Avenview HDM-C6IP4K-SET User manual
Control Your Video
VIDEO WALL VIDEO PROCESSORS
MULTIVIEWERS DIGITAL SIGNAGE
EXTENDERS CONTROL CENTERS
SCALERS WIRELESS
HDM-6IP4K-SET VideoWall and Switch
Configuration Guide
© 2015Avenview Inc. All rights reserved.
The contents of this document are provided in connection with Avenview Inc. (“Avenview”) products. Avenview makes no representations or
warranties with respect to the accuracy or completeness of the contents of this publication and reserves the right to make changes to specifications
and product descriptions at any time without notice. No license, whether express, implied, or otherwise, to any intellectual property rights is granted
by this publication. Except as set forth in Avenview Standard Terms and Conditions of Sale, Avenview assumes no liability whatsoever, and claims any
express or implied warranty, relating to its products are is strictly prohibited.
Model #: HDM-C6IP4K-SET
Avenview HDM-C6IP4K Overview
The Avenview HDM-C6IP4K-SET features a chipset that enables extension, switching and compositing of
real-time, uncompressed Ultra-HD AV signals with zero-frame latency over off-the-shelf (OTS) Layer 2/
Layer 3 Ethernet switches In addition of that, it also can extend 8 channels of audio, 1 Gb Ethernet, 480
Mbit/sec USB 2.0
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and other control signals over either multi or single mode fiber or Cat-X cabling.
Avenview HDM-C6IP4K-SET Evaluation Kit
The Avenview HDM-C6IP4K-SET Evaluation/Demo Kit that you have received consists of the
following hardware and software components:
2x Transmitters (TX): Transmitters are meant to be connected to source devices such as
computers, laptops, Blu-ray players and other media or HDMI source devices. The I/O interface is
as follows:
oHDMI-input
oAudio-input
oIR input and output
oRS-232 (bidirectional)
oRJ45 Ethernet Port (10/100/1000)
o10 GbE Fiber or Copper output for connection to a 10 GbE Ethernet switch or direct to
a BlueRiver NT Receiver (RX) in case of point to point setup.
2x Receivers (RX): Receivers connected to display devices such as LCD/LED displays
and projectors. The receivers have the following I/O:
oHDMI-output
oAudio-output
oIR input and output
oRS-232 (bidirectional)
oRJ45 Ethernet Port (10/100/1000)
o10 GbE Fiber or Copper input from 10 GbE switch or directly from a BlueRiver
NT transmitter in case of point to point setup.
4x SFP+ transceivers only if received BRNT devices are for fiber extension
4x Power Supply Units
BlueRiver Manager: Control demo software to configure and control extension and routing of all
signal types between HDM-C6IP4K TX and RX devices. For operation, The BlueRiver
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Requires 3
rd
party USB 2.0 chipset
INTRODUCTION
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Manager software has to be installed onto a Windows 7 or Windows 8.1/10 computer/laptop
that is connected directly
to the 10 GbE switch or directly to the RJ45 Ethernet port on one of the
TX or RD devices.
Firmware: All TX and RX devices are running with the latest firmware. But in case you have to
reinstall the firmware the firmware is provided as well as bitstream files. The Manager Demo
software can be used to update firmware on all Avenview devices on the same network. Please
note that the firmware for the TX and RX are unique and cannot be interchanged.
Initial Setup
The Avenview HDM-C6IP4K extender set you have received include a 2 transmitters (TX) and a 2
receivers (RX). Each unit has a label at the bottom to indicate if it is a transmitter “TX” or receiver
“RX”.
If you received the fiber version of the Avenview Evaluation Kit, you will find four (4) SFP fiber optic
transceivers included in the package. These should be inserted into the SFP slots of TX and RX units
before use. To complete the initial setup, please follow the steps below:
Connect the power supply (5V) to the power connector.
