Transcript
CDPS-UC4H4CVES 4 by 4 HDMI 4K UHD over CAT5e/6/7Matrix with Micro Control System
Operation 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.
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 Cypress Technology. © Copyright 2011 by Cypress Technology. All Rights Reserved. Version 1.1 August 2011
TRADEMARK ACKNOWLEDGMENTS All products or service names mentioned in this document may be trademarks of the companies with which they are associated.
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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.
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To prevent fire or shock hazard, do not expose the unit to rain, moisture or install this product near water.
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Never spill liquid of any kind on or into this product.
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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.
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Do not attach the power supply cabling to building surfaces.
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Use only the supplied power supply unit (PSU). Do not use the PSU if it is damaged.
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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.
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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.
REVISION HISTORY VERSION NO. DATE (DD/MM/YY) SUMMARY OF CHANGE VR0
24/09/15
Preliminary Release
VR1
17/02/16
Release RS-232 Command caseinsensitive
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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 Remote Control................................ 5 6.4 IR Cable Pin Assignments ................ 6 6.5 RS-232 Protocols ............................... 7 6.6 RS-232 and Telnet Commands ....... 7 6.7 OLED Menu ..................................... 16 6.8 Telnet Control ................................. 19 6.8.1 IP Searching Application ..... 21 6.9 WebGUI Control ............................. 22 6.9.1 Routing Settings..................... 22 6.9.2 HDBaseT Info .......................... 23 6.9.3 HDBaseT Settings ................... 23 6.9.4 EDID Settings .......................... 24 6.9.5 Macro Settings ...................... 24 6.9.6 Command Settings............... 27 6.9.7 Trigger Settings ...................... 28 6.9.8 UART Settings ......................... 29 6.9.9 Network Settings ................... 30 6.9.10 System Settings .................... 30 7. Connection Diagram .......................... 31 8. Specifications ...................................... 33 8.1 Technical Specifications ............... 33 8.2 Supported Resolutions ................... 34
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1. INTRODUCTION This 4K2K 4 by 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 100m for each output. The Control System functions provide not only direct but also indirect control interfaces for all your connected devices. Supporting traditional direct control systems like IR, Relay and DC trigger and indirect control systems like IR Learning, RS-232, Telnet/ WebGUI controls, it allows user with PC or APP based control systems great flexibilities in controlling devices. The operation of the system can be easily managed through software application on PC/Laptop or APP on mobile devices, on-panel buttons, IR remote, RS-232, Telnet or Ethernet protocols.
2. APPLICATIONS • Entertainment Room / Home Theater Display and System Controls • Show Room / Demo Room Display and System Controls • Lecture Room/Hall Presentation Display and System Control • Public Commercial Display and System Control • Information Board Display and System Control
3. PACKAGE CONTENTS • 1×4 by 4 HDMI 4K UHD over CAT5e/6/7 Matrix • 1×Remote Control with Battery • 1×IR Extender • 1×IR Blaster • 1×IR Learner Extender • 4×Terminal Blocks • 1×Set of Rack Ears • 1×24 V/2.7 A DC Power Adaptor • 1× Power Cord • 1×Operation Manual
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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.
