W arning: Changes or modifications to this unit not exp ressly approved by the party responsible for compliance
could void the user's authority to operate the equipment.
Note: This equipment has been tested and found to comply with the limits for a Class B digital device,
pursuant to Part 15 of the FCC Rules. These limits are designed to provide reasonable protection against
harmful interference when the equipment is operated in a commercial enviro nment. Th is equipment g enerates,
uses and can radiate radio frequency energy and, if not installed and used in accordance with the instruction
manual, may cause harmful interference to radio communications. Operation of this equipment in a resi dential
area is likely to cause harmful interference in which case the user will be required to correct the interference at
his own expense.
Note: In order to maintain compliance with relevant emission standards analog audio cables should contain a
ferrite with a value of at least 150 ohms impedance at 100 MHz. A clamp on ferrite may be used.
Canadian Notification
This digital apparatus does not exceed the Class B limits for radio noise emissions from digital apparatus set
out in the Radio Interference Regulations of the Canadian Department of Communications.
Note: In order to maintain compliance with relevant emission standards analog audio cables should contain a
ferrite with a value of at least 150 ohms impedance at 100 MHz. A clamp on ferrite may be used.
Le présent appareil numérique n'émet pas de bruits radioélectriques dépassant les limites applicables aux
appareils numériques de la classe B prescrites dans le Règlement sur le brouillage radioélectrique édicté par le
Ministère des Communications du Canada.
De manière à maintenir la normes d'émission analogue, les câbles audio devraient contenir un ferrite avec une
valeur d'impédance d'au moins 150 ohms à 100 MHz. Une attache sur ferrite peut être utilisée.
Safety and EMC Approvals and Markings (Compliance Model Number (CMN): 2003 Series)
IEC 60950-1:2000, IEC 60065 :2001+ Amd 1:2005 EN 60950-1:2001, EN 60065 :2002 UL 60950 3rd Ed. /
CSA 22.2 No. 60950:2000, UL 60065 :2002, EN 55103-1:1997, EN 55022:1998+A1:2000+A2:2003,EN
61000-3-2 :1995 EN 61000-3-3:1995+A1:2001, EN 55103-2:1997, EN 55024:1998+A1:2001+A2:2003, FCC
Part 15 Subpart B Class B, FCC Part 15 Subpart C, FCC Part 15 Subpart E, EN 50392 :2004, EN 301 893 v.
1.2.3 (2003-08), EN 489-1 v. 1.4.1 (2002-08), EN 489-17 V. 1.2.1 (2002-08)
Emerge™ MPX1000
HD Multipoint Extender
Installer/User Guide
Avocent, the Avocent logo and Emerge are trademarks or registered
trademarks of Avocent Corporation or its affiliates. HDMI, the HDMI
logo and High-Definition Multimedia Interface are trademarks or
registered trademarks of HDMI Licensing LLC. All other marks are the
property of their respective owners.
This symbol is intended to alert the user to the presence of important operating and maintenance
(servicing) instructions in the literature accompanying the appliance.
Dangerous Voltage
This symbol is intended to alert the user to the presence of uninsulated dangerous voltage within the
product’s enclosure that may be of sufficient magnitude to constitute a risk of electric shock to persons.
Power On
This symbol indicates the principal on/off switch is in the on position.
Power Off
This symbol indicates the principal on/off switch is in the off position.
Protective Grounding Terminal
This symbol indicates a terminal which must be connected to earth ground prior to making any other
connections to the equipment.
LIST OF FIGURES
Figure 1.1: Example MPX1000 HD Multipoint Extender Configuration .................................. .......3
Figure 2.1: Emerge MPX1000 HD Multipoint Extender Transmitter (Front)................................11
Figure 2.2: Emerge MPX1000 HD Multipoint Extender Transmitter (Rear) .................................12
Figure 2.3: Emerge MPX1000 HD Multipoint Extender Receiver (Front)..................................... 13
Figure 2.4: Emerge MPX1000 HD Multipoint Extender Receiver (Rear)......................................14
Figure 2.5: HDMI Media Module ...................................................................................................16
Figure 2.6: HD15 Media Module....................................................................................................17
Figure 3.1: Network Settings Page with Control LAN Parameters ................................................21
Figure 3.2: System Settings .................................................................................................... .........21
Features .............................................................................................................................................1
Emerge™ MPX1000 HD multipoint transmitters and receivers work in unison to form a managed
audio video extension network able to deliver a synchronized stream of high definition computer
graphics or video and associated audio from one source to as many as eight display devices in a
wired or wireless manner. Display device control data, content protection and interactive device
control signals, including IR and serial are passed from source to sink through the extension
network, providing a fully managed solution.
