52
DTP T MK
Two Input DTP Transmitters for MK-Type Junction Boxes
FEATURES:
• Designed to mount in a two-gang MK-type
electrical junction box for the UK, Middle East,
Singapore, Hong Kong, and other markets that
use MK-type junction boxes
• Transmits HDMI or analog video, control, and
analog audio over a shielded CATx cable:
Up to 230 feet (70 meters) DTP T MK 232
Up to 330 feet (100 meters) DTP T MK 332
• One HDMI input and one VGA input
• Auto-switching between inputs
• Supports computer and video resolutions up to
1920x1200, including 1080p/60 and 2K
MODEL
DTP T MK 232
DTP T MK 332
• Extron XTP DTP 24 shielded twisted pair cable is
strongly recommended for optimal performance
• DTP output is compatible with HDBaseT-enabled
devices
• Independent analog audio inputs
• Bidirectional RS-232 and IR pass-through for AV
device control
• Remote power capability
• EDID Minder® automatically manages EDID
communication between connected devices
• RS-232 control port
• Compatible with all DTP Series receivers and
DTP-enabled products
VERSION
PART#
Two Input MK Tx - 230 feet (70 m). . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 60-1467-12
Two Input MK Tx - 330 feet (100 m). . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 60-1467-52
DTP T FB
Two Input DTP Transmitters with Audio Embedding for Floor Boxes
FEATURES:
• Designed to mount in a variety of floor box
offerings from OBO Bettermann - GB2 and GB3
slots, MK by Honeywell, Electraplan, and PUK
• Transmits HDMI or analog video, control, and
analog audio over a shielded CATx cable:
Up to 230 feet (70 meters) DTP T FB 232
Up to 330 feet (100 meters) DTP T FB 332
• One HDMI input and one VGA input
• Auto-switching between inputs
• Supports computer and video resolutions up to
1920x1200, including 1080p/60 and 2K
• Analog stereo audio embedding
MODEL
DTP T FB 232
DTP T FB 332
• Extron XTP DTP 24 shielded twisted pair cable is
strongly recommended for optimal performance
• DTP output is compatible with HDBaseT-enabled
devices
• Accepts additional analog stereo audio signals
• Audio input assignment
• Bidirectional RS-232 and IR pass-through for AV
device control
• Remote power capability
• EDID Minder® automatically manages EDID
communication between connected devices
• Compatible with all DTP Series receivers and
DTP-enabled products
VERSION
PART#
Two Input Floor Box Tx - 230 feet (70 m). . . . . . . . . . . . . . . . . . . . . . . . . 60-1440-12
Two Input Floor Box Tx - 330 feet (100 m). . . . . . . . . . . . . . . . . . . . . . . 60-1440-52
www.extron.com
83
Notes
­84
Extron Digital Design Guide
XTP Systems
The World’s First 50 Gbps Digital Backplane
AV Infrastructure for 4K and Beyond
XTP II CrossPoint System - The New Performance Standard for AV Switching and Distribution
The Extron XTP II CrossPoint modular matrix switchers are the first in the AV industry to offer a 50 Gbps digital switching backplane.
Representing a monumental leap in engineering and product design, XTP II lets you design an AV system infrastructure with switching
bandwidth that exceeds the data rate required to distribute 4K/60 video with 4:4:4 chroma sampling at 16 bits per color. The
XTP II CrossPoint is the only AV technology platform that supports uncompromised 4K video while providing additional bandwidth to
accommodate anticipated future video resolutions and formats. These matrix switchers can be configured with a variety of boards
including the new XTP II HDMI input and output boards that support HDMI 2.0 and HDCP 2.2, a new family of XTP 4K fiber optic
boards and endpoints, or any of the existing XTP Systems family products. XTP II CrossPoint is the definitive AV industry standard you
can depend on now and in the future to meet the challenges of 4K and beyond.
50 Gbps Ultra Performance Backplane
4K Switching and Transmission over Fiber
XTP II CrossPoint matrix switchers are
engineered to exceed the bandwidth required
by HDMI 2.0 and DisplayPort 1.3 signals. The
50 Gbps digital switching backplane provides more than enough
bandwidth to switch 4K/60 at 4:4:4 with 16 bits per color and
anticipates future video standards. Three modular frames are
available for 16x16, 32x32, and 64x64 I/O configurations.
We are excited to announce a range of new XTP 4K fiber optic
I/O boards, transmitters and receivers, available in multimode and
singlemode versions. The fiber optic scaling receiver features Extron
Vector™ 4K signal processing technology.
HDMI 2.0 Boards with HDCP 2.2
The new XTP II HDMI input and output boards offer the highest level
of HDMI 2.0 performance, with a full 18 Gbps data rate throughput
at each port. These boards are also HDCP 2.2 compliant.
Complete Integration Platform for Digital AV
XTP II CrossPoint frames as well as the new boards, transmitters and
receivers are compatible with all products in the XTP Systems family,
enabling complete end-to-end system solutions, and a wide range of
possibilities for future system upgrades to support video standards
beyond 4K.
www.extron.com
85
XTP Systems
XTP II CrossPoint Series
Modular Digital Matrix Switchers with SpeedSwitch Technology
The Extron XTP II CrossPoint modular matrix
switchers are the first in the AV industry with
an unprecedented 50 Gbps digital switching
backplane. The exceptional performance
exceeds the data rate required for 4K/60
video with 4:4:4 chroma sampling at 16 bits
per color. The XTP II CrossPoint is the only AV
technology platform that allows you to design
systems with no compromise in 4K capability,
and provide ample bandwidth to accommodate
future video resolutions and formats. These
matrix switchers can be configured with XTP II
HDMI I/O boards that support HDMI 2.0 and
HDCP 2.2, the new family of XTP 4K fiber optic
I/O boards and endpoints, plus all other XTP
Systems family products.
COMMON FEATURES:
• Ultra performance 50 Gbps data-rate digital
backplane
• Modular, field-upgradeable and hot-swappable
design
• Compatible with all XTP input and output boards
• RS‑232 insertion from the Ethernet control port
• Remote powering of XTP twisted pair
transmitters and receivers
• SpeedSwitch® Technology provides exceptional
switching speed for HDCP-encrypted content
• EDID Minder® automatically manages EDID
communication between connected devices
• Key Minder® continuously verifies HDCP
compliance for quick, reliable switching
• Audio breakaway
• Ethernet extension
• Ethernet monitoring and control
XTP II CrossPoint 1600
Modular Digital Matrix Switchers from 4x4 to 16x16 with SpeedSwitch
Technology
UNIQUE FEATURES:
• Available in I/O sizes from 4x4 to 16x16
• Optional redundant power supply
MODEL
XTP II CrossPoint 1600 Frame
XTP II CrossPoint 1600 Frame w/ RPS
• Rack-mountable 5U, full rack width
metal enclosure
VERSION
PART#
5U, 8-slot Frame. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 60-1545-01
5U, 8-slot Frame w/ redundant power.. . . . . . . . . . . . . . . . . . . . . . . . . 60-1545-11
XTP II CrossPoint 3200
Modular Digital Matrix Switchers from 4x4 to 32x32 with SpeedSwitch
Technology
UNIQUE FEATURES:
• Available in I/O sizes from 4x4 to 32x32
• Redundant power supply
MODEL
XTP II CrossPoint 3200 Frame
• Rack-mountable 10U, full rack width
metal enclosure
VERSION
PART#
10U, 16-slot Frame. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 60-1546-01
XTP II CrossPoint 6400
Modular Digital Matrix Switchers from 4x4 to 64x64 with SpeedSwitch
Technology
UNIQUE FEATURES:
• Available in I/O sizes from 4x4 to 64x64
• Redundant power supply
MODEL
XTP II CrossPoint 6400 Frame
­86
Extron Digital Design Guide
• Rack-mountable 20U, full rack width
metal enclosure
VERSION
PART#
20U, 32-slot Frame. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 60-1386-01
XTP Systems
XTP II CP HD 4K PLUS I/O Boards
HDMI 4K/60 Input and Output Boards with Analog Stereo Audio
XTP II CP 4i HD 4K Plus Board
FEATURES:
• Supports computer and video resolutions up
to 4K/60 at 4:4:4 color sampling, including
1080p/60 Deep Color
• Supported HDMI 2.0 specification features
include data rates up to 18 Gbps, Deep Color up
to 12‑bit, 3D, and HD lossless audio formats
• HDCP 2.2 compliant
• SpeedSwitch® Technology provides exceptional
switching speed for HDCP‑encrypted content
MODEL
XTP II CP 4i HD 4K PLUS
XTP II CP 4o HD 4K PLUS
• EDID Minder® automatically manages EDID
communication between connected devices
• Key Minder® continuously verifies HDCP
compliance for quick, reliable switching
• Compatible with all XTP II CrossPoint and XTP
CrossPoint matrix switchers
• Hot-swappable
XTP II CP 4o HD 4K Plus Board
VERSION
PART#
Four Input Board, HDMI 4K/60 w/ Stereo Audio. . . . . . . . . . . . . . . . 70-1112-01
Four Output Board, HDMI 4K/60 w/ Stereo Audio. . . . . . . . . . . . . 70-1113-01
XTP CP Fiber 4K I/O Boards
Fiber Optic Input and Output Boards with RS-232 and IR Insertion
XTP CP 4i Fiber 4K Board
FEATURES:
• Extends video, audio, bidirectional RS‑232 and
IR, and Ethernet over one fiber optic cable
• Supports computer and video resolutions up to
4K, including 1080p/60 Deep Color
• HDCP compliant
• SpeedSwitch® Technology provides exceptional
switching speed for HDCP encrypted content
• Compatible with all XTP II CrossPoint and XTP
CrossPoint matrix switchers
MODEL
XTP CP 4i Fiber 4K MM
XTP CP 4i Fiber 4K SM
XTP CP 4o Fiber 4K MM
XTP CP 4o Fiber 4K SM
• Hot‑swappable
• Available as multimode models for moderaterange transmissions up to 700 meters
(2,297 feet) and singlemode models for extreme
distances up to 10 km (6.21 miles)
XTP CP 4o Fiber 4K Board
VERSION
PART#
Four Input Board, Fiber 4K - Multimode. . . . . . . . . . . . . . . . . . . . . . . . . . 70-985-01
Four Input Board, Fiber 4K - Singlemode. . . . . . . . . . . . . . . . . . . . . . . . 70-985-02
Four Output Board, Fiber 4K - Multimode. . . . . . . . . . . . . . . . . . . . . . . 70-986-01
Four Output Board, Fiber 4K - Singlemode. . . . . . . . . . . . . . . . . . . . . . 70-986-02
XTP CP 4i 3G-SDI
3G-SDI Input Board with Analog Stereo Audio
FEATURES:
• Accepts 3G‑SDI/HD‑SDI/SDI signals up to 2.97
Gbps
• Automatically adapts to SMPTE and ITU digital
video standards for 3G‑SDI, HD‑SDI, and SDI
• Buffered 3G‑SDI/HD‑SDI/SDI input loopthroughs
MODEL
XTP CP 4i 3G-SDI
• Input equalization and reclocking on buffered
loop-throughs
• Audio breakaway enables independent audio
and video switching
• Immunity to pathological signal patterns
VERSION
PART#
Four Input Board, 3G-SDI w/ Stereo Audio. . . . . . . . . . . . . . . . . . . . . . 70-1050-01
www.extron.com
87
XTP Systems
XTP CP I/O Boards
XTP Transmitter and Receiver Boards with RS-232 and IR Insertion
FEATURES:
XTP CP 4i Board
• Supports computer video up to 1920x1200,
including 1080p/60 Deep Color and 2K
• Compatible with all XTP integrated system
products
• Bidirectional RS-232 and IR insertion for AV
device control
• Extron XTP DTP 24 shielded twisted pair cable is
strongly recommended for optimal performance
• HDCP compliant
MODEL
XTP CP 4i
XTP CP 4i DMA
XTP CP 4o
• SpeedSwitch® Technology provides exceptional
switching speed for HDCP-encrypted content
• EDID Minder® automatically manages EDID
communication between connected devices
• Key Minder® continuously verifies HDCP
compliance for quick, reliable switching
• Ethernet extension
• Remote power to XTP transmitters and receivers
XTP CP 4i DMA Board
XTP CP 4o Board
VERSION
PART#
Four Input Board, XTP. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 70-940-01
Four Input Board, XTP - Downmixing Audio. . . . . 70-940-02
Four Output Board, XTP. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 70-943-01
XTP CP DVI Pro I/O Boards
HDCP-Compliant DVI Input and Output Boards with Analog Stereo Audio
XTP CP 4i DVI Pro Board
FEATURES:
• Supports computer video up to 1920x1200,
including 1080p/60 Deep Color and 2K
• Compatible with all XTP integrated system
products
• HDCP compliant
• SpeedSwitch® Technology provides exceptional
switching speed for HDCP-encrypted content
• EDID Minder® automatically manages EDID
communication between connected devices
• Key Minder® continuously verifies HDCP
compliance for quick, reliable switching
MODEL
XTP CP 4i DVI Pro
XTP CP 4o DVI Pro
• Automatic color bit depth management
• HDMI to DVI Interface Format Correction
• Local analog stereo audio inputs and outputs
• Output volume control
• Automatic cable equalization
• Automatic output reclocking
• Provides +5 VDC, 250 mA power on DVI outputs
for external peripheral devices
XTP CP 4o DVI Pro Board
VERSION
PART#
Four Input Board, DVI w/ Stereo Audio.. . . . . . . . . . . 70-684-11
Four Output Board, DVI w/ Stereo Audio. . . . . . . . . 70-686-11
XTP CP HDMI I/O Boards
HDMI Input and Output Boards with Analog Stereo Audio
XTP CP 4i HDMI Board
FEATURES:
• Supports computer video up to 1920x1200,
including 1080p/60 Deep Color and 2K
• Compatible with all XTP integrated system
products
• HDCP compliant
• SpeedSwitch® Technology provides exceptional
switching speed for HDCP-encrypted content
• EDID Minder® automatically manages EDID
communication between connected devices
• Key Minder® continuously verifies HDCP
compliance for quick, reliable switching
MODEL
XTP CP 4i HDMI
XTP CP 4i HDMI DMA
XTP CP 4o HDMI
­88
• Local analog stereo audio inputs and outputs
• Output volume control
• Automatic cable equalization
• Automatic output reclocking
• Provides +5 VDC, 250 mA power on HDMI
outputs for external peripheral devices
VERSION
PART#
Four Input Board, HDMI w/ Stereo Audio. . . . . . . . . 70-685-11
Four Input Board, HDMI-Downmixing Audio. . . . . 70-685-12
Four Output Board, HDMI w/ Stereo Audio.. . . . . . 70-687-11
Extron Digital Design Guide
XTP CP 4i HDMI DMA Board
XTP CP 4o HDMI Board
XTP Systems
XTP CP 4i VGA Board
Universal Input Board with Analog Stereo Audio
FEATURES:
• Accepts RGBHV, HD component video, S-video,
and composite video
• Supports computer video up to 1920x1200,
including 1080p/60
• Auto input format detection
• Analog-to-digital signal conversion
• SD Pro processing provides deinterlacing of
standard definition video
MODEL
XTP CP 4i VGA
• Compatible with all XTP CP output boards
• EDID Minder® automatically manages EDID
communication between connected devices
• Local analog stereo audio inputs
VERSION
PART#
Four Input Board, VGA w/Stereo Audio. . . . . . . . . . . 70-941-01
XTP CP 4o SA Board
Analog Stereo Audio Output Board
FEATURES:
• Balanced or unbalanced audio outputs
• Audio output volume adjustment and muting
• Compatible with all XTP CP input boards
MODEL
XTP CP 4o SA
VERSION
PART#
Four Output Board, Analog Stereo Audio. . . . . . . . . 70-944-01
XTP FT HD 4K
XTP Fiber Optic Transmitter for HDMI
FEATURES:
• Transmits video, audio, bidirectional RS-232
and IR control, and Ethernet over one fiber optic
cable
• Supports computer and video resolutions up to
4K, including 1080p/60 Deep Color
• Bidirectional RS-232 and IR insertion for AV
device control
• HDMI loop-through with selectable audio control
• HDCP compliant
• EDID Minder® automatically manages EDID
communication between connected devices
MODEL
XTP FT HD 4K MM
XTP FT HD 4K SM
• Key Minder® continuously verifies HDCP
compliance for quick, reliable switching
• Ethernet extension
• Compatible with all XTP products
• Available as a multimode model for moderaterange transmissions up to 700 meters (2,297
feet) and a singlemode model for extreme
distances up to 10 km (6.21 miles)
VERSION
PART#
HDMI Transmitter - Multimode. . . . . . . . . . . . . . . . . . . . . . 60-1276-11
HDMI Transmitter - Singlemode.. . . . . . . . . . . . . . . . . . . . 60-1276-12
www.extron.com
89
XTP Systems
XTP FR HD 4K
XTP Fiber Optic Receiver for HDMI
FEATURES:
• Accepts video with embedded audio,
bidirectional RS‑232 and IR control, and
Ethernet over one fiber optic cable
• Supports computer and video resolutions up to
4K, including 1080p/60 Deep Color
• Bidirectional RS‑232 and IR insertion for AV
device control
• HDCP compliant
• EDID Minder® automatically manages EDID
communication between connected devices
• Key Minder® continuously verifies HDCP
compliance for quick, reliable switching
MODEL
XTP FR HD 4K MM
XTP FR HD 4K SM
• Ethernet extension
• HDMI audio de‑embedding with multi-channel
digital S/PDIF audio and analog stereo audio
outputs
• Two relays for controlling room functions
• Compatible with all XTP products
• Available as a multimode model for moderaterange transmissions up to 700 meters
(2,297 feet) and a singlemode model for extreme
distances up to 10 km (6.21 miles)
VERSION
PART#
HDMI Receiver - Multimode. . . . . . . . . . . . . . . . . . . . . . . . . 60-1276-21
HDMI Receiver - Singlemode. . . . . . . . . . . . . . . . . . . . . . . . 60-1276-22
XTP SFR HD 4K
XTP Fiber Optic Scaling Receiver for HDMI
FEATURES:
• Accepts video with embedded audio,
bidirectional RS‑232 and IR control, and
Ethernet over one fiber optic cable
• Advanced Extron Vector™ 4K scaling technology
• Selectable output rates from 640x480 to
3840x2160
• Bidirectional RS‑232 and IR insertion for AV
device control
• EDID Minder® automatically manages EDID
communication between connected devices
• Key Minder® continuously verifies HDCP
compliance for quick, reliable switching
• Ethernet extension
MODEL
XTP SFR HD 4K MM
XTP SFR HD 4K SM
­90
• HDMI audio de‑embedding with multi-channel
digital S/PDIF audio and analog stereo audio
outputs
• Compatible with all XTP products
• RS‑232 control
• Available as a multimode model for moderaterange transmissions up to 700 meters
(2,297 feet) and a singlemode model for extreme
distances up to 10 km (6.21 miles)
VERSION
PART#
HDMI Scaling Receiver - Multimode. . . . . . . . . . . . . . . 60-1278-21
HDMI Scaling Receiver - Singlemode. . . . . . . . . . . . . 60-1278-22
Extron Digital Design Guide
XTP Systems
XTP T HDMI
XTP Transmitter for HDMI
FEATURES:
• Transmits video, audio, bidirectional RS-232 and
IR, and Ethernet up to 330 feet (100 m) over a
shielded CATx cable
• Supports computer video up to 1920x1200,
including 1080p/60 Deep Color and 2K
• Extron XTP DTP 24 shielded twisted pair cable is
strongly recommended for optimal performance
• Bidirectional RS-232 and IR insertion for AV
device control
• HDMI loop-through with selectable audio control
• Supported HDMI specification features include
data rates up to 6.75 Gbps, Deep Color up to
12-bit, 3D, and HD lossless audio formats
• HDCP compliant
• EDID Minder® automatically manages EDID
communication between connected devices
MODEL
XTP T HDMI
• Key Minder® continuously verifies HDCP
compliance for quick, reliable switching
• Ethernet extension
• Remote power capability
• Supports multiple embedded audio formats
• Selectable analog stereo audio input embedding
• Audio input gain and attenuation
• Supports EDID and HDCP transmission
• Comprehensive, LED indicators for signal
presence, HDCP, and power
• RJ-45 signal and link status LED indicator for
XTP ports
• Compatible with all XTP integrated system
products
VERSION
PART#
XTP HDMI Transmitter.. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 60-1043-12
XTP T USW 103
Three Input XTP Switcher with Integrated XTP Transmitter
FEATURES:
• Transmits HDMI or digitized analog video, audio,
bidirectional RS-232 and IR, and Ethernet up to
330 feet (100 m) over a shielded CATx cable
• Two HDMI inputs and one VGA input
• Supports computer video up to 1920x1200,
including 1080p/60 Deep Color and 2K
• Extron XTP DTP 24 shielded twisted pair cable is
strongly recommended for optimal performance
• Auto-switching between inputs
• Digital conversion of analog video formats
• Bidirectional RS-232 and IR insertion for AV
device control
• Supported HDMI specification features include
data rates up to 6.75 Gbps, Deep Color up to
12-bit, 3D, and HD lossless audio formats
• HDCP compliant
• EDID Minder® automatically manages EDID
communication between connected devices
MODEL
XTP T USW 103
• Key Minder® continuously verifies HDCP
compliance for quick, reliable switching
• Ethernet extension
• Remote power capability
• Supports multiple embedded audio formats
• Selectable analog stereo audio input embedding
• Audio input gain and attenuation
• Supports EDID and HDCP transmission
• LED indicators for signal presence, HDCP, and
power
• RJ-45 signal and link status LED indicator for
XTP port
• Compatible with all XTP integrated system
products
VERSION
PART#
Three Input XTP Transmitter Switcher. . . . . . . . . . . . . 60-1198-01
www.extron.com
91
XTP Systems
XTP T UWP 202
Two Input XTP Transmitter - Decora® Wallplate
FEATURES:
• Transmits HDMI or digitized analog video, audio,
and bidirectional RS-232 and IR up to 330 feet
(100 m) over a shielded CATx cable
• HDMI and VGA inputs
• Supports computer video up to 1920x1200,
including 1080p/60 Deep Color and 2K
• Extron XTP DTP 24 shielded twisted pair cable is
strongly recommended for optimal performance
• Auto-switching between inputs
• Bidirectional RS-232 and IR insertion for AV
device control
• Supported HDMI specification features include
data rates up to 6.75 Gbps, Deep Color up to
12-bit, 3D, and HD lossless audio formats
• HDCP compliant
MODEL
XTP T UWP 202
XTP T UWP 202
XTP T UWP 202 NL
XTP T UWP 202 NL
• EDID Minder® automatically manages EDID
communication between connected devices
• Key Minder® continuously verifies HDCP
compliance for quick, reliable switching
• Ethernet extension - XTP T UWP 202
• Remote power capability
• Supports multiple embedded audio formats
• RS-232 control
• Selectable analog stereo audio input embedding
• Audio input gain and attenuation
• Compatible with all XTP integrated system
products
• Mounts in an included two-gang Decora®-style
wallplate
VERSION
PART#
2 Input Decora Transmitter - White. . . . . . . . . . . . . . . . . 60-1216-13
2 Input Decora Transmitter - Black. . . . . . . . . . . . . . . . . 60-1216-12
2 Input Decora Transmitter No LAN - Black. . . . . . 60-1410-12
2 Input Decora Transmitter No LAN - White. . . . . . 60-1410-13
XTP T UWP 302
Two Input XTP Transmitter - Wallplate
FEATURES:
• Mounts in a standard three-gang junction box
• Transmits HDMI or digitized analog video, audio,
and bidirectional RS-232 and IR up to 330 feet
(100 m) over a shielded CATx cable
• HDMI and VGA inputs
• Supports computer video up to 1920x1200,
including 1080p/60 Deep Color and 2K
• Extron XTP DTP 24 shielded twisted pair cable is
strongly recommended for optimal performance
• Auto-switching between inputs
MODEL
XTP T UWP 302
XTP T UWP 302
• Bidirectional RS-232 and IR insertion for AV
device control
• EDID Minder® automatically manages EDID
communication between connected devices
• Key Minder® continuously verifies HDCP
compliance for quick, reliable switching
• Remote power capability
• RS-232 control
• Selectable analog stereo audio input embedding
• Compatible with all XTP integrated system
products
VERSION
PART#
2 Input Wallplate Transmitter - Black. . . . . . . . . . . . . . 60-1358-12
2 Input Wallplate Transmitter - White.. . . . . . . . . . . . . 60-1358-13
XTP T EU 202
Two Input XTP Transmitter for EU-type Junction Boxes
FEATURES:
• Designed to mount in a two-gang EU-type
electrical junction box
• Transmits HDMI or digitized analog video, audio,
and bidirectional RS-232 and IR up to 330 feet
(100 meters) over a shielded CATx cable
• HDMI and VGA inputs
• Supports computer video up to 1920x1200,
including 1080p/60 Deep Color and 2K
• Extron XTP DTP 24 shielded twisted pair cable is
strongly recommended for optimal performance
• Auto-switching between inputs
MODEL
XTP T EU 202
­92
• Bidirectional RS-232 and IR insertion for AV
device control
• EDID Minder® automatically manages EDID
communication between connected devices
• Key Minder® continuously verifies HDCP
compliance for quick, reliable switching
• Remote power capability
• RS-232 control
• Selectable analog stereo audio input embedding
• Compatible with all XTP integrated system
products
• Available in RAL9010 white
VERSION
PART#
2 Input EU Transmitter. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 60-1358-35
Extron Digital Design Guide
XTP Systems
XTP T MK 202
Two Input XTP Transmitter for MK-type Junction Boxes
FEATURES:
• Designed to mount in a two-gang MK-type
electrical junction box for the UK, Middle-East,
Singapore, Hong Kong, and other markets that
use MK-type junction boxes
• Transmits HDMI or digitized analog video, audio,
and bidirectional RS-232 and IR up to 330 feet
(100 meters) over a shielded CATx cable
• HDMI and VGA inputs
• Supports computer video up to 1920x1200,
including 1080p/60 Deep Color and 2K
• Extron XTP DTP 24 shielded twisted pair cable is
strongly recommended for optimal performance
• Auto-switching between inputs
MODEL
XTP T MK 202
• Bidirectional RS-232 and IR insertion for AV
device control
• EDID Minder® automatically manages EDID
communication between connected devices
• Key Minder® continuously verifies HDCP
compliance for quick, reliable switching
• Remote power capability
• RS-232 control
• Selectable analog stereo audio input embedding
• Compatible with all XTP integrated system
products
VERSION
PART#
2 Input MK Transmitter. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 60-1358-23
XTP T FB 202
Two Input XTP Transmitter for Floor Boxes
FEATURES:
• Designed to mount in a variety of floor box
offerings from OBO Bettermann - GB2 and GB3
slots, MK by Honeywell, Electraplan, and PUK
• Transmits HDMI or digitized analog video, audio,
bidirectional RS-232 and IR, and Ethernet up to
330 feet over a shielded CATx cable
• HDMI and VGA inputs
• Supports computer video up to 1920x1200,
including 1080p/60 Deep Color and 2K
• Extron XTP DTP 24 shielded twisted pair cable is
strongly recommended for optimal performance
• Auto-switching between inputs
MODEL
XTP T FB 202
• Bidirectional RS-232 and IR insertion for AV
device control
• EDID Minder® automatically manages EDID
communication between connected devices
• Key Minder® continuously verifies HDCP
compliance for quick, reliable switching
• Ethernet extension
• Remote power capability
• RS-232 control
• Selectable analog stereo audio input embedding
• Compatible with all XTP integrated system
products
VERSION
PART#
2 Input XTP Transmitter for Floor Boxes. . . . . . . . . . 60-1383-12
XTP T VGA
Universal XTP Transmitter for VGA
FEATURES:
• Transmits digitized analog video, audio,
bidirectional RS-232 and IR, and Ethernet up to
330 feet (100 m) over a shielded CATx cable
• Supports computer video up to 1920x1200,
including 1080p/60
• Supports RGB, HD component video, S-video,
and composite video signals
• Extron XTP DTP 24 shielded twisted pair cable is
strongly recommended for optimal performance
• SD Pro processing provides deinterlacing of
standard definition video
• Digital conversion of analog video formats
• Auto input format detection
• Universal 15-pin HD input loop-through
MODEL
XTP T VGA
• Bidirectional RS-232 and IR insertion for AV
device control
• EDID Minder® automatically manages EDID
communication between connected devices
• Ethernet extension
• Remote power capability
• Audio input gain and attenuation
• Supports EDID and HDCP transmission
• Comprehensive, LED indicators for signal format,
presence, and power
• RJ-45 signal and link status LED indicator for
XTP port
• Compatible with all XTP integrated system
products
VERSION
PART#
Universal XTP VGA Transmitter. . . . . . . . . . . . . . . . . . . . . 60-1231-12
www.extron.com
93
XTP Systems
XTP R HDMI
XTP Receiver for HDMI
FEATURES:
• Receives video with embedded audio,
bidirectional RS-232 and IR, and Ethernet up to
330 feet (100 m) over a shielded CATx cable
• Supports computer video up to 1920x1200,
including 1080p/60 Deep Color and 2K
• Extron XTP DTP 24 shielded twisted pair cable is
strongly recommended for optimal performance
• Bidirectional RS-232 and IR insertion for AV
device control
MODEL
XTP R HDMI
• Supported HDMI specification features include
data rates up to 6.75 Gbps, Deep Color up to
12-bit, 3D, and HD lossless audio formats
• HDCP compliant
• Ethernet extension, HDMI audio de-embedding,
remote power capability
• UL 2043 plenum rated
VERSION
PART#
XTP HDMI Receiver. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 60-1043-13
XTP R HWP 201
XTP Receiver with 90˚ HDMI Connector for Wall-Mounted Displays
FEATURES:
• Receives video with embedded audio,
bidirectional RS-232 and IR, and Ethernet up to
330 feet (100 m) over a shielded CATx cable
• Unique low-profile wallplate design requires
minimal space behind a flat panel display
• Supports computer video up to 1920x1200,
including 1080p/60 Deep Color and 2K
• Extron XTP DTP 24 shielded twisted pair cable is
strongly recommended for optimal performance
• Bidirectional RS-232 and IR insertion for AV
device control
MODEL
XTP R HWP 201
XTP R HWP 201
• Supported HDMI specification features include
data rates up to 6.75 Gbps, Deep Color up to
12-bit, 3D, and HD lossless audio formats
• HDCP compliant
• Ethernet extension
• HDMI audio de-embedding with analog stereo
audio outputs and volume control
• Remote power capability
• Mounts in a standard two-gang electrical box
and includes a Decora®-style wallplate
VERSION
PART#
XTP Decora Receiver - Black. . . . . . . . . . . . . . . . . . . . . . . . 60-1367-22
XTP Decora Receiver - White.. . . . . . . . . . . . . . . . . . . . . . . 60-1367-23
XTP SR HDMI
XTP Scaling Receiver
FEATURES:
• Receives video with embedded audio,
bidirectional RS-232 and IR, and Ethernet up to
330 feet (100 m) over a shielded CATx cable
• Scales HDMI, DVI, RGB, HD component video,
and standard definition video received from XTP
devices
• Selectable output rates from 640x480 to
1920x1200, including 1080p/60 and 2K
• Extron XTP DTP 24 shielded twisted pair cable is
strongly recommended for optimal performance
• Bidirectional RS-232 and IR insertion for AV
device control
MODEL
XTP SR HDMI
­94
• Supported HDMI specification features include
data rates up to 6.75 Gbps, Deep Color up to
12-bit, and HD lossless audio formats
• HDCP compliant
• Aspect ratio control
• Image freeze control
• Internal test patterns for calibration and setup
• Ethernet extension, HDMI audio de-embedding,
remote power capability
• UL 2043 plenum rated
VERSION
PART#
XTP Scaling Receiver.. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 60-1199-01
Extron Digital Design Guide
Extenders
DVI 101
DVI Cable Equalizer
FEATURES:
• Extends DVI signals over DVI cable up to
200 feet (60 meters)
• Supports computer video up to 1920x1200,
including 1080p/60 and 2K
• Single link DVI compatible
MODEL
DVI 101
• HDCP compliant
• Automatic input cable equalization
• Powered by source device at distances up to
125 feet (38 meters)
VERSION
PART#
DVI Cable Equalizer. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 60-873-01
DVI 110
DVI Signal Regenerator
FEATURES:
• Retimes and reshapes marginal or noisy DVI
signals at the source
• Supports computer video up to 1920x1200,
including 1080p/60 and 2K
• HDCP compliant
MODEL
DVI 110
• LED indicator for source signal presence and
power
• Supports DDC transmission
VERSION
PART#
DVI Signal Regenerator. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 60-1145-01
DFX 100
DVI Fiber Optic Extender
FEATURES:
• Transmits single link DVI-D signals up to 300
meters (984 feet) over one multimode fiber optic
cable
• Supports DVI data rates to 4.95 Gbps 1.65 Gbps per color
• All-digital technology provides pixel-for-pixel
performance with signals up to 1920x1200,
including 1080p/60 and 2K
MODEL
DFX 100 Tx
DFX 100 Rx
• Supports DDC transmission
• Integrated ultra-flexible DVI cable
• Compatible with 2LC OM4 MM P pre-terminated
fiber optic cable assemblies from Extron
VERSION
PART#
DVI Fiber Optic Transmitter. . . . . . . . . . . . . . . . . . . . . . . . . . 60-1254-12
DVI Fiber Optic Receiver.. . . . . . . . . . . . . . . . . . . . . . . . . . . . . 60-1254-13
DVI 104
DVI Fiber Optic Extender
FEATURES:
• Transmits single link DVI-D signals up to
500 meters (1,640 feet) over four multimode
fiber optic cables
• All-digital technology provides pixel-for-pixel
performance with signals up to 1920x1200,
including 1080p/60 and 2K
• EDID Minder® automatically manages EDID
communication between connected devices
MODEL
DVI 104 Tx/Rx
• Transmitter can be self-powered by source signal
• Transmitter and receiver detachable from cables
• Direct device connection
• Compatible with 4LC MM pre-terminated
multimode fiber optic cable assemblies available
from Extron
DVI 104 Tx/Rx shown with 4LC MM cable.
