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Cypress CDPS-UC4H4CVES Operation Manual

4 by 4 hdmi 4k uhd over cat 5e / 6 / 7 matrix with micro control system
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CDPS-UC4H4CVES
4 by 4 HDMI 4K UHD over CAT5e/6/7Matrix with
Micro Control System
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Summary of Contents for Cypress CDPS-UC4H4CVES

  • Page 1 CDPS-UC4H4CVES 4 by 4 HDMI 4K UHD over CAT5e/6/7Matrix with Micro Control System...
  • Page 2 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.

  • Page 3: Safety Precautions

    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.

  • Page 4: Table Of Contents

    CONTENTS 1. Introduction..........6 2. Applications ........... 6 3. Package Contents ........ 6 4. System Requirements......7 5. Features ..........7 6. Operation Controls and Functions..8 6.1 Front Panel ........8 6.2 Rear Panel.........9 6.3 Remote Control......11 6.4 IR Cable Pin Assignments ....12 6.5 RS-232 Protocols ......13 6.6 RS-232 and Telnet Commands ..13 6.7 OLED Menu ........27...

  • Page 5: Introduction

    1. INTRODUCTION This 4K2K 4 x 4 HDMI over CAT5e/6/7 Matrix with fast switch and control system allows 4 HDMI signal sources to be routed to 4 HDBaseT™ outputs over a single CAT5e/6/7 cable up to 100 m for each output. The Control System functions provide not only direct but also indirect control interfaces for all your connected devices.

  • Page 6: System Requirements

    4. SYSTEM REQUIREMENTS Input source equipment such as Blu-ray/DVD/PS3 player or Set-Top-Box and output HDBaseT Receivers to TV/Display and or audio amplifier with connection cables. Control system input devices such as security door/windows, lights, curtain, or devices like players, sound systems, or any other controllable device with IR/RS-232 or net service link design with PC/ smart phone to send commands to control the whole system.

  • Page 7: Operation Controls And Functions

    6. OPERATION CONTROLS AND FUNCTION 6.1 Front Panel 1 1 1 13 1 POWER: Press this button to turn ON the device and the LED will illuminated. 2 IR WINDOW: This IR Receiver receives the remote control signal only from the IR Control included in the package. 3 OUT A~D: Press OUT button once a time along with an IN buttons to select an input source for an output display.

  • Page 8: Rear Panel

    6.2 Rear Panel 1 IRL: Connect with IR Receiver, provided with the unit, for IR signal learning. Send the IR signal to be learnt direct towards the Receiver and use WebGUI to store the IR code. For details please refers to section 6.10.4 Note: Although both IR Extender and IR Learner may look the same, they are however different.
  • Page 9 Warning: The trigger event causes the execution of the Macro with the same number For example, the event on trigger N°1, if enabled, causes the execution of the Macro N°1 It’s possible to set by GUI the mode of the event (rise, falling, change).

  • Page 10: Remote Control

    13 ALL IR IN: Connect with IR Receiver for IR signal transmission to all the zone. Ensure that Remote Control being used is within the direct line-of-sight of the IR Receiver. 14 DC 24V: Connect the adaptor with power cord included in the package and connect to AC wall outlet for power supply.

  • Page 11: Ir Cable Pin Assignments

    6.4 IR Cable Pin Assignments IR Blaster Power IR Signal IR Extender IR Signal Power Grounding IR Learner (Red dot) IR Signal Power Grounding Note: Due to both IR Extender and IR Learner cables are with similar outlook, a part no. "CBL-IR10C3SA200A sticker has been placed to differentiate the difference on IR Learner.