Modular support is available for HDMI video and audio, DVI-D, and analog signals, includin g
component video, computer graphics and stereo audio.
1
Product Overview
Features
The Emerge MPX1000 HD multipoint extender is a modular system. Audio/Video (A/V) data,
whether analog or digital, is converted to a compressed and encrypted digital stream before
transmission. To ensure support for a wide range of cur rent and futu re video st andard s, video inp ut
and output connections are provided in the form of field-installable media modules. All media
modules are purchased separately.
Video
The product supports both digital and analog video. Video input/output ports are located on a fieldinstallable media module. Your media module may support HDMI, VGA or component video.
Audio and video signals received at the input port of the transmitter’s media module are
compressed, encrypted and transmitted over a 10/100 Mb Ethernet link or a wireless link to one or
more receivers. The product does not provide scaling of images nor does it provide interlacing or
deinterlacing. The product does, however, extend both interlaced and progressive video signals.
Audio
The product supports HDMI digital audio and analog audio. Analog audio ports are located on a
field-installable media module. Your media module may support balanced audio, unbalanced audio
or both. Unbalanced audio cabling should be limited to 10 feet or less. When using the HDMI
2 MPX1000 Extender Installer/User Guide
media module, digital audio, if present, takes priority over analog audio. Only a single stream of
audio will be processed by the transmitter. Audio will be output at the receiver in the same manner
as it was input by the transmitter.
Control
The product supports both RS232 and infrared control of source and display devices. These control
ports are located on the main chassis of the MPX1000 transmitter and receiver. Thus, they are
permanent rather than field-installable. Every MPX1000 extender has both an IR receiver and an IR
emitter. IR strings are passed across the transmitter/receiver link, making it possible to control
source devices while standing at a display device, and vice-versa. A loopback function also makes
it possible to control devices locally from either side of the extension network. Likewise, bidirectional transmission of RS232 signals allows device management across the extension network.
Benefits
The Emerge MPX1000 HD multipoint extender provides the following benefits:
•Multipoint wired or wireless extension of High Definition (HD) content
•Low latency from input at transmitter to output at receiver, making the product suitable for live
presentations or recorded media
•Ability to send HDMI audio or unbalanced analog audio
•Ability to extend A/V control signals, including serial and IR
•Ability to synchronize media across all receivers
•Lip sync is maintained at each receiver
•Simple web-based configuration is provided at the transmitter
•Provides content security through HDCP digital rights management
•Product is field upgradable to support future functionality
System Overview
The following diagram illustrates a typical configuration, including a single transmitter and three
receiver units using HDMI source and display devices.