5. FEATURES • HDMI with 3D & 4K2K supported, HDCP and DVI compliant • Supports HDTV resolutions up to 4K2K (3840x2160@24/25/30, 3840x2160@50/60_YUV420 & 4096x2160 @24/25/30, 4096x2160 @50/60_YUV420) • Supports individual EDID or common EDID • Supports pass through of audio formats: LPCM 2/5.1/7.1CH, Dolby Digital 2/5.1CH, DTS 2/5.1CH, Dolby Digital Plus, Dolby TrueHD, Dolby Atmos and DTS-HD Master Audio • HDCP 1.4 for 4 HDMI inputs and 4 HDBaseT outputs with HDBaseT 5PlayTM features • Input port HDCP support Standard and Apple mode. The Apple mode selection to guarantees the use of Apple devices • Compliant with DVI source (Not support Deep color and Color space YCbCr 422/444) • Supports IR Learning function: Allows IR signals to be stored in the system and used for control • Supports eight Terminal Block inputs with voltage of 5~15V • Supports 1 IR Learning port, 8 IR outputs, 8 control inputs, 8 Relay outputs, 2 COM ports, and 4 Ethernet ports • Supports Baud rates up to 115,200bps • Supports 10/100Mbps Ethernet network connection
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6. OPERATION CONTROLS AND FUNCTION 6.1 Front Panel
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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. i.e. OUT A→ IN1→TAKE or OUT B→ IN4→TAKE. 4 IN 1~4: Press IN button to select input from 4 sources. 5 TAKE: Press this button to confirm the selection of an IN and an OUT button. If this button is not pressed the selection will not execute. 6 CANCEL: Press this button to cancel the selection. 7 MENU: Press to enter into the menu. 8 ENTER: Press to confirm selection. 9 PLUS (+)/MINUS (-): Press to select page up and down under menu select. 10 ALL: Press to select an input into all output. 11 PRESET: Press this button, the OLED will show preset selection then select from IN 1~4 and press “TAKE” to confirm the selection or press “CANCEL” to cancel the selection. 12 LOCK: Press to lock on all button functions on the front panel. Press for 3 seconds to relieve the lock function. 13 MODE: Press this button to switch in between the TAKE mode/Real Time mode. OLED will show current selection on the top right side, press TAKE to confirm the switch. 14 OLED: Display input and output selection and menu selection.
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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. IR Extender is designed with more reddish color whereas IR Learner has a brownish color and a “red dot” on the back. Please pay extra attention in connecting and using it. 2 EXT OUT 1~8: Connect with IR Blaster for IR signal transmitting. 3 TRIGGER IN 1~8: Connect with external event device signals such window security alarm, door switch, etc… The trigger IN 1÷8 ports are isolated current loop with no reference to ground. The upper leads are positive and lower leads are negative In the example below drawn, the external sensor permits the current flow from positive to negative terminal. The user must limit the current with an external resistor (typically 1Kohm). The external sensor can be a “dry contact” or an “open collector” device. The threshold is about 6 mA
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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). When the input trigger is disabled the event on the input trigger has no effect. 4 RELAY OUT 1~8: N° 8 dry contacts are provided to perform the necessary external functions. 5 COM 1/2: Connect to peripherals that present RS-232 for control purpose. Use also TELNET client to send command directly to the peripherals. Set the connected port to 7501 for COM 1 and 7502 for COM2 6 LAN 1~4: Connect with devices that obtain RJ-45 input for control and data transmitting purpose within the connected LAN system. 7 HDMI IN 1~4 and IR OUT: Connect the source equipment such as Blu-ray/DVD/PS3 players and Set-Top-Box. IR OUTs must be connected with IR Blaster for IR signal transmission from IR receivers connected to the HDBaseT Receivers/Zone. 8 CAT5e/6 OUT A~D and IR IN 1~4: Connect to HDBaseT Receivers by CAT6 cable. IR IN must be connected to IR Receivers for IR signal transmission from the designated input HDMI ports. 9 SERVICE: This slot is reserved for firmware update use only. 10 CONTROL: Connect from PC/Laptop with active internet service or Ethernet switch/Hub for WebGUI control and or data transmitting. 11 RS-232: Connect from PC/Laptop for RS-232 command sending to control the device. 12 ALL IR OUT: Connect with IR Blaster for IR signal transmission with signal received from the all zone. Place the IR Blaster in direct lineof-sight of the equipment to be controlled.
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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.
