CYP IP-7050RX-TG User manual

IP-7050RX-TG
UHD Video over IP Receiver
OPERATION MANUAL

DISCLAIMERS
The information in this manual has been carefully checked and is
believed to be accurate. CYP (UK) Ltd assumes no responsibility for any
infringements of patents or other rights of third parties which may result
from its use.
CYP (UK) Ltd assumes no responsibility for any inaccuracies that may be
contained in this document. CYP (UK) Ltd also makes no commitment to
update or to keep current the information contained in this document.
CYP (UK) Ltd reserves the right to make improvements to this document
and/or product at any time and without notice.
COPYRIGHT NOTICE
No part of this document may be reproduced, transmitted, transcribed,
stored in a retrieval system, or any of its part translated into any language
or computer file, in any form or by any means—electronic, mechanical,
magnetic, optical, chemical, manual, or otherwise—without express
written permission and consent from CYP (UK) Ltd.
© Copyright 2022 by CYP (UK) Ltd.
All Rights Reserved.
Version 1.1
TRADEMARK ACKNOWLEDGMENTS
All products or service names mentioned in this document may be
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 fire,
electrical shock and injury to persons.
• To prevent fire 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
sufficient 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
RDV1 2022/01/27 Preliminary release
RDV2 2022/06/14 Updated down-conversion details and
connection diagram

CONTENTS
1. Introduction..................................................1
2. Applications ..................................................1
3. Package Content...........................................2
4. System Requirements ..................................2
5. Features.........................................................3
6. Operation Controls and Functions ..............4
6.1 Transmitter's Front Panel ..................................4
6.2 Transmitter's Rear Panel....................................6
6.3 IR Cable Pinouts ...................................................7
6.4 Serial Pinout and Defaults................................7
6.5 WebGUI Control ...................................................8
6.5.1 System Tab ............................................... 10
6.5.2 Video Wall Tab ......................................... 13
6.5.3 Network Tab............................................. 17
6.5.4 Functions Tab.......................................... 19
6.6 Telnet Control..................................................... 22
6.7 Telnet Commands ............................................ 22
7. Connection Diagram ..................................31
8. Specifications..............................................32
8.1 Technical Specifications ................................. 32
8.2 Video Specifications......................................... 33
8.3 Audio Specifications........................................ 35
8.3.1 Digital Audio ........................................... 35
8.3.2 Analogue Audio..................................... 35
8.3.3 AVoIP Audio Availability...................... 36
8.4 Cable Specifications ........................................ 37
9. Acronyms.....................................................38

1
1. INTRODUCTION
This unit is part of a 4K UHD Multi-Function Extension system that allows
you to extend HDMI or VGA signals along with KVM using the TCP/IP
protocol over regular Cat.5e/6/7 network cable. This extender supports
the reception of Ultra High-Definition signals (up to 4K@30Hz RGB) with
audio and USB up to 100m over a single cable. The transmission distance
can be further extended (up to 100m per segment) by using gigabit
network switches, allowing the user to cascade the system without signal
loss or introducing delay.
When the extension system's units are in multicast mode, a single
transmitter’s AV signal can be sent to a large number of receivers within
the same local network without the additional receivers causing the
bandwidth requirements to increase. Additionally, that same multicast
signal can be used to create large multi-display video walls with amazing
simplicity. When combined with the optional IP Master Controller the
functionality of the system expands exponentially. Its centralised web-
based interface greatly simplifies control and management of large
distributed video matrix or video wall systems adding to their flexibility in
large home or commercial installations.
This system also features bi-directional IR and RS-232 pass-through,
analogue line level in/out, and a microphone input (on the receiver),
providing the user with a variety of audio options. The USB functionality
allows the system to act like a remote USB hub which, when combined
with the VGA input/output feature, provides a flexible remote KVM
platform. Configuration information is provided via On Screen Display
(OSD) and control is by WebGUI, IP Master Controller, Telnet, Trigger
Buttons, and front panel controls.
2. APPLICATIONS
HDMI, VGA, USB, Audio, IR, and RS-232 extension
Broadcasting a system over a single Cat.5e/6 cable
Multimedia display on a large number of displays via multicast
Hotel or convention center display multi-monitor broadcast
Long distance data and video transmission via cascading
Distributed video matrix system
Distributed video wall system
Remote KVM control of a system

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3. PACKAGE CONTENT
1× UHD Video over IP Receiver
1× 5V/4A DC Power Adapter
1× IR Extender Cable
1× IR Blaster Cable
1× Power Cord
1× Operation Manual
4. SYSTEM REQUIREMENTS
HDMI receiving equipment such as an HDTV, monitor, or audio
amplifier.
Audio receiving equipment such as headphones, an audio amplifier or
powered speakers.
A Gigabit Ethernet network switch with jumbo frame support is
required for multi-unit configurations. (8K jumbo frames are strongly
recommended.)
A Gigabit Ethernet switch with “IGMP snooping”enabled is required for
multicast support.
The use of Premium High Speed HDMI cables, and industry standard
Cat.6, Cat.6A, or Cat.7 Ethernet cable is highly recommended.