4LC MM cable must be ordered separately.
VERSION
PART#
Transmitter/Receiver Set.. . . . . . . . . . . . . . . . . . . . . . . . . . . . . 60-977-01
www.extron.com
95
Extenders
DDX 102
Dual Link DVI Fiber Optic Extender
FEATURES:
• Transmits dual link DVI-D signals up to
500 meters (1,640 feet) over two multimode
fiber optic cables
• EDID Minder® automatically manages EDID
communication between connected devices
• Industry standard LC connectors provide reliable
physical connectivity and precise fiber core
alignment
MODEL
DDX 102 Tx
DDX 102 Rx
• Transmitter and receiver are detachable from
cables
• Direct device connection
• Compatible with 2LC OM4 MM P pre-terminated
fiber optic cable assemblies from Extron
VERSION
PART#
Dual Link DVI Fiber Optic Transmitter.. . . . . . . . . . . . . 60-1328-12
Dual Link DVI Fiber Optic Receiver. . . . . . . . . . . . . . . . . 60-1328-13
DVI DL 101
Dual Link DVI Cable Equalizer
FEATURES:
• Extends dual link DVI-D signals up to 200 feet
(60 meters) over dual link DVI cable
• Supports PC resolutions up to 2560x1600 @
60 Hz, including 1080p/60 and 2K
• Dual link DVI and single link DVI compatible
MODEL
DVI DL 101
• HDCP compliant
• Automatic input cable equalization
• LED indicator for source signal presence and
power
VERSION
PART#
Dual Link DVI Cable Equalizer. . . . . . . . . . . . . . . . . . . . . . . 60-962-01
DVI DL 201
Dual Link DVI Twisted Pair Extender with EDID Minder®
FEATURES:
• Transmits dual link DVI-D and control signals
over CATx cables
• Sends 2560x1600 signals over 100 feet
(30 meters) with shielded CATx cable
• Extron strongly recommends using individually
shielded twisted pair cabling for optimal
performance
• Extron STP201 Digital Twisted Pair cable
provides added protection from outside
interference and increases overall signal
transmission distance
MODEL
DVI DL 201 Tx
DVI DL 201 Rx
­96
• EDID Minder® automatically manages EDID
communication between connected devices
• Automatic input cable equalization
• DVI input loop-through
• Supports EDID and HDCP transmission
• Bidirectional RS-232/IR pass-through
• Remote powering of receiver
VERSION
PART#
Transmitter. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 60-957-12
Receiver. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 60-957-13
Extron Digital Design Guide
DVI DL 201 Tx Transmitter
DVI DL 201 Rx Receiver
Extenders
UHD4K 101
HDMI Cable Equalizer for 4K Sources
FEATURES:
• Extends 4K video signals up to 50 feet (15
meters) when used with Extron HDMI Pro Series
cable
• Supports computer and video resolutions up to
4K, including 1080p/60 Deep Color
• Supported HDMI specification features include
data rates up to 10.2 Gbps, Deep Color up to
12‑bit, 3D, Lip Sync, HD lossless audio formats,
and CEC
MODEL
UHD4K 101
• HDCP compliant
• Automatic input cable equalization
• Can be powered directly from the HDMI source
device
VERSION
PART#
4K HDMI Cable Equalizer.. . . . . . . . . . . . . . . . . . . . . . . . . . . . 60-1514-01
HDMI 101 Plus
HDMI Cable Equalizer
FEATURES:
• Extends HDMI signals over HDMI cable up to
200 feet (60 meters)
• Supports computer video up to 1920x1200,
including 1080p/60 and 2K
• Supported HDMI specification features include
data rates up to 6.75 Gbps, Deep Color up to
12-bit, 3D, Lip Sync, HD lossless audio formats,
and CEC
MODEL
HDMI 101 Plus
• HDCP compliant
• Automatic input cable equalization
• Powered by source device at distances up to
125 feet (38 meters)
• LED indicator for source signal presence and
power
• Includes LockIt® HDMI cable lacing brackets
VERSION
PART#
HDMI Cable Equalizer. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 60-872-02
HD 4K 110 Series
HDMI Signal Regenerator for 4K Sources
FEATURES:
• Reconditions marginal or poor quality HDMI
signals at the source
• Extends reconditioned 4K video signals up to 25
feet (7.6 meters) when used with Extron HDMI
Pro Series cable
• Supports computer and video resolutions up to
4K, including 1080p/60 Deep Color
• Can be powered by the HDMI source device
MODEL
HD 4K 110 D
HD 4K 110 D
HD 4K 110 AAP
HD 4K 110 AAP
• Reliably passes EDID information and HDCP
copy-protected content to the AV system
• Choice of AAP - Architectural Adapter Plate or
Decora®-style form factors
VERSION
PART#
HDMI Signal Regenerator - Decora - White. . . . . . 60-1552-13
HDMI Signal Regenerator - Decora - Black. . . . . . 60-1552-12
HDMI Signal Regenerator - AAP - Black. . . . . . . . . . 60-1535-12
HDMI Signal Regenerator - AAP - White. . . . . . . . . . 60-1535-13
HD 4K 110 D
HD 4K 110 AAP
www.extron.com
97
Extenders
HFX 100
HDMI Fiber Optic Extender
FEATURES:
• Transmits HDMI video and embedded multichannel digital audio signals up to 300 meters
(984 feet) over one multimode fiber optic cable
• Supported HDMI specification features include
data rates up to 6.25 Gbps, 12-bit Deep Color,
HD lossless audio formats, and CEC
• HDCP compliant
• All-digital technology provides pixel-for-pixel
performance with signals up to 1920x1200,
including 1080p/60 and 2K
• Supports DDC transmission
MODEL
HFX 100 Tx
HFX 100 Rx
• Integrated ultra-flexible HDMI cable
• 1U, one-eighth rack width metal
enclosure
• Industry standard LC connectors provide reliable
physical connectivity and precise fiber core
alignment
• Compatible with 2LC OM4 MM P pre-terminated
fiber optic cable assemblies from Extron
• Highly reliable, energy-efficient external universal
power supply included, replacement
part #70-775-01
VERSION
PART#
HDMI Fiber Optic Transmitter.. . . . . . . . . . . . . . . . . . . . . . . 60-1277-12
HDMI Fiber Optic Receiver.. . . . . . . . . . . . . . . . . . . . . . . . . . 60-1277-13
3G HD-SDI 101
Cable Equalizer for 3G-SDI
FEATURES:
• Automatically adapts to SMPTE and ITU digital
video standards for 3G-SDI, HD-SDI, and SDI
• Supports data rates from 270 Mbps to
2.97 Gbps
• Automatic input equalization improves signal
transmission distances:
SDI - adds up to 500 feet (150 m) on RG6
HD-SDI - adds up to 400 feet (120 m) on RG6
MODEL
3G HD-SDI 101
• Automatic output reclocking
• Passes embedded audio, ancillary ID, and
metadata information
• Highly reliable, energy-efficient external universal
power supply included, replacement
part #70-775-01
VERSION
PART#
3G-SDI Cable Equalizer.. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 60-963-01
USB Extender Plus Series
Twisted Pair Extender for USB Peripherals
FEATURES:
• Extends USB peripherals up to 330 feet (100
meters) point-to-point on one CATx cable or
up to 1,980 feet (600 meters) through a Gigabit
Ethernet network
• Supports USB 3.0, 2.0, 1.1, and 1.0 devices
with data transfer rates up to 480 Mbps
• Receiver features an integrated four port hub
with 5 Volts, 500 mA available on each port
MODEL
USB Extender Plus T
USB Extender Plus R
­98
• Peripheral emulation
• Real-time status LED indicators for
troubleshooting and monitoring
• Choice of rack-mountable and architectural form
factors
VERSION
PART#
Transmitter. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 60-1471-12
Receiver. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 60-1471-13
Extron Digital Design Guide
Extenders
FOX 3G HD-SDI
Fiber Optic Extender for 3G-SDI
FEATURES:
• Extends 3G-SDI, HD-SDI, and SDI signals very
long distances over a single fiber
• Integrates easily into a wide range of 4K and
UHD environments
• Input equalization and reclocking on buffered
outputs
MODEL
FOX 3G HD-SDI SM
FOX 3G HD-SDI MM
FOX 3G HD-SDI P SM
• Immunity to pathological signal patterns FOX 3G HD-SDI P SM
• Dual buffered outputs
• Daisy-chain capability
• Real-time status LED indicators for
troubleshooting and monitoring
VERSION
PART#
Singlemode, Qty. 1. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 60-901-01
Multimode, Qty. 1. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 60-900-01
Singlemode, Pathological Comp., Qty. 1.. . . . . . . . . 60-1056-02
FOX T USW 103
Three Input Switcher with Integrated Fiber Optic Transmitter for HDMI, VGA,
Audio, & RS-232
FEATURES:
• Transmits HDMI or analog video, stereo audio,
and RS-232 signals very long distances over
fiber optic cabling
• All-digital technology provides pixel-for-pixel
performance with signals up to 1920x1200,
including 1080p/60 and 2K
• Digital conversion of analog video and audio
input signals
MODEL
FOX T USW 103 MM
FOX T USW 103 SM
• Auto-switching between inputs
• HDCP compliant
• Key Minder® continuously verifies HDCP
compliance for quick, reliable switching
• EDID Minder® automatically manages EDID
communication between connected devices
VERSION
PART#
Three-Input Transmitter - Multimode.. . . . . . . . . . . . . . 60-1229-11
Three-Input Transmitter - Singlemode. . . . . . . . . . . . . 60-1229-12
FOX T USW 203
Three Input Switcher with Buffered HDMI Output and Integrated Fiber Optic
Transmitter for HDMI, VGA, Audio, & RS-232
FEATURES:
• Transmits HDMI or analog video, stereo audio,
and RS-232 signals very long distances over
fiber optic cabling
• All-digital technology provides pixel-for-pixel
performance with signals up to 1920x1200,
including 1080p/60 and 2K
• Digital conversion of analog video and audio
input signals
MODEL
FOX T USW 203 MM
FOX T USW 203 SM
• Buffered HDMI output enables local display of
the selected input
• Buffered VGA input loop-through
• Key Minder® continuously verifies HDCP
compliance for quick, reliable switching
• EDID Minder® automatically manages EDID
communication between connected devices
VERSION
PART#
Three-Input Transmitter - Multimode.. . . . . . . . . . . . . . 60-1230-11
Three-Input Transmitter - Singlemode. . . . . . . . . . . . . 60-1230-12
www.extron.com
99
Extenders
FOX T UWP 302
Two Input Fiber Optic Transmitter - Decora® Wallplate
FEATURES:
• Transmits HDMI or analog video and stereo
audio signals very long distances over fiber optic
cabling
• All-digital technology provides pixel-for-pixel
performance with signals up to 1920x1200,
including 1080p/60 and 2K
• Digital conversion of analog video and audio
input signals
• Auto-switching between inputs
• HDCP compliant
MODEL
FOX T UWP 302 MM
FOX T UWP 302 MM
FOX T UWP 302 SM
FOX T UWP 302 SM
• Key Minder® continuously verifies HDCP
compliance for quick, reliable switching
• EDID Minder® automatically manages EDID
communication between connected devices
• Audio embedding
• LED indicators for signal presence, HDCP, and
power
• Mounts in an included three-gang Decora®-style
wallplate
VERSION
PART#
Multimode - Wallplate Transmitter Black.. . . . . . . . . . . . . . . . . . . . . . 60-1232-11
Multimode - Wallplate Transmitter White. . . . . . . . . . . . . . . . . . . . . . 60-1232-13
Singlemode - Wallplate Transmitter Black. . . . . . . . . . . . . . . . . . . . . 60-1232-12
Singlemode - Wallplate Transmitter White. . . . . . . . . . . . . . . . . . . . . 60-1232-14
FOX USB Extender Plus
Fiber Optic Extender for USB Peripherals
FEATURES:
• Extends USB peripherals very long distances
over fiber optic cabling
• Supports USB 3.0, 2.0, 1.1, and 1.0 devices
with data transfer rates up to 480 Mbps
• Receiver features an integrated four-port hub
with 5 Volts, 500 mA available on each port
• Peripheral emulation
MODEL
FOX T USB Extender Plus MM
FOX R USB Extender Plus MM
FOX T USB Extender Plus SM
FOX R USB Extender Plus SM
FOX T USB Extender Plus HID MM
FOX T USB Extender Plus HID SM
FOX R USB Extender Plus HID MM
FOX R USB Extender Plus HID SM
• Real-time status LED indicators for
troubleshooting and monitoring
• Compatible with Extron FOX Matrix Switchers
for signal distribution systems up to 1000x1000
and larger
FOX T USB Extender Plus
Transmitter
FOX R USB Extender Plus
Receiver
USB Extender Plus D T
Transmitter
USB Extender Plus D R
Receiver
VERSION
PART#
Multimode - Transmitter. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 60-1474-11
Multimode - Receiver. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 60-1474-21
Singlemode - Transmitter. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 60-1474-12
Singlemode - Receiver.. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 60-1474-22
Multimode - HID Transmitter. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 60-1526-11
Singlemode - HID Transmitter. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 60-1526-12
Multimode - HID Receiver.. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 60-1526-21
Singlemode - HID Receiver. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 60-1526-22
USB Extender Plus Series
Twisted Pair Extender for USB Peripherals
FEATURES:
• Extends USB peripherals up to 330 feet (100
meters) point-to-point on one CATx cable or
up to 1,980 feet (600 meters) through a Gigabit
Ethernet network
• Supports USB 3.0, 2.0, 1.1, and 1.0 devices
with data transfer rates up to 480 Mbps
• Receiver features an integrated four port hub
with 5 Volts, 500 mA available on each port
MODEL
USB Extender Plus D T
USB Extender Plus D R
USB Extender Plus AAP T
USB Extender Plus AAP R
USB Extender Plus AAP R
­100 Extron Digital Design Guide
• Peripheral emulation
• Real-time status LED indicators for
troubleshooting and monitoring
• Choice of rack-mountable and architectural form
factors
VERSION
PART#
Transmitter - Decora Version - White. . . . . . . . . . . . . . . . . . . . . . . . . . . 60-1473-13
Receiver - Decora Version - White. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 60-1473-23
Transmitter - AAP Version - Black. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 60-1472-12
Receiver - AAP Version - Black. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 60-1472-22
Receiver - AAP Version - White. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 60-1472-23
USB Extender Plus T
Transmitter
USB Extender Plus R
Receiver
Extenders
FOX USB Extender
Fiber Optic Extender for USB Peripherals
FEATURES:
• Extends USB peripherals very long distances
over fiber optic cabling
• Supports USB 2.0, 1.1, and 1.0 standards with
data transfer rates up to 480 Mbps
• Receiver features an integrated four-port hub
with 5 Volts, 500 mA available on each port
• Peripheral emulation
MODEL
FOX USB Extender Tx MM
FOX USB Extender Tx SM
FOX USB Extender Rx MM
FOX USB Extender Rx SM
• Real-time status LED indicators for
troubleshooting and monitoring
• Compatible with Extron FOX Matrix Switchers
for signal distribution systems up to 1000x1000
and larger
VERSION
PART#
Multimode - Transmitter. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 60-1234-11
Singlemode - Transmitter. . . . . . . . . . . . . . . . . . . . . . . . . . . . . 60-1234-12
Multimode - Receiver.. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 60-1234-21
Singlemode - Receiver. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 60-1234-22
FOXBOX T HD-SDI
Fiber Optic Transmitter for 3G-SDI, Stereo Audio, and RS-232
FEATURES:
• Converts 3G-SDI, HD-SDI, and SDI signals
for long distance transmission over fiber optic
cabling to a FOX Series DisplayPort, HDMI, DVI,
or VGA receiver
• Supports data rates from 270 Mbps to 2.97
Gbps
• SD Pro processing provides deinterlacing of
standard definition video
• Buffered 3G-SDI/HD-SDI/SDI input loop-through
• Bidirectional RS-232 signals over fiber optic
cable for AV device control
MODEL
FOXBOX T HD-SDI MM
FOXBOX T HD-SDI SM
• Audio embedding
• Embedded AES audio support
• Input equalization and reclocking on buffered
loop-through
• Real-time status LED indicators for
troubleshooting and monitoring
• Audio gain and attenuation adjustment capability
• Alarm notification for fiber link loss
VERSION
PART#
Multimode - Transmitter. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 60-1411-11
Singlemode - Transmitter. . . . . . . . . . . . . . . . . . . . . . . . . . . . . 60-1411-12
FOXBOX Tx DVI Plus
Fiber Optic Transmitter for DVI, Audio, and RS-232
FEATURES:
• Transmits single link DVI-D, stereo audio, and
RS-232 control signals very long distances over
a single fiber
• All-digital technology provides pixel-for-pixel
performance with signals up to 1920x1200,
including 1080p/60 and 2K
• Integrates easily into a wide range of 4K and
UHD environments
MODEL
FOXBOX Tx DVI Plus MM
FOXBOX Tx DVI Plus SM
• EDID Emulation provides selectable resolutions
and refresh rates to ensure reliable operation
• Real-time status LED indicators for
troubleshooting and monitoring
• Alarm notification for fiber link loss
• 1" (2.5 cm) high, quarter rack width metal
enclosure
VERSION
PART#
Multimode - Transmitter. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 60-1060-11
Singlemode - Transmitter. . . . . . . . . . . . . . . . . . . . . . . . . . . . . 60-1060-12
www.extron.com
101
Extenders
FOXBOX Rx DVI Plus
Fiber Optic Receiver for DVI, Audio, and RS-232
FEATURES:
• Accepts fiber optic signals from a FOX Series
transmitter and provides single link DVI-D, stereo
audio, and RS-232 control signals
• All-digital technology provides pixel-for-pixel
performance with signals up to 1920x1200,
including 1080p/60 and 2K
• Integrates easily into a wide range of 4K and
UHD environments
MODEL
FOXBOX Rx DVI Plus MM
FOXBOX Rx DVI Plus SM
• Daisy-chain capability
• Real-time status LED indicators for
troubleshooting and monitoring
• Alarm notification for fiber link loss
• Auto Input Memory
• 1" (2.5 cm) high, quarter rack width metal
enclosure
VERSION
PART#
Multimode - Receiver.. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 60-1060-21
Singlemode - Receiver. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 60-1060-22
FOXBOX Tx HDMI
Fiber Optic Transmitter for HDMI, Audio, and RS-232
FEATURES:
• Transmits HDMI video, stereo audio, and
RS-232 control signals very long distances over
fiber optic cabling
• HDCP compliant
• All-digital technology provides pixel-for-pixel
performance with signals up to 1920x1200,
including 1080p/60 and 2K
• Integrates easily into a wide range of 4K and
UHD environments
MODEL
FOXBOX Tx HDMI MM
FOXBOX Tx HDMI SM
• Key Minder® continuously verifies HDCP
compliance for quick, reliable switching
• EDID Minder® automatically manages EDID
communication between connected devices
• Buffered HDMI input loop-through
• Audio embedding
• Compatible with Extron FOX Matrix Switchers
- Create HDCP compliant signal distribution
systems up to 1000x1000 and larger
VERSION
PART#
Multimode - Transmitter. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 60-1174-11
Singlemode - Transmitter. . . . . . . . . . . . . . . . . . . . . . . . . . . . . 60-1174-12
FOXBOX Rx HDMI
Fiber Optic Receiver for HDMI, Audio, and RS-232
FEATURES:
• Accepts fiber optic signals from FOX Series
transmitters and provides HDMI video, stereo
audio, and RS-232 control signals
• HDCP compliant
• All-digital technology provides pixel-for-pixel
performance with signals up to 1920x1200,
including 1080p/60 and 2K
• Integrates easily into a wide range of 4K and
UHD environments
MODEL
FOXBOX Rx HDMI MM
FOXBOX Rx HDMI SM
• Key Minder® continuously verifies HDCP
compliance for quick, reliable switching
• HDMI audio de-embedding with analog stereo
outputs
• Compatible with Extron FOX Matrix Switchers
- Create HDCP compliant signal distribution
systems up to 1000x1000 and larger
VERSION
PART#
Multimode - Receiver.. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 60-1174-21
Singlemode - Receiver. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 60-1174-22
­102 Extron Digital Design Guide
Extenders
FOXBOX SR HDMI
Fiber Optic Scaling Receiver for HDMI, Audio, and RS-232
FEATURES:
• Accepts fiber optic signals from FOX Series
transmitters and provides scaled HDMI video,
stereo audio, and RS-232 control signals
• High performance scaler provides selectable
output resolutions up to 1920x1200, including
1080p/60 and 2K
• HDCP compliant
• Key Minder® continuously verifies HDCP
compliance for quick, reliable switching
MODEL
FOXBOX SR HDMI MM
FOXBOX SR HDMI SM
• HDMI, DVI, RGB, and HD component video
upscaling and downscaling
• HDMI audio de-embedding with analog stereo
outputs
• Compatible with Extron FOX Series HDMI, DVI
Plus, DVI, VGA, and VGA/YUV transmitters
VERSION
PART#
Scaling Receiver - Multimode. . . . . . . . . . . . . . . . . . . . . . . 60-1187-21
Scaling Receiver - Singlemode.. . . . . . . . . . . . . . . . . . . . . 60-1187-22
FOX II T HD 4K
Fiber Optic Transmitter for HDMI, Multi-Channel Audio, RS-232, and IR
FEATURES:
• Transmits HDMI video, multi‑channel audio,
RS‑232 control, and IR control signals over fiber
optic cabling
• Supports computer and video resolutions up to
4K, including 1080p/60 Deep Color
• HDCP compliant
• Key Minder® continuously verifies HDCP
compliance for quick, reliable switching
• EDID Minder® automatically manages EDID
communication between connected devices
• Buffered HDMI input loop‑through
• Bidirectional RS‑232 and IR signals over fiber
optic cabling for AV device control
MODEL
FOX II T HD 4K MM
FOX II T HD 4K SM
• Available as an 850 nm multimode model for
moderate‑range transmissions up to 2 km
(1.25 miles) and a 1310 nm singlemode model
for extreme distances up to 30 km (18.75 miles)
• RS‑232 control
• Real‑time status LED indicators for
troubleshooting and monitoring
• Compatible with Extron FOX Series matrix
switchers to create HDCP‑compliant signal
distribution systems up to 1000x1000 and larger
VERSION
PART#
HDMI Transmitter - Multimode. . . . . . . . . . . . . . . . . . . . . . 60-1351-11
HDMI Transmitter - Singlemode.. . . . . . . . . . . . . . . . . . . . 60-1351-12
FOX II DP 4K
Fiber Optic Extender for DisplayPort, Multi-Channel Audio, RS-232, and IR
FEATURES:
• Extends DisplayPort video, multi‑channel audio,
RS‑232 control, and IR control signals over fiber
optic cabling
• Supports computer and video resolutions up to
4K, including 1080p/60 Deep Color
• Type 2 dual‑mode DisplayPort for interoperability
with HDMI, DVI, or VGA devices
• Selectable downscaling for interoperability with
lower resolution displays
MODEL
FOX II T DP 4K MM
FOX II T DP 4K SM
FOX II R DP 4K MM
FOX II R DP 4K SM
• Key Minder® continuously verifies HDCP
compliance for quick, reliable switching
• EDID Minder® automatically manages EDID
communication between connected devices
• Buffered DisplayPort input loop‑through FOX II T DP 4K
VERSION
PART#
DP Transmitter - Multimode. . . . . . . . . . . . . . . . . . . . . . . . . . 60-1462-11
DP Transmitter -Singlemode. . . . . . . . . . . . . . . . . . . . . . . . . 60-1462-12
DP Receiver - Multimode. . . . . . . . . . . . . . . . . . . . . . . . . . . . . 60-1462-21
DP Receiver - Singlemode. . . . . . . . . . . . . . . . . . . . . . . . . . . 60-1462-22
FOX II T DP 4K Transmitter
FOX II R DP 4K Receiver
www.extron.com
103
Extenders
PowerCage 1600
Modular Power Enclosure for Fiber Optic and Twisted Pair Extenders
The Extron PowerCage 1600 is a rackmountable, 16-slot enclosure that supports a
wide range of Extron fiber optic and twisted
pair AV transmitter and receiver boards.
Providing an efficient way to power and
mount multiple transmitters and receivers, the
PowerCage® 1600 simplifies integration for
large, rack-mounted systems. The
PowerCage 1600 also features an optional
redundant, hot-swappable power supply plus
thermal management to optimize reliability
in mission-critical environments where
continuous, 24/7 operation is essential. The
hot-swappable, modular design allows for
replacing or upgrading boards in the field at
any time, without having to power down the
system.