Chapter 1: Product Overview 3
Figure 1.1: Example MPX1000 HD Multipoint Extender Configuration
System definitions
The Emerge MPX1000 HD multipoint extender system consists of one transmitter and one to eight
receiver units. The following terms are used in this manual to identify common components of an
MPX1000 extender solution:
Table 1.1: System Definitions for an MPX1000 Extender Solution
TermDefinition
Active EDIDA merged EDID string that describes the subset of characteristics supported by the
Bound ReceiverA receiver that is actively connected to a transmitter over a wired or wireless link
Control LANA LAN port on an MPX1000 receiver or transmitter, labelled L1, that allows access
primary display device and the MPX1000 transmitter
to the on-board web interface of the product
4 MPX1000 Extender Installer/User Guide
Table 1.1: System Definitions for an MPX1000 Extender Solution (Continued)
TermDefinition
Default EDIDFactory default EDID information stored in an MPX1000 transmitter, which
describes the supported video characteristics of the MPX1000 transmitter
Display DeviceVideo projector, plasma, LCD display, or other display device
EDIDExtended Display Identification Data: A Video Electronics Standards Association
Extension NetworkA generic term denoting an MPX1000 transmitter and all of its bound receivers,
HDCPHigh-Bandwidth Digital Content Protection (HDCP) is a form of digital rights
Input Media ModuleInput media module resides in the transmitter and accepts video input from a
IR BlasterDual IR emitter (part number IRB-100) that connects to the IR(tx) port of the
IR ExtensionFlow of IR data across the MPX1000 extension network
IR Local LoopbackFlow of IR data from the IR(rx) receiver to the IR(tx) port on the same unit
IR RemoteRemote control that transmits device control information using an infra-red LED
IR(rx) portAn infra-red receive port located on an MPX1000 transmitter or receiver
IR(tx) portAn infra-red emitter located on an MPX1000 transmitter or receiver
Media LANA LAN port on an MPX1000 receiver or transmitter, labelled L2, that serves as a
(VESA) standard data format that contains basic information about a monitor and
its capabilities, including vendor information, maximum image size, color
characteristics, factory pre-set timings, frequency range limits and character
strings for the monitor name and serial number
whether wired or wireless
management used to secure digital audio and video content
source device
transmitter or the receiver and converts electrical signals that arrive at that port to
IR signals for control of source and display devices
private wired network for transmission of A/V media
Media ModuleA modular, field-installable, component that enables transmitter and receiver units
Output Media Module Output media module that resides in the receiver and outputs video data to a
Primary Display
Device
Primary EDIDEDID information received from the primary display device, which describes the
to attach to various types of source and display devices
display device
A display device attached to the primary MPX1000 receiver
characteristics of the display device
Chapter 1: Product Overview 5
Table 1.1: System Definitions for an MPX1000 Extender Solution (Continued)
TermDefinition
Primary ReceiverA single MPX1000R unit that you specify as the primary receiver during
configuration for each system.
The primary receiver has the following characteristics:
• Only the primary receiver reports DDC/EDID information back to the transmitter,
and thus, back to the source device
• The primary receiver is the only receiver capable of bi-directional IR transfers
with the MPX1000 transmitter
• The primary receiver is the only receiver capable of bi-directional RS232 serial
transfers with the MPX1000 transmitter
ReceiverA single MPX1000R unit that decrypts, uncompresses, converts and manipulates
Source DeviceComputer, HD-DVD, or other source of A/V content
TransmitterA single MPX1000T unit that compresses, encrypts and transmits A/V content and
Wired LinkA 10/100 Mbps wired connection between a transmitter and bound receivers
Wireless LinkAn 802.11a connection between an MPX1000 transmitter and bound receivers
the data back into the desired format and outputs to the connected supported
display devices
control data
6 MPX1000 Extender Installer/User Guide
Understanding User Interfaces
Emerge MPX1000 HD multipoint extenders are accessible through two primary user interfaces: an
on-board web server that allows browser-based configuration and system monitoring and a front
panel display that provides push-button access to system status and initial network configuration.
Browser-based configuration
Browser-based configuration is available for both MPX1000 transmitters and receivers. The web
interface provides access to the following functions:
•Configure system settings
•Configure network settings
•Display hardware and firmware version
•Display connection status and signal strength
•Update firmware
•Reboot system
•Reset to factory defaults
•Change password
Front panel display
The front panel of the transmitter has a 5-button menu display that provides access to the
following
•View receiver connection status, including signal strength and frame rate. Single receiver and
•View receiver configuration, including receiver name and MAC address. Single receiver and
•View transmitter configuration, including IP (L1) and MAC address.
•Configure transmitter IP settings (L1).
functions:
multi-receiver scan modes are supported.
multi-receiver scan modes are supported.
Accessories
The following accessories are available for use with Emerge MPX1000 HD multipoint extenders.
Table 1.2: List of Accessories
Part NumberDescription
DVI-HDMIAdapter (male) DVI-D to HDMI (female)
IRB-100Dual IR emitter 3.5MM plug
IRB-Y3.5mm mini jack splitter for connection of 2 IRB-100 emitters to an
MPX1000MR-HD15MPX1000R media module - VGA
MPX1000MR-HDMIMPX1000R media module - HDMI
MPX1000MT-HD15MPX1000T media module - VGA
MPX1000MT-HDMIMPX1000T media module - HDMI
HGA51G-DIR30High gain 51GHz directional antenna with 30-degree be am width
RMK-56Under desk mount brackets for MPX1000R
Chapter 1: Product Overview 7
MPX1000 extender
5G-1M5GHz antenna extension kit: two 1-meter cables and brackets
5G-2M5GHz antenna extension kit: two 2-meter cables and brackets
5G-3M5GHz antenna extension kit: two 3-meter cables and brackets
8 MPX1000 Extender Installer/User Guide
Compatibility with Attached Devices
The following sections provide guidelines regarding compatibility with source and display devices.