3
5. FEATURES
HDMI 2.0 and DVI 1.0 compliant
HDCP 1.4 & 2.2 compliant
1×HDMI output
Video, audio and control reception over TCP/IP in Unicast (point-to-
point) or Multicast (single-to-many) modes
HDMI output resolutions up to 4K@30Hz (RGB, 8-bit)
Note: 4K@50/60Hz (4:2:0) sources are automatically converted to
4K@25/30Hz (RGB) and 4K@50/60Hz (4:4:4) sources are automatically
converted to 1080p@50/60Hz (RGB) prior to transmission from the
transmitter.
Supports extension of many audio formats including 8 channel LPCM
and standard Bitstream
Note: The optical output only supports LPCM 2.0 & Bitstream sources and
the Line Out only supports LPCM 2.0 sources.
Supports independent breakaway A/V and control matrix routing
Multi-monitor video wall support with 180° and 270° rotation options
The Mic In sends audio directly to the analogue Line Out on the
currently routed transmitter
Note: Only available when the transmitter also has its Line In connected.
May be powered directly by PoE when connected to a Gigabit Ethernet
switch that provides PoE (802.3af)
Includes 3 LAN ports, allowing multiple receivers to be daisy chained
without the need for an external Gigabit Ethernet switch
Supports USB keyboard, mouse and storage extension
Supports IR and RS-232 bypass
Supports the use of 2 external Trigger Buttons to control streaming
channel selection (Optional, not included)
Supports the use of an external control center (IP Master Controller)
to provide expanded functionality (Contact your authorised dealer for
more information)
Basic control via front panel buttons and external Trigger Buttons, or
can be fully controlled via WebGUI, IP Master Controller, and Telnet

4
6. OPERATION CONTROLS AND FUNCTIONS
6.1 Transmitter's Front Panel
POWER
LINK USB 2.0 USB 1.1
RESET
MODE LINK USB IR IR IN IR OUT
SWITCH CH +CH -
IR
ISP
SEL
CONTROL BUTTON 21
3 4 132 5 6 7 8 9 10 11 121
1POWER LED: This LED will flash while the unit is powering on and will
illuminate solidly once it is ready to be used.
2LINK LED: If the receiver has no network connection the LINK LED
will not illuminate. While the receiver is attempting to establish a
connection with a transmitter the LINK LED will flash. When the
receiver has established a stable connection with a transmitter the
LINK LED will illuminate solidly.
3USB 2.0 (Type-A) Ports: These 2 USB 2.0 slots provide connections for
USB devices requiring higher transfer speeds such as thumb drives.
Note: Isochronous (steady streaming) data devices such as USB cameras
and external hard drives are not supported.
4USB 1.1 (Type-A) Ports: These 2 USB 1.1 slots provide connections for
slower USB devices such as keyboards, mice, etc.
Note: Isochronous (steady streaming) data devices such as USB cameras
and external hard drives are not supported.
5RESET Pinhole: Press this recessed button to reset the unit’s power
supply and reboot the unit
Note: Settings will not be reset.
6SWITCH/MODE Button: This button controls the following functions:
Switch Input: Press this button momentarily to switch between the
available video inputs on the currently routed transmitter.
Note: Due to the nature of streaming video and HDCP, the switch may
take up to 6–10 seconds to complete.
Video Mode: Press this button momentarily to toggle the currently
routed transmitter’s video data streaming method between
“Graphic” and “Video” modes. “Graphic” mode is optimised for high-
detail static displays and“Video”mode is optimised for full motion
video.