MODEL
PowerCage 1600 Enclosure
FEATURES:
• Accommodates up to 16 singleslot or eight double-slot multifunction boards
• Space-saving design with a
compact 3U, rack-mountable
enclosure
• Modular, field-upgradeable, and
hot-swappable design
• Optional redundant power supply
• Hot-swappable power supplies
• Exceptional thermal management
• PowerCage FOX Fiber Optic Extenders support
HDMI, DVI-D, 3G-SDI, RGB, or standard
definition video, stereo audio, and RS-232 over
fiber optic cabling
VERSION
PART#
3U, 16-Slot Frame. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 60-978-01
PowerCage FOX Rx DVI Plus
Fiber Optic Receiver for DVI-D, Audio, and RS-232
FEATURES:
• Accepts fiber optic signals from a FOX Series
transmitter and provides single link DVI-D, stereo
audio, and RS-232 control signals
• All-digital technology provides pixel-for-pixel
performance with signals up to 1920x1200,
including 1080p/60 and 2K
• Integrates easily into a wide range of 4K and
UHD environments
• Modular, hot-swappable board designed for the
PowerCage 1600 enclosure, part #60-978-01
• Daisy-chain capability
• Alarm notification for fiber link loss
• Auto Input Memory
MODEL
VERSION
PART#
PowerCage FOX Rx DVI Plus MM Multimode - Receiver. . . . . . . . . . . . . . . . . . . . . . . . . . 70-873-21
PowerCage FOX Rx DVI Plus SM Singlemode - Receiver. . . . . . . . . . . . . . . . . . . . . . . . 70-873-22
PowerCage FOX Tx HDMI
Fiber Optic Transmitter for HDMI, Audio, and RS-232
FEATURES:
• Transmits HDMI, stereo audio, and RS-232
control signals very long distances over fiber
optic cabling
• HDCP compliant
• All-digital technology provides pixel-for-pixel
performance with signals up to 1920x1200,
including 1080p/60
• Integrates easily into a wide range of 4K and
UHD environments
MODEL
PowerCage FOX Tx HDMI MM
PowerCage FOX Tx HDMI SM
­104 Extron Digital Design Guide
• Key Minder® continuously verifies HDCP
compliance for quick, reliable switching
• EDID Minder® automatically manages EDID
communication between connected devices
• Modular, hot-swappable board designed for the
PowerCage 1600 enclosure, part #60-978-01
• Audio embedding
VERSION
PART#
Multimode - Transmitter. . . . . . . . . . . . . . . . . . . . . . . 70-889-11
Singlemode - Transmitter. . . . . . . . . . . . . . . . . . . . . 70-889-12
Extenders
PowerCage FOX Rx HDMI
Fiber Optic Receiver for HDMI, Audio, and RS-232
FEATURES:
• Accepts fiber optic signals from a FOX Series
transmitter and provides HDMI video, stereo
audio, and RS-232 control signals
• HDCP compliant
• All-digital technology provides pixel-for-pixel
performance with signals up to 1920x1200,
including 1080p/60 and 2K
• Integrates easily into a wide range of 4K and
UHD environments
MODEL
PowerCage FOX Rx HDMI MM
PowerCage FOX Rx HDMI SM
• Key Minder® continuously verifies HDCP
compliance for quick, reliable switching
• Modular, hot-swappable board designed for the
PowerCage 1600 enclosure, part #60-978-01
• HDMI audio de-embedding with analog stereo
outputs
• HDCP Visual Confirmation provides a green
signal when encrypted content is sent to a
non-compliant display
VERSION
PART#
Multimode - Receiver. . . . . . . . . . . . . . . . . . . . . . . . . . 70-889-21
Singlemode - Receiver. . . . . . . . . . . . . . . . . . . . . . . . 70-889-22
PowerCage FOX SR HDMI
Fiber Optic Scaling Receiver for HDMI, Audio, and RS-232
FEATURES:
• Accepts fiber optic signals from a FOX Series
transmitter, and provides scaled HDMI video,
stereo audio, and RS-232 control signals
• High performance scaler provides selectable
output resolutions up to 1920x1200, including
1080p/60 and 2K
• HDCP compliant
MODEL
PowerCage FOX SR HDMI MM
PowerCage FOX SR HDMI SM
• Key Minder® continuously verifies HDCP
compliance for quick, reliable switching
• HDMI, DVI, RGB, and HD component video
upscaling and downscaling
• Modular, hot-swappable board designed for the
PowerCage 1600 enclosure, part #60-978-01
VERSION
PART#
Scaling Receiver - Multimode.. . . . . . . . . . . . . . . 70-904-21
Scaling Receiver - Singlemode. . . . . . . . . . . . . . 70-904-22
PowerCage FOX 3G HD-SDI
Fiber Optic Extender for 3G-SDI
FEATURES:
• Extends 3G-SDI, HD-SDI, and SDI signals very
long distances over a single fiber
• Modular, hot-swappable board designed for the
PowerCage 1600 enclosure, part #60-978-01
• Integrates easily into a wide range of 4K and
UHD environments
• Input equalization and reclocking on buffered
outputs
• Dual buffered outputs
• Daisy-chain capability
MODEL
VERSION
PART#
PowerCage FOX 3G HD-SDI MM Multimode - Transceiver.. . . . . . . . . . . . . . . . . . . . . . 70-701-01
PowerCage FOX 3G HD-SDI SM Singlemode - Transceiver. . . . . . . . . . . . . . . . . . . . . 70-701-02
www.extron.com
105
Distribution Amplifiers
DVI DA
DVI Distribution Amplifiers
FEATURES:
• Supports computer video up to 1920x1200,
including 1080p/60 and 2K
• Passes EDID from the local output to the source
• Automatic input cable equalization to 100 feet
(30 meters) at 1920x1200/8-bit color when used
with Extron DVI Pro cables
MODEL
DVI DA2
DVI DA4
• Provides +5 VDC, 250 mA power on each
output for external peripheral devices
• Rack-mountable 1U, half rack width metal
enclosure
DVI DA2
VERSION
PART#
Two Output DVI. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 60-886-02
Four Output DVI. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 60-922-01
DVI DA4
DVI DA Plus Series
DVI Distribution Amplifiers with EDID Minder ®
FEATURES:
• Supports computer video up to 1920x1200,
including 1080p/60 and 2K
• EDID Minder® automatically manages EDID
communication between connected devices
• Automatic input cable equalization to 100 feet
(30 meters) at 1920x1200/8-bit color when used
with Extron DVI Pro cables
MODEL
DVI DA4 Plus
DVI DA6 Plus
DVI DA8 Plus
• Retimes and reshapes marginal or noisy DVI
signals
• Provides +5 VDC, 250 mA power on each
output for external peripheral devices
DVI DA4 Plus
DVI DA6 Plus
VERSION
PART#
Four Output with EDID Minder. . . . . . . . . . . . . . . . . . . . . . 60-931-21
Six Output with EDID Minder. . . . . . . . . . . . . . . . . . . . . . . . 60-932-21
Eight Output with EDID Minder.. . . . . . . . . . . . . . . . . . . . . 60-933-21
DVI DA8 Plus
DA2 HD 4K
4K HDMI Distribution Amplifier
FEATURES:
• Supports computer and video resolutions up to
4K, including 1080p/60 Deep Color
• Supported HDMI specification features include
data rates up to 10.2 Gbps, Deep Color up to
12‑bit, 3D, Lip Sync, and HD lossless audio
formats
• EDID Minder® automatically manages EDID
communication between connected devices
• Key Minder® continuously verifies HDCP
compliance
MODEL
DA2 HD 4K
• Automatic input cable equalization to 50 feet
when used with Extron HDMI Pro Series cable
• Automatic color bit depth management
• Selectable output muting via RS‑232 or USB
port
• Provides +5 VDC, 250 mA power on each
output for external peripheral devices
VERSION
PART#
Two Output 4K HDMI. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 60-1480-01
­106 Extron Digital Design Guide
Distribution Amplifiers
HDMI DA Series
HDMI Distribution Amplifiers
FEATURES:
• EDID Minder® automatically manages EDID
communication between connected devices
• Key Minder® continuously verifies HDCP
compliance
• HDCP compliant
• Supports computer video up to 1920x1200,
including 1080p/60 and 2K
MODEL
HDMI DA2
HDMI DA4
HDMI DA6
• Supported HDMI specification features include
data rates up to 6.75 Gbps, Deep Color up to
12-bit, 3D, Lip Sync, and HD lossless audio
formats
• Automatic input cable equalization to 50 feet at
1080p/60 with 8-bit color when used with Extron
HDMI Pro Series cable
VERSION
PART#
Two Output HDMI. . . . . . . . . . . . . . . . . . . . . . . . . . . . . 60-997-01
Four Output HDMI. . . . . . . . . . . . . . . . . . . . . . . . . . . . 60-998-01
Six Output HDMI. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 60-999-01
HDMI DA2
HDMI DA4
DP DA2
Two Output DisplayPort Distribution Amplifier
FEATURES:
• EDID Minder® automatically manages EDID
communication between connected devices
• Key Minder® continuously verifies HDCP
compliance
• Supports DisplayPort data rates up to
10.8 Gbps
• Supports PC resolutions up to 2560x1600 @
60 Hz and 1080p/60
MODEL
DP DA2
• HDCP compliant
• Outputs support Dual-mode DisplayPort for
interoperability with HDMI, DVI, and VGA display
devices
• Output muting control via RS-232 or contact
closure
VERSION
PART#
Two Output DisplayPort. . . . . . . . . . . . . . . . . . . . . 60-1221-01
MDA 4V HD-SDI
Four Output 3G-SDI Distribution Amplifier
FEATURES:
• Automatically adapts to SMPTE and ITU digital
video standards for 3G-SDI, HD-SDI, and SDI
• Supports data rates from 270 Mbps to
2.97 Gbps
• Passes embedded audio, ancillary ID and
metadata information, and SD/HD-SDTI digital
video signals
• Input rate presence LED indication
MODEL
MDA 4V HD-SDI
• Automatic input equalization improves signal
transmission distances:
SDI - up to 500' (150 m) on RG6
HD-SDI - up to 400' (120 m) on RG6
• 1U, one-quarter rack width metal enclosure
• Highly reliable, energy-efficient external universal
power supply included, replacement
part #70-775-01
VERSION
PART#
1x4 3G-SDI. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 60-884-01
FOX DA8 Plus
Configurable Eight Output Fiber Optic Distribution Amplifier
FEATURES:
• Configurable as a single 8-output distribution
amplifier, or as two 4-output or four 2-output
distribution amplifiers
• Distributes and extends AV and control signals
long distances over fiber optic cabling
• Compatible with Extron FOX Series
DVI Plus, DVI, 3G-SDI, VGA, VGA/YUV, and AV
transmitters and receivers
MODEL
FOX DA8 Plus MM
FOX DA8 Plus SM
• Selectable output reclocking
• Eight active and individually isolated outputs
• Output muting control
• Available as an 850 nm multimode model for
moderate-range transmissions up to 2 km
(1.25 miles) and a 1310 nm singlemode model
for extreme distances up to 30 km (18.75 miles)
VERSION
PART#
Eight Output Fiber Optic DA - MM. . . . . . . . . . . . . . . . . 60-1171-01
Eight Output Fiber Optic DA - SM. . . . . . . . . . . . . . . . . . 60-1171-02
www.extron.com
107
Switchers
SW DVI Plus Series
DVI and Stereo Audio Switchers with EDID Minder®
FEATURES:
• Single link DVI-D switching
• Stereo audio switching
• Supports computer video up to 1920x1200,
including 1080p/60 and 2K
• EDID Minder® automatically manages EDID
communication between connected devices
• Selectable cable equalization for each input
• Retimes and reshapes marginal or noisy DVI
signals
• Source signal presence indication
• Provides +5 VDC, 250 mA power on the DVI
output for external peripheral devices
MODEL
SW2 DVI Plus
SW4 DVI Plus
SW6 DVI Plus
SW8 DVI Plus
VERSION
PART#
Two Input DVI Switcher. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 60-964-01
Four Input DVI Switcher.. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 60-965-01
Six Input DVI Switcher. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 60-966-01
Eight Input DVI Switcher. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 60-967-01
MODEL
SW2 DVI A Plus
SW4 DVI A Plus
SW6 DVI A Plus
SW8 DVI A Plus
VERSION
PART#
Two Input DVI Switcher w/Stereo Audio.. . . . . . . . . . 60-964-21
Four Input DVI Switcher w/Stereo Audio. . . . . . . . . . 60-965-21
Six Input DVI Switcher w/Stereo Audio. . . . . . . . . . . . 60-966-21
Eight Input DVI Switcher w/Stereo Audio. . . . . . . . . 60-967-21
SW HDMI Series
HDMI Switchers with EDID Minder®
FEATURES:
• EDID Minder® automatically manages EDID
communication between connected devices
• Supports computer video up to 1920x1200,
including 1080p/60 and 2K
• Supported HDMI specification features include
data rates up to 6.75 Gbps, Deep Color up to
12-bit, 3D, Lip Sync, and HD lossless audio
formats
MODEL
SW2 HDMI
SW4 HDMI
SW6 HDMI
SW8 HDMI
• HDCP compliant
• Automatic input cable equalization to 50 feet at
1080p/60 with 8-bit color when used with Extron
HDMI Pro Series cable
• Provides +5 VDC, 250 mA power on the output
for external peripheral devices
• Includes LockIt® HDMI cable lacing brackets
VERSION
PART#
Two Input Switcher w/ Contact Closure. . . . . . . . . . . 60-841-21
Four Input Switcher w/ Contact Closure. . . . . . . . . . 60-841-22
Six Input Switcher w/ Contact Closure. . . . . . . . . . . . 60-841-03
Eight Input Switcher w/ Contact Closure. . . . . . . . . 60-841-04
SW2 DP
Two Input DisplayPort Switcher
FEATURES:
• EDID Minder® automatically manages EDID
communication between connected devices
• Supports DisplayPort data rates up to
10.8 Gbps
• Supports PC resolutions up to 2560x1600 @
60 Hz and 1080p/60
MODEL
SW2 DP
• HDCP compliant
• Automatic input cable equalization to 25 feet
(7.6 meters) at 2560x1600 @ 60 Hz with Extron
DisplayPort cables
VERSION
PART#
Two Input DisplayPort. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 60-1210-01
­108 Extron Digital Design Guide
SW2 HDMI
SW4 HDMI
Switchers
TeamWork 400
Pre-Configured Collaboration System for Four Digital Sources
FEATURES:
• Supports groups of up to four users
• Complete package includes cables, HDMI
switcher, system controller, and Cable Cubby®
Series/2 enclosure
• Pre-configured for fast, easy installation
• Works with virtually any new or existing furniture
system
• Works with most flat panel displays, laptops, and
tablets
• Supports legacy analog sources with optional
TeamWork VGA Kit
MODEL
TeamWork 400
VERSION
PART#
120 VAC, with US AC outlets. . . . . . . . . . . . . . . . . . . . . . . . 42-246-01
TeamWork 600
Pre-Configured Collaboration System for Six Digital Sources
FEATURES:
• Supports groups of up to six users
• Complete package includes cables, HDMI
switcher, system controller, and Cable Cubby®
Series/2 enclosure
• Pre-configured for fast, easy installation
• Works with virtually any new or existing furniture
system
• Works with most flat panel displays, laptops, and
tablets
• Supports full resolution, full frame rate digital
video up to 1080p/60 and analog computervideo up to 1920x1200
MODEL
TeamWork 600
VERSION
PART#
120 VAC, with US AC outlets. . . . . . . . . . . . . . . . . . . . . . . . 42-247-01
TeamWork 601
Pre-Configured Collaboration System for Four Digital and Two Analog Sources
FEATURES:
• Supports groups of four to six users
• Complete package includes cables, MPS 601
switcher, system controller, and Cable Cubby®
Series/2 enclosure
• Four digital and two analog inputs
• Digitizes legacy analog computer and audio
sources
• Works with virtually any new or existing furniture
system
• Works with most flat panel displays, laptops, and
tablets
• Pre-configured for fast, easy installation
• HDMI and analog signals are switched to the
display on a single HDMI cable
• Cable Cubby Series/2 AC Power Modules for
TeamWork 601i sold separately; two required per
TeamWork 601i package
MODEL
TeamWork 601
TeamWork 601i
VERSION
PART#
120 VAC, with US AC outlets. . . . . . . . . . . . . . . . . . . . . . . . 42-241-01
220 VAC; AC outlets sold separately.. . . . . . . . . . . . . . 42-241-02
www.extron.com
109
Switchers
MPS 409
Media Presentation Switcher
FEATURES:
• Five switchers in one enclosure:
- 3x1 HDMI switcher
- 2x1 DVI switcher
- 2x1 VGA/HDTV component video switcher
- 2x1 composite video switcher
- 9x1 analog stereo audio switcher
• Supported HDMI specification features include
data rates up to 6.75 Gbps, Deep Color up to
12-bit, 3D, Lip Sync, and HD lossless audio
formats
• HDCP compliant
MODEL
MPS 409
• EDID Minder®, available on DVI and VGA inputs,
automatically manages EDID communication
between connected devices
• Combine Switcher mode routes all DVI and
HDMI sources to the HDMI output
• Includes LockIt® HDMI cable lacing brackets
VERSION
PART#
HDMI, DVI, VGA, Video & Audio Switcher. . . . . . . . 60-1012-01
MPS 601
Media Presentation Switcher
FEATURES:
• Integrates HDMI, RGB, and audio sources into
presentation systems
• Digitizes RGB and analog audio signals, and
switches them through the HDMI output
• HDMI audio embedding
• EDID Minder® automatically manages EDID
communication between connected devices
• Supports computer video up to 1920x1200,
including 1080p/60 and 2K
MODEL
MPS 601
• Automatic input cable equalization to 50 feet
(15 meters) at 1080p/60 with 8-bit color when
used with Extron HDMI Pro Series cable
• Audio input assignment for integration flexibility
• Multiple control options including front panel,
RS-232, contact closure, and auto-input
switching
• Rack-mountable, 1U, half rack width metal
enclosure
VERSION
PART#
Six Input HDMI, VGA, & Audio Switcher. . . . . . . . . . 60-1377-01
SW4 3G HD-SDI
Four Input 3G-SDI Switcher
FEATURES:
• Automatically adapts to SMPTE and ITU digital
video standards for 3G-SDI, HD-SDI, and SDI
• Supports data rates from 270 Mbps to
2.97 Gbps
• Passes embedded audio, ancillary ID and
metadata information
• Input data rate reporting
MODEL
SW4 3G HD-SDI
• Automatic input equalization
• Automatic output reclocking
• Auto-input switching
• RS-232 control
• Highly reliable, energy-efficient internal universal
power supply
VERSION
PART#
Four Input 3G-SDI Switcher.. . . . . . . . . . . . . . . . . . . . . . . . . 60-956-01
SW USB Series
Two and Four Input USB Switchers
FEATURES:
• USB 2.0 compatible
• Four port output hub with 5V, 500mA available
on each output
• Port Status LEDs
• Multiple control points
MODEL
SW2 USB
SW4 USB
SW4 USB Plus
• RS-232 pass-through
• Highly reliable, energy-efficient external universal
power supply included, replacement
part #70-775-01
VERSION
PART#
Two Input USB. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 60-952-02
Four Input USB. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 60-953-02
Four Input USB with Emulation. . . . . . . . . . . . . . . . . . . . . 60-954-02
­110 Extron Digital Design Guide
SW4 USB Plus
Matrix Switchers
DXP DVI Pro Series
HDCP-Compliant DVI Matrix Switchers
The Extron DXP DVI Pro Series are high
performance matrix switchers for single link
DVI-D signals. They are HDCP compliant, and
support resolutions up to 1920x1200 and
1080p/60, enabling simultaneous distribution
of content-protected signal sources to one or
more compliant displays. The series features
intelligent technologies that help integrators
ensure reliable system operation and
compatibility between digital devices, including
Key Minder®, HDCP Visual Confirmation,
EDID Minder®, and Automatic Input Cable
Equalization and Output Reclocking. Available
in I/O sizes from 4x4 to 8x8, the DXP DVI Pro
Series is ideal for applications that require
reliable, high performance routing of DVI and
HDMI digital signals between multiple devices.
FEATURES:
• Supports computer video up to 1920x1200,
including 1080p/60
• Supported HDMI specification features include
data rates up to 6.75 Gbps, Deep Color up to
12-bit, 3D, and HD lossless audio formats
MODEL
DXP 44 DVI Pro
DXP 48 DVI Pro
DXP 84 DVI Pro
DXP 88 DVI Pro
DXP 88 DVI Pro
• HDCP compliant
• SpeedSwitch® Technology provides exceptional
switching speed for HDCP-encrypted content
• Key Minder® continuously verifies HDCP
compliance for quick, reliable switching
• EDID Minder® automatically manages EDID
communication between connected devices
• Automatic cable equalization for each input to
100 feet (30 meters) at 1920x1200/8-bit color
when used with Extron DVI Pro cables
VERSION
PART#
4x4 DVI Matrix Switcher. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 60-875-01
4x8 DVI Matrix Switcher. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 60-1009-01
8x4 DVI Matrix Switcher. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 60-876-01
8x8 DVI Matrix Switcher. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 60-877-01
DXP HD 4K Series
4K HDMI Matrix Switchers with Audio De-Embedding
The Extron DXP HD 4K Series are high
performance HDMI matrix switchers for
computer and video resolutions up to 4K,
including 1080p/60 with Deep Color. They
support HDMI specifications, including data
rates to 10.2 Gbps, Deep Color up to 12‑bit,
3D, and HD lossless audio formats. DXP HD
4K Series matrix switchers incorporate Extron
technologies such as SpeedSwitch®,
EDID Minder®, and Key Minder® as well as
HDMI equalization and output regeneration to
ensure reliable system operation. In addition,
digital audio can be de‑embedded from any
input and assigned to digital or analog stereo
outputs for ease of integration.
FEATURES:
• Supports computer and video resolutions up to
4K, including 1080p/60 Deep Color
• Supported HDMI specification features include
data rates up to 10.2 Gbps, Deep Color up to
12-bit, 3D, and HD lossless audio formats
MODEL
DXP 44 HD 4K
DXP 84 HD 4K
DXP 88 HD 4K
DXP 168 HD 4K
DXP 1616 HD 4K
DXP 1616 HD 4K
• HDMI audio de-embedding with digital S/PDIF
and analog stereo audio outputs
• SpeedSwitch® Technology provides exceptional
switching speed for HDCP-encrypted content
• Key Minder® continuously verifies HDCP
compliance for quick, reliable switching
• EDID Minder® automatically manages EDID
communication between connected devices
• Rack-mountable full rack width metal enclosure:
1U - 4x4, 8x4, and 8x8
2U - 16x8 and 16x16
VERSION
PART#
4x4 HDMI with 2 Audio Outputs. . . . . . . . . . . . . . . . . . . . 60-1493-01
8x4 HDMI with 2 Audio Outputs. . . . . . . . . . . . . . . . . . . . 60-1494-01
8x8 HDMI with 2 Audio Outputs. . . . . . . . . . . . . . . . . . . . 60-1495-01
16x8 HDMI with 4 Audio Outputs.. . . . . . . . . . . . . . . . . . 60-1496-01
16x16 HDMI with 4 Audio Outputs. . . . . . . . . . . . . . . . . 60-1497-01
www.extron.com
111
Matrix Switchers
DXP HDMI Series
HDMI Matrix Switchers
The Extron DXP HDMI Series are high
performance, digital matrix switchers for
HDMI signals. They are HDCP compliant, and
support resolutions up to 1920x1200 and
1080p/60. The matrix switchers support HDMI
specification features including data rates up
to 6.75 Gbps, Deep Color up to 12-bit, 3D,
and HD lossless audio formats. The DXP HDMI
Series incorporates intelligent technologies
that help integrators ensure reliable system
operation and compatibility between digital
devices, including Key Minder®, SpeedSwitch®
Technology HDCP Visual Confirmation,
EDID Minder®, and Automatic Input Cable
Equalization and Output Reclocking. Available
in I/O sizes from 4x4 to 8x8, the DXP HDMI
Series is ideal for applications that require
reliable, high performance routing of HDMI
and DVI signals between multiple sources and
displays.
MODEL
DXP 44 HDMI
DXP 48 HDMI
DXP 84 HDMI
DXP 88 HDMI
DXP 88 HDMI
FEATURES:
• Supports computer video up to 1920x1200,
including 1080p/60
• Supported HDMI specification features include
data rates up to 6.75 Gbps, Deep Color up to
12-bit, 3D, and HD lossless audio formats
• SpeedSwitch® Technology provides exceptional
switching speed for HDCP-encrypted content
• Key Minder® continuously verifies HDCP
compliance for quick, reliable switching
• EDID Minder® automatically manages EDID
communication between connected devices
VERSION
PART#
4x4 HDMI Matrix Switcher. . . . . . . . . . . . . . . . . . . . . . . . . . . 60-880-01
4x8 HDMI Matrix Switcher. . . . . . . . . . . . . . . . . . . . . . . . . . . 60-1010-01
8x4 HDMI Matrix Switcher. . . . . . . . . . . . . . . . . . . . . . . . . . . 60-881-01
8x8 HDMI Matrix Switcher. . . . . . . . . . . . . . . . . . . . . . . . . . . 60-882-01
SMX System MultiMatrix
Digital and Analog Multi-Plane Modular Matrix Switcher
The SMX System MultiMatrix Series of digital
and analog multi-plane matrix switchers
combines multiple, independent matrix
switchers in a truly modular, field-configurable
frame. Available in frame sizes from 2U to 5U,
the SMX is capable of supporting up to 10
separate matrix boards for independent or
simultaneous switching under a single point of
control. It combines the proven reliability and
high performance of Extron's CrossPoint®,
MAV Plus, HDXP Plus, and MVX Series matrix
switchers with the efficiency of a modular
matrix switcher design. The SMX System is
ideal for medical imaging systems, conference
and training facilities, and other mid-sized
applications that require the switching of
different signal types in a cost-effective
upgradable solution..
FEATURES:
• Choice of 2U, 3U, 4U, or 5U frames
• Choose from digital, analog, wideband, and
stereo audio matrix boards
• Single point of control for up to 10 separate
switching planes
MODEL
SMX 200 Frame
SMX 300 Frame
SMX 400 Frame
SMX 500 Frame
SMX 300 frame populated with:
- SMX 1616 A
- SMX 88 V
- SMX 44 HDMI
- SMX 1616 FOX 4G MM
• Hot-swappable matrix board slots allow
installation and replacement of matrix boards in
three easy steps
• Field re-configurable and updateable
• 10 presets per switching plane
• Redundant Power Supply - On select models
VERSION
PART#
2U/4-Slot. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 60-1021-01
3U/6-Slot. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 60-855-01
4U/8-Slot. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 60-856-01
5U/10-Slot. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 60-857-01
­112 Extron Digital Design Guide
SMX 200 Frame
Matrix Switchers
SMX DVI Series
DVI Matrix Switcher Boards
FEATURES:
• Supports data rates to 4.95 Gbps - 1.65 Gbps
per color
• Supports computer video up to 1920x1200,
including 1080p/60
• EDID Minder® automatically manages EDID
communication between connected devices
MODEL
SMX 44 DVI
SMX 48 DVI
SMX 84 DVI
SMX 88 DVI
• Automatic cable equalization for each input to
100 feet (30 meters) at 1920x1200/8-bit color
when used with Extron DVI Pro cables
• Automatic output reclocking
• Provides +5 VDC, 250 mA power on each
output for external peripheral devices
VERSION
PART#
4x4 DVI; 1 Slot. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 70-598-01
4x8 DVI; 2 Slots.. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 70-598-05
8x4 DVI; 2 Slots.. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 70-598-02
8x8 DVI; 2 Slots.. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 70-598-03
SMX 44 DVI Board
SMX 48 DVI Board
SMX 84 DVI Board
SMX 88 DVI Board
SMX DVI Pro Series
HDCP-Compliant DVI Matrix Switcher Boards
SMX 44 DVI Pro Board
FEATURES:
• Supported HDMI specification features include
data rates up to 6.75 Gbps, Deep Color up to
12-bit, 3D, and HD lossless audio formats
• HDCP compliant
• SpeedSwitch® Technology provides exceptional
switching speed for HDCP-encrypted content
• Key Minder® continuously verifies HDCP
compliance for quick, reliable switching
MODEL
SMX 44 DVI Pro
SMX 48 DVI Pro
SMX 84 DVI Pro
SMX 88 DVI Pro
• EDID Minder® automatically manages EDID
communication between connected devices
• Automatic cable equalization for each input to
100 feet (30 meters) at 1920x1200/8-bit color
when used with Extron DVI Pro cables
• Automatic output reclocking
• Provides +5 VDC, 250 mA power on each
output for external peripheral devices
VERSION
PART#
4x4 DVI w/HDCP; 1 Slot. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 70-598-11
4x8 DVI w/HDCP; 2 Slots.. . . . . . . . . . . . . . . . . . . . . . . . . . . . 70-598-15
8x4 DVI w/HDCP; 2 Slots.. . . . . . . . . . . . . . . . . . . . . . . . . . . . 70-598-12
8x8 DVI w/HDCP; 2 Slots.. . . . . . . . . . . . . . . . . . . . . . . . . . . . 70-598-13
SMX 48 DVI Pro Board
SMX 84 DVI Pro Board
SMX 88 DVI Pro Board
SMX HDMI Series
HDMI Matrix Switcher Boards
SMX 44 HDMI Board
FEATURES:
• Supported HDMI specification features include
data rates up to 6.75 Gbps, Deep Color up to
12-bit, 3D, and HD lossless audio formats
• HDCP compliant
• SpeedSwitch® Technology provides exceptional
switching speed for HDCP-encrypted content
• Key Minder® continuously verifies HDCP
compliance for quick, reliable switching
MODEL
SMX 44 HDMI
SMX 48 HDMI
SMX 84 HDMI
SMX 88 HDMI
• EDID Minder® automatically manages EDID
communication between connected devices
• Automatic cable equalization for each input to
100 feet (30 meters) at 1920x1200/8-bit color
when used with Extron HDMI Pro cables
• Automatic output reclocking
• Provides +5 VDC, 250 mA power on each
output for external peripheral devices
VERSION
PART#
4x4 HDMI; 1 Slot. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 70-773-01
4x8 HDMI; 2 Slots. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 70-773-05
8x4 HDMI; 2 Slots. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 70-773-02
8x8 HDMI; 2 Slots. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 70-773-03
SMX 48 HDMI Board
SMX 84 HDMI Board
SMX 88 HDMI Board
www.extron.com
113
Matrix Switchers
SMX Multi-Rate SDI Series
3G-SDI Matrix Switcher Boards
SMX 44 HD-SDI Board
FEATURES:
• Automatically adapts to SMPTE and ITU digital
video standards for 3G-SDI, HD-SDI, and SDI
• Supports data rates from 270 Mbps to
2.97 Gbps
• Optimized for SMPTE 372M dual-link HD-SDI
MODEL
SMX 44 HD-SDI
SMX 84 HD-SDI
SMX 88 HD-SDI
SMX 1616 HD-SDI
• Passes embedded audio, ancillary ID and
metadata information, and SD/HD-SDTI digital
video signals
SMX 84 HD-SDI Board
SMX 88 HD-SDI Board
VERSION
PART#
4x4 3G-SDI; 1 Slot. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 70-597-01
8x4 3G-SDI; 1 Slot. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 70-597-02
8x8 3G-SDI; 1 Slot. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 70-597-03
16x16 3G-SDI; 2 Slots. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 70-597-04
SMX 1616 HD-SDI Board
SMX FOX Series
FOX Fiber Optic Matrix Switcher Boards
SMX 88 FOX MM
FEATURES:
• Available in 8x8 and 16x16 I/O sizes
• Compatible with all Extron FOX Series
transmitters and receivers
• SpeedSwitch® Technology provides exceptional
switching speed for HDCP-encrypted content
• Input fiber link detection
• Alarm notification for fiber link loss
MODEL
SMX 88 FOX MM
SMX 88 FOX SM
SMX 1616 FOX MM
SMX 1616 FOX SM
• Industry standard LC connectors provide reliable
physical connectivity and precise fiber core
alignment
• Available as an 850 nm multimode model for
moderate-range transmissions up to 2 km
(1.25 miles) and a 1310 nm singlemode model
for extreme distances up to 30 km (18.75 miles)
VERSION
PART#
8x8 Fiber Optic, Multimode; 1 slot. . . . . . . . . . . . . . . . . 70-634-03
8x8 Fiber Optic, Singlemode; 1 slot. . . . . . . . . . . . . . . . 70-635-03
16x16 Fiber Optic; Multimode; 2 slots. . . . . . . . . . . . . 70-634-04
16x16 Fiber Optic; Singlemode; 2 slots. . . . . . . . . . . 70-635-04
SMX USB
USB 2.0 Matrix Switcher Boards
FEATURES:
• USB 2.0 compatible
• Supports data transfer rates up to 480 Mbps
• Host and Peripheral Emulation Mode
• Integrated two port hubs with 5 Volts, 500 mA
available on each output
MODEL
SMX 44 USB
VERSION
PART#
4x4 USB; 1 slot. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 70-672-01
­114 Extron Digital Design Guide
SMX 1616 FOX MM
Matrix Switchers
DMS 1600 and DMS 3600
Modular DVI Matrix Switchers
The Extron DMS Series Modular DVI Matrix
Switchers represent a new level of matrix
switching for DVI. They combine the simplicity
and reliability of a fixed I/O matrix switcher with
the convenience and flexibility of a modular
matrix switcher. DMS Series matrix switchers
accept any combination of available DMS DVI
or DMS Fiber matrix boards. Input and output
boards are available in 4-port input, 4-port
output, and 4x4 I/O versions, providing various
I/O size combinations with sizes from 4x4 to
36x36, depending on the DMS Matrix Switcher
Frame selected. The DMS Series is ideal for a
wide range of applications that require routing
of high-resolution DVI digital video signals
without copy protection.