  • Page 12: Rs-232 Protocols

    6.5 RS-232 Protocols Use an RS232 with Sub-D 9 pin F/M straight cable MATRIX CONTROL DEVICE (Host) Assignment Assignment Baud Rate: 115200 bps Data bit: 8 bits Parity: None Flow Control: None Stop Bit: 1 6.6 RS-232 and Telnet Commands COMMAND DESCRIPTION PARAMETER...
  • Page 13 COMMAND DESCRIPTION PARAMETER A N1 Select input N to output N1=1~4 B N1 Select input N to output N1=1~4 C N1 Select input N to output N1=1~4 D N1 Select input N to output N1=1~4 Select input N to all I N1 N1=1~4 output...
  • Page 14 COMMAND DESCRIPTION PARAMETER SINKINFO Show All Output None Information SINKINFO N1 Show Output N1 N1=A~D Information INNAME Show all Input name None INNAME N1 Show Input N1 name N1=1~4 INNAME N1 N2 Set Input N1 Name N1=1~4 N2=ABCDEFGH…(Max Length=8) OUTNAME Show all Output name None OUTNAME N1...
  • Page 15 COMMAND DESCRIPTION PARAMETER IR_SELECT IR Mask Addition/ Deletion command IR_SELECT a[n] show Show IR port Status a= to_zone[A~D] to_source[1~4] to_mcu[1] (See Note 2) to_notice[1] (See 6.6.1 IR Signals Flow) n=A~D or 1~4 ex: IR_SELECT TO_ZONE[A] SHOW (See Note 3) IR_SELECT ShowAll Show Current Setting IR_SELECT a[n] add Add IR command to...
  • Page 16 COMMAND DESCRIPTION PARAMETER VALENS read a b c Read and display a= Local/Remote (HDBaseT Valens Information d e… TX/RX) b= HDBaseT output A~D (See 6.6.3 HDBaseT c d e...=FwID, FwDate, Command Function) FwType, HwType, LnkSts, Cable, BERs, AutoModeCap, OperMode, MemProtectSts, RunningBankSts VALENS write a b c Write Valens Settings...
  • Page 17 COMMAND DESCRIPTION PARAMETER Name Command n=1~8 CMDTBL name n n1=Up to 24 characters including space Execute Macro n=1~8 MACRO run n Command COMCONF N1 N2 Set UART's Parameters N1=COM/Zone (See Note 5) N2= Port/Zone no. 1~2/A~D N3 N4 N5 N6 N3=Baud rate (4800~115200) N4=Data bit (7~8) N5=Parity (none/odd/even)
  • Page 18 Warning: Any commands will not be executed unless followed by a carriage return. Commands are case-insensitive. Commands with one asterisk (**) and two asterisks (***) please refers to IR and HDBaseT Command Function below. Note 1: For the EDIDALL N1 command, the EDID contents is: 0=Output A 1=Output B 2=Output C...
  • Page 19 Note 3: How to know the global status of the IR flows Send the string as below: ir_select showall and the matrix replies with the whole status. Global status IR flow (10 rows)
  • Page 20 Note 4: How to enable or inhibit IR flows Note 5: This command is useful to set the COM port to match the specifications of the peripheral to be commanded by RS232. As example, if the peripheral connected to COM1 is setted at 9600 baud, 8 bits, no parity, 1 stop bit, the following command must be sent to the matrix: COMCONF COM 1 9600 8 None 1\x0D where:...
  • Page 21 IR emitter connected to one of the 8 IR port of the matrix CDPS-UC4H4CVES, or to IR OUT jack of the HDBaseT Receiver located in Zone A÷D, or to IR OUT jack of the matrix CDPS-UC4H4CVES. In the GUI Control, go to the Command Settings section, open an IR command and copy the string to be transmitted.
  • Page 22 7.2 As second example, suppose that you want to send the IR “string” via the IR Out jack of the HDBaseT receiver located in Zone A. Paste the “string” in your RS232 command as it follows: IREMIT zone A 0 “string”\x0D where: IREMIT command sysntax zone...
  • Page 23 b) To know the status and Mode of the trigger Input #1, send the string as it’s shown: TRIGGER N1 N2\x0D where: N1="Info"; N2=Port number.(1~8); \x0D is CR Sending command: trigger info 1 The matricx replies: Port 1:=Status=High, Active=Enable, Mode=Change (it means that the status of trigger #1 is high and that it’s enabled on change of the status) c) To set the mode of the trigger Input #1 as “Falling”, send the string as...
  • Page 24 6.6.1 IR Signals flow The names used in the RS232 commands identify the various blocks of the system in which the matrix is the core. a) IR signal injected in the ALL IR IN “From_Notice” of the matrix is transmitted to all blasters connected to IR OUT jack of the receivers HDBase T located in the Zone 1÷4.
  • Page 25 6.6.2 IR Command Function Parameter Allow Allow Not Allow Not Allow to_zone from_notice from _mcu from_zone from_source to_source from_notice from _mcu from_zone from_source to_mcu from_zone from_source from_notice from_mcu to_notice from_zone from_source from_notice from_mcu Though "from_source" is not allowed but actual hardware design has built-in a router to transfer the IR signal from Source to zone according to the matrix status.