Connect the video/graphics source device to the HDMI connector on each TX unit
Connect the video display device to the HDMI connector on each RX unit
(Optional) Connect audio sources to the audio-in connector of the TX if you want to test
additional audio extension
(Optional) Connect audio output device (e.g. speaker or headphone) to the audio-out connector of
the RX if you want to test additional audio extension
(Optional) Connect RS-232 devices as needed if you want to test RS-232 serial extension between
TX and RX units
(Optional) Connect GbE compatible Ethernet devices as needed for testing the 1 Gig
Ethernet ports of any TX or RX units
(Optional) Connect compatible IR emitter modules to the IR-out connectors of any TX or RX
(Connect) Connect compatible IR receiver modules to the IR-in connectors of any TX or RX
For fiber units:
oConnect a duplex, LC terminated multimode fiber from the SFP+ port of each TX and RX
unit to any available 10G SFP+ ports of the 10GbE switch.
It is important to ensure that the
fiber type matches the SFP module used. This means that multi-mode fiber can only be
used with multi-mode SFP modules and conversely single-mode fiber (typically yellow)
should only be used with single-mode SFP modules. The SFP+ modules included in
received evaluation kit are multi-mode modules.
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BlueRiver Manager Software
The BlueRiver Manager is demo control software used to configure and control signal extension and
switching between TX and RX units.
General Information
The BlueRiver NT Manager can be used on any Windows PC using Microsoft .Net framework 4.0
or higher (Windows 7 SP1 or Windows 8.1/10 is recommended).
The PC running BlueRiver Manager can be connected to the GbE port of any Avenview device or to any
RJ45 port of the 10GbE switch except the management/console port of the switch which is not part of the
network. For this evaluation, all Avenview devices should also be connected to the same 10GbE Switch.
Before proceeding, make sure all Avenview devices are powered ON. Then ensure that the PC receives
an IP address in the 169.254.X.X range. If this is not the case, please set your IP address manually in
the169.254.X.X range with a mask of 255.255.0.0. In case of manual setup, make sure to use an address
not currently in use by any TX or RX device.
Start the application by double clicking on BlueRiverNT_Manager.exe file provided by Avenview. If you
receive a pop-up asking for network access confirmation, make sure that both Private and Public networks
are allowed.
Upon launch, the BlueRiver Manager‘s main interface appear as per the picture below:
MANAGER SOFTWARE
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Multiple Avenview devices can be grouped together to form a video wall. To experiment with this
functionality, select the “DisplayWall” tab in the main window. Start with configuring the wall size.
Then drag and drop RX units onto the matrix that corresponds to the wall size entered previously.
Now drag and drop TX unit with a source connected onto the ‘Wall Group’ tile. The source connected
to the TX units will now appear, scaled across all the displays connected to the RX units that form the
‘Wall Group’.
c
Figure 4: BlueRiver NT Manager, Video Wall tab
To compensate for Bezel thickness, enter the Bezel Top, Right, Bottom and Left thickness in pixel units.
VIDEO WALL
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Avenview devices make use of IP multicast to route packets between TX and RX devices. To maintain
a map of which links need which IP multicast streams, the switches take use of IGMP Snooping. Some
switches have the IGMP Snooping feature disabled by default and manual configuration is required to
enable it. Most of the time, a simple checkmark near “Enable IGMP Snooping” is needed.
The list below is an overview of options that need to be looked for when configuring a switch to enable
IGMP snooping and IP multicasting.
Enable IGMP Snooping (must be enabled)
Enable IGMP Snooping on VLAN 1 (must be enabled where all ports default to VLAN1)
Filter/Drop unregistered Multicast traffic (must be enabled if found)
Unregistered Multicast Flooding (must be disabled if found)
Set IP Address for switch (169.254.254.254 must be set if found)
Set IP Address for switch on VLAN1 (169.254.254.253 must be set if found)
Enable IGMP Querier
Enable IGMP Querier on VLAN1
Set IGMP Version to IGMP V2 (must be set if found)
Enable FASTLEAVE on port X (can be enable if found)
Enable FASTLEAVE for VLAN1 (can be enabled if found)
Because the implementation of IGMP Snooping is vendor specific, more configurations may be needed.
For more information, consult documentation from the switch manufacturer.
SWITCH CONFIGURATION
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