MODEL
DMS 1600 Frame
DMS 2000 Frame
DMS 3200 Frame
DMS 3600 Frame
FEATURES:
• Available in I/O sizes
from 4x4 to 16x16
or 36x36, depending
on the DMS Matrix
Switcher Frame
selected
• Modular and fieldupgradeable design
• Choice of DMS DVI or Fiber Matrix I/O boards
• Supports data rates to 4.95 Gbps - 1.65 Gbps
per color
• EDID Minder® automatically manages EDID
communication between connected devices
• Ethernet monitoring and control
• Control software
VERSION
PART#
4U, 4-Slot Frame. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 60-1091-01
3U, 5-Slot Frame. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 60-1349-01
5U, 8-Slot Frame. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 60-1350-01
8U, 9-Slot Frame. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 60-1092-01
DMS DVI Matrix Boards
DVI Matrix Boards for DMS Series Matrix Switchers
FEATURES:
• Available in 4-port input, 4-port output, and 4x4
I/O versions
• Supports data rates to 4.95 Gbps - 1.65 Gbps
per color
• Automatic cable equalization for each DVI input
to 100 feet (30 meters) at 1920x1200/8-bit color
when used with Extron DVI Pro cables
MODEL
DMS 4i DVI
DMS 4o DVI
DMS I/O 44 DVI
• Automatic output reclocking
• Provides +5 VDC, 250 mA power on each DVI
output for external peripheral devices
DMS I/O 44 DVI Board
DMS 4i DVI Board
DMS 4o DVI Board
VERSION
PART#
4-Input DVI Matrix Board. . . . . . . . . . . . . . . . . . . . . . . . . . . . . 70-741-02
4-Output DVI Matrix Board. . . . . . . . . . . . . . . . . . . . . . . . . . . 70-741-03
4x4 I/O DVI Matrix Board. . . . . . . . . . . . . . . . . . . . . . . . . . . . . 70-741-01
DMS Fiber Matrix Boards
Single-Fiber Multimode Matrix Boards for DMS Series Matrix Switchers
DMS 4i Fiber Board
FEATURES:
• Available in 4-input, 4-output, and 4x4 I/O
versions
• Supports transmission of DVI signals for
distances of up to 300 meters (984 feet) over
one multimode fiber
• Compatible with Extron DFX Series single-fiber
DVI extenders
MODEL
DMS 4i Fiber
DMS 4o Fiber
DMS I/O 44 Fiber
• Supports data rates to 4.95 Gbps - 1.65 Gbps
per color
• Industry standard LC connectors provide reliable
physical connectivity and precise fiber core
alignment
• Automatically disables laser when fiber is
disconnected
DMS 4o Fiber Board
DMS I/O 44 Fiber Board
VERSION
PART#
4-Input Fiber Matrix Board. . . . . . . . . . . . . . . . . . . . . . . . . . . 70-975-02
4-Output Fiber Matrix Board. . . . . . . . . . . . . . . . . . . . . . . . . 70-975-03
4x4 I/O Fiber Matrix Board. . . . . . . . . . . . . . . . . . . . . . . . . . . 70-975-01
www.extron.com
115
Matrix Switchers
FOX Matrix 3200 & FOX Matrix 7200
Modular Fiber Optic Matrix Switchers from 8x8 to 72x72
The Extron FOX Matrix 3200 and FOX Matrix
7200 are high performance, modular fiber optic
matrix switchers for complete, end-to-end
digital AV signal transmission and routing over
fiber optic cable. They are expandable from
8x8 up to 72x72, and fully compatible with
FOX Series transmitters and receivers. They
feature very high speed, all-digital switching of
pixel-for-pixel DisplayPort, HDMI, DVI, 3G-SDI,
high resolution computer-video, and standard
definition video. Equipped with the integrationfriendly features common to Extron matrix
switchers, together with hot-swappable I/O
boards and fan, real-time system monitoring,
and redundant, hot-swappable power supplies,
the FOX Matrix 3200 and FOX Matrix 7200
deliver highly reliable, enterprise-wide switching
of fiber optic AV and control signals for
mission-critical environments.
FEATURES:
• I/O sizes from 8x8 to 72x72
• Compatible with all Extron FOX Series
transmitters and receivers
• SpeedSwitch® Technology provides
exceptional switching speed for HDCPencrypted content
• Integrates easily into a wide range of 4K
and UHD environments
• Multimode and singlemode I/O boards
available
• 3G-SDI I/O board available
• Modular, field-upgradeable and hotswappable design
• Dual redundant and hot-swappable power
supplies
• Advanced computer-aided diagnostics
• Status LED indicators for fiber link and
reclocking status
• Selectable input and output reclocking
• I/O grouping
• Rooming
• Global presets
• Ethernet monitoring and control
• RS-232 and RS-422 control port
• Front panel configuration port
• Rack-mountable 4U, full rack width metal
enclosure
MODEL
FOX Matrix 3200
FOX Matrix 7200
VERSION
PART#
FOX Matrix 3200 Frame.. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 60-1257-01
FOX Matrix 7200 Frame.. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 60-1256-01
I/O BOARDS
FOX I/O 88 MM
FOX I/O 88 SM
FOX I/O 88 HD-SDI
FOX 3G I/O 1616 SM P
8x8 I/O Board - Multimode. . . . . . . . . . . . . . . . . . . . . . . . . . . 70-791-21
8x8 I/O Board - Singlemode. . . . . . . . . . . . . . . . . . . . . . . . . 70-791-22
8x8 I/O Board - 3G-SDI. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 70-792-01
16x16 I/O Board - Singlemode, Path Comp.. . . . . 70-965-01
FOX Matrix 3200
FOX Matrix 7200
­116 Extron Digital Design Guide
Matrix Switchers
FOX Matrix 14400 & FOX Matrix 320x
Modular Fiber Optic Matrix Switcher from 16x16 to 320x320
The Extron FOX Matrix 14400 and FOX Matrix
320x are high performance, modular fiber optic
matrix switchers for complete, end-to-end
digital AV signal transmission and routing over
fiber optic cable. They are expandable from
16x16 to 320x320, and are fully compatible
with FOX Series transmitters and receivers.
They feature very high speed, all-digital
switching of pixel-for-pixel DisplayPort, HDMI,
DVI, 3G-SDI, high resolution computer-video,
and standard definition video. Equipped
with integration-friendly features common to
Extron matrix switchers, together with hotswappable I/O boards and fan, real-time
system monitoring, and redundant, hotswappable power supplies, the FOX Matrix
14400 and FOX Matrix 320x deliver highly
reliable, enterprise-wide switching of fiber
optic AV and control signals for mission-critical
environments.
FEATURES:
• I/O sizes from 16x16 to 320x320
• Compatible with all Extron FOX Series
transmitters and receivers
• SpeedSwitch® Technology provides
exceptional switching speed for HDCPencrypted content
FOX Matrix 14400
• Integrates easily into a wide range of 4K and
UHD environments
• Multimode and singlemode I/O boards available
• Modular, field-upgradeable and hot-swappable
design
• Dual redundant and hot-swappable
supplies
• Advanced computer-aided diagnostics
• Status LED indicators for fiber link and
reclocking
• Selectable input and output reclocking
• Global presets
• Rooming
• Ethernet monitoring and control
• RS-232 and RS-422 control port
• Front panel configuration port
• Rack-mountable 8U, full rack width metal
enclosure
MODEL
FOX Matrix 14400 Frame
FOX Matrix 320x
VERSION
PART#
FOX Matrix 14400 Frame. . . . . . . . . . . . . . . . . . . . . . . . . . . . . 60-1255-01
FOX Matrix 320x Frame.. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 60-1082-01
I/O BOARDS
FOX I/O 1616 MM
FOX I/O 1616 SM
FOX I/O 1616 HD-SDI
FOX 3G I/O 1616 SM P
16x16 I/O Board - Multimode.. . . . . . . . . . . . . . . . . . . . . . . 70-771-21
16x16 I/O Board - Singlemode. . . . . . . . . . . . . . . . . . . . . . 70-771-22
16x16 I/O Board - 3G-SDI.. . . . . . . . . . . . . . . . . . . . . . . . . . . 70-966-01
16x16 I/O Board - Singlemode, Path Comp.. . . . . 70-965-01
FOX Matrix 320x
Extron Matrix 1K
Large-Scale Matrix Switcher Program up to 1000x1000
When it comes to large-scale matrix switching
solutions for fiber optic, digital, or analog signal
routing applications, Extron has you covered.
Through the Extron Matrix 1K program, you
can create custom, scalable matrix switchers
in all common signal types with I/O sizes up
to 1000x1000 and larger. Extron Matrix 1K
switchers are designed and engineered to
your specific project requirements. Matrix 1K
digital and fiber optic matrix switchers start
at 320x320 and Matrix 1K analog matrix
switchers start at 128x128. Regardless of the
size you need, Matrix 1K switchers work with
the same ease of control and day in, day out
reliability you've come to expect from Extron.
MODEL
Call Extron for part numbers and prices
FEATURES:
• Custom, scalable matrix switchers up to
1000x1000 and larger
• Fiber optic, digital, or analog solutions available
• Engineered and delivered to your
specifications
1000
or Larger
720
576
INPUTS
432
320
••••••••
••••••••
••••••••
••••••••
••••••••
••••••••
••••••••
••••••••
320
432
576
720
1000
or Larger
OUTPUTS
www.extron.com
117
Scalers & Signal Processors
Patented Scaling Technology for the
Most Demanding 4K Applications
Extron Vector 4K Image Processing
4:4:4 Color Sampling
Vector 4K is built on Extron’s patented signal processing platforms,
Vector 4K processing is performed in the RGB domain with full
and engineered in-house for critical-quality 4K signal processing.
4:4:4 color sampling, retaining fine image detail present in video
The Vector 4K scaling engine delivers the power and precision
and PC content. Competing scalers commonly employ 4:2:2 or
required to manage the high pixel counts of today’s 4K displays
4:2:0 chroma subsampling, which may be acceptable for video,
and content.
but can negatively impact the clarity of PC-generated content.
Unparalleled, Patented Scaling Quality
The Vector 4K scaling engine incorporates Extron-patented bicubic
interpolation, which creates a new pixel by averaging adjacent pixels
above, below, to the sides, and diagonally of the new pixel. This
produces sharp, accurate output, preserving single-pixel detail that
other scaling methods lack.
4:2:2
Color Bit Depth
Vector 4K video processing is performed at 30 bits per pixel to
maximize grayscale and color accuracy. This maintains color fidelity
and detail present in native 30-bit source content, and is a minimum
requirement for supporting the BT.2020 color standard for 4K.
4:4:4
­118 Extron Digital Design Guide
Scalers & Signal Processors
DSC 301 HD
Three Input Compact HDCP-Compliant Video Scaler
FEATURES:
• HDMI and analog video scaling to HDMI
• Auto-switching between inputs
• HDMI audio embedding
• Selectable output rates from 640x480 to
1920x1200, including 1080p/60 and 2K
• Advanced scaling engine with 30-bit processing
and motion-adaptive deinterlacing for signals up
to 1080i
MODEL
DSC 301 HD
• HDCP compliant
• Key Minder® continuously verifies HDCP
compliance for quick, reliable switching
• EDID Minder® automatically manages EDID
communication between connected devices
• On-screen menus
VERSION
PART#
Three Input HDCP-Compliant Scaler. . . . . . . . . . . . . . 60-1253-01
DSC 3G-HD A
3G-SDI to HDMI Scaler with Audio Embedding
FEATURES:
• 3G‑SDI, HD‑SDI, and SDI to HDMI video scaling
• Accepts 3G‑SDI/HD‑SDI/SDI signals up to
2.97 Gbps
• Advanced scaling engine with 30-bit processing
and motion-adaptive deinterlacing for signals up
to 1080i
• HDMI audio embedding
MODEL
DSC 3G-HD A
• Selectable output rates from 640x480 to
1920x1200, including 1080p/60 and 2K
• Input equalization and reclocking on buffered
loop‑through
• On‑screen menus
VERSION
PART#
3G-SDI to HDMI Scaler. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 60-1303-01
DSC HD-3G A
HDMI to 3G-SDI Scaler with Audio Embedding
FEATURES:
• HDMI to 3G-SDI, HD-SDI, and SDI video scaling
• Accepts HDMI signals up to 1920x1200,
1080p/60, and 2K
• Two simultaneous 3G-SDI/HD-SDI/SDI outputs
• Advanced scaling engine with 30-bit processing
and motion-adaptive deinterlacing for signals up
to 1080i
MODEL
DSC HD-3G A
• SDI audio embedding
• Selectable output rates from 480i and 576i to
1080p/60 and 2K
• Genlock input with loop-through
• On-screen menus
VERSION
PART#
HDMI to 3G-SDI Scaler. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 60-1304-01
DSC HD-HD
HDMI to HDMI Scaler
FEATURES:
• HDMI video cross conversion
• Accepts HDMI video from 480i up to
1920x1200, 1080p/60, and 2K
• Advanced scaling engine with 30-bit processing
and motion-adaptive deinterlacing for signals up
to 1080i
• Selectable output rates from 640x480 to
1920x1200, including 1080p/60 and 2K
MODEL
DSC HD-HD
• HDCP compliant
• EDID Minder® automatically manages EDID
communication between connected devices
• On-screen menus
• Internal video test patterns and pink noise
generator for calibration and setup
• Front panel USB configuration port
VERSION
PART#
HDMI to HDMI Scaler. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 60-1489-01
www.extron.com
119
Scalers & Signal Processors
DSC DP-HD A
DisplayPort to HDMI Scaler with Audio De-Embedding
FEATURES:
• DisplayPort to HDMI video scaling
• Accepts DisplayPort signals up to 3840x2160
@ 30 Hz
• Buffered DisplayPort input loop-through enables
local monitoring at original signal resolution
• Advanced scaling engine with 30-bit processing
and motion-adaptive deinterlacing for signals up
to 1080i
• DisplayPort audio de-embedding
• Selectable output rates from 640x480 to
1920x1200, including 1080p/60 and 2K
• HDCP compliant
MODEL
DSC DP-HD A
• EDID Minder® automatically manages EDID
communication between connected devices
• Supports DisplayPort data rates up to
10.8 Gbps
• On-screen menus
• Internal video test patterns and pink noise
generator for calibration and setup
• RS-232 control port
• Front panel USB configuration port
VERSION
PART#
DisplayPort to HDMI Scaler with Audio De-Embedding. . . . . . 60-1454-01
DSC 3G-3G A
3G-SDI to 3G-SDI Scaler with Audio Embedding and De-Embedding
FEATURES:
• 3G‑SDI video cross conversion
• Accepts 3G‑SDI/HD‑SDI/SDI signals up to
2.97 Gbps
• Two simultaneous 3G‑SDI/HD‑SDI/SDI outputs
• Advanced scaling engine with 30-bit processing
and motion-adaptive deinterlacing for signals up
to 1080i
• SDI audio embedding
• SDI audio de‑embedding
• Selectable output rates from 480i and 576i to
1080p/60 and 2K
MODEL
DSC 3G-3G A
• Input equalization and reclocking on buffered
loop‑through
• Genlock input with loop‑through
• On‑screen menus
• Internal video test patterns and pink noise
generator for calibration and setup
• RS‑232 control port
• Front panel USB configuration port
VERSION
PART#
3G-SDI to 3G-SDI Scaler. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 60-1453-01
IN1604
Four Input HDCP-Compliant Scaler
FEATURES:
• Integrates HDMI, analog video, and audio
sources into presentation systems
• Three HDMI inputs and one universal analog
video input
• Available with DTP or HDMI output
• Auto-switching between inputs
• Advanced scaling engine with 30-bit processing
and motion-adaptive deinterlacing for signals up
to 1080i
MODEL
IN1604 DTP
IN1604 HD
• HDMI audio embedding
• HDMI audio de-embedding
• Available integrated DTP output supports
transmission of HDMI, control, and analog audio
up to 330 feet (100 meters) over a shielded
CATx cable
IN1604 DTP
VERSION
PART#
Four Input Scaler with DTP Output. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 60-1457-01
Four Input Scaler with HDMI Output. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 60-1457-02
IN1604 HD
­120 Extron Digital Design Guide
Scalers & Signal Processors
IN1606
Six Input HDCP-Compliant Scaling Presentation Switcher
FEATURES:
• Integrates HDMI, analog video, and audio
sources into presentation systems
• Four HDMI inputs and two universal analog video
inputs
• Two simultaneous HDMI outputs
• Two mic/line inputs with 48 volt phantom power
• HDMI audio embedding
• HDMI audio de-embedding
• Selectable output rates from 640x480 to
1920x1200, including 1080p/60 and 2K
MODEL
IN1606
• Key Minder®
continuously verifies
HDCP compliance
for quick, reliable
switching
• EDID Minder® automatically manages EDID
communication between connected devices
• SpeedSwitch® Technology provides exceptional
switching speed for HDCP-encrypted content
• On-screen menus
• Built-in Web pages
VERSION
PART#
HDCP-Compliant Scaling Switcher. . . . . . . . . . . . . . . . 60-1081-01
DVS 605
Five Input HDCP-Compliant Scaler with Seamless Switching
FEATURES:
• Integrates HDMI and analog video sources into
presentation systems
• Three HDMI inputs and two universal autodetecting analog video inputs
• Simultaneous outputs for HDMI and analog RGB
or component video
• True seamless switching
• PIP - picture-in-picture
• Auto-switching between inputs
• Auto input format detection
• Aspect ratio control
MODEL
DVS 605
DVS 605 A
DVS 605 D
DVS 605 AD
VERSION
PART#
Standard Version. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 60-1059-01
With Audio Switching.. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 60-1059-02
With 3G/HD-SDI Output. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 60-1059-03
With 3G/HD-SDI Out and Audio Switching. . . . . . . 60-1059-04
HAE 100 4K
HDMI Audio De-Embedder
FEATURES:
• HDMI audio de-embedding with analog stereo or
dual mono, and digital S/PDIF audio outputs
• Supports computer and video resolutions up to
4K
• Supported HDMI specification features include
data rates up to 10.2 Gbps, Deep Color up to
12-bit, 3D, and CEC pass-through
• HDCP compliant
• User-selectable HDCP authorization
• Selectable output format
• De-embeds audio with or without HDMI output
connected
MODEL
HAE 100 4K
• Simultaneous analog stereo and digital S/PDIF
outputs when de-embedding two-channel
LPCM audio
• HDMI audio pass-through
• EDID Minder® automatically manages EDID
communication between connected devices
• Automatic HDMI input cable equalization to 50
feet (15 meters) at 4K, or 100 feet (30 meters)
at 1080p/60 when used with Extron HDMI Pro
cables
• Easy setup and commissioning with Extron's
PCS - Product Configuration Software
• Rack-mountable 1" (2.5 cm) high, quarter rack
width metal enclosure
VERSION
PART#
HDMI Audio De-Embedder.. . . . . . . . . . . . . . . . . . . . . . . . . . 60-1542-01
www.extron.com
121
Scalers & Signal Processors
HAI 100 4K
HDMI Audio Embedder
FEATURES:
• Embeds two-channel analog or S/PDIF digital
audio onto an HDMI signal
• Supports two-channel stereo analog audio, or
two-channel or multi-channel S/PDIF digital
audio
• Supports computer and video resolutions up to 4K
• Supported HDMI specification features include
data rates up to 10.2 Gbps, Deep Color up to
12-bit, 3D, and CEC pass-through
• HDCP compliant
• User-selectable HDCP authorization
MODEL
HAI 100 4K
• Selectable output format
• HDMI audio pass-through
• EDID Minder® automatically manages EDID
communication between connected devices
• Automatic HDMI input cable equalization to
50 feet (15 meters) at 4K, or 100 feet (30 meters)
at 1080p/60 when used with Extron HDMI Pro
cables
• Comprehensive, real-time status LED indicators
for troubleshooting and monitoring
VERSION
PART#
HDMI Audio Embedder. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 60-1364-01
3G-AE 100
Eight-Channel Audio Extractor for 3G-SDI
FEATURES:
• De-embeds up to eight channels of digital audio
from a 3G-SDI, HD-SDI, or SDI digital video
signal
• Eight line level, balanced/unbalanced analog
audio outputs
• Automatically adapts to SMPTE and ITU digital
video standards for 3G-SDI, HD-SDI, and SDI
• Supports data rates from 270 Mbps to
2.97 Gbps
MODEL
3G-AE 100
• Supports SDI groups 1/2 or 3/4
• Buffered 3G-SDI/HD-SDI/SDI loop-through
• Two units can be cascaded to support up to
16 channels of embedded audio
• Automatic input cable equalization improves
signal transmission distances:
HD-SDI and SDI - up to 600 feet (185 m) on
RG6
3G-SDI - up to 500 feet (150 m) on RG6
VERSION
PART#
3G-SDI Audio Extractor. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 60-1353-01
DPH 101
DisplayPort to HDMI Active Adapter
FEATURES:
• Provides connectivity between Type 2 enabled,
4K-capable Dual-Mode DisplayPort equipped
sources and HDMI sink devices
• Equalizes incoming DisplayPort signals up to
15 feet (4.5 meters) to compensate for signal
loss due to low quality cables or marginal
sources
MODEL
DPH 101
• Reconditions HDMI signals at the output to
ensure signal integrity up to 15 feet (4.5 m) to the
connected HDMI device
• Supports computer video to 2560x1600,
1080p/60 Deep Color, and 4K resolutions
• Passes EDID information from HDMI display to
the source
• HDCP compliant
VERSION
PART#
DisplayPort F-HDMI F, Active Adapter. . . . . . . . . . . . . 60-1379-01
RGB-DVI 300
RGB to DVI Scaler
FEATURES:
• RGB and HDTV component video scaling to DVI
• Selectable output rates up to 1920x1200,
including 1080p/60 and 2K
• Auto Input Format Detection
• EDID Emulation provides selectable resolutions
and refresh rates to ensure reliable operation
• Output Standby Mode
• Auto-Image™ setup
MODEL
RGB-DVI 300
• Auto Input Memory
• Picture controls for brightness, contrast, detail,
horizontal and vertical positioning, sizing, and
zoom
• On-screen display
• RS-232 control port
• Internal video test patterns for calibration and
setup
VERSION
PART#
RGB to DVI Scaler. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 60-906-01
­122 Extron Digital Design Guide
Scalers & Signal Processors
RGB-HDMI 300 A
RGB and Stereo Audio to HDMI Scaler
FEATURES:
• RGB and HDTV component video scaling to
HDMI
• HDMI audio embedding
• Selectable output rates up to 1920x1200,
including 1080p/60 and 2K
• Auto Input Format Detection
• EDID Emulation provides selectable resolutions
and refresh rates to ensure reliable operation
• Output Standby Mode
MODEL
RGB-HDMI 300 A
• Auto-Image™ setup
• Auto Input Memory
• Picture controls for brightness, contrast, detail,
horizontal and vertical positioning, sizing, and
zoom
• On-screen display
• RS-232 control port
• Internal video test patterns for calibration and
setup
VERSION
PART#
RGB and Stereo Audio to HDMI Scaler. . . . . . . . . . . 60-1074-01
MGP 462 Pro
Two Window HDCP-Compliant Multi-Window Processor
FEATURES:
• Combines HDMI, 3G-SDI, high resolution RGB,
component, S-video, and composite input
sources into two windows on a single display
• RGB, HDTV component video, and HDCPcompliant HDMI output
• Key Minder® continuously verifies HDCP
compliance for quick, reliable switching
• Selectable output rates from 640x480 to
1920x1200, including 1080p/60 and 2K
MODEL
MGP 462 Pro
MGP 462 Pro DI
MGP 462 Pro 3G-SDI
• Graphic Still Store
enables use of screen
captures or uploaded
graphics as background
images
• Live video background
from a dedicated HDMI
source
VERSION
PART#
Two Windows, Standard Version.. . . . . . . . . . . . . . . . . . . 60-1258-01
Two Windows, With 4 HDMI Inputs. . . . . . . . . . . . . . . . 60-1258-02
2 Windows, 2 3G/HD-SDI & 2 HDMI Inputs. . . . . . 60-1258-03
MGP 464 Pro
Four Window HDCP-Compliant Multi-Window Processor
FEATURES:
• Combines HDMI, 3G-SDI, high resolution RGB,
component, S-video, and composite input
sources into four windows on a single display
• RGB, HDTV component video, and HDCPcompliant HDMI output
• Key Minder® continuously verifies HDCP
compliance for quick, reliable switching
• Selectable output rates from 640x480 to
1920x1200, including 1080p/60 and 2K
MODEL
MGP 464 Pro
MGP 464 Pro DI
MGP 464 Pro 3G-SDI
• Graphic Still Store
enables use of
screen captures or
uploaded graphics as
background images
• Live video background
from a dedicated
HDMI source
VERSION
PART#
Four Windows, Standard Version. . . . . . . . . . . . . . . . . . . 60-1259-01
Four Windows, With 4 HDMI Inputs. . . . . . . . . . . . . . . . 60-1259-02
4 Windows, 2 3G/HD-SDI & 2 HDMI Inputs. . . . . . 60-1259-03
www.extron.com
123
Scalers & Signal Processors
QC 101
Controller for Quantum Elite and Quantum Connect Videowall Processors
FEATURES:
• Compact, rack-mountable controller for
Quantum® Elite and Quantum Connect videowall
processors
• Preinstalled Quantum Control Software
• Automated controller startup and connection to
Quantum processor
• Easily integrates into a control system to provide
simplified videowall operation
• Embedded, write-protected operating system
MODEL
QC 101 E
QC 101 C
• 80 GB solid state drive
• Front panel LED indicators for power status,
SSD, and LAN activity
VERSION
PART#
Quantum Elite Controller.. . . . . . . . . . . . . . . . . . . . . . . . . . . . . 60-1579-01
Quantum Connect Controller. . . . . . . . . . . . . . . . . . . . . . . . 60-1579-02
Quantum Connect Series
HDCP-Compliant Videowall Processors
The Extron Quantum® Connect 82 and
Quantum Connect 84 are HDCP-compliant
videowall processors that deliver the same high
quality video scaling, windowing capability,
and reliable, real-time performance as Extron's
flagship Quantum Elite processors. Quantum
Connect is ideal for videowalls with two to four
displays, delivering powerful, highly versatile
video processing with flexible windowing
capabilities. It features high performance video
scaling technology capable of producing
superior quality upscaled and downscaled
images. Quantum Connect processors are
available in two popular configurations featuring
eight HDMI inputs and two or four HDMI
outputs. They are ideal for crafting professional
quality videowall presentations in public
spaces, digital signage in retail environments,
and control rooms.
FEATURES:
• Videowall processing for videowalls with up to
four displays
• HDCP-compliant HDMI inputs and outputs
support resolutions up to 1920x1200 and
1080p/60
• High speed, dedicated video/graphic bus
delivers real-time performance
• High quality image upscaling and downscaling
• Bezel compensation for flat-panel displays
• Quantum Connect 84 integrates easily into
environments that incorporate a 4K display such
as lobbies, auditoriums, and simulation
MODEL
Quantum Connect 82
Quantum Connect 84
• HDCP Visual Confirmation provides a green
signal when encrypted content is sent to a
non‑compliant display
• Key Minder® continuously verifies HDCP
compliance for quick, reliable switching
• HDCP encryption status LEDs on HDMI inputs
and outputs
• Reliable connectivity for HDMI cables
• Easy-to-use configuration and control software
• Optimal reliability for critical environments
VERSION
PART#
8 Input, 2 Output Videowall Processor. . . . . . . . . . . . 60-1114-11
8 Input, 4 Output Videowall Processor. . . . . . . . . . . . 60-1114-12
­124 Extron Digital Design Guide
Scalers & Signal Processors
Quantum Elite
HDCP-Compliant Scalable Videowall Processing System
FEATURES:
• Scalable videowall processing for large
videowalls with up to 28 displays or more
• Card frame videowall processing system
available with 8 or 15 slots
• Scalable, field-expandable systems: Extron field
staff can add cards or cascade card frames to
add more inputs and outputs
• Integrates easily into a diverse array of 4K
environments such as lobbies, auditoriums, and
simulation
• Supports 3G-SDI, HDMI, DVI, RGB analog, HD
component, and standard video input signals
• Two input 3G-SDI card accepts SDI, HD-SDI,
and 3G-SDI signals from 270 Mbps up to 2.97
Gbps
• HDMI, DVI, and RGB analog output options
support many display types
• HDCP-compliant input/output options
• HDCP Visual Confirmation provides a green
signal when encrypted content is sent to a
non‑compliant display
• Key Minder® continuously verifies HDCP
compliance for quick, reliable switching
• High speed, dedicated video/graphic bus
delivers real-time performance
• Dual HDMI/DVI output card supports resolutions
up to 1920x1200 and HDTV 1080p/60 Hz
• HDCP encryption status LEDs on HDMI inputs
and outputs
• Dual DVI/RGB output card supports resolutions
up to 1920x1200 and HDTV 1080p/60 Hz
• Up to 128 video/graphic windows per dual
output card
• Output overlap for edge-blended applications
• Bezel compensation for flat-panel displays
• Dual input card for HDMI or DVI graphics and
video
• Dual input card for DVI signals
• Dual input card for analog RGB or HD
component video signals
• 12-channel video input card supports any mix of
composite or S-video signals
• Background keying for stored image files
• High quality image upscaling and downscaling
• Supports digital and analog input signals up to
1920x1200
• Easy-to-use configuration and control software
• Solid state flash storage in 15-slot frame
eliminates risk of virus retention and allows
simple removal of system data
• Ruggedized real-time operating system and
power redundancy features support 24/7
operation
MODEL
Quantum Elite 408
Quantum Elite 615
VERSION
PART#
4U/8 Slot Card Frame. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 60-1112-01
6U/15 Slot Card Frame. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 60-1111-01
I/O CARDS
QEC I12VID
QEC I2DVI
QEC I2HDMI
QEC I2RGB
QEC I2SDI
QEC O2
QEC O2HDMI
12 Input Video/S-Video Card. . . . . . . . . . . . . . . . . . . . . . . 70-751-01
Two Input DVI Card. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 70-753-01
Two Input HDMI Card. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 70-954-01
Two Input Analog RGB/YUV Card. . . . . . . . . . . . . . . . . . 70-752-01
Two Input 3G-SDI Card. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 70-1012-01
Two Output DVI/RGBHV Card. . . . . . . . . . . . . . . . . . . . . . . 70-750-01
Two Output HDMI Card. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 70-955-01
www.extron.com
125
AV to USB Bridge
MediaPort 200
HDMI and Audio to USB Scaling Bridge
The Extron MediaPort 200 is an HDMI to
USB bridge for integrating pro AV sources or
systems with software codec conferencing
applications. It works seamlessly with a
computer using generic USB video and audio
drivers. The MediaPort 200 features an HDMI
input with HDCP-compliant loop through,
accepts signals up to 1920x1200, and scales
video to a USB 2.0 output. Audio features
include program and mic inputs, HDMI audio
de‑embedding, and USB bidirectional audio,
plus AEC reference and line level outputs.