For an up to date device compatibility list, refer to the MPX1000 extender product pag e on the
Avocent web site.
EDID compatibility
Display devices communicate with source devices using Extended Display Identification Data
(EDID), a Video Electronics Standards Association (VESA) standard data format that contains
basic information about a monitor and its capabilities, including vendor information, m aximum
image size, color characteristics, factory pre-set timings, fr e quency range limits and character
strings for the monitor name and serial number.
EDID information stored in a display device is passed to the MPX1000 receiver across the video
cable through a digital path called the Display Data Channel (DDC). The receiver forwards this
information to the transmitter, which is responsible for passing EDID informatio n to the source
device, thus enabling display and source devices to work together.
An MPX1000 extension network has a single primary receiver, which has special responsibilities
regarding serial, IR, and video functionality. For video functionality, only the primary receiver
passes EDID information back to the transmitter.
The MPX1000 transmitter is pre-configured with default EDID information, which accurately
identifies the capability of the MPX1000 transmitter. This EDID will be passed to a source device
in lieu of information received from MPX1000 receivers. As the transmitter learns about the
attached display devices through receiver bindings, it uses the information to create a more
meaningful EDID string, referred to as the active EDID string. The process occurs as follows:
•Initially, the active EDID string is blank
•When a receiver binding occurs, if the receiver is not the primary and if the active EDID string
is blank, then the transmitter will merge the received and default EDID strings such that the
resulting string represents the common features supported by both devices. This new string
will be stored as the active EDID and will be reported to the source device.
•When the primary receiver binds with the transmitter for the first time, the merge process will
be repeated using the default and primary EDID strings.
•When bindings are established with subsequent receivers, no action is taken.
•If a different receiver is selected as the primary via the transmitter’s web interface, then the
merge process will be repeated when a new primary EDID string is received.
•If the primary display device is replaced with a different model, then the receiver will report
the information to the transmitter and a merge process will take place.
NOTE: A blank screen will occur as EDID changes are being processed.
HDCP compatibility
High-Bandwidth Digital Content Protection (HDCP) protects video content as it travels across
DVI-D or HDMI connections. Compliant devices do not allow users to make copies of protected
content and must effectively frustrate attempts to view protected content.
For example, protected digital video content must be restricted to DVD quality when viewed on
non-HDCP display devices. Likewise, digital audio content is restricted to DAT quality on nonHDCP digital audio output devices.
The following procedures ensure security for protected high definition content:
•Authentication: To identify non-compliant display devices
•Encryption: To prevent eavesdropping of protected content
•Key revocation: To block devices manufactured by vendors in violation of license agreements
from receiving HD content
MPX1000 extenders serve as a repeater between HDCP compliant source and display devices.
When all display devices and the source device are HDCP compliant, high definition content will
be normally displayed. The following exceptions may occur:
•When a new display device is added to the extension network, its key will be passed to the
source device for validation. The MPX1000 transmitter will stop transmission of protected
content until the new display device is validated by the source device. The duration of this
process may last up to 15 seconds. The session will continue automatically upon successful
authentication.
•In the event that a revoked key is detected, the session will terminate to all display devices. In
this case, the user will need to determine which display device is presenting a revoked key and
remove it from the extension network. Once removed, the MPX1000 transmitter must be
rebooted to flush the key from its memory. At that point, the session should resume normally
to all compliant display devices.
•In the event that a display does not support HDCP, then the MPX1000 receiver will not send
protected content to that display device. Unprotected analog audio will be processed normally
by the MPX1000 receiver.
•The MPX1000 receiver supports connection to compliant display devices. Connection to
devices such as an HDCP compliant switch, which may present multiple keys, is not
supported. Should this occur, the MPX1000 receiver will refrain from sending video content to
the device. Other receivers in the extension network will not be affected.
