CYP CH-331H-RX User manual

DISCLAIMERS
The information in this manual has been carefully checked and
is believed to be accurate. Cypress Technology assumes no
responsibility for any infringements of patents or other rights of third
parties which may result from its use.
Cypress Technology assumes no responsibility for any inaccuracies
that may be contained in this document. Cypress also makes no
commitment to update or to keep current the information contained
in this document.
Cypress Technology reserves the right to make improvements to this
document and/or product at any time and without notice.
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© Copyright 2018 by Cypress Technology.
All Rights Reserved.
TRADEMARK ACKNOWLEDGMENTS
All products or service names mentioned in this document are
trademarks of the companies with which they are associated.

SAFETY PRECAUTIONS
Please read all instructions before attempting to unpack, install or
operate this equipment and before connecting the power supply.
Please keep the following in mind as you unpack and install this
equipment:
• Always follow basic safety precautions to reduce the risk of re,
electrical shock and injury to persons.
• To prevent re or shock hazard, do not expose the unit to rain,
moisture or install this product near water.
• Never spill liquid of any kind on or into this product.
• Never push an object of any kind into this product through any
openings or empty slots in the unit, as you may damage parts
inside the unit.
• Do not attach the power supply cabling to building surfaces.
• Use only the supplied power supply unit (PSU). Do not use the PSU
if it is damaged.
• Do not allow anything to rest on the power cabling or allow any
weight to be placed upon it or any person walk on it.
• To protect the unit from overheating, do not block any vents or
openings in the unit housing that provide ventilation and allow for
sufcient space for air to circulate around the unit.
• Please completely disconnect the power when the unit is not in
use to avoid wasting electricity.
VERSION HISTORY
REV. DATE SUMMARY OF CHANGE
VS1 2019/01/28 Final technical review
VS2 2019/01/31 Updated Section 1, 5

CONTENTS
1. Introduction......................................................1
2. Applications.....................................................1
3. Package Contents ..........................................1
4. System Requirements......................................2
5. Features............................................................2
6. Operation Controls and Functions.................3
6.1 Front Panel................................................. 3
6.2 Rear Panel.................................................. 4
6.3 IR Cable Pinouts ........................................ 5
6.4 Serial Port Pinout and Defaults ................ 5
6.5 WebGUI Control........................................ 6
6.5.1 System Tab........................................ 7
6.5.2 Video Wall Tab............................... 10
6.5.3 Network Tab ................................... 14
6.5.4 Functions Tab ................................. 17
6.6 Telnet Control.......................................... 19
6.7 Telnet Commands................................... 20
6.7.1 System Commands........................ 20
6.7.2 Network Commands..................... 21
6.7.3 Discovery Service Commands..... 22
6.7.4 Receiver Specic Commands...... 23
6.7.5 Serial Commands........................... 28
7. Connection Diagram ....................................30
8. Specications ................................................31
8.1 Basic Specications ................................ 31
8.2 Video Specications............................... 32
8.3 Audio Specications............................... 33
8.4 Cable Specications .............................. 34
9. Acronyms.......................................................35

1
1. INTRODUCTION
This unit is an HDMI over IP Receiver that allows you to receive
extended HDMI signals using the TCP/IP protocol over regular Cat.5e
network cable. This extender supports the reception of High-Denition
signals (up to 1080p@60Hz) with audio up to 100m over a single cable.
The distance can be further extended (up to 100m per segment) by
using Gigabit Ethernet network switches, allowing the user to cascade
the system without signal loss or introducing delay. This Receiver also
features bi-directional IR and RS-232 pass-through.
It is also possible to for this Receiver to operate in multicast mode,
allowing large groups of Receivers within the same local network
to receive the same AV signal with no additional bandwidth cost.
Additionally, that same multicast signal can be used to create large
multi-display video walls with amazing simplicity.
This Video over IP system is perfect for both residential and commercial
installation environments. Conguration information is provided via
the On-Screen Display (OSD) when the unit is unlinked and control
is via front panel buttons, WebGUI, Telnet, or the AV over IP Master
Controller.
2. APPLICATIONS
• HDMI, IR, and RS-232 extension
• Hotel or convention center display multi-monitor broadcast
• Long distance data and video transmission via cascading
• Distributed video matrix system
• Distributed video wall system
3. PACKAGE CONTENTS
• 1×HDMI over IP Receiver
• 1×5V/2.6A DC Power Adapter
• 1×3.5mm to IR Extender Cable
• 1×3.5mm to IR Blaster Cable
• 1×3.5mm to DE-9 Female Adapter Cable
• 1×Shockproof Feet (Set of 4)