The MediaPort 200 also includes DSP with
EQ, filters, mixing, dynamics, and ducking.
This allows the MediaPort 200 to serve as a
complete soft codec interface, with the added
flexibility of integrating into larger hardware
codec or DSP systems. The MediaPort 200
enables versatile integration of conferencing
PCs into pro AV system designs.
MODEL
MediaPort 200
FEATURES:
• Seamlessly integrates pro AV sources or
systems into software codec applications
• USB 2.0 device connection appears as generic
Webcam to host computer
• Video scaling provides USB output from
320x180 to 1080p/15 to match common
software codec requirements
• Integrated audio DSP
• AEC reference output
• HDCP-compliant HDMI input and loop-through
Works with these and other
conferencing applications:
VERSION
PART#
HDMI and Audio to USB Scaling Bridge. . . . . . . . . . 60-1488-01
Extron
MediaPort 200
From
AV System
Video
HDMI and Audio to
USB Scaling Bridge
Audio
Audio
MODEL 80
0.4A MAX
I1 I2 G O1 O2
HDMI
AEC
L
LINE
MIC/LINE
R
L
LINE
R
LAN
USB
RESET
LOOP OUT
8Ω / 4Ω
RS-232 +12V
INPUTS
Tx Rx G
L
R
L
L
R
R
V
10V
C
G
50mA
REMOTE
REMOTE
OUTPUT
CLASS 2
WIRING
POWER
12V
0.7A MAX
0.1A
MAX
+48V
INPUT
50/60 Hz
MPA 152 Plus
I/O
AUX
OUTPUTS
MediaPort 200
100-240V
Extron
MPA 152 Plus
Extron
SM 3
Power Amplifier
Full-Range
Speakers
Audio
FLAT PANEL
Video
Audio
Display
To
Hardware
Videoconferencing
Codec
Video/
Audio
Video
MODEL 80
WiFi
1 2 3 4
Boundary Microphone
WiFi
Ethernet
Audio
•
P
U
S H
•
TCP/IP
Network
1 2 3 4
Video/
Audio
Ethernet
FLAT PANEL
Mute and LED Control
Display
PC
­126 Extron Digital Design Guide
Location A
PC
Location B
Streaming AV Products
SMP 351
H.264 Streaming Media Processor
The SMP 351 is a high performance streaming
and recording processor for capturing and
distributing AV sources and presentations
as live streaming or recorded media. It
incorporates Extron's FlexOS®, a flexible
platform for automating system operation.
Accepting HDMI, component, composite, and
optional 3G‑SDI signals, it applies two-window
processing to the selected sources. The SMP
351 can record and stream simultaneously and
can stream at two different resolutions and bit
rates concurrently using a range of transport
protocols and session management options.
Comprehensive control and configuration
features make the SMP 351 integrationfriendly, easy to control, and operate. Requiring
no licensing fees, the SMP 351 has a low
cost of ownership, making it a cost-effective
solution for delivering presentations to a larger
audience.
FEATURES:
• Process two high resolution AV signals from up
to five available inputs
• Stream and record simultaneously
• High quality scaling with flexible two-window
management
• Produces MP4 media files that are compatible
with virtually any media player
MODEL
SMP 351
SMP 351 3G-SDI
• Flexible I/O ports for advanced AV system
management
• License-free operation contributes to a low cost
of ownership
• Available with 400 Gigabytes of internal solid
state storage to allow more time between
content transfers
VERSION
PART#
Standard Version – 80 GB SSD. . . . . . . . . . . . . . . . . . . . . 60-1324-01
with 3G-SDI Input – 80 GB SSD. . . . . . . . . . . . . . . . . . . . 60-1324-02
SCM
SCM - Streaming Content Manager
FEATURES:
• Manage the transfer of SMP 351 recording data
to rights-managed storage directories
• Processes recorded media produced by the
SMP 351 into Extron Media Player file packages
• Import user data from standard network active
directory network services
MODEL
SCM
• Automatically update user data from active
directory network services
• Define and manage access privileges for users
and groups
VERSION
PART#
Streaming Content Manager. . . . . . . . . . . . . . . . . . . . . . . . . 79-584-01
www.extron.com
127
Streaming AV Products
EMP
Extron Media Player
FEATURES:
• Play back MP4 (M4V) files produced by the
Extron SMP 351 Streaming Media Processor
• Provides an enhanced playback experience
including playback controls, playback bar, timesynchronized thumbnails and metadata
• Play back AV recordings from local or network
storage locations
MODEL
EMP
• Compatible with multiple browser platforms that
use the HTML5 video player
• Customizable player layouts
• Exclusively for playback of SMP 351 recordings
processed by Extron Streaming Content
Manager software
VERSION
PART#
Extron Media Player. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 79-583-01
SME 100
H.264 Streaming Media Encoder
FEATURES:
• Streams DVI, RGB, HDTV, and video signals with
audio over IP networks
• Use with the SMD 101 H.264 decoder to provide
complete end-to-end streaming systems
• Compatible with many third-party H.264 devices
including set-top box decoders
• Supports input signals up to 1920x1200,
including 1080p/60
• DVI, RGB, HDTV, and standard definition video
upscaling and downscaling
• Integrated three-input AV switcher
• Buffered input loop-throughs for video and audio
• Auto Input Format Detection
• Auto-Image™ setup
• Push and pull streaming session management
• Push streaming transport protocols
• Session Announcement Protocol - SAP and
Session Description Protocol - SDP
• H.264 compression profiles and level selection
• Encoding quality controls including video
resolution, video bit rate, frame rate, constant or
variable bit rate control, GOP length, and audio
bit rate
MODEL
SME 100 HD
• Encoding presets for quick recall of specific
compression settings
• Streaming presets for quick recall of specific
system configurations
• Auto Input Memory
• EDID Minder® automatically manages EDID
communication between connected devices
• Audio breakaway
• Picture controls for brightness, contrast, color,
tint, detail, as well as horizontal and vertical
positioning, sizing, and zoom
• Advanced deinterlacing
• Internal test patterns for setup
• Ethernet monitoring and control
VERSION
PART#
H.264 HD Encoder. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 60-1061-01
­128 Extron Digital Design Guide
Streaming AV Products
SMD 202
H.264 Streaming Media Player and Decoder
FEATURES:
• Plays back media files from internal memory,
removable SD card, USB storage, or network
shares
• Decodes live H.264 streams using a variety of
streaming protocols
• Local HDMI input with embedded stereo or
analog stereo audio
• Selectable output resolutions from 640x480 to
1920x1200 including 1080p/60
• Supports streaming resolutions from 480x320
up to 1080p/60
• Multi-language, interactive on-screen display for
setup and source selection
• Control from front panel, IR remote, wired IR,
RS-232, Ethernet, or embedded Web interface
• On-screen presentation of streaming source
information
MODEL
SMD 202
SMD 202 Remote
• Play back media files in a loop or as part of a
playlist
• Seamless media file transitions and looped
playback
• Elegant still frame transition effects
• Play, pause, stop, and seek transport control
• Interactive On-Screen Display
• Optional SMD 202 Remote IR remote control
• HDCP-compliant HDMI input and output signal
support with Visual Confirmation
• Selectable audio output format: HDMIembedded stereo audio or analog stereo audio
• Ethernet to RS-232 pass through control
• Compatible with unicast and multicast push, or
unicast and multicast pull streaming applications
VERSION
PART#
H.264 Player and Decoder. . . . . . . . . . . . . . . . . . . . . . . . . . . 60-1306-01
Handheld IR Remote Control for SMD 202. . . . . . . 70-1059-01
SMD 101
H.264 Streaming Media Decoder
FEATURES:
• Supports live IP video stream decoding
• Supports streaming resolutions from 480x320
up to 1080p/60
• AV media file playback from network shares
• Compatible with MP4 and MPEG-2 Transport
Stream container formats
• Selectable audio output format: HDMIembedded stereo audio or analog stereo audio
• Integrated scaler offers selectable output
resolutions from 640x480 to 1920x1200
• Decode at native resolution
MODEL
SMD 101
• EDID defined scaling
• Ethernet to RS-232 pass through control
• Fill/Follow/Fit Aspect Ratio Management
• Control from IR remote, wired IR, RS-232,
Ethernet, or embedded Web interface
• Compatible with the full range of SME 100
streaming transport protocols
• Compatible with unicast and multicast push, or
unicast pull streaming applications
• Optional SMD 101 Remote IR remote control
VERSION
PART#
H.264 Decoder. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 60-1305-01
www.extron.com
129
Streaming AV Products
VN-Matrix® 250 Series
HDCP-Compliant HDMI and RGB Video Over IP Encoders and Decoders
FEATURES:
• HDCP-compliant streaming
• Stream at native resolutions up to 1920x1200
and 2048x1080
• Low latency streaming
• Extensive bit rate management
• High immunity to network errors
• PURE3® Codec
• User-definable analog source capture
• EDID Minder® automatically manages EDID
communication between connected devices
• Key Minder® continuously verifies HDCP
compliance
• HDCP Visual Confirmation provides a green
signal when encrypted content is sent to a
non-compliant display
• Auto-Image™ setup
• Auto Input Memory
MODEL
VNE 250
VND 250
• Decode at native resolution or scale to match
display resolution
• VN-Matrix 250 encoders and decoders can
be configured into systems that stream 4K
resolution sources
• Encoder accepts HDMI-embedded stereo audio
or analog stereo audio
• Decoder outputs HDMI-embedded stereo audio
and analog stereo audio
• Aspect ratio control
• Two-way audio streaming
• Local Ethernet control port
• SFP port for use with fiber-optic transceivers
• Decoder genlock connection for synchronized
decoding
• Audio breakaway streaming
• USB keyboard and mouse streaming
• Unicast or multicast streaming
VERSION
PART#
Encoder for HDMI, RGB, Audio, USB K&M.. . . . . . 60-1274-01
Decoder for HDMI, Audio, USB K&M. . . . . . . . . . . . . . 60-1275-01
VN-Matrix® 325
3G-SDI Over IP Codec
FEATURES:
• Streams serial digital video with embedded audio
• Supports 3G-SDI, HD-SDI, or SDI signals
• ANSI/CEA 608E and 708-D closed captioning
support
• Ancillary timecode support
• Low latency streaming - 35 ms encode and
35 ms decode
• 10-bit YCrCb 4:2:2 encoding
MODEL
VNC 325 3G-SDI
• Supports resolutions up to 1080p/60
• Embedded audio
• Streaming data rates from 6 Mbps to 150 Mbps
• Codec switchable between encode and decode
operation
• Compatible and interoperable with VN-Matrix
300 models
• Stream embedded audio as two channels or
ANC data blocks of four channels
VERSION
PART#
Codec for 3G-SDI. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 60-1249-01
VNM Recorder
VN-Matrix® Multi-Channel Recorder
FEATURES:
• Records multiple VN-Matrix PURE3® encoded
audio and video IP streams
• Select up to five PURE3 streams to record and
play back later as a group
• Configure systems with multiple recorders for
applications that must record and play back
more than five streams
• Playback controls available to external control
systems include: search, locate, variable speed
playback - forward and reverse, single frame
advance
MODEL
VNM Recorder
• Export sequential JPEG or Targa frames for use
in media players or video productions
• 2 Terabyte RAID5 formatted storage with hot
spare hard drive
• View playback of recorded streams using
VN-Matrix hardware codecs, decoders, or
VN-Matrix Software Decoders
• Recorder drive set available as a replacement
or for data-sensitive applications where
independent storage is required to record
different events
VERSION
PART#
Recorder. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 60-1121-01
­130 Extron Digital Design Guide
VNE 250
VND 250
Streaming AV Products
VNR 100
VN-Matrix® Single Channel Recorder
FEATURES:
• Simultaneously record and play back VN-Matrix
AV streams
• Time-shift capabilities support time-slip or
chase-play applications
• Transport controls include: play, pause, and
variable speed playback at 2x 4x 8x speeds
in forward or reverse as well as single frame
advance in forward or reverse
• System scalability create multi-channel recording
systems using multiple VNR 100 units
MODEL
VNR 100
• System synchronization synchronize playback
across multiple VNR 100 units
• Replacement media drive and operating system
drive available
VERSION
PART#
VN-Matrix Single Channel Recorder. . . . . . . . . . . . . . . 60-1291-01
VNM Enterprise Controller
VN-Matrix Enterprise Controller
FEATURES:
• Manage, configure, and control all VN-Matrix and
VN-Matrix Recorder units as a system
• Create system presets for stream routing and
recording configurations
• Control VNS 104 Multi-Stream Decoding
Software display configurations and streaming
connections
• High-level interface provides single point of
control from external control systems
• Manage multiple VN-Matrix systems in combined
or independent domains
• Provide redundant control for mission-critical
applications
MODEL
VNM Enterprise Controller
• Standard model employs hard disk storage
• Model with flash storage available for
applications requiring the reliability of a
completely solid state system or temporary
removal of sensitive system data
• Flash drive upgrade kit available for existing VNM
Enterprise Controllers with hard disk drives
VERSION
PART#
VN-Matrix Enterprise Controller. . . . . . . . . . . . . . . . . . . . . 60-1133-01
JMP 9600
Two-Channel JPEG 2000 HD Video Player
FEATURES:
• JPEG 2000 DCP file playback via HD-SDI or
DVI-I
• Plays back JPEG 2000 encoded content at up
to 250 Mbps with 36 bits per pixel and 4:4:4
color sampling
• Dual outputs can operate as two independent
sources or as two synchronized outputs
• Multiple JMP 9600 2K units can lock together for
multi-screen applications
• Configure JMP 9600 2K units into systems that
play back 4K video content
• Create playback files using J2KENC or J2KENC
PRO encoding software
MODEL
JMP 9600 HD
JMP 9600 2K
• Genlock input and
linear time code input
and output, JMP 9600
2K model only
• 1080p HD and 2K
playback at up to
50/60p, JMP 9600 2K
model only
• Standard JMP 9600
models feature 1 TB of hard disk storage
capacity
• 128 GB solid state storage models are available
on a build-to-order basis
VERSION
PART#
JPEG 2000 Media Player HD. . . . . . . . . . . . . . . . . . . . . . . . 60-1135-01
JPEG 2000 Media Player 2K. . . . . . . . . . . . . . . . . . . . . . . . . 60-1136-01
www.extron.com
131
Wireless
eLink 100
Professional Grade Wireless Extender for HDMI
The Extron eLink 100 is a professional‑grade
wireless transmitter and receiver set for
extension of HDMI video and multi‑channel
audio up to 100 feet (30 meters). This
HDCP‑compliant extender features a robust
wireless communication technology to ensure
high reliability and real‑time performance with
exceptional image quality for resolutions up to
1920x1080, including 1080p/60. It includes
features designed specifically for professional
AV systems such as AES‑128 encryption to
ensure a secure link and use of the 5 GHz
spectrum for transmission through multiple
walls. Extron eLink™ technology ensures reliable
operation of up to four eLink extender sets
in the presence of the facility's other wireless
systems. In addition to point‑to‑point designs,
one transmitter can support four receivers to
create a wireless distribution system.
MODEL
eLink 100 T US
eLink 100 R US
eLink 100 T EU
eLink 100 R EU
FEATURES:
• Reliable, professional-grade wireless extension
of HDMI video and multi-channel audio signals
up to 100 feet (30 meters)
• Capable of transmitting through multiple walls
and furniture
• Supports computer video up to 1920x1080,
including 1080p/60
• HDCP Compliant
• Ultra-low latency transmission of video and audio
signals
• Professional-grade technology enables
simultaneous transmission from one transmitter
to as many as four receivers
• Actively monitors RF spectrum to select the ideal
transmission channels
• Supports multiple embedded audio formats
• eLink™ wireless technologies allow as many as
four transmitter and receiver sets to operate
within the same space
• Multi-input and multi-output, or MIMO, wireless
technology provides robust connection
• Cost-effective alternative to cable installation
VERSION
PART#
Transmitter - US/Canada version. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 60-1490-02
Receiver - US/Canada version.. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 60-1490-03
Transmitter - EU version.. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 60-1490-12
Receiver - EU version.. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 60-1490-13
ShareLink 200
Wireless Collaboration Gateway
The Extron ShareLink 200 Wireless
Collaboration Gateway enables anyone to
present content from a laptop, smartphone, or
tablet on a display, transforming any meeting
room into a collaboration space. ShareLink™
technology supports simultaneous display of
slides, documents, graphs, and photos from
up to four devices without needing a cable.
It is compatible with Windows® and OS X®
computers as well as Apple® and Android®
smartphones and tablets. It also includes a
moderator mode to ensure only approved
content is displayed. In spaces with sight line
concerns, slides can be viewed on a personal
device via a Web browser. The professional
capabilities of the ShareLink 200 wireless and
network models provide easy integration of
mobile devices into meeting and huddle rooms,
interactive collaborative spaces, and larger
presentation environments.
MODEL
ShareLink 200
ShareLink 200 N
­132 Extron Digital Design Guide
FEATURES:
• Wirelessly share content from personal mobile
devices
• Supports Microsoft Windows® and OS X®
computers as well as Apple® and Android®
smartphones and tablets
• Simultaneous content display from up to four
different personal devices
• Dedicated mobile app, MirrorOp® for Extron
ShareLink™, for reliable iOS and Android content
sharing
• Dropbox®, Google Drive™, iCloud®, and
OneDrive™ integration within the MirrorOp for
Extron ShareLink app provides easy access to
content stored in the cloud
• Moderator mode ensures only approved content
is displayed
• Content sharing from a computer to as many as
four ShareLink 200 units on the network
• Full screen or four-window display
• WebShare™ technology enables attendees to
view slide images on personal devices via a Web
browser
• Power over Ethernet, or PoE, eliminates the
need for a local power supply
• Wireless model includes an integrated wireless
access point - ShareLink 200 model
VERSION
PART#
Wireless Collaboration Gateway - with WAP. . . . . . . . . . . . . . . . . . . . 60-1508-01
Collaboration Gateway – Network Version - no WAP. . . . . . . . . . 60-1508-02
EDID Management & Test Generators
EDID 101D
EDID Emulator with EDID Minder ® for DVI
FEATURES:
• EDID Minder® automatically manages EDID
communication between connected devices
• Provides continuous EDID management with DVI
sources
• Selectable resolutions and refresh rates
• EDID capture mode
• Can be powered directly from the DVI source
MODEL
EDID 101D
• 1" (2.5 cm) high, one-eighth rack width metal
enclosure
• Optional energy-efficient external universal power
supply available, part #70-775-01
VERSION
PART#
EDID Emulator with EDID Minder® for DVI. . . . . . . . 60-990-01
EDID 101H
EDID Emulator with EDID Minder ® for HDMI
FEATURES:
• EDID Minder® automatically manages EDID
communication between connected devices
• Selectable resolutions and refresh rates
• EDID capture mode
• HDCP compliant
MODEL
EDID 101H
• HDMI to DVI Interface Format Correction
• HPD - Hot Plug Detect control port
• 1" (2.5 cm) high, quarter rack width metal
enclosure
VERSION
PART#
EDID Emulator with EDID Minder® for HDMI. . . . . 60-1205-01
VTG 400D & VTG 400DVI
Programmable Video and Audio Test Generators
FEATURES:
• Video outputs: RGBHV on BNC and 15-pin
HD connectors, component video on BNC
connectors, S-video on a 4-pin mini DIN
connector, composite video on a BNC connector
• 34 video test patterns
• Seven audio test signals
• 113 selectable output rates, including high
resolution compter-video, HDTV, and NTSC/PAL
video
• 183 user-defined, custom output rates
• Patented Scope-Trigger™ expedites signal/
system troubleshooting when using an
oscilloscope
• Four Quick Select memory presets
• Broadcast quality video encoder
• Auto Sequence mode
• Selectable RGB color output
MODEL
VTG 400D
VTG 400DVI
• Auto-memory recall
• RS-232 control port for custom scan rate
programming, firmware upgrades, and control
with Extron SIS™ Simple Instruction Set
• Screen Saver mode
• Main panel security lockout
• Rugged metal enclosure
• Highly reliable, energy-efficient internal universal
power supply
VERSION
PART#
Test Generator with SDI/HD-SDI Output. . . . . . . . . . 60-564-02
Test Generator with DVI Output. . . . . . . . . . . . . . . . . . . . . 60-564-03
www.extron.com
133
Architectural Connectivity
WPD 100 Series
Pass-Through Wallplates - Decora® for XTP DTP 24 Cable
FEATURES:
• Designed for use with Extron XTP DTP 24
Cables, Non-Plenum part #22-236-03 and
Plenum part #22-235-03
• WPD 101 C and WPD 102 C feature
XTP DTP 24 Couplers
• WPD 101 P and WPD 102 P feature
XTP DTP 24 Punch Down Jacks
MODEL
WPD 101 C
WPD 102 C
WPD 101 P
WPD 102 P
• Fully shielded design reduces noise due to high
EMI/RFI interference
• Metal strain relief and ground bonding
• Gold plated contacts
WPD 101 C
WPD 102 C
VERSION
PART#
One XTP DTP 24 Coupler. . . . . . . . . . . . . . . . . . . . . . . . . . . . 70-1053-03
Two XTP DTP 24 Couplers. . . . . . . . . . . . . . . . . . . . . . . . . . . 70-1055-03
One XTP DTP 24 Punch Down Jack. . . . . . . . . . . . . . . 70-1054-03
Two XTP DTP 24 Punch Down Jacks. . . . . . . . . . . . . . 70-1056-03
WPD Series
Pass-Through Wallplates - Decora® for HDMI, DisplayPort, DVI, VGA, and Control
FEATURES:
• Computer audio: 3.5 mm stereo mini jack to
captive screw
• Signals passed through unprocessed
• IR or RS-232 pass-through on captive screw for
easy termination
• Mud ring included
MODEL
WPD 110 A
WPD 120 A
WPD 130 A
• Audio cover included
• Matching white single-gang Decora®-style
wallplate included
WPD 110 A
VERSION
PART#
HDMI w/Audio Captive Screw and Control. . . . . . . 70-726-63
DisplayPort w/Audio CS and Control. . . . . . . . . . . . . . 70-766-03
DVI w/Audio Captive Screw and Control. . . . . . . . . . 70-766-63
WPD 120 A
AAP SuperPlate Series
AAP — Architectural Adapter Plate for HDMI, DisplayPort, VGA, Stereo Audio, and USB
FEATURES:
• Double-space AAP Architectural Adapter Plates
for HDMI, DisplayPort, VGA, Stereo Audio, or
USB
• HDMI: HDMI female to female 10" (25 cm) pigtail
• DisplayPort: DisplayPort female to female on 10"
(25 cm) pigtail
• Computer video: 15-pin female to female on 6"
(15 cm) pigtail
MODEL
AAP SuperPlate 100
AAP SuperPlate 100
AAP SuperPlate 110
AAP SuperPlate 120
AAP SuperPlate 130
• Stereo audio: 3.5 mm stereo mini jack to captive
screw on 10" (25 cm) pigtail
• USB: USB A female to female on 10" (25 cm)
pigtail
• Supports DDC transmission
• Available in black or white
• Cable access enclosures and other mounting
hardware sold separately
VERSION
PART#
HDMI, VGA, Audio, USB — Black. . . . . . . . . . . . . . . . . . 70-1076-02
HDMI, VGA, Audio, USB — White. . . . . . . . . . . . . . . . . . 70-1076-03
HDMI, DisplayPort, Audio, USB — Black. . . . . . . . . 70-1076-12
HDMI, DisplayPort, VGA, Audio — Black. . . . . . . . . 70-1076-22
(2) HDMI, VGA, Audio — Black.. . . . . . . . . . . . . . . . . . . . . 70-1076-32
AAP SuperPlate 100
AAP SuperPlate 110
AAP SuperPlate 120
AAP SuperPlate 130
­134 Extron Digital Design Guide
Architectural Connectivity
Retractor Series/2
Cable Retraction System with Speed Control for Cable Cubby Enclosures
The Extron Retractor Series/2 is a patented,
variable-speed cable retraction and
management system designed to work with
AVEdge 100 and Cable Cubby Series/2 cable
access enclosures as well as the TMK 120 R
Table Mount Kit. Retractor Series/2 modules
are available to support most AV and data
signal types, including HDMI, DisplayPort, VGA,
Network, PC Audio, and USB 3.0. Refer to the
DC Retractor compatibility guide for a list of
compatible laptops. Cables extend up to three
feet (90 cm) and are held securely in place at
the desired length. The cables retract at the
press of a button, with integrator-adjustable
retraction speed control for smooth operation
in both horizontal and vertical mounting
orientations. The Extron Retractor Series/2 XL
is also available for applications where cable
extension of five feet (152 cm) is appropriate.
MODEL
Retractor Series/2 HDMI
Retractor Series/2 USB
Retractor Series/2
DisplayPort
Retractor Series/2
Mini DisplayPort-DisplayPort
FEATURES:
• Convenient, easy to install cable retraction
system for AVEdge 100 Edge Mount enclosures,
Cable Cubby® cable access enclosures, and
TMK 120 R Table Mount Kits
• Cables extend up to three feet (90 cm)
• Holds cable securely in place at a user-defined
length
• Simple push-button release retracts cable after
use
• Precise variable-speed cable retraction control
provides more than 50 steps of adjustment
between 1.5 and 4.0 seconds
• Engineered for long life and reliability, and tested
to exceed 7,500 cable extension and retraction
cycles
Retractor Series/2 Mini
DisplayPort-DisplayPort
VERSION
PART#
HDMI; 3 feet (90 cm).. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 70-1065-04
USB A to USB A; 3 feet (90 cm).. . . . . . . . . . . . . . . . . . . . . . . . 70-1065-05
DisplayPort; 3 feet (90 cm). . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 70-1065-07
Mini DP to DP; 3 feet (90 cm). . . . . . . . . . . . . . . . . . . . . . . . . . . . 70-1065-18
Retractor SM
TeamWork "Show Me" Cable Retraction Modules for HDMI, DisplayPort, and VGA
The Extron Retractor SM "Show Me" cable
retraction modules provide the user interface
for HDMI, DisplayPort, Mini DisplayPort,
or VGA sources in an Extron TeamWork®
Collaboration System. Connect the "Show
Me" cable to your source device and press
the "Share" button to share your content on
the main presentation display. Retractor SM
cables extend up to three feet (90 cm) and are
held securely in place at the desired length. At
the end of the collaboration session, cables
retract with the press of a button, ready for
use by the next collaboration team. HDMI and
VGA models pass signals from the connected
sources without processing. The DisplayPort
and Mini DisplayPort models feature active,
one-way adapters that convert dual-mode
DisplayPort signals into HDMI for use with a
TeamWork switcher. Retractor SM modules
are designed to work with Cable Cubby® 1200
and Cable Cubby 1400 next-generation cable
access enclosures, as well as the TMK 120 R
Table Mount Kit for under-table applications.
MODEL
Retractor SM HDMI
Retractor SM DP-HDMI
Retractor SM MDP-HDMI
FEATURES:
• Provides the user interface for digital or analog
signals in a TeamWork® collaboration system
• Convenient, easy to install cable retraction
system designed for use with Cable Cubby®
1200 and Cable Cubby 1400 next-generation
cable access enclosures
• Simple, intuitive operation: Extend — Connect
— Share
• "Share" button lights as it switches the
connected source to the main presentation
display
• Cables extend up to three feet (90 cm)
• Engineered for long life and reliability in highutilization environments
VERSION
PART#
HDMI "Show Me"; 3 feet (90 cm). . . . . . . . . . . . . . . . . . . . . . . 70-1065-14
DisplayPort to HDMI "Show Me"; 3 feet (90 cm). . . . 70-1065-16
Mini DP to HDMI "Show Me"; 3 feet (90 cm). . . . . . . . . 70-1065-17
Note: Extron “Show Me” Cables are sold as part of a complete TeamWork Custom or TeamWork
Pre-Configured collaboration system. For more information or to discuss a particular collaboration
system requirement, contact your Extron representative.
www.extron.com
135
Architectural Connectivity
AVEdge 100
Edge Mount Enclosure for AV Connectivity, Data, and Power
The Extron AVEdge™ 100 is a cable access
enclosure designed to mount onto the edge
of a tabletop surface in semi-permanent
installations where cutting the surface is not
desirable. An integrated clamp system secures
the enclosure to the tabletop surface without
the need for tools or additional parts. The
AVEdge 100 accommodates two doublespace Architectural Adapter Plates - AAPs,
Cable Pass‑Through Brackets for up to eight
AV cables, or three Retractor cable retraction
modules. AAP power modules are available
to provide USB and/or AC power for mobile
devices and laptops. The optional CableCover
minimizes cable tangles and accidental
disconnects. The Extron ZipClip Series is also
available to mount products such as the PS
Series Desktop Power Supply directly to the
enclosure. The AVEdge 100 is available in a
black powder coat finish.