5
7CH+/LINK Button: This button controls the following functions:
Channel +: 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.
Video 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
firmware information.
Reset to Factory Defaults: Press and hold this button when
powering the unit on until both the POWER and LINK lights are
blinking. Once both lights are blinking you can reboot the unit
and all settings will be returned to the factory defaults (Including
resetting the IP mode to auto, streaming channel to 0, and the
streaming mode to multicast). A new IP address will be assigned
automatically within the 169.254.xxx.xxx address range.
8CH−/USB Button: This button controls the following functions:
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.
USB: Press and hold the button for 3 seconds to enable/disable
the USB connection between this receiver and the currently routed
transmitter. (Multicast Mode ONLY)
Note: In Multicast Mode is it only possible to provide USB support to a
single receiver at a time. Enabling USB on one receiver will disable it on
all other multicast receivers on the same channel.
9IR Window: Accepts IR signals from any standard remote control and
sends the signal to the IR Out on the associated transmitter.
10 IR IN Port: Connect to the provided IR Extender to extend the IR
control range of remotely located devices. Ensure that the remote
being used is within direct line-of-sight of the IR Extender.
11 IR OUT Port: Connect to the provided IR Blaster to transmit IR signals
from the associated transmitter to devices within direct line-of-sight
of the IR Blaster.
12 ISP SEL Switch: This is for factory use only.

6
Note: By default this is set to the right (towards the Control Button ports)
and allows normal RS-232 functionality. Setting this switch to the left
enables ISP engineering mode.
13 CONTROL BUTTON 1~2 Ports: Connect to dedicated Trigger Buttons
(Optional, not included) which are used to change the currently
selected streaming channel. Pressing button 1 increases the channel
and pressing button 2 decreases it.
6.2 Transmitter's Rear Panel
DC 5V
LAN 1 (PoE)LAN 2LAN 3ISPRS-232HDMI OUTLINE OUTMIC IN OPT. OUT
TX RX
2 31 4 85 6 7
1MIC IN Port: Connect to an analogue microphone using a 3.5mm
plug. This audio will be sent to the analogue audio output on the
currently routed transmitter. (Unicast mode ONLY)
Note: The Mic In audio channel back to the transmitter is only active
when an analogue source is also connected to the Line In port on the
transmitter.
2LINE OUT Port: Outputs stereo audio from the currently routed
transmitter (LPCM 2.0 sources only). Connect to powered speakers or
an amplifier for stereo analogue audio output.
3OPT OUT Port: Outputs audio from the currently routed transmitter
(LPCM 2.0 & Bitstream sources only). Connect to powered speakers or
an amplifier for stereo analogue audio output.
4HDMI OUT Port: Connect to HDMI TVs, monitors or amplifiers for
digital video and audio output.
5RS-232 3-pin Terminal Block: Connect to a PC, laptop, or serial
controllable device with a 3-pin adapter cable for the extension
of RS-232 signals to the currently routed receiver. The baud rate is
configurable, but the default baud rate is 115200.
Note: When the transmitter is in multicast mode every connected receiver
unit can send RS-232 commands to the transmitter and commands sent
from the transmitter side will be sent to all associated receivers.
6ISP Pinhole: This is for factory use only.

7
7LAN 1 (PoE) ~3 Ports: Connect via a Gigabit Ethernet switch to
compatible transmitters to receive video and data, or to a PC/laptop
to control the unit via WebGUI.
Note: This unit can be powered directly by the connected Gigabit Ethernet
switch if it provides PoE (802.3af). Only LAN 1 port supports PoE. Daisy
chaining additional receivers using LAN 1, 2, or 3 is also possible.
8DC 5V Port: Plug the 5V DC power adapter into the unit and connect
it to an AC wall outlet for power.
Note: Optional, not needed if the unit is powered via PoE.
6.3 IR Cable Pinouts
IR Blaster
Cabl
e
1
2
3
Infrared
Power
Not Used
IR Extender
Cabl
e
1
2
3
Infr
ared
Power
Groun
d
6.4 Serial Pinout and Defaults
Serial Port Default Settings
Baud Rate 115200
Data Bits 8
Parity Bits None
Stop Bits 1
Flow Control None
1
2
3
RxD
GND
TxD
3-pin
Terminal Block

8
6.5 WebGUI Control
Device Discovery
Please obtain the “Device Discovery” software from your authorised dealer
and save it in a directory where you can easily find it.
Connect the unit and your PC/Laptop to the same active network and
execute the“Device Discovery” software. Click on “Find Devices on
Internet” and a list of devices connected to the local network will show up
indicating their current IP address.
Note: This unit defaults to Auto IP mode. The current IP address can be verified
via the receiver’s OSD if the Device Discovery software is not available.
By clicking on one of the listed devices you will be presented with the
network details of that particular device.
1) IP Mode: If you choose, you can alter the static IP network settings for
the device, or switch the unit into DHCP mode to automatically obtain
proper network settings from a local DHCP server. To switch to DHCP
mode, please select DHCP from the IP mode drop-down, then click
“Save” followed by “Reboot”.
2) WebGUI Hotkey: Once you are satisfied with the network settings,
you may use them to connect via Telnet or WebGUI. The network
information window provides a convenient link to launch the WebGUI
directly.