2
• 1×Operation Manual
4. SYSTEM REQUIREMENTS
• HDMI receiving equipment such as an HDTV, monitor or audio
amplier.
• A compatible HDMI over IP Transmitter is required.
• A Gigabit Ethernet network switch with jumbo frame support is
required for multi-endpoint extension. (8K jumbo frames are strongly
recommended.)
• A Gigabit Ethernet switch with “IGMP snooping” enabled is required
for multicast support.
• A managed Gigabit Ethernet switch with VLAN support is strongly
recommended.
Special Notes:
• Mostconsumer-graderoutersarenotabletohandlethehightrafc
rates generated by multicast mode, so using one as your VoIP
network switch is discouraged.
• AvoidmixingregularnetworktrafcwithVoIPtrafc.Ifphysically
separatingthenetworkisnotpossible,VoIPtrafcshouldreside
within its own subnet or VLAN.
5. FEATURES
• HDMI 1.4 and DVI 1.0 compliant
• HDCP 1.4 compliant
• 1 HDMI output
• Video, audio and control reception over TCP/IP in Unicast (point- to-
point) or Multicast (single-to-many) modes
• Multi-monitor video wall support with 180° and 270° rotation options
• Video output can be scaled to a selected resolution, or left
unscaled
• HDMI output supports resolutions up to 1080p@60Hz/WUXGA
• Supports pass-through of audio formats including LPCM 2.0/5.1/7.1,
Bitstream and HD Bitstream
• Supports IR and RS-232 bypass

3
• Unit has an info OSD (when unlinked) and can be controlled via
front panel buttons, WebGUI, Telnet, and the AV over IP Master
Controller
6. OPERATION CONTROLS AND FUNCTIONS
6.1 Front Panel
POWER RESET
LINK
ISP ISP
ON OFF
LINK MODE
CH - CH +
3 4 51 2
1POWER LED: This LED will ash while the unit is powering on and will
illuminate solidly once it has nished booting and is ready for use.
LINK LED: If the unit has no network connection this LED will not
illuminate. While the unit is attempting to establish a connection
with a Transmitter this LED will ash. When the unit has established a
stable connection with a Transmitter this LED will illuminate solidly.
2RESET Pinhole: Press this recessed button with a paperclip tip to
reboot the unit.
Note: Settings will not be reset.
ISP Pinhole: For factory use only.
3ISP Switch: For factory use only. For normal operation, this switch
should be set to “OFF”.
4 LINK/CH− Button: This button controls multiple functions:
A Channel −: Press this button momentarily to decrease the
streaming channel to the previous available channel on the
local network.
Note: If no other channels are detected, the channel number
will not change.
BVideo Link: Press and hold the button for 3 seconds to enable
or disable the Video Link. When the link is disabled and the
Receiver is connected to a display it will show the system’s
current IP and rmware information.
5 MODE/CH+ Button: This button controls multiple functions:

4
AChannel +: Press this button momentarily to increase the
streaming channel to the next available channel on the local
network.
Note: If no other channels are detected, the channel number
will not change.
BMODE: Press this button momentarily to toggle the video data
streaming method between “Graphic” and “Video” modes.
“Graphic” mode is optimized for high-detail static displays and
“Video” mode is optimized for full motion video.
Note: Pressing and holding the MODE button while the unit is
powering on will perform a full factory reset on the unit. Once
theresetiscomplete,bothLEDswillashrapidlyandtheunit
must then be manually power cycled.
6.2 Rear Panel
DC 5V
LANIN OUT
IR
RS-232HDMI OUT
1 2 3 4 5 6
1HDMI OUT Port: Connect to an HDMI TV, monitor, or amplier for
digital video and audio output.
2RS-232 Port: Connect to a PC, laptop, or serial controllable device
for the extension of RS-232 signals. The baud rate is congurable,
but the default baud rate is 115200.
Note: When a Transmitter is in multicast mode, every connected
Receiver unit can send RS-232 commands to that Transmitter
and commands sent from the Transmitter side will be sent to all
associated Receivers.
3IR IN Port: Connect to an IR Extender to receive IR control signals
and extend them to devices connected to the Transmitter on the
same broadcast channel. Ensure that the remote being used is
within direct line-of-sight of the IR Extender.
4IR OUT Port: Connect to the provided IR Blaster to transmit IR signals
from the Transmitter on the same broadcast channel to devices
within direct line-of-sight of the IR Blaster.