MODEL
AVEdge 100
FEATURES:
• Attaches to the tabletop surface without cutting
• Ideal for configurable rooms that require semipermanent AC power and AV connectivity
• Integrated tool-less clamp system
• Accommodates two double-space Architectural
Adapter Plates - AAPs, Cable Pass-Through
Brackets for up to eight AV cables, or three
Retractor cable retraction modules
• Unique, split-ring Cable Pass-Through bracket
design allows up to four cables; each
• UL/c-UL listed and CE compliant
VERSION
PART#
Black, AC Module Not Included.. . . . . . . . . . . . . . . . . . . . . . . . 70-1128-02
­136 Extron Digital Design Guide
Cables & Adapters
DVID SL Ultra Series
Ultra Flexible Single Link DVI-D Cables
FEATURES:
• Certified for use with Cable Cubby® and HSA
surface access enclosures
• Ultra flexible single link DVI cables
• 1080p/60 verified
• Available in lengths from 1.5 feet to 15 feet
(0.4 m to 4.5 m)
• Supports single link DVI-D signals up to
1920x1200 @ 60 Hz and 1080p/60:
- Data rates to 4.95 Gbps
- Refresh rates to 60 Hz
- Color depth to 24 bits - 8 bits per color
MODEL
DVID SL Ultra/1.5
DVID SL Ultra/3
DVID SL Ultra/6
DVID SL Ultra/9
DVID SL Ultra/12
DVID SL Ultra/15
• 30 AWG copper wire construction
• Gold-plated contacts
DVI-D Male
DVI-D Male
DVI-D Male
DVI-D Male
VERSION
PART#
1.5' (45 cm). . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 26-662-02
3' (90 cm).. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 26-662-03
6' (1.8 m). . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 26-662-06
9' (2.7 m). . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 26-662-09
12' (3.6 m).. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 26-662-12
15' (4.5 m).. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 26-662-15
DVID SL Pro Series
Single Link DVI-D Cables
FEATURES:
• High performance single link DVI cables
• 1080p/60 verified
• Supports single link DVI-D signals up to
1920x1200 @ 60 Hz and 1080p/60:
- Data rates to 4.95 Gbps
- Refresh rates to 60 Hz
- Color depth to 24 bits - 8 bits per color
• Available in lengths from 3 feet to 200 feet
(0.9 m to 60.9 m)
• For cable lengths up to 12 feet:
- 24 AWG copper wire construction
MODEL
DVID SL Pro/3
DVID SL Pro/6
DVID SL Pro/25
DVID SL Pro/35
DVID SL Pro/50
DVID SL Pro/75
DVID SL Pro/100
DVID SL Pro/125
DVID SL Pro/150
DVID SL Pro/200
• For cable lengths 25 feet and longer:
- Supports 1920x1200 @ 60 Hz and 1080p/60
up to 75 feet without a cable equalizer
- Supports 1920x1200 @ 60 Hz and 1080p/60
up to 200 feet with DVI 101 cable equalizer
- 22 AWG copper wire construction
• Gold plated contacts
• NEC CM rated
VERSION
PART#
3' (90 cm).. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 26-649-03
6' (1.8 m). . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 26-649-06
25' (7.6 m).. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 26-649-25
35' (10.6 m). . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 26-649-35
50' (15.2 m). . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 26-649-50
75' (22.8 m). . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 26-649-75
100' (30.4 m). . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 26-649-100
125' (38 m). . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 26-649-125
150' (45.7 m). . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 26-649-150
200' (60.9 m). . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 26-649-200
www.extron.com
137
Cables & Adapters
DVID DL Pro Series
Dual Link DVI-D Cables
FEATURES:
• High performance dual link DVI cables
• 1080p/60 verified
• Supports dual link DVI-D signals up to
2560x1600 @ 60 Hz and 1080p/60:
- Data rates to 10.2 Gbps
- Refresh rates to 60 Hz
- Color depth to 24 bits - 8 bits per color
• Available in lengths from 3 feet to 200 feet
(0.9 m to 60.9 m)
• For cable lengths up to 12 feet:
- 24 AWG copper wire construction
MODEL
DVID DL Pro/3
DVID DL Pro/6
DVID DL Pro/12
DVID DL Pro/25
DVID DL Pro/35
DVID DL Pro/50
DVID DL Pro/75
DVID DL Pro/150
DVID DL Pro/175
DVID DL Pro/200
• For cable lengths 25 feet and longer:
- Supports 2560x1600 @ 60 Hz and 1080p/60
up to 75 feet without a cable equalizer
- Supports 2560x1600 @ 60 Hz and 1080p/60
up to 200 feet with a DVI DL 101 cable
equalizer
- 22 AWG copper wire construction
• Gold plated contacts
• NEC CL2 rated
VERSION
PART#
3' (90 cm).. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 26-651-03
6' (1.8 m). . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 26-651-06
12' (3.6 m).. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 26-651-12
25' (7.6 m).. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 26-651-25
35' (10.6 m). . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 26-651-35
50' (15.2 m). . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 26-651-50
75' (22.8 m). . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 26-651-75
150' (45.7 m). . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 26-651-150
175' (53.2 m). . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 26-651-175
200' (60.9 m). . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 26-651-200
HDMI Micro Series
MicroDigital™ Ultra-Flexible HDMI Cables
FEATURES:
• Certified for use with Cable Cubby® and HSA
surface access enclosures
• Ultra-flexible, low bend radius HDMI cables
• 1080p/60 verified
• 36 AWG copper wire construction
• Gold plated contacts
• Available in lengths of 1.5 feet (45 cm), 3 feet
(90 cm), and 6 feet (1.8 m)
• HDMI Micro/1.5 and HDMI Micro/3
- Conforms to HDMI High Speed Cable
Specifications
- Supports signals up to 1920x1200 @ 60 Hz
and 1080p/60
- Data rates to 10.2 Gbps
- Refresh rates to 120 Hz
- Color depth to 48 bits - 16 bits per color
MODEL
HDMI Micro/1.5
HDMI Micro/3
HDMI Micro/6
• HDMI Micro/6
- Exceeds HDMI Standard Speed Cable
Specifications
- Supports signals up to 1920x1200 @ 60 Hz
and 1080p/60
- Data rates to 4.95 Gbps
- Refresh rates to 60 Hz
- Color depth to 24 bits - 8 bits per color
VERSION
PART#
1.5' (45 cm) High Speed. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 26-667-01
3' (90 cm) High Speed.. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 26-667-03
6' (1.8 m) Standard Speed. . . . . . . . . . . . . . . . . . . . . . . . . . . 26-667-06
­138 Extron Digital Design Guide
DVID DL Male
DVID DL Male
Cables & Adapters
HDMI Ultra Series
Ultra Flexible High Speed HDMI Cables
FEATURES:
• Certified for use with Cable Cubby® and HSA
surface access enclosures
• Ultra flexible HDMI cables
• 4K and 1080p/60 verified
• Available in lengths from 6 feet to 15 feet (1.8 m
to 4.5 m)
• Conforms to HDMI High Speed Cable
Specifications:
- Supports 4K @ 30 Hz (4096x2160), UHD @
30 Hz (3840x2160), and 1080p @ 60 Hz
signals
- Also supports 4K @ 60 Hz in 4:2:0 color space
- Data rates to 10.2 Gbps
HDMI Male
HDMI Male
HDMI Male
HDMI Male
- Color depth up to 48 bits - 16 bits per color
• 30 AWG copper wire construction
MODEL
HDMI Ultra/6
HDMI Ultra/9
HDMI Ultra/12
HDMI Ultra/15
VERSION
PART#
6' (1.8 m) 4K/UHD Ready.. . . . . . . . . . . . . . . . . . . . . . . . . . . . 26-663-06
9' (2.7 m) 4K/UHD Ready.. . . . . . . . . . . . . . . . . . . . . . . . . . . . 26-663-09
12' (3.6 m) 4K/UHD Ready. . . . . . . . . . . . . . . . . . . . . . . . . . . 26-663-12
15' (4.5 m) 4K/UHD Ready. . . . . . . . . . . . . . . . . . . . . . . . . . . 26-663-15
HDMI Pro Series
High Speed and Standard Speed HDMI Cables
FEATURES:
• High Speed and Standard Speed HDMI cables
• 4K verified up to 50 feet (15.2 m)
• For cable lengths 75 feet and longer:
• 1080p/60 verified up to 200 feet (60 m)
- Exceeds HDMI Standard Speed Cable
Specifications
• Available in lengths from 3 feet to 200 feet (90
cm to 60 m)
- Supports signals up to 1080p @ 60 Hz, 8-bit
color depth
• For cable lengths up to 50 feet:
- Data rates to 4.95 Gbps
- Conforms to HDMI High Speed Cable
Specifications
- Color depth to 24 bits - 8 bits per color
- 22 AWG copper wire construction
- Supports 4K @ 30 Hz (4096x2160), UHD @
30 Hz (3840x2160), and 1080p @ 60 Hz
signals
- Also supports 4K @ 60 Hz in 4:2:0 color space
- Data rates to 10.2 Gbps
- Color depth up to 48 bits - 16 bits per color
MODEL
HDMI Pro/3
HDMI Pro/6
HDMI Pro/12
HDMI Pro/25
HDMI Pro/35
HDMI Pro/50
HDMI Pro/75
HDMI Pro/100
HDMI Pro/125
HDMI Pro/150
HDMI Pro/175
HDMI Pro/200
VERSION
PART#
3' (90 cm) 4K/UHD Ready. . . . . . . . . . . . . . . . . . . . . . . . . . . . 26-650-03
6' (1.8 m) 4K/UHD Ready.. . . . . . . . . . . . . . . . . . . . . . . . . . . . 26-650-06
12' (3.6 m) 4K/UHD Ready. . . . . . . . . . . . . . . . . . . . . . . . . . . 26-650-12
25' (7.6 m) 4K/UHD Ready. . . . . . . . . . . . . . . . . . . . . . . . . . . 26-650-25
35' (10.6 m) 4K/UHD Ready.. . . . . . . . . . . . . . . . . . . . . . . . . 26-650-35
50' (15.2 m) 4K/UHD Ready.. . . . . . . . . . . . . . . . . . . . . . . . . 26-650-50
75' (22.8 m) Standard Speed. . . . . . . . . . . . . . . . . . . . . . . . 26-650-75
100' (30.4 m) Standard Speed.. . . . . . . . . . . . . . . . . . . . . . 26-650-100
125' (38 m) Standard Speed. . . . . . . . . . . . . . . . . . . . . . . . . 26-650-125
150' (45.7 m) Standard Speed.. . . . . . . . . . . . . . . . . . . . . . 26-650-150
175' (53.2 m) Standard Speed.. . . . . . . . . . . . . . . . . . . . . . 26-650-175
200' (60.9 m) Standard Speed.. . . . . . . . . . . . . . . . . . . . . . 26-650-200
www.extron.com
139
Cables & Adapters
DisplayPort Series
DisplayPort Cables
FEATURES:
• Certified for use with Cable Cubby® and HSA
surface access enclosures
• DisplayPort 1.1a compliant
• Supports video and audio bandwidth up to
10.8 Gbps
• Latching DisplayPort connector
• 1080p/1920x1200 verified
MODEL
DisplayPort M-M/3
DisplayPort M-M/6
DisplayPort M-M/12
DisplayPort M-M/25
VERSION
PART#
3' (90 cm).. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 26-657-03
6' (1.8 m). . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 26-657-06
12' (3.6 m).. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 26-657-12
25' (7.6 m).. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 26-657-25
DP Male
DP Male
HDMI Male
DVI-D Male
HDMI DVI-D Series
Standard Speed HDMI to DVI-D Cables
FEATURES:
• Standard Speed HDMI to DVI-D cables
• 1080p/60 verified
• Exceeds HDMI Standard Speed Cable
Specifications:
- Supports signals up to 1920x1200 @
60 Hz and 1080p/60 to 50 feet without a
cable equalizer
- Data rates to 4.95 Gbps
- Refresh rates to 60 Hz
- Color depth to 24 bits - 8 bits per color
• Available in lengths from 3 feet to 50 feet (0.9 m
to 15.2 m)
MODEL
HDMI DVI-D/3
HDMI DVI-D/6
HDMI DVI-D/12
HDMI DVI-D/25
HDMI DVI-D/35
HDMI DVI-D/50
• For cable lengths up to 25 feet:
- 28 AWG copper wire construction
• For cable lengths 35 feet and longer:
- Supports 1920x1200 @ 60 Hz and 1080p/60
up to 50 feet without a cable equalizer
- 24 AWG copper wire construction
• Gold plated contacts
• NEC CL2 rated
VERSION
PART#
3' (90 cm).. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 26-614-01
6' (1.8 m). . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 26-614-02
12' (3.6 m).. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 26-614-03
25' (7.6 m).. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 26-614-04
35' (10.6 m). . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 26-614-05
50' (15.2 m). . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 26-614-06
MDP Series
Mini DisplayPort Adapter Cables
FEATURES:
• Certified for use with Cable Cubby® and HSA
surface access enclosures
• Provides connectivity between dual-mode Mini
DisplayPort enabled sources and HDMI, single
link DVI, VGA, or DisplayPort displays
• White colored jacket and molded ends for easy
identification
• Complies with VESA Interoperability Guideline
• Passes EDID information from display to the
source
MODEL
MDP-VGA/6
MDP-DVID/6
MDP-DP/6
MDP-HDMIF/6
• Mini DisplayPort to HDMI female adapter cable
includes a male to male HDMI coupler and
LockIt® HDMI cable lacing bracket.
• Gold-plated contacts
• 6' (1.8 m) cable length
VERSION
PART#
Mini DP to VGA, Active, 6' (1.8m). . . . . . . . . . . . . . . . . . 26-672-06
Mini DP to DVI-D SL, Active, 6' (1.8m).. . . . . . . . . . . . 26-673-06
Mini DP to DisplayPort, 6' (1.8m). . . . . . . . . . . . . . . . . . . 26-675-06
Mini DP to HDMI F, Active, 6' (1.8m). . . . . . . . . . . . . . . 26-679-06
­140 Extron Digital Design Guide
MDP-HDMI/6
MDP-DP/6
Cables & Adapters
DVIAM-VGAF
DVI-A Male to VGA Female Adapter
VGA Female
FEATURES:
• Supports high resolution RGBHV and HDTV
video signals
• DVI-A male to 15-pin HD female adapter
• Easily connects DVI-I and VGA devices
MODEL
DVIAM-VGAF
VERSION
PART#
DVI-A Male to 15-pin HD Female Adapter. . . . . . . . 26-589-01
DVIAM-VGAF PT
DVI-A Male to VGA Female Adapter - 6" Pigtail
FEATURES:
• Supports high resolution RGBHV and HDTV
video signals
• DVI-A male to 15-pin HD female pigtail adapter
• Easily connects DVI-I and VGA devices
• 6" (15 cm) long
MODEL
DVIAM-VGAF PT
VERSION
PART#
DVI-A Male to VGA Female, 6" (15 cm).. . . . . . . . . . . 26-619-01
DVI-A Male
DVIAF-VGAM
DVI-A Female to VGA Male Adapter
VGA Male
FEATURES:
• Supports high resolution RGBHV and HDTV
video signals
• DVI-A female to 15-pin HD male adapter
• Easily connects DVI-I and VGA devices
MODEL
DVIAF-VGAM
VERSION
PART#
DVI-A Female to 15-pin HD Male Adapter. . . . . . . . 26-537-01
DVIAM-VGAM
DVI-A Male to VGA Male Adapter Cable
FEATURES:
• Supports high resolution RGBHV and HDTV
video signals
• DVI-A male to 15-pin HD male adapter cable
• Easily connects DVI-I and VGA devices
MODEL
DVIAM-VGAM/6.5
VERSION
PART#
DVI-A Male - 15-pin HD Male 6.5' (2.0 m). . . . . . . . 26-540-01
www.extron.com
141
Cables & Adapters
DVIIF-DVIDM
DVI-I Female to DVI-D Male Adapter
DVI-I Female
FEATURES:
• Supports high resolution RGBHV and HDTV
video signals
• DVI-I female to DVI-D male adapter
• Provides connectivity between DVI devices
MODEL
DVIIF-DVIDM
VERSION
PART#
DVI-I Female to DVI-D Male Adapter.. . . . . . . . . . . . . . 26-538-01
DVIIM-VGAF/DVIIF
DVI-I Male to VGA Female and DVI-I Female "Y" Adapter
FEATURES:
• Supports high resolution RGBHV and HDTV
video signals
• DVI-I male to 15-pin HD female and DVI-I female
"Y" adapter
• Connects a DVI-I source to a VGA display and a
DVI-I display simultaneously
• 12" (30 cm) long
MODEL
DVIIM-VGAF/DVIIF
DVI-I Female
VERSION
PART#
DVI-I to VGA/DVI "Y" adapter, 12".. . . . . . . . . . . . . . . . . 26-612-01
HDMIF-DVIDF
HDMI Female to DVI-D Female Adapter
FEATURES:
HDMI Female
• Supports 480i, 480p, 720p, 1080i, and
1080p/60 HDTV resolutions, and computervideo resolutions up to 1920x1200 @ 60 Hz
• Gold-plated contacts for reliable performance
• Durable molded shell with threaded inserts for
thumb screws
MODEL
HDMIF-DVIDF
VERSION
PART#
HDMI Female to DVI-D Female Adapter. . . . . . . . . . 26-618-01
HDMIF-DVIDM
HDMI Female to DVI-D Male Adapter
HDMI Female
FEATURES:
• Supports uncompressed 480i, 480p, 720p,
1080i, and 1080p/60 HDTV resolutions, and
computer-video resolutions up to 1920x1200 @
60 Hz
• Gold-plated contacts for reliable performance
• Durable molded shell with thumb screws
MODEL
HDMIF-DVIDM
VERSION
PART#
HDMI Female to DVI-D Male Adapter.. . . . . . . . . . . . . 26-616-01
­142 Extron Digital Design Guide
Cables & Adapters
HDMIM-DVIDF
HDMI Male to DVI-D Female Adapter
HDMI Male
FEATURES:
• Supports 480i, 480p, 720p, 1080i, and
1080p/60 HDTV resolutions, and computervideo resolutions up to 1920x1200 @ 60 Hz
• Gold-plated contacts for reliable performance
• Durable molded shell with threaded inserts for
thumb screws
MODEL
HDMIM-DVIDF
VERSION
PART#
HDMI Male to DVI-D Female Adapter.. . . . . . . . . . . . . 26-617-01
DP-DVID
DisplayPort Male to DVI Female Active Adapter Cable
FEATURES:
• Certified for use with Cable Cubby® and HSA
surface access enclosures
• Provides connectivity between a dual-mode
DisplayPort enabled source and a single link DVI
display
• Complies with VESA Interoperability Guideline
MODEL
DP-DVID/6
• Passes EDID information from display to the
source
• Gold-plated contacts
• 6' (1.8 m) cable length
VERSION
PART#
DP to DVI-D SL, Active, 6' (1.8 m). . . . . . . . . . . . . . . . . . 26-681-06
DP-DVIDF
DisplayPort Male to DVI Female Active Adapter
FEATURES:
• Provides connectivity between dual-mode
DisplayPort equipped sources and DVI-D
displays
• Passes EDID information from DVI-D display to
the source
• Latching DisplayPort connector
MODEL
DP-DVIDF
DVI-D Female
• Supports signals up to 1920x1200 @ 60 Hz and
1080p/60
• Complies with VESA Interoperability Guideline
• Gold-plated contacts
VERSION
PART#
DisplayPort M-DVIDF.. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 26-656-01
DP-HDMIF
DisplayPort Male to HDMI Female Active Adapter
FEATURES:
• Provides connectivity between dual-mode
DisplayPort equipped sources and HDMI
displays
• Passes EDID information from HDMI display to
the source
• HDCP compliant
• Latching DisplayPort connector
• Conforms to HDMI High Speed Cable
specifications
MODEL
DP-HDMIF
HDMI Female
• Supports signals up to 1920x1200 @ 60 Hz and
1080p/60
• Data rates of 10.2 Gbps
• Color depth to 48 bits - 16 bits per color
• Complies with VESA Interoperability Guideline
• Gold-plated contacts
VERSION
PART#
DisplayPort M-HDMIF. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 26-655-01
www.extron.com
143
Cables & Adapters
DP-HDMIF/6
DisplayPort Male to HDMI Female Active Adapter Cable
FEATURES:
• Certified for use with Cable Cubby® and HSA
surface access enclosures
• Provides connectivity between a dual-mode
DisplayPort enabled source and an HDMI display
• Complies with VESA Interoperability Guideline
• Passes EDID information from display to the
source
MODEL
DP-HDMIF/6
• DisplayPort to HDMI female adapter cable
includes a male to male HDMI coupler and
LockIt® HDMI cable lacing bracket
• Gold-plated contacts
• 6' (1.8 m) cable length
VERSION
PART#
DP to HDMI F, Active, 6' (1.8 m).. . . . . . . . . . . . . . . . . . . . 26-680-06
HDMI SM
HDMI "Show Me" Cable for TeamWork Collaboration Systems
FEATURES:
• Provides the user interface for HDMI signals in a
TeamWork® collaboration system
• Supports computer video up to 1920x1200,
including 1080p/60 Deep Color and 2K
• "Share" button lights as it switches the
connected source to the main presentation
display
MODEL
HDMI SM/6
HDMI SM/12
• Ultra-flexible cable conforms to HDMI High
Speed cable specifications
• 24" (60 cm) control/tally pigtail for ease of
installation
• Certified for use with Cable Cubby® enclosures
VERSION
PART#
HDMI "Show Me" Cable, 6' (1.8 m). . . . . . . . . . . . . . . . 26-683-06
HDMI "Show Me" Cable, 12' (3.6 m). . . . . . . . . . . . . . . 26-683-12
DisplayPort SM
DisplayPort "Show Me" Cables for TeamWork Collaboration Systems
FEATURES:
• Provides the user interface for DisplayPort
signals in a TeamWork® collaboration system
• Supports computer video up to 1920x1200,
including 1080p/60 Deep Color and 2K
• Provides connectivity between a dual-mode
DisplayPort enabled source and an HDMI
switcher
MODEL
DP-HDMI SM/6
DP-HDMI SM/12
MDP-HDMI SM/6
MDP-HDMI SM/12
• "Share" button lights as it switches the
connected source to the main presentation
display
• Complies with VESA Interoperability Guideline
• Certified for use with Cable Cubby® enclosures
VERSION
PART#
DP to HDMI "Show Me", 6' (1.8 m). . . . . . . . . . . . . . . . . 26-689-06
DP to HDMI "Show Me", 12' (3.6 m). . . . . . . . . . . . . . . 26-689-12
Mini DP to HDMI "Show Me", 6' (1.8 m).. . . . . . . . . . 26-690-06
Mini DP to HDMI "Show Me", 12' (3.6 m). . . . . . . . . 26-690-12
Note: Extron “Show Me” Cables are sold as part of a complete TeamWork Custom or TeamWork
Pre-Configured collaboration system. For more information or to discuss a particular collaboration
system requirement, contact your Extron representative.
­144 Extron Digital Design Guide
Cables & Adapters
XTP DTP 24 Coupler
Shielded RJ-45 Coupler for Extron XTP DTP 24 Shielded Twisted Pair Cable
FEATURES:
• Engineered for use with XTP DTP 24 Shielded
Twisted Pair Cable
• Fully shielded design reduces noise due to high
EMI/RFI interference
• Compatible with TIA/EIA 568A/B wiring
standards
• Keystone-style snap-in design for ease of
installation in wallplates, AAP - Architectural
Adapter Plates, and similar mounting frames
MODEL
XTP DTP 24 Coupler
• Gold plated contacts
• Available in quantities of 10
VERSION
PART#
XTP DTP 24 Coupler, Package of 10.. . . . . . . . . . . . . . 101-022-02
XTP DTP 24 Punch Down Jack
Shielded RJ-45 Punch Down Jack Kit for Extron XTP DTP 24 Shielded Twisted Pair Cable
FEATURES:
• Engineered for use with XTP DTP 24 Shielded
Twisted Pair Cable
• Keystone style snap-in design for ease of
installation in wallplates, AAP - Architectural
Adapter Plates, and similar mounting frames
• Metal strain relief and ground bonding
• Ideal for high EMI/RFI environments
MODEL
XTP DTP 24 Jack
• Gold plated contacts
• Includes punch down tool for quick and easy
termination
• Available in quantities of 10
VERSION
PART#
XTP DTP 24 Jack, Package of 10.. . . . . . . . . . . . . . . . . . 101-023-01
XTP DTP 24 Plug
Shielded RJ-45 Plug Kit for Extron XTP DTP 24 Shielded Twisted Pair Cable
FEATURES:
• Engineered for use with XTP DTP 24 Shielded
Twisted Pair Cable
• Metal strain relief and ground bonding
• Ideal for high EMI/RFI environments
• Conductor alignment guide reduces crosstalk
and signal interference
MODEL
XTP DTP 24 Plug
• Gold plated contacts
• Available in quantities of 10
VERSION
PART#
XTP DTP 24 Plug, Package of 10. . . . . . . . . . . . . . . . . . . 101-005-02
XTP DTP 24
Shielded Twisted Pair Cable for XTP Systems and DTP Series Products
FEATURES:
• Engineered for superior performance with Extron
XTP Systems and DTP Series products
• Provides added protection from outside
interference and ensures high quality signal
transmission
• Certified to 475 MHz bandwidth at distances up
to 330 feet (100 m)
• Independently tested and verified to meet
performance requirements set by HDBaseT
Alliance
MODEL
XTP DTP 24P/1000
XTP DTP 24/1000
• SF/UTP design with four unshielded twisted
pairs inside an overall braid and foil shield
• 24 AWG solid copper construction
• Plenum and Non-Plenum rated versions available
• XTP DTP 24 Plugs, Punch Down Jacks, and
Couplers sold separately in packages of 10
RECOMMENDED
VERSION
PART#
Plenum 1000' (305 m) spool. . . . . . . . . . . . . . . . . . . . . . . . . 22-235-03
Non-Plenum 1000' (305 m) spool.. . . . . . . . . . . . . . . . . . 22-236-03
www.extron.com
145
Cables & Adapters
XTP DTP 24 Series
Precision-terminated Shielded Twisted Pair Cables for XTP Systems
and DTP Systems
FEATURES:
• Engineered for superior performance with Extron
XTP Systems and DTP Systems
• Provides added protection from outside
interference and ensures high quality signal
transmission
• Certified to 475 MHz bandwidth at distances up
to 330 feet (100 m)
• Independently tested and verified to meet
performance requirements set by HDBaseT
Alliance
MODEL
XTP DTP 24/3
XTP DTP 24/6
XTP DTP 24/9
XTP DTP 24/12
XTP DTP 24/25
XTP DTP 24/35
XTP DTP 24/50
XTP DTP 24/75
XTP DTP 24/100
• Engineered and tested to exceed HDMI error
rate specifications of less than one pixel per
billion at 100 meters
• SF/UTP design with four unshielded twisted
pairs inside an overall braid and foil shield
VERSION
PART#
3' (90 cm).. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 26-702-03
6' (1.8 m). . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 26-702-06
9' (2.7 m). . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 26-702-09
12' (3.6 m).. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 26-702-12
25' (7.6 m).. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 26-702-25
35' (10.6 m). . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 26-702-35
50' (15.2 m). . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 26-702-50
75' (22.8 m). . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 26-702-75
100' (30.4 m). . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 26-702-100
XTP DTP 24P Series
Precision-terminated Shielded Twisted Pair Cables for XTP Systems
and DTP Systems - Plenum
FEATURES:
• Engineered for superior performance with Extron
XTP Systems and DTP Systems
• Provides added protection from outside
interference and ensures high quality signal
transmission
• Certified to 475 MHz bandwidth at distances up
to 330 feet (100 m)
• Independently tested and verified to meet
performance requirements set by HDBaseT
Alliance
MODEL
XTP DTP 24P/3
XTP DTP 24P/6
XTP DTP 24P/9
XTP DTP 24P/12
XTP DTP 24P/25
XTP DTP 24P/35
XTP DTP 24P/50
XTP DTP 24P/75
XTP DTP 24P/100
• Engineered and tested to exceed HDMI error
rate specifications of less than one pixel per
billion at 100 meters
• SF/UTP design with four unshielded twisted
pairs inside an overall braid and foil shield
VERSION
PART#
3' (90 cm).. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 26-695-03
6' (1.8 m). . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 26-695-06
9' (2.7 m). . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 26-695-09
12' (3.6 m).. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 26-695-12
25' (7.6 m).. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 26-695-25
35' (10.6 m). . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 26-695-35
50' (15.2 m). . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 26-695-50
75' (22.8 m). . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 26-695-75
100' (30.4 m). . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 26-695-100
­146 Extron Digital Design Guide
Notes
www.extron.com
147
Notes
­148 Extron Digital Design Guide
Digital AV Glossary
In use throughout this Guide is the new language of the digital era. This lexicon of words, phrases,
acronyms, and abbreviations appropriate to digital technologies, distribution methods, and the products
designed for use in digital AV presentation systems is defined in the following Glossary of Terms.
Clock Period
Signal Level
Uncertainty
Minimum
Eye Opening
Mask
Usable
Signal
Swing
Signal Level
Uncertainty
Timing Jitter/Uncertainty
Timing Jitter/Uncertainty
Eye Pattern
Jitter
The representation of a digital signal on an
oscilloscope. Eye patterns are used to evaluate
the quality of digital signals when passed through
cables or signal extension devices, switchers,
signal processors, and other electronics.
A deviation in the timing of a digital signal, usually in
relevance to a reference clock source. Jitter can occur
over long lengths of low quality cable, or through the
cumulative effect caused by cascading several digital
devices in line between the source and destination.
Before reclocking
After reclocking
Reclocking
Reclocking is a process that is used to restore the amplitude, rise and
fall times, and clock rate attributes of a digital signal.
www.extron.com
149
Digital AV Glossary
10/100Base-T
The Ethernet protocol that uses Unshielded Twisted Pair - UTP cable
(CAT 5, etc.), in which the amount of data transmitted between
two points in a given amount of time is equal to either 10 Mbps or
100 Mbps.
This cadence is repeated (3 fields, 2 fields, 3 fields, 2 fields . . .)
until the film is fully converted to a video of approximately the same
duration.
3:2 Pulldown Detection
An Ethernet standard that transmits at 1 Gbps over twisted pair
cable. Use of Gigabit Ethernet is becoming a commonplace and will
eventually be used as frequently as 100Base-T connections.
A sophisticated technology in Extron scalers used to detect the
presence of a 3:2 pulldown that helps maximize image detail and
sharpness. When film-originated material is detected, this technology
applies video processing algorithms that optimize image reproduction
and avoids causing jaggies.
100Base-T
3G-SDI
1000Base-T / Gigabit Ethernet
An Ethernet standard for transmitting at 100 Mbps over twisted pair
cable. 100Base-T was also called Fast Ethernet when first deployed
in 1995. Officially the IEEE 802.3u standard, it is a 100 Mbps version
of 10Base-T. Like 10Base-T, 100Base-T is a shared media LAN when
used with a hub and 100 Mbps duplex when used with a switch.
The SMPTE signal standard for serial digital, high definition video at
1920x1080 resolution and a 50 Hz or 60 Hz progressive frame rate.
Up to 32 audio channels can be carried in the ancillary data. The "3G"
stands for 3 gigabits per second which is 2 times the bit rate of a
1.485 Gbit HD-SDI signal. Also see “SMPTE 424M.”
1080i
4:1:1 Color Space
Interlaced HDTV transmission standard. Refers to an active pixel rate
of 1920x1080 with a vertical refresh rate of up to 60 fields (30 frames)
per second for NTSC countries or 50 fields (25 frames) per second for
PAL/SECAM countries.
4:2:0 Color Space
1080p
Progressive-scan HDTV standard. Refers to an active pixel rate
of 1920x1080 with a vertical refresh rate of up to 60 frames per
second for NTSC countries or 50 frames per second for PAL/
SECAM countries. 1080p is often stated with an associated framesper-second rate, such as: 1080p24 (24 fps, progressive), 1080p30
(30 fps, progressive) and 1080p60 (60 fps, progressive). 1080p is
extremely rare in broadcasting; for example, the ATSC standard
provides bandwidth sufficient only for 1080p24 and 1080p30. Blu‑ray
and other pre-recorded high definition schemes can support full
1080p60 content playback.