  • Page 26: Oled Menu

    6.7 OLED Menu MAIN MENU SUB MENU DESCRIPTION DEFAULT EDID Mode All Input port is using same EDID. In menu “EDID All”, can select suitable EDID. Appoint Each Input port can select individual EDID. In menu “EDID IN1~4” select suitable EDID. Exit EDID All Sink A...
  • Page 27 MAIN MENU SUB MENU DESCRIPTION DEFAULT Set IN1~4 in HDCP Input IN1 Standard/ Apple Standard Standard/ Apple IN2 Standard/ Apple mode. IN3 Standard/ Apple IN4 Standard/ Apple Exit Network IP Mode DHCP, Static Static Setup Setup Static IP. 192.168.1.50 Mask Setup Static Mask.
  • Page 28 MAIN MENU SUB MENU DESCRIPTION DEFAULT Sink B Info Same as Sink A Info. Detect Sink B Same as Sink A display with/without Info. Hot-Plugging& R-sense. Sink C Info Detect Sink C display with/without Hot-Plugging& R-sense. Sink D Info Detect Sink D display with/without Hot-Plugging&...

  • Page 29: Ip Searching Application

    6.8. IP Searching Application Please download the software from www.cypress.com.tw with file name CDPS V2.000 and save it in a directory where you may use it later. Alternatively download the software “Browser for LAN Modules” in the Available Software section of the page that show http://bit.ly/1UhkCSB...

  • Page 30: Telnet Control

    6.9 Telnet Control Under Mac iOS X, go to Go→Application→Utilities→Terminal. To access the telnet control under MS windows 7, click ‘Start’ menu and type “cmd” in the search field then press enter. To access the telnet control under Windows 10, click “All Applications”, then twice Windows PowerShell.
  • Page 31 Once the command line interface (CLI) appears, type "Telnet", then the IP address (in the case shown is 192.168.1.76), “23” and hit enter. (23 is the port number of CDPS-UC4H4HFS) This will bring into the unit which we wish to control. After the prompt >...
  • Page 32 Note: All the commands will be not executed unless followed by a carriage return. Commands are case-insensitive Warning: To operate by Telnet under the Windows systems, the functions “Client Telnet” and “Client TFTP” must be enabled.

  • Page 33: Webgui Control

    6.10 WebGUI Control On a PC/Laptop that is connected to an active network system, open a web browser and type device’s IP address (available from OLED monitor) on the web address entry bar. A security page will appear to ask for User and Password, please key in “admin”...

  • Page 34: Hdbaset Info

    6.10.2 HDBaseT Info Click on HDBaseT Info to read current CAT5e/6 output ports status. 6.10.3 HDBaseT Settings Click on HDBaseT Settings to set both the CAT5e/6 output A~D and the connected Receivers A~D’s HDBaseT mode, behavior and can also update its firmware.

  • Page 35: Edid Settings

    6.10.4 EDID Settings Click on EDID Settings to select EDID Mode and Set EDID Input content. 6.10.5 Macro Settings Macro 1~8 works aligned with Trigger IN 1~8. This means that when a trigger signal is activated, the control system will execute the Macro with the same number.
  • Page 36 Click on Add button to insert commands. Then click on the command to be added Command must be setted depending on the destination: -SysCMD (internal the CDPS-UC4H4CVES, e.g. routing an Input to an Output) -Telnet (external devices, e.g. towards a CDPS-CS4)
  • Page 37 Port 23: See Note 1 in end of page Delay 100: See Note 2 in end of page Click on Save Change to confirm the settings. Note 1: When a command is intended to an external Telnet address, it’s necessary to set the Port Number as it follows: Port number for CDPS-CS4, CDPS-UC4H4HFS, CDPW-K1/CDPW-K1S 7501 COM1 port number of CDPS-CS4 or CDPS-4H4HFS...