5
Note: When the Transmitter is in multicast mode the IR signal is sent
to all associated Receivers.
5LAN Port: Connect to a Gigabit Ethernet switch for signal extension
from a compatible Transmitter, and to allow WebGUI/Telnet
control.
6DC 5V Port: Plug the 5V DC power adapter into this port and
connect it to an AC wall outlet for power.
6.3 IR Cable Pinouts
IR Blaster
Cabl
e
1
2
3
Infrared
Power
Not U
sed
IR Extender
Cabl
e
1
2
3
Infr
ared
Power
Ground
6.4 Serial Port Pinout and Defaults
3.5mm to DE-9
A
dapter Cable
RxD
TxD
GND
1
2
3
Serial Port Default Settings
Baud Rate 115200
Data Bits 8
Parity Bits None
Stop Bits 1
Flow Control None

6
6.5 WebGUI Control
• Accessing the WebGUI
All major functions of the unit, including status, streaming method,
streaming channel selection, output resolution, video wall
conguration, EDID management, Ethernet settings, and reset/
rmware functions are controllable via multiple tabs in the WebGUI
interface allowing for reasonably intuitive operation.
Each Transmitter and Receiver in the system is controlled by its own
WebGUI interface which may be accessed by opening a standard
web browser on a PC and typing in the IP address of the unit you wish
to connect to. If you do not already know the IP addresses of the
units in your system, you can discover the IP addresses by disabling
the streaming link on the Receiver units in a connected system and
connecting an HDMI display to each Receiver. This is done by pressing
and holding the “LINK” button on the front of a Receiver for 3 seconds
(The LINK light will blink rapidly, then turn off).
Once the link is broken, each connected Receiver will output a
640×480 black screen with OSD text at the bottom identifying its own IP
address (Local IP), as well as the IP address of the Transmitter (Remote
IP) that shares the same broadcasting channel with it (channel 0 by
default). After obtaining the IP address information, press and hold
the “LINK” button again for 3 seconds to return the unit to normal
operation (The LINK light will light up solid yellow).
FW: 15-Nov-10 4298
Local IP: 169.254.9.180
Remote IP: 169.254.11.173
ID: FFFFFFFFFFFF
Once you have connected to a unit’s WebGUI, you will be presented
with a screen containing multiple tabs for each functionality area
of the unit. To view the contents of a tab, click on the appropriate
button at the top of the window. The individual tabs and functions will
be introduced in the following sections.
Note: Video over IP streaming uses a large amount of bandwidth
and a Gigabit Ethernet network switch with jumbo frame support and
IGMP snooping is required. A managed switch with VLAN support is
strongly recommended.

7
6.5.1 System Tab
The System tab contains four windows that provide access to rmware
version information, a rmware update interface, utilities for rebooting
and resetting the unit, basic EDID management, Telnet command
entry, and a variety of statistics and information about the operational
state of the unit.
• Version Information
This window displays detailed information about the unit’s current
rmware version.
• Update Firmware
Provides a way to update the unit’s rmware.
1) Choose File/Upload: Click “Choose File” to select the rmware
update le from the local PC (*.bin format). After selecting an
appropriate le, click the “Upload” button to begin the update
process.
Note: The update process takes several minutes to complete and
the unit will automatically reboot as a part of the process. While
updating, video output may become unstable.

8
• Utilities
The Utilities window allows users to reset/reboot the unit, congure the
EDID behavior, and send Telnet commands to the unit.
1) Factory Default: Click this button to return the unit to its factory
defaults.
 Note:Networkingcongurationdetailswillnotbereset.
2) Reboot: Click this button to reboot the unit.
3) Console API Command: Individual Telnet commands may be sent
to the unit by using the “Console API Command” text entry eld
and pressing “Apply”. Any responses from the unit will be displayed
in the “Output” eld.

9
• Statistics
The Statistics window shows all available information about the
operational status of the unit, including current Host ID Name, SN,
Ethernet information, MAC address, unicast/multicast mode, link status
and mode.

10
6.5.2 Video Wall Tab
The Video Wall tab allows the user to design, edit and manipulate a
video wall system created using multiple Receiver units connected
to identical displays. The bezel and video size of the displays being
used, as well as the horizontal and vertical monitor count, is dened
here. Video stretch and rotation can also be controlled on this tab.
Receivers in the video wall group (all Receivers sharing the same
channel) can be controlled by any other unit within the same group.
The Video Wall tab is accessible on both Transmitters and Receivers,
however video wall settings may only be applied to Receiver units.
When saving changes on the Video Wall tab, remember to select
the appropriate “Apply To:” target unit before pressing the “Apply”
button. To make changes to the unit you are connected to, select
“This” as the target. Otherwise, select the IP address of the Receiver
you want to apply changes to from the “Apply To:” drop down.
Note: While it is possible to create small video walls using unicast
mode,doingsowastesbandwidth.Inordertomoreefcientlyusethe
available network bandwidth, it is strongly recommended to only use
multicast mode when creating video walls.