Chapter 1: Product Overview 9
10 MPX1000 Extender Installer/User Guide
Rack Mount Safety Considerations
Before installing the appliance and other components in the rack (if not already installed), stabilize
the rack in a permanent location. Install the equipment starting at the bottom of the rack, then work
to the top. Avoid uneven loading or overloading of racks.
•Elevated ambient temperature: In a closed rack assembly, the operation temperature of the rack
environment can be greater than room ambient. Use care not to exceed the rated maximum
ambient temperature of the unit.
•Reduced air flow: Carefully install the equipment in a rack so that an adequate amount of
airflow is maintained for safe operation of the equipment.
•Mechanical loading: Avoid a potentially hazardous condition caused by uneven mechanical
loading by carefully mounting the equipment in the rack.
•Circuit overloading: Consider the connection of the equipment to the supply circuit and the
effect that overloading of circuits might have on overcurrent protection and supply wiring.
Observe equipment nameplate ratings for maximum current.
•Reliable earthing: Maintain reliable earthing of rack-mounted equipment. Pay particular
attention to supply connections other than direct connections to the branch circui t (for
example, use of power strips).
CHAPTER
2
Transmitter
Because of its modular design, the transmitter is able to attach to a wide range of source devices.
The media input port is provided as a field-installable module, which allows the product to support
an expanding range of media types as additional modules are released.
overview of the transmitter.
Omni-directional
Antenna
11
Hardware Overview
Table 2.1 provides an
Front Panel Display
Front Panel Buttons
Figure 2.1: Emerge MPX1000 HD Multipoint Extender Transmitter (Front)
Table 2.1: Front Panel (Transmitter)
Item Description
Front Panel ButtonsUp, Down, Left and Right Arrows surrounding a Select button
used to view status and configuration settings and to set initial
parameters
Unit ResetRecessed momentary button
IR Receiver
IR Blaster
USB
Power
Reset
12 MPX1000 Extender Installer/User Guide
Table 2.1: Front Panel (Transmitter) (Continued)
Item Description
Infrared (IR) Receiver PortCaptures signals from an IR remote controller for broadcast
Infrared (IR) Blaster PortThe dual IR(tx) emitter connects to this port via a 3.5mm jack
through the extension network
Omni-directional AntennaUsed to establish the wireless link between the transmitter and
Front Panel DisplayBuilt into the unit; see Front Panel Display on page 45
Power (PWR) LEDLED built into the unit to indicate that power is connected and
USB PortUSB type A; reserved for future use
Power
USB
Serial
L1
L2
bound receivers; Avocent offers specialized antennas for
improved distance or higher performance in certain bands. See
the Avocent web site for more information.
switched ON
Media ModuleSlot
Figure 2.2: Emerge MPX1000 HD Multipoint Extender Transmitter (Rear)
Table 2.2: Rear Panel (Transmitter)
ItemDescription
L1 Ethernet PortRJ 45, 10/100 Mbps Ethernet for web-based management of the
MPX1000 transmitter
L2 Ethernet PortRJ 45, 10/100 Mbps Ethernet for transfer of A/V media from the
transmitter to all bound receivers
Table 2.2: Rear Panel (Transmitter) (Continued)
ItemDescription
Serial PortRS-232, 9-pin serial port to support serial passthrough for control
PowerIEC power socket with built-in fuse and on/off switch
USB PortUSB Type B; reserved for future use
Media Module SlotOpen slot on rear; used for insertion of A/V media module
Receiver
The receiver decrypts, uncompresses and converts media signals back into the desired format and
outputs the signals to the connected display device. Depending upon your media module, the
display device can accept HDMI, component or VGA signals.
Chapter 2: Hardware Overview 13
of display devices
Omni-directional
Antenna
Figure 2.3: Emerge MPX1000 HD Multipoint Extender Receiver (Front)
Table 2.3: Front Panel ( Receiver)
ItemDescription
Unit ResetRecessed momentary button
Infrared (IR) ReceiverCaptures signals from an IR remote controller for broadcast
Status
IR Blaster
IR Receiver
through the extension network
USB
Reset
Power
Loading...
+ 64 hidden pages
You need points to download manuals.
1 point = 1 manual.
You can buy points or you can get point for every manual you upload.