  • Page 38: Command Creation And Settings

    How to create (and store) an IR command Warning: First of all, be sure that the proper IR receiver (with the dot) is connected to the “IRL” jack of the matrix CDPS-UC4H4CVES. After click on “Edit” a mask appears: Click on IR Learn and, within 5 seconds, hit the IR receiver with the IR beam that you want to store.
  • Page 39 a1) On the other hand, there is a second way to store the IR code. You also can use the RS232 command "IRLEARN" to fetch the IR code; then you can copy the IR code shown on the console screen and paste it in the editing area Command (see above), and press "Save Change"...
  • Page 40 c) How to create a command to close, open or toggle a relay After click on “Edit” a mask appears: Type the desired name of the command (in this case, “Close Relay”) Type the parameter of command extracted from the RS232 parameters; in this case, “close”.

  • Page 41: Trigger Settings

    6.10.7 Trigger Settings Click on 'Trigger Settings' to view the current trigger status and edit the trigger behavior. Default setting Status is on Low, Active is on Enable and Mode is on Change, where Status represent the current input connection signal status; Active represent enabling or not the trigger action and Mode represent the trigger setting of the input signal.

  • Page 42: Network Settings

    6.10.9 Network Settings Click on Network Settings to set the device’s IP Mode. Once the change is saved the system will reset the IP address on the device automatically and user will need to re-enter the IP address to continue the WebGUI function.

  • Page 43: Connection Diagram

    7. CONNECTION DIAGRAM RS-232 Connectio Integrated 3rd Party Control Alarm Blind Screen Lighting Sensor Control Control Control IR Blasters 1.5m ° IR Learner 60° L AN EXT T OUT COM 1 1 COM 2 2 OU T IR OUT T I I R R OUT T I I R R OUT T I I R R OUT T...
  • Page 44 Smart TV RS-232 Controlled Devices Games Console PC/Laptop Media Sever LAN Connections ALL L Power Supply RS232 IR OUT IR R IN D C 24V RS-232 Equipped IR Blaster IR Extender RS-232 PC/Laptop Internet Connected Router CAT5e/6/7 Cable Outputs R eceiver R eceiver R S- 23 2 Ou t R eceiver...

  • Page 45: Specifications

    8. SPECIFICATIONS 8.1 Technical Specifications Video Bandwidth 300 MHz/3 Gbps Input Ports 4×HDMI, 1×RS-232, 1×Control, 5x IR IN, 2×COM port (D-Sub 9-pin), 4×LAN, 8×Input (0~15V, 0~5/level low, 5~15/level high), 1×IR Learner, 1×USB (service) Output Ports 4×CAT5e/6, 8×Relay Output, 8×IR, 5×IR Supported Resolutions 480i~1080p@24/50/60, 4K2K@24/25/30, 4K2K@50/60 (YUV420) &...

  • Page 46: Supported Resolutions

    8.2 Supported Resolutions RESOLUTION INPUT OUTPUT 640×480@60, 72, 75, 85 √ √ 720×400@85 √ √ 800×600@56, 60, 72, 75, 85 √ √ 1024×768@60, 70, 75, 85 √ √ 1152×864@75 √ √ 1280×720@60 √ √ 1280×768@60, 75, 85 √ √ 1280×800@60RB, 60 √...
  • Page 47 High-Definition Television Infrared OLED Organic Light-Emitting Diode Universal Serial Bus Video Graphics Array WUXGA (RB) Widescreen Ultra Extended Graphics Array (Reduce Blanking) Revised by Elpro Video Labs srl on March 23 , 2016 CYPRESS TECHNOLOGY CO., LTD Home page: http://www.cypress.com.tw...

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