11
1) Bezel and Gap Compensation: This section of the Video Wall tab
is used to dene the physical dimensions of each display being
used in the video wall. Accurate measurements are needed of the
monitor’s outer frame (OW, OH) and the video screen (VW, VH).
The measurements may be made using any unit of measurement
(inches, mm, cm, etc.) as long as ALL measurements in the same
wall are made using the exact same units and the numbers are
integers.
Note: Typically all monitors in a video wall are identical and have
the same dimensions, but it is also possible to make a 2×2 wall
using differently sized displays as long as the same measurement
units are used to measure each display and the displays are still
arranged in a normal rectangular layout with all 4 corners meeting
at the same place.
■ OW (Outer Width): This is the horizontal measurement of the
display’s outer case (screen plus bezel).
■ OH (Outer Height): This is the vertical measurement of the
display’s outer case (screen plus bezel).
■ VW (Video Width): This is the horizontal measurement of the
display’s video screen.
■ VH (Video Height): This is the vertical measurement of the
display’s video screen.
■ Apply To: Select which unit(s) to send updated settings to when
“Apply” is pressed.
– Selecting “All” will send video wall bezel setting changes to
all units in the current video wall group.
– Selecting “This” will send video wall bezel setting changes to
the unit whose WebGUI you are currently connected to.
– Selecting an IP address from the “Clients” list will send any
bezel setting changes to the Receiver with that IP address.

12
2) Wall Size and Position Layout: This section of the Video Wall tab
is used to dene the number of displays used in the video wall as
well as the location of the specic display within the video wall. A
typical video wall consists of an equal number of horizontal and
vertical monitors (for example: 2×2 or 3×3), however it is possible
to create video walls using this system with a wider variety of
dimensions as long as the end result is still a rectangle (for example:
5×1 or 2×3). Both horizontal and vertical dimensions are limited to a
maximum of 16 displays.
■ Vertical Monitor Count: Dene the number of displays in the
video wall, measured vertically. (Maximum is 16 displays)
■ Horizontal Monitor Count: Dene the number of displays in the
video wall, measured horizontally. (Maximum is 16 displays)
■ Row Position: Set the vertical location of the currently controlled
display. (Counts top to bottom, from 0 to 15)
■ Column Position: Set the horizontal location of the currently
controlled display. (Counts left to right, from 0 to 15)

13
3) Preferences: This section of the Video Wall tab provides additional
controls over how the source video is displayed on the video wall
as well as providing a drop down to determine which Receiver to
apply changed settings to.
Note: When setting up a new video wall, or changing the
congurationofanexistingone,remembertoupdatethe
congurationofeachReceiverinthesystem.
■ Stretch Type: Set the video stretch method.
– Selecting “Fit In” will expand the video to exactly t the
dimensions of the video wall regardless of the source’s
original aspect ratio.
– Selecting “Stretch Out” will zoom the video until the video
wall is lled in all 4 dimensions while maintaining the aspect
ratio of the original source.
■ Clockwise Rotate: Set the rotation of the video output in 0, 180
and 270 degree increments.
■ Apply To: Select which unit(s) to send updated settings to when
“Apply” is pressed.
– Selecting “This” will send video wall setting changes to the
unit whose WebGUI you are currently connected to.
– Selecting an IP address from the “Clients” list will send video
wall setting changes to the Receiver with that IP address.
■ Show OSD: Enables or disables the OSD display of the current
channel selection.

14
6.5.3 Network Tab
The Network tab provides controls over the Receiver's broadcast
reception channel, IP conguration, and network broadcast mode.
Changes made to the network settings will require a reboot of the
unit. After clicking on “Apply” please follow the reboot instructions in
the WebGUI.
Note: If the IP address is changed then the IP address required for
WebGUI access will also change accordingly. If the new address is
assigned via “Auto IP” or “DHCP” it might be necessary to temporarily
disable the Video Link between the Receiver and Transmitter in order
to display the units’ new IP addresses on the Receiver’s HDMI output.
Press and hold the LINK button for 3 seconds to enable or disable the
Video Link.

15
1) Channel Setup: Use the dropdown to select the broadcast
reception channel for the Receiver. The Receiver will display the
video stream from the Transmitter using the selected broadcast
channel. The available channel range is from 0 to 255.
2) IP Setup: This section allows for conguration of the IP acquisition
mode and Ethernet settings of the unit. It also provides an easy
way to nd the physical unit when installed with many other similar
units.
■IP Mode & Settings: The IP mode may be switched between
“Auto IP”, “DHCP” or “Static IP”. When the unit is set to Auto IP
mode it will automatically assign itself an APIPA address from
the 169.254.xxx.xxx range. When the unit is set to DHCP mode it
will attempt to automatically obtain an IP address from a DHCP
server. When the IP mode is set to static IP, you can manually
set the IP address, netmask and gateway address. Click the
“Apply” button to save changes made to the IP Mode or
Conguration.
Note: The default network setting for this unit is “Auto IP”.
■ Find Your Device: Selecting “Show Me” will cause the unit to
immediately begin ashing the LEDs on the front of the unit to
make it easy to nd. Selecting “Hide Me” returns the LEDs to
their normal behavior. This setting is useful when troubleshooting
an installation with a large number of units in a rack.