10Base-T
An Ethernet standard for transmitting data packets at 10 Mbps over
twisted pair cable. 10Base-T is a shared media. When used with a
hub all network nodes must share the same 10 Mbps capacity. When
used with a switch, each connection supports a 10 Mbps duplex
capacity.
2:2 Film Detection
The ability to determine whether PAL video has been converted from
film using 2:2 pulldown. Film material with 2:2 pulldown may result in
artifacts and jaggies when the video signal is deinterlaced. By using
2:2 film detection to determine if the material originated from film and
was converted to PAL, the video processing algorithm can be used
to optimize any video for deinterlacing so that the images are free of
artifacts.
Chroma, or color information is sampled at one-fourth the horizontal
resolution of the luminance, or black and white information.
Chroma, or color information is sampled at half the vertical and
half the horizontal resolution of the luminance, or black and white
information.
4:2:2 Color Space
Color information is sampled at half the horizontal resolution of the
luminance, black and white information. 4:2:2 color sampling is
popular in high-quality broadcast video systems.
4:4:4 Color Space
Color information is sampled at the same rate as the luminance,
black and white information. Video systems designed for capturing
real images typically quantize color information at one-fourth to
one‑half the detail of luminance information. This is acceptable for real
images, where sharp, on-off transitions between colors do not occur.
Computer graphic pictures contain sharp, pixel transitions and require
maintenance of 4:4:4 color space. Otherwise, information is lost.
4K
Digital cinema resolution at 4092x2160 pixels. Frame rates can range
from 24 to 120 fps. 4K is often mentioned along with Ultra HD, which
has a video resolution of 3840x2160.
720p
Progressive-scan HDTV transmission standard. Refers to an active
pixel rate of 1280x720 with a vertical refresh rate of 60 frames per
second for NTSC countries or 50 frames per second for PAL/SECAM
countries. The 720p standard also allows refresh rates of 24, 25, and
30 frames per second.
2:2 Pulldown
See “2:2 film detection.”
3:2 Pulldown
The process of matching the frame rate of film (24 frames per
second) to the frame rate of NTSC video (30 frames per second).
In 3:2 pulldown, one frame of film is converted to three fields (1 1/2
frames) of video, and the next frame of film is converted to two fields
(1 frame) of video.
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A
A/D - Analog to Digital (Converter)
A device that converts an analog signal to a digital value.
Digital AV Glossary
AACS - Advanced Access Content System
AirPlay
A digital rights management standard utilized with Blu-ray Disc
and other optical formats. AACS incorporates two parts: a set of
embedded decryption keys within the source device, and a set of
keys encoded in the content that describes each of the playback
devices licensed to utilize the content. This approach allows copyright
holders to revoke the keys of a particular source device, thus
preventing it from playing back future content. AACS also provides
for a managed copy system, that is, a mechanism by which one or
several, but not an unlimited number of copies can be legally made
as backups, for storage on a media server, or for use on a portable
device. The ICT - Image Constraint Token is a provision within AACS
that allows the content provider to limit analog output resolutions.
A proprietary protocol developed by Apple Inc. for streaming of audio
and video media between devices over a Wi-Fi connection.
AC-3
See “Dolby Digital.”
Aliasing
(1) Aliasing occurs when smooth curves and lines become rough or
jagged because of a lower resolution device, or by an event.
(2) In analog video, aliasing is typically caused by interference
between the luma and chroma frequencies or between the chroma
and field scanning frequencies. It appears as a moiré or herringbone
pattern, straight lines that become wavy, or rainbow colors.
(3) In digital video, insufficient sampling or poor filtering of the signal
causes aliasing. Defects typically appear as jagged edges on diagonal
lines and twinkling or brightening in picture detail.
Analog Sunset
A color space specification developed by Adobe® Systems, Inc.,
offering a wider color gamut than sRGB. Adobe RGB is supported
in Photoshop® and other Adobe software, as well as some digital
cameras, printers, scanners, and displays.
When used colloquially, may refer to the general trend of digital
video technologies displacing analog, such as when US broadcast
television switched to digital transmission, or the increasing use of
DVI, HDMI, and DisplayPort video on PCs instead of RGB, etc. In
a narrowly defined legal sense, the analog sunset refers to AACS
licensing restrictions placed on Blu-ray Disc players where licensed
players produced after 2010 must limit analog video output to
standard definition, and licensed players produced after 2013 must
not output any analog video, when playing protected content.
AES - Advanced Encryption Standard
Antialiasing
ADC - Analog to Digital Converter
A device that converts analog signals to digital signals.
Adobe RGB
A data encryption standard adopted by the US Government and
approved by the National Security Agency for top secret information.
DCP, LLP, the licensing agency for HDCP, has adopted AES-128
encryption for the new HDCP 2.0 standard.
AES/EBU - Audio Engineering Society/European
Broadcasting Union
A digital audio transfer standard. The AES and EBU developed the
specifications for the standard. The AES/EBU digital interface is usually
implemented using 3-pin XLR connectors, the same type of connector
used in a professional microphone. One cable carries both left- and
right-channel audio data to the receiving device. Also see “AES3.”
AES3
A technique in computer graphics for smoothing jagged edges
by blending shades of color or gray along the edges. Some video
devices, such as character generators, have an antialiasing feature
to minimize aliasing through filtering and other techniques. Also see
"Aliasing."
ARP
Address Resolution Protocol. A protocol for assigning an IP address
to a device based on the device’s MAC - Media Access Control,
or physical machine address, that maintains a table showing the
correlation between the two.
Artifacts
A digital audio standard defined by the Audio Engineering Society.
The standard specifies several basic physical interconnections
between devices:
Any error in the perception or representation of any visual or aural
information introduced by the involved equipment. Image artifacts
appear as deviations from the original in the delivered image in video
streaming systems.
Balanced – 3-conductor, 110 ohm cabling with an XLR connector,
typically referred to as “AES/EBU audio.”
Aspect ratio
Unbalanced – 2-conductor, 75 ohm coaxial cable with an RCA
connector, typically used in consumer audio applications. In many
consumer products such as DVD players and AV receivers, this is
often referred to as a “digital coaxial” connection type.
AES-3id – A professional version of the 2-conductor 75 ohm
coaxial cable terminated with a BNC connector. AES3 unbalanced
and AES-3id audio can be switched or routed using a video
switcher with a minimum of 150 MHz (-3 dB, fully loaded) video
bandwidth.
Optical – Plastic optical fiber using an F05 style connector,
typically used in consumer audio applications. In many consumer
products, this is often referred to as a “digital optical” connection
type. TOSLINK is the most common implementation of this
connection type.
The relationship of the horizontal dimension to the vertical dimension
of an image. In viewing screens, standard TV is 4:3, or 1.33:1; HDTV
is 16:9, or 1.78:1. Sometimes the “:1" is implicit, making TV = 1.33
and HDTV = 1.78.
ATSC - Advanced Television Systems Committee
The ATSC was formed to establish voluntary technical standards for
advanced television systems, including digital high definition television
- HDTV. The ATSC is supported by its members, who are subject to
certain qualification requirements.
Auto-Image™
An Extron technology for scan converters and signal processors that
simplifies setup by executing image sizing, centering, and filtering
adjustments with a single button push.
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Digital AV Glossary
Auto-Input Switching
BT.709
The feature that enables a product to detect which input has an active
sync signal and switch to that input.
Formally ITU-R Recommendation BT.709, and also known as
Rec. 709. The international standard for high-definition video that
specifies resolutions, frame rates, digital color encoding, color space
parameters, and more.
B
Bandwidth
The total range of frequencies required to pass a specific signal
without significant distortion or loss of data. In analog terms, the
lower and upper frequency limits are defined as the half power, or
-3 dB signal strength drop, compared to the signal strength of the
middle frequency, or the maximum signal strength of any frequency,
expressed as xx Hz to xx kHz (or MHz) @ -3 dB. In digital terms, it is
the maximum bit rate at a specified error rate, expressed in bits per
second - bps. A device's bandwidth should be wider than the highest
possible bandwidth of the signals it may handle. (In general, the wider
the bandwidth, the better the performance. However, bandwidth that
is too wide may pass excessive noise with the signal.)
BT.2020
Formally ITU-R Recommendation BT.2020, and also known as
Rec. 2020. The international standard for Ultra HD video that specifies
the 3840x2160 and 7680x4320 resolutions, color space parameters
that define a much wider color gamut than previous specifications,
frame rates up to 120 fps, color bit depth up to 36 bits per pixel,
digital color encoding, chroma subsampling, and more.
C
CAT 5 - Category 5
A numbering system using base-2. Each digit is represented by a 1 or
a 0 (on or off).
Describes the network cabling standard that consists of four
unshielded twisted pairs of copper wire terminated by RJ‑45
connectors. CAT 5 cabling supports data rates up to 100 Mbps and a
minimum bandwidth of 100 MHz. CAT 5 is based on the EIA/TIA 568
Commercial Building Telecommunications Wiring Standard.
Bit
CAT 5e - Enhanced Category 5
Binary
The shortened form of “binary digit” (0 or 1). A bit is the smallest unit
of information in a computer.
Bit Depth
The number of bits per pixel. Bit depth determines the number of
shades of gray or variations of color that can be displayed by a
computer monitor. For example, a monitor with a bit depth of 1 can
display only black and white; a monitor with a bit depth of 16 can
display 65,536 different colors; a monitor with a bit depth of 24 can
display 16,777,216 colors.
Bit Error
Bit error indicates the number of bits of a data stream over a
communication channel that have been altered. A bit error can result
in unusable data or the corruption of an image in video streaming
solutions.
Bit Error Rate - BER
The fraction of bits that were transmitted with errors, expressed at the
ratio of incorrectly to correctly transmitted bits. BER is used to assess
accuracy in transmission systems.
Bit Rate
The number of bits that are conveyed or processed per unit of time.
The bit rate is quantified using the bits per second (bit/s or bps) unit,
often in conjunction with an SI prefix such as kilo- (kbit/s or kbps),
mega- (Mbit/s or Mbps), or giga- (Gbit/s or Gbps).
Blu-ray Disc
An optical disc storage medium developed by Sony as the
replacement for DVD. Blu-ray is capable of storing high-definition
video, audio, and data with a capacity of 50 GB per disc. Blu-ray
players are backward-compatible with standard DVDs and audio
CDs.
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The standard for the next higher grade of unshielded twisted pair UTP beyond Category 5. The CAT 5e specification was developed
to provide more robust support for 1000Base-T, and includes tighter
limits than CAT 5 for NEXT, ELFEXT, and return loss. CAT 5e cabling
supports a minimum bandwidth of 100 MHz.
CAT 6 - Category 6
The standard for the next higher grade of unshielded twisted pair
- UTP cabling beyond CAT 5e. The standard defines components
(cable and connecting hardware) and cabling (basic link and channel)
for Category 6 channels, as well as Level III field tester requirements.
CAT 6 cabling supports a minimum bandwidth of 250 MHz.
CAT 6a - Category 6a, or Augmented Category 6
A higher grade of twisted pair cabling beyond standard CAT 6-rated
cable, with twice the bandwidth capability. CAT 6a features a shielded
twisted pair cable design, with braid and foil shielding around the
unshielded twisted pair conductors. This design improves crosstalk
performance at high frequencies. CAT 6a cabling supports a
minimum bandwidth of 500 MHz.
CAT 7 - Category 7
The cable standard for 10 Gigabit Ethernet using shielded twisted pair
- STP cable. CAT 7 features strict guidelines for crosstalk and system
noise, requiring shielding for each pair of wires and the cable as a
whole. CAT 7 cabling supports a minimum bandwidth of 600 MHz.
CCIR
Comité consultatif international pour la radio, or the International
Radio Consultative Committee. The CCIR has been superseded by
the International Telecommunications Union, or ITU. Also see “ITU.”
CCIR 601
See “ITU-R BT.601.”
Digital AV Glossary
CEC - Consumer Electronics Control
Component Digital
A bidirectional serial control bus defined in the HDMI 1.0 specification
and subsequent updates. CEC is used to provide control for multiple
products, connected via HDMI cables, from a single remote control.
Alternately, one device, for example a Blu-ray Disc player, can turn
on another device, such as a display, when put into Play mode. CEC
command sets are proprietary to each manufacturer; Sony CEC
commands cannot control devices from Panasonic or Sharp, and
vice versa.
Digital video using separate color components, such as Y, Cb, Cr.
Digital recording formats such as D1 (Sony, BTS/Philips) and
D5 (Panasonic) utilize component digital recording technology.
Component digital is the digital representation of the component
analog signal set, Y, B-Y, R-Y; it is often represented as 4:2:2. The
encoding parameters are specified by ITU-R BT.601-2 (formerly
known as CCIR 601).
Chromecast
A digital media player developed by Google that uses a proprietary
protocol for streaming of audio and video media from smartphones,
tablets, and PCs over a Wi-Fi connection.
Cladding
In fiber optics, the outer layer surrounding the core of a fiber that
serves as an optical barrier as well as protection for the core. The
index of refraction for the cladding is always lower than that for the
core in order to maintain total internal reflection and thus ensure that
the light always travels within the core.
Cliff Effect
The sudden or discrete loss of signal at a digital receiver due to the
degradation of a transmitted signal that has been terminated due to
an error rate being exceeded and the received signal being rejected.
Codec
(1) Coder/decoder. A device that converts analog video and audio
signals into a digital format for transmission over telecommunications
facilities and also converts received digital signals back into analog
format. It may also dial up the connection, like a modem for
teleconferencing. (2) Compressor/decompressor. Codecs can be
implemented in software, hardware, or a combination of both. Some
popular codecs for computer video include MPEG, QuickTime, and
Video for Windows.
Color Space
A system for describing color numerically. There are several color
space definitions, each used to support the specific identity of colors
within a structured identification system. In AV presentation, there are
two primary video color space definitions: RGB, which describes the
three color primaries, Red, Green, and Blue; and Component or YUV,
which describes the luminance channel (Y) and two chrominance
channels, U (Blue minus Y) and V (Red minus Y), with the remainder
representing Green. RGB is most commonly used with highresolution computer video signals, while YUV is the primary color
space for motion video and television transmission. While the earlier
DVI standard supports only RGB, the newer HDMI, and DisplayPort
standards support both RGB and YUV color space, and color space
conversion is common in sources such as Blu-ray Disc players and
both flat-panel and projection display devices.
Color space and color space conversion pose a unique challenge
when switching between signals with different color spaces, for
example, switching a source in YUV color space to a display
device set up to receive signals in RGB color space. Many digital
displays will automatically detect the change in color space, but
may require several seconds or more to lock to the new signal and
display it properly. Some displays, on the other hand, require manual
intervention to select the new color space through an on-screen
display menu.
Compression
The art and science of reducing the amount of data required to
represent a picture or a stream of pictures and sound before sending
or storing it. Compression systems are designed to eliminate
redundant or repeated information to the desired data level while
allowing the original information to be reproduced to the desired
quality.
Compression Artifacts
Compacting of a digital signal, particularly when a high compression
ratio is used, may result in small errors when the signal is
decompressed. These errors are known as artifacts, or unwanted
defects. The artifacts may resemble noise (or edge busyness) or may
cause parts of the picture, particularly fast moving portions, to be
displayed as distorted or incomplete.
Core
The central core of an optical fiber in which the light travels. The
core’s index of refraction is always greater than that of the cladding
which surrounds it, to maintain total internal reflection and therefore
keep the light within the core.
D
D/A
Digital to analog.
DA - Distribution Amplifier
A device that allows connection of one input source to multiple,
isolated (buffered) output destinations such as monitors or projectors.
DAC
Digital to analog converter.
DDC - Display Data Channel
A bidirectional communications standard developed by VESA - Video
Electronics Standards Association that defines a universal data
transmission standard for the connectivity between display devices
and computers.
DDWG - Digital Display Working Group
The DDWG develops standards for digital displays. Developer of the
DVI standard.
Decoder
(1) In analog video, a device used to separate the RGBS (red, green,
blue and sync) signals from a composite video signal. Also known
as an NTSC decoder. (2) In digital systems, a device which does
the reverse of an encoder, undoing the encoding so that the original
information can be retrieved. The same method used to encode is
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Digital AV Glossary
usually just reversed in order to decode. Video over IP decoders
accept IP data streams and output an analog or digital video signal.
(3) In control systems, the device in a synchronizer or programmer
which reads the encoded signal and turns it into a form of control.
Deep Color
A very wide color gamut with a bit depth of 30 bits or more, capable
of displaying billions of colors.
Deinterlacing
The process of combining pairs of interlaced fields of video into one
progressive frame of video.
DHCP
Dynamic Host Configuration Protocol. A standardized client-server IP
networking protocol that enables network administrators to centrally
and automatically manage the assignment of IP addresses in an
organization’s network.
Digital
A system of data or image values in the form of discrete, noncontinuous codes, such as binary. When data is in a digital format,
it can be processed, stored (recorded), and reproduced easily while
maintaining its original integrity.
DisplayID
Released in December 2007, this second-generation version of VESA
EDID - Extended Display Identification Data is intended to replace all
previous versions. DisplayID represents a 256-byte data structure that
conveys display-related information to attached source devices. It is
meant to encompass PC display devices, consumer televisions, and
embedded displays such as LCD screens within a laptop, without
need for multiple extension blocks. Display ID is not directly backward
compatible with previous EDID/E-EDID versions.
DisplayPort
The newest digital audio/video interconnect standard, designed
primarily for use between a computer and display device. DisplayPort
supports data rates up to 10.8 Gbps at a distance of 2 meters
for full bandwidth transmissions, and up to 15 meters for reduced
bandwidth signals such as 1080p/60, over copper cable. DisplayPort
is not directly compatible with DVI or HDMI, but a DisplayPort
connector can pass these signals, and the standard does provide an
emulation mode for ease of integration with DVI or HDMI equipped
products.
Dolby® Digital
A digital audio encoding and decoding technology utilized for DVDs,
Blu-ray Discs, video games, and many cable and satellite television
services. Also referred to as “AC-3.” Dolby Digital can transmit
mono or standard two-channel stereo audio, as well as 5.1 channel
surround sound (left front, center front, right front, left rear, right rear,
and subwoofer).
Dolby Digital Plus
A digital audio compression technology designed as an optional
codec for use with Blu-ray Disc. Dolby Digital Plus is an extension of
the earlier Dolby Digital format and supports up to 13 audio channels,
although Blu-ray Disc is limited to 8 discrete channels. The extra
audio channels are often used to support multiple languages.
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Dolby TrueHD
An advanced, lossless multi-channel audio encoder and decoder
technology intended primarily for high-definition content and is
optional for Blu-ray Disc; support for TrueHD is also optional as
of the HDMI 1.3 specification. TrueHD supports up to 8 discrete
audio channels at 96 kHz sampling, or up to 6 channels at 192 kHz
sampling. Since TrueHD is optional for Blu-ray Disc, discs encoded
with a TrueHD audio track must also include a separate two-channel
digital audio track.
DPCP - DisplayPort Content Protection
DPCP is a content-protection scheme for DisplayPort developed
by Advanced Micro Devices. Like HDCP 2.0, DPCP uses AES‑128
encryption. To date, DPCP has not been implemented by any
manufacturer of source or display devices equipped with DisplayPort.
All devices currently on the market use HDCP for digital rights
management.
DRM - Digital Rights Management
A generic term for technologies such as content scrambling in
cable or satellite television transmission, HDCP, and DPCP that can
be used to control the access to, or reproduction of, copyrighted,
commercially-available content. DRM is used primarily to prevent
piracy, the unauthorized duplication and distribution of copyrighted
material. However, DRM often also governs how content can be
used. Commercially-available DVDs and Blu-ray Discs, for example,
are typically licensed for personal use in a residential environment.
Use of such content in a public venue, such as a school or business
setting, without express consent or licensing by the copyright holder,
is typically in violation of the media’s license.
DTS® Digital Surround
A digital audio encoding and decoding technology from DTS, Inc. that
delivers 5.1 channels of surround sound. It is an optional surround
sound format for DVDs but is mandatory for Blu-ray Disc. DTS Digital
Surround has also been used in some LaserDisc releases as well as
CDs, and is also featured in some video games.
DTS-HD High Resolution Audio
An extension to the DTS Digital Surround format that offers up to 7.1
channels at 24-bit resolution and 96 kHz sampling. DTS-HD High
Resolution Audio is an optional surround sound format for Blu-ray Disc.
DTS-HD Master Audio
A lossless audio encoder/decoder technology from DTS, Inc. DTS-HD
Master Audio allows a bit-for-bit representation of a movie’s original
studio master soundtrack and supports up to 8 audio channels.
Support for DTS-HD Master Audio is optional as of the HDMI 1.3
specification, and is also optional for Blu-ray Disc.
Dual-Link DVI
A dual-link DVI output has two TMDS links and twice the bandwidth
of single-link DVI, and can therefore support much higher resolutions.
With two TMDS links, the number of data channels is doubled,
although there is still only one clock signal, so both links are clocked
identically. Also see “Single-Link DVI.”
Dual-Link HD-SDI
A method of applying two HD-SDI signals to deliver 1920x1080 video
at 50 or 60 Hz as progressive frames, at 12-bit depth or with 4:4:4
color quantization.
Digital AV Glossary
Duplex
EDID Minder®
Data transmission in both directions. Half duplex denotes
transmission in one direction at a time, while full duplex refers to
simultaneous transmission in both directions. In fiber optics, duplex
also refers to a type of cable comprising two fibers for duplex
transmission.
A proprietary EDID management process from Extron. EDID Minder
automatically manages the EDID information between a digital display
device and one or more input sources. By maintaining continuous
EDID communication with all sources, EDID Minder ensures that
digital sources power up properly and maintain their video output,
whether or not they are actively connected to the digital display
device.
DVB/ASI - Digital Video Broadcasting/Asynchronous Serial
Interface
A standard for the broadcast of digital television signals. Terrestrial
broadcast, primarily seen in Europe, is often stated as DVB-T. In the
US, DVB-S is often used for compression and encoding of digital
satellite transmission; for terrestrial applications, North America utilizes
the ATSC standard.
DVD-Audio
A digital format for delivering high-fidelity audio content on DVD Digital Video Discs. DVD-Audio is a standalone format intended for
audio only and is not used for the audio portion of DVD video content.
DVD-Audio is similar in application to SACD, although to maintain
compatibility with DVD players, the format is not capable of the very
high sampling rates found in SACD. Support for DVD-Audio was
added to the HDMI 1.1 specification in 2004.
DVI - Digital Visual Interface
The digital video connectivity standard that was developed by the
DDWG - Digital Display Working Group. This connection standard
offers two different connectors: one with 24 pins that handles digital
video signals only and one with 29 pins that handles both digital
and analog video. This standard uses TMDS - Transition Minimized
Differential Signal from Silicon Image and DDC - Display Data Channel
from VESA - Video Electronics Standards Association.
Embedded Data
Digital technologies such as SDI and HDMI can carry a variety of
other data along with the primary video data, including audio, control,
metadata such as content title or other identifying information, or
other ancillary information. These data are said to be embedded,
as they travel with the primary signal from the source device to the
destination.
Encoder
(1) In analog video, a device, often built into video cameras, that
changes individual component signals into composite signals. For
example, an encoder combines Y (luma) and C (chroma) signals to
produce a video image. (2) In digital systems, a device, circuit, or
algorithm that converts information from one format to another. Video
over IP encoders take analog or digital video input signals and convert
them to IP data streams which are transmitted over IP networks.
Encryption
To manipulate information into a coded form that cannot be read
without a device that will unscramble the code. Video signals are also
scrambled in cable and pay TV systems so that the viewer must pay
to receive the program after it has been electronically deciphered.
End Finish
DVI-D
DVI connector that supports digital signals only.
DVI-I
The end-face of an optical fiber at the ferrule, finished or polished to
be smooth in order to minimize signal loss or back-reflection. PC,
SPC, UPC, and APC polishing finishes are available for singlemode
connectors.
DVI connector that supports both digital and analog signals.
EQ (Video) - Equalization
Dynamic IP Address
An IP address that is automatically assigned to a client host in a TCP/
IP network, typically by a DHCP server. Network devices that serve
multiple users, such as servers and printers, are usually assigned
static (unchanging) IP addresses.
Dynamic Range
The highest and lowest potential signal levels on a given device. Also
applies to fiber optic applications in terms of the ratio between the
most – or strongest – and least – or weakest – observable optical
signals.
E
EDID - Extended Display Identification Data
EDID is a data structure used to communicate video display
information, including native resolution and vertical interval refresh rate
requirements, to a source device. The source device will then output
the optimal video format for the display based on the provided EDID
data, ensuring proper video image quality. This communication takes
place over the DDC - Display Data Channel.
Selective amplification (signal restoration) applied to a signal to
compensate for high frequency attenuation and other distortions
encountered in long lengths of cable.
Error Concealment
A method of concealing and hiding the impact of data lost during
transmission. In video streaming systems, error concealment prevents
lost network packets from disrupting a video frame or sequence of
video frames.
Error Detection and Correction
The ability to detect errors caused by interference or other factors
during the transmission of a signal, and then reconstruct the received
signal so that it is a faithful reproduction of the original signal, without
errors. A process known as Forward Error Correction is often used to
allow the receiver to detect and correct some errors without having to
“ask” the transmitter to send additional data.
Ethernet
A Local Area Network - LAN standard officially known as IEEE 802.3.
Ethernet and other LAN technologies are used for interconnecting
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Digital AV Glossary
computers, printers, workstations, terminals, servers, etc. within
the same building or campus. Ethernet operates over twisted pair
and over coaxial cable at speeds starting at 10 Mbps. For LAN
interconnectivity, Ethernet is a physical link and data link protocol
reflecting the two lowest layers of the OSI Reference Model.
Full Duplex
The ability of a device or line to transmit data simultaneously in both
directions.
Full Duplex Operation
When data is both sent and received simultaneously. (i.e., sound
cards, network interface cards, and hubs).
Eye Pattern
The representation of a digital signal on an oscilloscope in which
a digital data signal is repetitively sampled. Distortion in the signal
waveform due to interference and noise appears as closure of the eye
pattern. Signals that are poorly synchronized with the system clock
(also known as jitter), too high, too low, too noisy, too slow to change,
or which have too much undershoot or overshoot, can be observed
from the eye pattern. Eye patterns are used to evaluate the quality
of digital signals when passed through cables or signal extension
devices, switchers, signal processors, and other electronics.
F
FCC - Federal Communications Commission
The US governmental agency that controls and makes all policy for
the use of broadcast airwaves.
Ferrule
A precision tube which centers an optical fiber and provides
stabilization and precise alignment. A ferrule may be part of a
connector or a mechanical splice.
G
Gateway
A network node equipped for interfacing with another network that
uses different protocols. Also can be described as an entrance and
exit into a communications network.
Genlock
A technique where the video output of one source, or a specific
reference signal, is used to synchronize other television picture
sources together. Video sources which are genlocked have vertical
sync pulses which are synchronized together.
GHz
Gigahertz. One billion cycles per second.
Giga
The prefix abbreviation for billion. Giga is frequently shortened to G.
For example, 1 GB = 1 billion bytes.
Fiber
The basic optical transmission element. The components of a fiber
include the core, surrounded by the cladding, and then a coating for
protection. Specific optical properties of the core and cladding enable
light to be contained within the core as it travels along the fiber.
Forward Error Correction - FEC
A system of error control for data transmission, whereby the sender
adds redundant data to its messages, also known as an error
correction code. This allows the receiver to detect and correct errors
(within some bound) without the need to ask the sender for additional
data. The amount of FEC required to guarantee delivery is not certain.
Each application must consider the predictability of the network and
the amount of protection that is desired.
fps - Frames per Second
A measure of information that is used to store and display motion
video. Each frame represents a still image and displaying frames
in succession creates the illusion of motion. The more frames per
second - fps, the smoother the motion appears.
Frame Rate
The frequency at which an imaging device produces unique,
consecutive images called frames. The term applies equally to
computer graphics, video cameras, film cameras, and motion capture
systems. Frame rate is most often expressed in frames per second fps and sometimes in progressive scan monitors as hertz - Hz. It can
also be seen as refresh rate or vertical scan rate.
H
Half Duplex
Data or audio transmission that can occur in two directions over a
single line, but only one direction at a time.
Handshake
In communications, the moment when the transmitting and receiving
devices identify themselves to each other.
H.264 Encoding
A standard for video compression equivalent to MPEG-4 Part 10
or MPEG-4 AVC - Advanced Video Coding. H.264 was created to
provide video quality suitable for high definition applications at bit
rates lower than that utilized in MPEG-2, the compression standard
used in DVD authoring.
HDBaseT
A signal extension technology defined by the HDBaseT Alliance for
combining and transporting HDMI audio/video, Ethernet, control
signals, and DC power using category-type twisted pair cable.
HDCP - High-bandwidth Digital Content Protection
A digital rights management scheme developed by Intel to prevent
the copying of digital video and audio content. HDCP is mandatory
for the HDMI interface, optional for DVI. HDCP defines three basic
system components: source, sink, and repeater.
Sources send content to the display. Sources can be set-top boxes,
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Digital AV Glossary
Blu-ray Disc players, computer graphics cards, and so forth. A source
can have only one HDCP transmitter.
Sinks decrypt the content so it can be viewed. Sink is typically used
to describe a flat-panel display, television, or projector. Sinks can have
one or more HDCP receivers.
Repeaters sit between sources and sinks. They accept content,
decrypt it, then re-encrypt and transmit. Internally, a repeater may
provide signal processing, such as scaling, splitting out audio for use
in an analog audio playback system, or splitting the input data stream
for simultaneous viewing on multiple displays. Switchers, matrix
switchers, and distribution amplifiers are all examples of repeaters.
HDMI - High-Definition Multimedia Interface
An interface for the digital transmission of uncompressed high
definition video, multi-channel audio, and control signals, over a
single cable. HDMI is the de facto standard for consumer level video
sources and displays.
HD-SDI
The high-definition version of SDI specified in SMPTE-292M. This
signal standard transmits audio and video with 10 bit depth and
4:2:2 color quantization over a single coaxial cable with a data rate
of 1.485 Gbps. Multiple video resolutions are supported including
progressive 1280x720 and interlaced 1920x1080 resolution. Up to 32
audio channels are carried in the ancillary data.
HDTV - High Definition Television
HDTV refers to a complete product/system with the following
minimum performance attributes: a receiver that receives ATSC
terrestrial digital transmissions and decodes all ATSC Table 3 video
formats; a display scanning format with active vertical scanning
lines of 720 progressive (720p), 1080 interlaced (1080i), or higher;
aspect ratio capabilities for displaying a 16:9 image; receives and
reproduces, and/or outputs Dolby Digital audio.
is connected to a device that does not support HDCP, for example an
analog television or video recorder, the player automatically reduces
the high-definition video quality to a maximum of 960x540 pixels
before outputting it.