9
WebGUI Overview
All major functions of the unit, including status, streaming method,
streaming channel selection, output resolution, video wall configuration,
EDID management, Ethernet settings, and reset/firmware functions
are controllable via multiple tabs in the WebGUI interface allowing for
reasonably intuitive operation.
Each transmitter, receiver, or transceiver 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.
On a transceiver unit, the IP address of a unit can be obtained simply
by checking the information screen within the OSD menu, accessed by
pressing the menu button.
On stand-alone transmitters/receivers you can discover the IP address
by checking the status OSD that is displayed when there is no live video
source or no live link. Breaking the link is accomplished by pressing and
holding the “LINK” button on the front of the unit 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).
After connecting to a unit’s WebGUI, you will find a screen containing
multiple tabs for each functionality area of the unit. The individual tabs
and functions will be introduced in the following sections.
Note: AVoIP streaming uses a large amount of bandwidth (especially at higher
resolutions) and a Gigabit Ethernet network switch with jumbo frame support
and IGMP snooping is required. A professional managed switch with VLAN
support is strongly recommended. Please note that most consumer-grade
routers are not able to handle the high traffic rates generated by multicast
mode, so using a router directly as your network switch is discouraged. It is

10
strongly suggested to avoid mixing your regular network traffic with AVoIP
streaming traffic and the AVoIP traffic should exist within a separate subnet,
at the minimum.
6.5.1 System Tab
The System tab contains 4 windows that provide access to firmware
version information, a firmware update interface, utilities for rebooting
and resetting the unit, Telnet command entry, and a variety of statistics
and information about the operational state of the unit.
1) Version Information: This window displays detailed information
about the current firmware version.
2) Update Firmware: Provides a way to update the unit’s firmware. Click
“Choose File” to select the firmware update file from the local PC (*.bin
format). After selecting and appropriate file, click the “Upload” button
to begin the update process.

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3) Utilities: The Utilities window allows users to reset the unit back to
the factory defaults by clicking “Factory Default”. The unit may be
rebooted (without resetting settings) by pressing the “Reboot” button.
Note: Enable Log Messages is for troubleshooting purposes and should
only be checked if instructed to do so by technical support.
Finally, individual Telnet commands may be sent to the unit by using
the “Console API Command”text entry field and pressing “Apply”. Any
responses from the unit will be displayed in the “Output” field.

12
4) Statistics: The Statistics window shows all available information about
the operational status of the unit, including current Host ID Name,
serial number, Ethernet information, MAC address, unicast/multicast
mode, link status and mode.

13
6.5.2 Video Wall Tab
The Video Wall tab allows 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 defined here. Video stretch
and rotation can also be controlled on this tab. Receivers in the video
wall’s group (all receivers sharing the same channel) can be controlled by
any other unit within the same group.
Note: The Video Wall tab is accessible on both transmitters and receivers,
however video wall settings may only be applied to receiver units.

14
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 currently connected to, select “This”
as the target. Otherwise, select the IP address of the receiver (client) you
want to apply changes to from the “Apply To:” drop down or select “All” to
send the changes to all receivers in the group.
Note: While it is possible to create small video walls using unicast mode, in
order to more efficiently use the available network bandwidth, it is strongly
recommended to only use multicast mode when creating video walls.
1) Bezel and Gap Compensation: This section of the Video Wall tab
is used to define 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 format (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.
OW (Outer Width): This is the horizontal measurement of the
display’s outer case.
OH (Outer Height): This is the vertical measurement of the
display’s outer case.
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.

15
Note: Typically all monitors in a video wall are identical and have the
same dimensions, but it is possible to use 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
corners meeting at the same place.
Apply To: Select which unit(s) to send updated settings to when
“Apply” is pressed.
- Selecting “All” will direct updates to the video wall settings of all
receivers in the current video wall group.
- Selecting “This”will direct updates to the video wall settings of
the unit whose WebGUI you are currently connected to.
- Selecting an IP address from the “Clients” list will direct updates
to the video wall settings of the receiver with that IP address.
2) Wall Size and Position Layout: This section of the Video Wall tab is
used to define the number of displays used in the video wall as well
as the location of the specific 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: Define the number of displays in the
video wall, measured vertically. (Maximum is 16 displays)
Horizontal Monitor Count: Define 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)