6.3 Remote Control 1. POWER: Press this button to switch the system ON/OFF. 2. OUT A÷D: Press one button to select OUT; then press IN 1÷4 to select the input to be routed 3. IN 1÷4: Press one button to select the input to be routed to thye output previously selected 4. ALL: Press this button to select all outputs 5. TAKE: Press this button to confirm the previous selection OUT / IN. If not pressed, the selection is not executed 6. CANCEL: Press this button to cancel the selection. 7. PRESET: Press this button, the OLED will show preset selection. Select IN 1~4 and press “TAKE” to confirm or “CANCEL” to clear. 8. LOCK: Press to lock on all button functions on the front panel. Press again to relieve the lock function. 9. MENU: Press to enter into the menu. 10. ENTER: Press to enter into the menu selections. PLUS (+)/MINUS (-): Press to select the page of the Menu up and down MODE Press to switch between TAKE mode and Real Time mode (OUT IN or IN OUT)
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6.4 IR Cable Pin Assignments
IR Blaster 1
Power
2
IR Signal
3
NC
IR Extender
IR Learner (Red dot)
1
IR Signal
2
Power
3
Grounding
1
IR Signal
2
Power
3
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. IR Learner also presents a “Red Dot” on its back
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6.5 RS-232 Protocols Use an RS232 with Sub-D 9 pin F/M straight cable MATRIX
CONTROL DEVICE (Host)
Pin
Assignment
Pin
Assignment
1
NC
1
NC
2
TXD
2
RXD
3
RXD
3
TXD
4
NC
4
NC
5
GND
5
GND
6
NC
6
NC
7
NC
7
NC
8
NC
8
NC
9
NC
9
NC
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
P0
Power Off (Standby)
None
P1
Power On
None
IPCONFIG
Display The Current IP Configure
None
SIPADDR X.X.X.X
Set Ethernet IP Address
X=0~255
SNETMASK X.X.X.X
Set Ethernet Net Mask
X=0~255
SGATEWAY X.X.X.X
Set Ethernet Gateway
X=0~255
HTTPPORT N1
Set Http Port Number
N1=10~65535
TELNETPORT N1
Set Telnet Port Number
N1=10~65535
RSTIP
IP Configuration Set To
None
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COMMAND
DESCRIPTION
PARAMETER
A N1
Select input N to output A
N1=1~4
B N1
Select input N to output B
N1=1~4
C N1
Select input N to output C
N1=1~4
D N1
Select input N to output D
N1=1~4
I N1
Select input N to all output
N1=1~4
EDIDMODE
Show EDID Mode
None
EDIDMODE N1
Set EDID Mode
N1=0 (Appoint), 1(All)
EDIDALL
Show EDID Mode Source for All
None
EDIDALL N1
Set EDID Mode Source for All (See Note 1)
N1=0~9* (ref. OLED EDID ALL)
EDIDIN
Show Input EDID Source
None
EDIDIN N1
Show Input N1 EDID Source
N1=1~4
EDIDIN N1 N2
Set Input N1 EDID Source
N1=1~4
HDCPIN
Show All Input HDCP Status
None
HDCPIN N1
Show Input N1 HDCP Status
N1=1~4
HDCPIN N1 N2
Set Input N1 HDCP ON/ OFF
N1=1~4
PRESET
Show All Preset Configure
None
PRESET N1
Set Preset N1 Source to Outputs
N1=1~4
PRESET N1 N2
Set Preset N1 Configure
N1=1~4
SOURCEDET
Show All Input Signal
None
SOURCEDET N1
Show Input N1 Signal
N1=1~4
N2=0~9* (ref. OLED EDID ALL)
N2=0 (OFF), 1 (ON)
N2=AXBXCXDX (X=1~4)
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COMMAND
DESCRIPTION
PARAMETER
SINKINFO
Show All Output Information
None
SINKINFO N1
Show Output N1 Information
N1=A~D
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
Show Output N1 name
N1=A~D
OUTNAME N1 N2
Set Output N1 name
N1=A~D N2=ABCDEFGH…(Max Length=8)
MATRIXMODE
Show Matrix Current mode
None
MATRIXMODE N1
Set Matrix mode N1
N1=0 (Real-time), 1 (Take)
VER
Show Device Firmware version
None
REBOOT
System Reboot
None
HELP(?)