IEEE
Institute of Electrical and Electronic Engineers. The IEEE is an
industry organization that undertakes the development of standards
for electronic interfaces, wireless and wired networks, and related
technologies. www.ieee.org.
IEEE 1394
Institute of Electrical and Electronics Engineers standard 1394. Also
known as FireWire (a trademark of Apple) and i.Link (a trademark of
Sony), IEEE 1394 is a serial digital format that handles a wide range of
data. IEEE 1394 offers peer-to-peer interface capability, so it does not
require computer support.
IEEE 802.11
A series of IEEE - Institute for Electrical and Electronics Engineers
specifications for wireless local area networks - WLANs. The original
IEEE 802.11 standard provided for 1 or 2 Mbps transmission in the
2.4 GHz band using either frequency hopping spread spectrum FHSS or direct sequence spread spectrum - DSSS. IEEE 802.11 has
continued to evolve with many subsequent revisions.
IEEE 802.11a
An extension to the IEEE 802.11 standard, specifying up to 54 Mbps
in the 5 GHz band. IEEE 802.11a was ratified after 802.11b.
IEEE 802.11b
An enhancement of the original IEEE 802.11 wireless networking
standard, offering backward compatibility, and a boost in data
transmission speed up to 11 Mbps in the 2.4 GHz band.
IEEE 802.11g
The number of vertical lines that can be perceived in a video device.
An enhancement of the original IEEE 802.11 wireless networking
standard, offering wireless transmission up to 54 Mbps in the 2.4 GHz
band, as well as interoperability with 802.11b devices.
Hot Plug/Hot Plug Detect
IEEE 802.11n
Horizontal Resolution
Describes a feature of DVI, HDMI, USB, and other digital technologies
which allows a host device, such as a computer, to detect the
presence of a new device without intervention by the user. Hot Plug
technology allows a new device to be added to a system while it’s still
connected to a power source. Once the new device is connected, the
Hot Plug Detect circuit, or HPD, senses the new device and tells the
rest of the system that the device is ready to either send or receive a
data stream.
I
ICT - Image Constraint Token
Part of AACS, the Blu-ray Disc digital rights management system,
the Image Constraint Token can cause the output of a Blu-ray Disc
player to be down-converted to low-resolution video, similar in quality
to a DVD. AACS requires that all components in the display chain,
from the source to the display device, be secured through HDCP or
DPCP content protection. If the ICT flag is set and the Blu-ray player
IEEE 802.11n builds on previous IEEE 802.11 wireless networking
standards by incorporating multiple-input and multiple-output - MIMO
technology, and operation in the 2.4 GHz and 5 GHz bands. MIMO
allows the aggregation of up to four spatial data streams to deliver
higher data rates up to a theoretical maximum of 600 Mbps.
IEEE 802.11ac
An enhancement of the IEEE 802.11 wireless networking standard,
incorporating MIMO technology with up to eight aggregated spatial
data streams, up to 433 Mbps per spatial stream, and the ability for
multiple users to access MIMO transmissions. 802.11ac devices
operate in the 5 GHz band.
IEEE 802.11ad
An amendment to the IEEE 802.11 wireless networking standard
that provides for operation in the 60 GHz band, plus backward
compatibility for the traditional 2.4 GHz and 5 GHz bands. 802.11ad
products and technology are being marketed under the name WiGig.
This specification allows for data transmission rates up to 7 Gbps.
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Digital AV Glossary
In addition to wireless LAN applications, 802.11ad is targeted for
wireless video transmission and connectivity to peripherals.
IEEE 802.3
The Institute for Electrical and Electronics Engineers standard for
Ethernet networks.
InfoFrame
Metadata transmitted over HDMI or DisplayPort that describes
various properties of the audio and video being transferred. InfoFrame
data and formatting is defined by the CEA-861 standard.
Interlace
In TV, each video frame is divided into two fields with one field
composed of odd numbered horizontal scan lines and the other
composed of even numbered horizontal scan lines. Each field is
displayed on an alternating basis.
storage size and image quality. JPEG typically achieves 10:1
compression with little perceptible loss in image quality. Produces
blocking artifacts.
JPEG 2000
A wavelet-based image compression standard and coding
system. There is a modest increase in compression performance
of JPEG 2000 compared to JPEG, the main advantage offered by
JPEG 2000 is the significant flexibility of the codestream which allows
for representing the image at various resolutions.
Judder
A motion artifact whereby image elements appear to move with
stepped, rather than smooth, motion. Commonly occurring in content
converted to 30 fps or 60 fps from a 24 fps or 25 fps source, video
judder has multiple causes including errors in frame rate conversion,
telecine pulldown detection, or deinterlacing.
IP - Internet Protocol
Internet Protocol defines addressing methods and structures for
datagram encapsulation allowing delivery of packets from a source to
a destination based purely on addressing.
IP Address
A numerical label assigned to devices in a network that uses the
Internet Protocol. The IP address for the source and destination are
included in an IP datagram.
IP Link®
K
Key Minder®
A technology from Extron for managing HDCP authentication keys in
a switching and distribution system. Key Minder authenticates and
maintains continuous HDCP encryption between input and output
devices to ensure quick and reliable switching in professional AV
environments, while enabling simultaneous distribution of a single
source signal to one or more displays.
Extron’s high performance IP integration technology specifically
engineered to meet the needs of professional AV environments.
Keys
ITU - International Telecommunication Union
KSV - Key Selection Vector
Formerly known as the CCIR - Comité consultatif international pour
la radio or International Radio Consultative Committee. A global
organization responsible for establishing television standards.
ITU-R BT.601
Formerly known as CCIR 601. A serial digital form of component
video developed by the International Telecommunication Union for
the digitization of color video signals. ITU-R BT.601 is the digital
equivalent to Y, R-Y, B-Y, component analog video, and is transmitted
on one coax cable instead of three. It is also called 4:2:2, which refers
to the number of samples taken from each of the video channels:
for every four samples of the Y (luminance) channel, the two color
difference channels, R-Y and B-Y, are sampled twice.
J
Jitter
A deviation in the timing of a digital signal, usually in relevance to
a reference clock source. Jitter can occur over long lengths of low
quality cable, or through the cumulative effect caused by cascading
several digital devices in line between the source and destination.
JPEG - Joint Photographic Experts Group
Commonly used method of lossy compression for photographic
images using a discreet cosine transfer function. The degree of
compression can be adjusted, allowing a selectable tradeoff between
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See “KSV - Key Selection Vector.”
A unique numerical key used in content protection or digital rights
management schemes such as HDCP. Keys are used to authenticate
devices connected to one another, to ensure that a source is
connected to a display and not a digital recording device.
L
LAN - Local Area Network
Supplies networking capability to a group of computers in close
proximity to each other such as in an office building, a school, or a
home. A LAN is useful for sharing resources like files, printers, games
or other applications. A LAN in turn often connects to other LANs,
and to the Internet or other WAN.
Laser - Light Amplification by Stimulated Emission of
Radiation
An optical source that generates coherent light within a narrow band
of wavelengths.
Laser-Optimized Multimode Fiber
A multimode fiber with higher bandwidth than legacy multimode fiber,
designed for transmission with laser based sources such as VCSEL.
Digital AV Glossary
Latency
Mechanical Splice
A measure of time delay experienced in a system, the precise
definition of which depends on the system and the time being
measured. In video processing or encoding products, it is a measure
of the amount of time used to process an input signal. In a packetswitched network it is measured either one-way (the time from the
source sending a packet to the destination receiving it), or round-trip
(the one-way latency from source to destination plus the one-way
latency from the destination back to the source).
A splice between optical fibers accomplished by using a mechanical
fixture and an index gel, rather than by thermal fusion.
Lip Sync
A technical term for matching lip movements seen in a video
picture with voice. Audio and video is synchronized when lip sync is
maintained.
Loss Budget
A specified, maximum tolerable loss of optical power, or attenuation
of light, as it passes through a fiber optic system.
Lossless
When using compression to reduce text and/or graphic files, some
techniques discard data in the process. Methods that compress files
without losing data are called lossless.
Lossy
A term to describe compression techniques that throw away data
as part of the process. The more data loss, the smaller the file, and
the lower the quality (grainy or jagged edged) of the image. Lossy
compression methods include JPEG and MPEG. Note: with JPEG,
high means high compression (greater loss) and low means low
compression (less loss).
LPCM - Linear PCM
A specific method of pulse code modulation that is used to represent
an analog waveform as a sequence of amplitude values. LPCM has
been defined as part of the DVD and Blu-ray Disc standards, and is
also used by HDMI. Also see “PCM - Pulse Code Modulation.”
M
MAC - Media Access Control
MHz - Megahertz
One million hertz (cycles per second). Video bandwidth is measured
in megahertz.
Microbend
A localized defect in an optical fiber at the core-cladding boundary,
caused by mechanical stress that results in sharp, microscopic
curvatures in the fiber.
Miracast
A protocol developed by the Wi-Fi Alliance for streaming of audio and
video media between devices over a Wi-Fi connection.
M-JPEG
Motion JPEG or M-JPEG video compression applies the discrete
cosine transform to each video frame independently. No temporal
compression is applied in M-JPEG and no frame interdependence
exists as with MPEG compression. Each video frame is encoded as
though it is an MPEG I-frame. Editing and random access are easily
facilitated in product designs applying M-JPEG.
Mode
A path for light within an optical fiber. Singlemode fiber comprises a
single path, while in multimode fiber, there are multiple light paths.
Modem
Modulator/demodulator. A device that puts information on a
carrier signal and transmits it over a (phone) network. The same
device receives such signals and demodulates, or separates the
information from the carrier. A modem connects computers with other
communication devices through ordinary phone lines.
Modulation
The process of adding an information signal to a carrier frequency
to allow it to be transmitted. Thus, the carrier is modulated by the
information signal, as in a modem.
MPEG - Moving Picture Experts Group
The Media Access Control data communication protocol sub-layer
provides addressing and channel access control mechanisms
that make it possible for several terminals or network nodes to
communicate within a multi-point network, typically a local area
network - LAN. Access to the media may be spread out over time,
or as in Ethernet, a mechanism is developed which allows random
access, but provides a method for reattempting use of the media if a
collision is experienced.
A standards committee under the auspices of the International
Standards Organization working on algorithm standards that allow
digital compression, storage, and transmission of moving image
information such as motion video, CD-quality audio, and control data
at CD-ROM bandwidth. The MPEG algorithm provides inter-frame
compression of video images and can have an effective compression
rate of 100:1 to 200:1.
Macrobending
The second generation standard for video compression of audio and
video applying the discrete cosine transform. The standard includes
a combination of lossy video and audio compression methods which
permit storage and transmission of movies using currently available
storage media and transmission bandwidth. Commonly used for
digital television transmission, DVD, and other similar equipment.
A term that describes a macroscopic deviation of an optical fiber’s
axis from a straight line due to bending, to the extent that optical loss
occurs.
Matrix Switcher
MPEG-2
A means of selecting an input source and connecting it to one or
more outputs. Like a regular switcher, but with multiple inputs and
multiple outputs.
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Digital AV Glossary
MPEG-4
A patented collection of methods defining compression of audio and
visual (AV) digital data. Uses of MPEG-4 include compression of AV
data for Web (streaming media) and CD distribution, voice (telephone,
videophone) and broadcast television applications. MPEG-4 absorbs
many of the features of MPEG-1 and MPEG-2 and other related
standards, adding new features such as (extended) VRML support for
3D rendering, object-oriented composite files (including audio, video,
and VRML objects), support for externally-specified Digital Rights
Management and various types of interactivity.
Multicast
Multicast addressing is a network technology for the delivery of
information to a group of destinations simultaneously using the
most efficient strategy to deliver the messages over each link of the
network only once, creating copies only when the links to the multiple
destinations split. A single stream is sent from the source to a group
of recipients.
Multimode Fiber - MMF
An optical fiber that allows for the propagation of more than one
mode or light path. It is commonly used with LED light sources for
shorter distance links.
Ethernet connections are used to preserve quality delivering the same
signal over a greater distance or security concerns.
Optical Link
A single fiber optic signal path or point-to-point fiber optic connection
between a transmitter and receiver, including connectors, fiber,
splices, and other fiber optic components in the path.
OSI Model - Open System Interconnection Reference Model
OSI Reference Model is a definition for layered communications and
computer network protocol design. It was developed as part of the
Open Systems Interconnection - OSI initiative. The OSI model divides
the network architecture into seven layers starting from the bottom
up: Physical, Data Link, Network, Transport, Session, Presentation,
and Application Layers.
Overhead
Any data transferred on a communication link which is in addition
to the content or data that is delivered. In IP networks, overhead
includes: addressing, control, routing, redundant, error checking, and
error concealment data.
Overscan
The result of the TV scan lines exceeding the boundaries of the
display screen.
Multi-Rate SDI
The capability to support multiple SMPTE digital video standards,
including SMPTE 424M (2.97 Gbps 3G-SDI), SMPTE 292M (1.485
Gbps HD-SDI), and SMPTE 259M (270 Mbps SDI).
N
NAT - Network Address Translation
Method of concealing a set of host addresses on a private network
behind a pool of public addresses. It allows conservation of
registered IP addresses within private networks and simplifies IP
address management tasks through a form of transparent routing,
and increases network privacy by hiding internal IP addresses from
external networks.
Native Resolution
Refers to the single fixed resolution of an LCD, plasma, or other
fixed matrix display. An image said to match the native resolution of
a display is one where pixels between the image source and display
are perfectly aligned and require no additional scaling or other signal
processing.
Non-Blocking Matrix Switchers
These are true matrix switchers allowing any input to switch to any or
all outputs. They have no switching limitations contingent on hardware
or software. Extron builds only true matrix switchers with all switching
paths available at all times; there is no blocking.
O
Optical Ethernet
An optical connection for delivering Ethernet packets. Ethernet signals
have been traditionally interfaced on twisted pair cable. Optical
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P
Packet
A block of data that is transmitted over a network in a packetswitched system. A packet is also referred to as a frame or datagram.
Packet Jitter
The term "jitter" is used as a measure of the variability over time of the
packet latency across a network. In real-time applications such as
VoIP and video, variation in the rate at which packets in a stream are
received that can cause quality degradation. Video decoders must
account for jitter which may be experienced delivering packets across
a network.
Packet Loss
Occurs when one or more packets of data traveling across a
computer network fail to reach their destination. Packet loss is
distinguished as one of the three main error types encountered in
digital communications; the other two being bit error and spurious
packets caused due to noise. Packet loss is typically experienced in
the real world as a random burst of packet loss.
PanelLink®
Silicon Image’s TMDS - Transition Minimized Differential Signaling
all-digital video transmission standard. PanelLink technology was
designed to provide the bandwidth necessary to support digital
displays.
PCM - Pulse Code Modulation
The digital representation of an analog audio signal. PCM is the
standard form of digital audio in computers and the compact disc
- CD “red book” format, as well as the standard used for the audio
portion of digital video recording.
Digital AV Glossary
Pixel - Picture Element
Repeater
The smallest unit or area of a video screen image that can be turned
on or off, or varied in intensity.
See “HDCP - High-bandwidth Digital Content Protection.”
Resolution
Pixel Clock - Dot Clock
The pixel clock divides the incoming horizontal line of video into pixels.
This pixel clock has to be stable (a very small amount of jitter) relative
to the incoming video or the picture will not be stored correctly.
The higher the frequency of the pixel clock, the more pixels that will
appear across the screen (pixel resolution).
Pixel Resolution
In computer graphics and video images, the number of pixels in the
display. For example, a picture with 1024x768 pixels is much sharper,
or has higher resolution, than a picture with 640x480 pixels. The total
number of pixels is the product of these two numbers.
Propagation Delay
The amount of time that passes between when a signal is transmitted
and when it is received at the opposite end of a processor, amplifier,
or cable.
Protocol
A set of agreed-upon standards that define the format, order, timing,
handshaking, and error checking method for data transfer between
two pieces of equipment.
PURE3® Codec
A codec which is capable of encoding and streaming both video and
computer graphic inputs and a wide variety of resolutions, preserving
equal quality for both signal formats. It preserves a balance between
three performance factors low latency, low bandwidth and high
image quality. The PURE3 Codec has been optimized for use on IP
networks which are acknowledged to be lossy. The codec includes
an error concealment system which is highly resistant to network
errors without using forward error correction.
R
Reclocking
Reclocking is a process that is used to restore the amplitude, rise and
fall times, and clock rate attributes of a digital signal. Reclocking can
add a small amount of time delay to the signal.
Rec. 709
See “BT.709.”
Rec. 2020
See “BT.2020.”
Refresh Rate
Also called “vertical scan frequency” or “vertical scan rate.” The
number of times in a second that display hardware draws a new
video frame.
RFI - Radio Frequency Interference
High frequency interference from transmissions such as telephones,
microwaves, and television stations.
The density of lines or dots that make up an image. Resolution
determines the detail and quality in the image. A measure of the ability
of a camera or video system to reproduce detail, or the amount of
detail that can be seen in an image. Resolution is often expressed as
a number of pixels, but more correctly, it is the bandwidth. A sharp,
clear picture has high resolution. Also see “Resolution (horizontal)”
and “Resolution (vertical).”
Resolution (Horizontal)
The amount of detail in a horizontal direction in a video image. It
is expressed as the number of distinct vertical lines, alternately
black and white, that can be seen in the width of the picture. This
information is usually derived from observation of the vertical wedge
of the test pattern. Horizontal resolution depends on the high
frequency amplitude and phase response of the pick-up equipment,
as well as the transmission medium and the monitor itself.
Resolution (Vertical)
The amount of resolvable detail in a vertical direction in a video image.
It is expressed as the number of distinct horizontal lines, alternately
black and white, that can be seen in a test pattern. Vertical resolution
is primarily determined by the number of horizontal scanning lines in
a frame.
RS-232
An Electronic Industries Association - EIA serial digital interface
standard specifying the characteristics of the communication path
between two devices using either DB-9 or DB-25 connectors. This
standard is used for relatively short-range communications and does
not specify balanced control lines. RS-232 is a serial control standard
with a set number of conductors, data rate, word length, and type of
connector to be used. The standard specifies component connection
standards with regard to the computer interface. It is also called
RS-232-C, which is the third version of the RS-232 standard, and is
functionally identical to the CCITT V.24 standard.
S
S/PDIF - Sony/Philips Digital Interconnect Format
A data protocol for compressed or uncompressed digital audio
co-developed by Sony and Philips Electronics and now part of the
larger AES/EBU audio standard. S/PDIF is often misconstrued as a
connection type; however, S/PDIF audio can be found in products
using either a 75 ohm coaxial connection or a TOSLINK fiber optic
connection. S/PDIF is commonly found in Compact Disc and DVD
players.
SACD - Super Audio Compact Disc
A very high fidelity, read-only optical disc format for both two-channel
stereo and 5.0 (no subwoofer) or 5.1 surround sound audio. SACD
can store up to 10 times as much data as a standard audio CD, up
to 7.95 GB. Support for SACD audio is part of the HDMI specification.
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Digital AV Glossary
Scaling
Conversion of a video or computer graphic signal from a starting
resolution to a new resolution. Scaling from one resolution to another
is typically done to optimize the signal for input to an image processor,
transmission path, or to improve its quality when presented on a
particular display.
SDI - Serial Digital Interface
Standard definition video is carried on this 270 Mbps data transfer
rate. Video pixels are characterized with a 10-bit depth and 4:2:2
color quantization. Ancillary data is included on this interface and
typically includes audio or other metadata. Up to 16 audio channels
can be transmitted. Audio is organized into blocks of four stereo
channel pairs.
Serial Data
A way to transfer information by breaking the characters of a word
into bits, which are then transmitted sequentially along a single line.
Compare to parallel, which uses more than one line.
widescreen video aspect). Of the group, 270 Mbps and 360 Mbps
are the most common data rates.
SMPTE 292M
Defines the HD-SDI high definition serial digital interface.
SMPTE 292M has data rate of 1.485 Gbps for 4:2:2 component
digital in 16:9 widescreen video aspect. Full bandwidth HD-SDI can
be transmitted 300 feet (100 m) on standard RG6 coaxial cable,
and more than 60 miles (100 km) using fiber optic technology.
SMPTE 292M is considered a single link HD-SDI signal, in that only
one coaxial cable is required to transmit the data.
SMPTE 310
A broadcast standard for transmitting one or more DTV - digital
television channels, and ancillary content, as part of a single data
stream.
SMPTE 372M
Also stated as "S/N ratio". The ratio is expressed in decibels as a
ratio between the audio or video signal level and that of the noise
accompanying the signal. The higher the S/N ratio, the better the
quality of the sound or picture.
Defines a full bandwidth, 4:4:4 RGB color space and bandwidth up
to 2.97 Gbps, which is sufficient for 1080p/60 and 1080p/24sf video
streams. SMPTE 372M is most commonly associated with dual-link
HD-SDI, wherein two coaxial cables are used to carry alternate pixels,
thus doubling the data rate and available resolution. The 2K format
in digital cinema, 2048x1080/60 and 4:4:4 RGB color space, is the
highest data rate possible with a dual-link HD‑SDI connection.
Single-Link DVI
SMPTE 424M
Signal-to-Noise ratio
The electrical signaling used to transmit data over DVI is known as
transition minimized differential signaling, or TMDS. A single TMDS
link carries three data channels and one clock signal, with a maximum
video frequency of 165 MHz, capable of standard resolutions up to
1920x1200 pixels. Also see “Dual-Link DVI.”
Single-Link HD-SDI
See “SMPTE 292M.”
Singlemode Fiber - SMF
An optical fiber with a small core, through which only a single mode
can propagate.
Defines a full bandwidth, 4:4:4 RGB color space and bandwidth up
to 2.97 Gbps on a single coaxial cable. SMPTE 424M is colloquially
known as 3G-SDI, a term used to describe 2.970 Gigabits per
second digital video over a single-link coaxial cable. 3G-SDI is
capable of supporting HDTV 1080p video at 50 or 60 frames per
second. Most 3G-SDI terminal equipment, such as Extron 3G-SDI
matrix switchers, simple switchers, distribution amplifiers, cable
equalizers, and fiber optic extenders, is capable of supporting
standard SDI data rates from 270 Mbps to 2.970 Gbps.
SMPTE/DCI P3
See “HDCP - High-bandwidth Digital Content Protection.”
A color space defined within the Digital Cinema Initiatives - DCI
specification for digital cinema systems. SMPTE/DCI P3 offers a color
gamut wider than the ITU-R Recommendation BT.709 or sRGB color
spaces, but less than ITU-R Recommendation BT.2020.
Skew
Source
Refers to the timing difference which occurs when electrical signals
that are traveling over different pairs of cables reach their destinations
at different times. The different arrival times of the signals may present
a problem when simultaneous arrival with no delay is required.
Splice
Sink
SMPTE - Society of Motion Picture and Television Engineers
A global organization, based in the United States, that sets standards
for baseband visual communications. This includes film as well as
video and television standards.
SMPTE 259M
Defines the SDI serial digital interface common to most standard
definition digital video products. SMPTE 259M includes several data
rates, including 143 Mbps (NTSC composite digital), 177 Mbps
(PAL composite digital), 270 Mbps (4:2:2 component digital, 4:3
standard video aspect), and 360 Mbps (4:2:2 component digital, 16:9
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The optical source in a fiber optic system, usually an LED or laser
diode.
A permanent connection between the ends of two optical fibers by
mechanically joining them together, or heating to fuse them together.
sRGB
A color space widely used in computers, monitors, and the Internet,
as well as consumer digital cameras, printers, and scanners. sRGB
incorporates the same color space primaries as defined in ITU-R
Recommendation BT.709, the international standard for highdefinition video.
Static IP
An IP address that has been specifically assigned (as opposed
to dynamically assigned – see “DHCP”) to a device or system in
Digital AV Glossary
a network configuration. This type of address requires manual
configuration of the actual network device or system, and can only be
changed manually or by enabling DHCP.
TOSLINK
STP
An optical fiber connection standard for digital audio developed by
Toshiba. TOSLINK is commonly used for audio output from CD and
DVD players, as well as some game consoles. A generic name, “EIAJ
optical,” is sometimes used to describe this standard.
Shielded Twisted Pair, CATx cable with internal metallic
electromagnetic shielding for individual pairs and/or the cable overall.
TP - Twisted Pair
Sync - Synchronization
In video, sync is a means of controlling the timing of an event with
respect to other events. This is accomplished with timing pulses to
insure that each step in a process occurs at the correct time. For
example, horizontal sync determines exactly when to begin each
horizontal scan line. Vertical sync determines when the image is to be
refreshed to start a new field or frame. There are many other types of
sync in a video system. Also known as “sync signal” or “sync pulse.”
Sync Generator
A circuit that produces sync impulses used to control the time when
certain events happen electronically. Also known as a “synchronizing
pulse generator.”
Cable that uses small twisted pairs of wires in a common jacket/
sheath to transmit and receive network or telephone signals; can be
either shielded (STP) or unshielded (UTP). The Extron product family
includes twisted pair transmitters, twisted pair receivers, and twisted
pair cabling.
Tri-Level Sync
A sync level scheme developed for HDTV in which the sync line first
goes low, then transitions high while going through the reference
voltage level, and then drops back down to the reference voltage.
The transition of the positive-going sync signal through the reference
voltage is the sync trigger.
U
Sync Polarity
(1) A circuit can be designed to operate on the positive-going or
negative-going part of the sync pulse. Some equipment has a sync
polarity option switch to allow selecting which edge (plus or minus)
to trigger on. (2) This refers to the duty cycle of the sync signal. A
positive polarity sync signal is low most of the time, and high for a
short time. Negative polarity sync is high most of the time and low for
a short time.
Synchronization
Timekeeping which requires the coordination of events to operate
a system in unison. Synchronization in video systems can refer to a
number of items. Lip-sync is the synchronization of audio and video.
Genlock refers to alignment of vertical sync in video signals. Frame
sync or frame lock refers to the alignment of video frames in systems
with multiple video sources.
Ultra HD
Video resolution at 3840x2160 pixels, with frame rates from 24 to
60 fps. Ultra HD is often mentioned along with 4K.
USB - Universal Serial Bus
USB was developed by seven PC and telecom industry leaders
(Compaq, DEC, IBM, Intel, Microsoft, NEC, and Northern Telecom).
The goal was easy plug-and-play expansion outside the box, requiring
no additional circuit cards. Up to 127 external computer devices may
be added through a USB hub, which may be conveniently located
in a keyboard or monitor. USB devices can be attached or detached
without removing computer power. The number of devices being
designed for USB continues to grow, from keyboards, mice, and
printers to scanners, digital cameras, and ZIP drives.
USB 1.1 - Universal Serial Bus 1.1
T
TCP/IP - Transmission Control Protocol/Internet Protocol
The communication protocol of the Internet. Computers and devices
with direct access to the Internet are provided with a copy of the
TCP/IP program to allow them to send and receive information in an
understandable form.
Thunderbolt
A digital connection interface introduced by Intel in 2009 to connect
computers to a wide range of external devices including high speed
storage drives and video displays. Each Thunderbolt connection
consists of four lanes, two for transmit and two for receive, with
10 Gbps per lane. The Thunderbolt connector is physically identical to
a Mini DisplayPort connector and the Thunderbolt data interface is a
hybrid of PCI Express - PCIe and DisplayPort protocols.
TMDS - Transition Minimized Differential Signaling
An all-digital video transmission standard developed by Silicon Image,
Inc. TMDS is the core technology used in DVI - Digital Visual Interface
and HDMI - High-Definition Multimedia Interface.
An external bus standard that supports data transfer rates of
12 Mbps and 1.5 Mbps. A single USB port can connect up to 127
peripheral devices. Also see “USB 2.0.”
USB 2.0 - Universal Serial Bus 2.0
An external bus standard that supports data transfer rates up to
480 Mbps, 12 Mbps, and 1.5 Mbps. USB 2.0 is an extension of
USB 1.1 and is backward compatible with USB 1.1, using the same
cables and connectors. Also see “USB 1.1.”
USB 3.0 - Universal Serial Bus 3.0
An external bus standard that supports data transfer rates up to
5 Gbps. USB 3.1 was introduced in July 2013 with a maximum
data transfer rate of 10 Gbps. USB 3.0 and USB 3.1 are backward
compatible with USB 2.0.
UTP
Unshielded Twisted Pair, CATx cable without internal metallic
electromagnetic shielding.
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163
Digital AV Glossary
X
UVC
USB Video device Class, describes devices for sending video and still
images over a USB connection to a computer. For many computer
operating systems, UVC devices are supported natively without the
need to install driver software.
V
xvYCC
Extended-gamut YCC color space. xvYCC can be used in the
electronics of televisions and other video displays to improve the
image quality of high-definition video signals.
Y
VCSEL - Vertical Cavity Surface Emission Laser
A high speed, low cost laser diode that emits perpendicular to the
surface of the chip, rather than from an edge.
VESA - Video Electronics Standards Association
A nonprofit member organization dedicated to facilitating and
promoting personal computer graphics through improved standards
for the benefit of the end-user.
W
WAN - Wide Area Network
A computer network that covers a broad area such as a link across a
metropolitan, regional, or national boundary.
WHDI
A proprietary protocol for wireless video transmission in the 5 GHz
radio band.
WiDi
A proprietary protocol developed by Intel for streaming of audio and
video media between devices over a wireless connection.
Wi-Fi
A local area wireless networking technology operating in the 2.4 GHz
and 5 GHz radio bands implementing IEEE 802.11 protocols.
WiGig
Implementation of the IEEE 802.11ad protocol for wireless local area
networking in the 60 GHz radio band. Also see “IEEE 802.11ad.”
WirelessHD
A proprietary protocol for wireless video transmission in the 60 GHz
radio band.
WQHD - Wide Quad High Definition
A computer resolution at 2560x1440 pixels that is equivalent to 4
times 720p.
WQXGA - Wide QXGA
A computer resolution at 2560x1600 pixels that is a widescreen
version of the QXGA format.
WUXGA - Wide UXGA
A computer resolution at 1920x1200 pixels that is a widescreen
version of the UXGA format.
­164 Extron Digital Design Guide
Y Cr Cb
Used to describe the color space for interlaced component video.
Also see “Y, R-Y, B-Y.”
Y, R-Y, B-Y
Color difference signal designation. Y corresponds to the luminance
signal, R-Y corresponds to the red minus luminance signal, and B-Y
corresponds to the blue minus luminance signal. After luminance is
subtracted from red and blue, the remainder is considered to be the
green portion of the RGB video signal.
YUV
Defines color space in terms of Y - luminance or brightness, and two
color-difference components, U - red minus luminance and V - blue
minus luminance. YUV is interchangeable with “Y Cr Cb” for digital
component video and “Y Pb Pr” for analog component video.
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© 2016 Extron Electronics. All rights reserved. All trademarks mentioned are the property of their respective owners.
02-2016
68-1787-01
Rev. E
English - NP