Show Command list
None
HELP(?) N
Show Command description
N=Command name
UART_ROUTE
UART Route Setting Command
UART_ROUTE all
Allow UART Commands to send out to all HDBaseT output port
UART_ROUTE none
Block UART Commands to send out to HDBaseT output port
UART_ROUTE A~D
Send UART Commands to the designated output HDBaseT port A~D
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COMMAND
DESCRIPTION
PARAMETER
IR_SELECT
IR Mask Addition/ Deletion command
IR_SELECT a[n] show
Show IR port Status (See Note 2) (See 6.6.1 IR Signals Flow)
a= to_zone[A~D] to_source[1~4] to_mcu[1] to_notice[1] n=A~D or 1~4 ex: IR_SELECT TO_ZONE[A] SHOW
IR_SELECT ShowAll
Show Current Setting
(See Note 3)
IR_SELECT a[n] add b[n] c[n]…
Add IR command to port (See Note 4) (See 6.6.2 IR Command Function)
a= to_zone[A~D] to_source[1~4] to_mcu[1] to_notice[1] b c…=from_zone[A~D] from_source[1~4] from_mcu[1] from_notice[1] n=A~D or 1~4 ex: IR_SELECT TO_ZONE[A] ADD FROM_NOTICE[1]
IR_SELECT a[n] del b[n] c[n] …
Delete IR command from port (See Note 4) (See 6.6.2 IR Command Function)
a= to_zone[A~D] to_source[1~4] to_mcu[1] to_notice[1] b c…=from_zone[A~D] from_source[1~4] from_mcu[1] from_notice[1] n=A~D or 1~4 ex: IR_SELECT TO_MCU[1] DEL FROM_ZONE[A]
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COMMAND
DESCRIPTION
PARAMETER
VALENS read a b c d e…
Read and display Valens Information
a= Local/Remote (HDBaseT TX/RX)
(See 6.6.3 HDBaseT Command Function)
VALENS write a b c d
b= HDBaseT output A~D c d e...=FwID, FwDate, FwType, HwType, LnkSts, Cable, BERs, AutoModeCap, OperMode, MemProtectSts, RunningBankSts
Write Valens Settings
a= Local/Remote (HDBaseT TX/RX)
(See 6.6.3 HDBaseT Command Function)
b= HDBaseT output A~D c= MemProtection/ OperMode d= On/Off (MemProtection)/ HdmiPassThrough, EthernetFallBack, LPPF1, LPPF2, LongReach, HDBaseT, Auto (OperMode)
VALENS FwUpd a b
FADEFAULT
Update Valens Firmwa re of Specified Chip (See 6.6.3 HDBaseT Command Function)
a= Local/Remote (HDBaseT TX/RX) b= HDBaseT output A~D
All Configure Set to Factory Default
ETH_FADEFAULT
All Ethernet Configure Set to Factory Default
CYP
Set Ethernet MAC address 48-Bit
c= nn-nn-nn-nn-nn-nn d= nn=MAC Address
CMDTBL show
Show All Command list
Up to 128
CMDTBL show n
Show Command list
n=1~128
CMDTBL add n n1
Add Command
n=1~128 n1= Command string up to 439 spaces ex: CMDTBL ADD 1 SET A=1 1\x0d\x0a
CMDTBL del n
Delete Command
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n=1~128
COMMAND
DESCRIPTION
PARAMETER
CMDTBL name n n1
Name Command
n=1~8
MACRO run n
Execute Macro Command
n=1~8
COMCONF N1 N2
Set UART's Parameters (See Note 5)
N1=COM/Zone
N3 N4 N5 N6
n1=Up to 24 characters including space
N2= Port/Zone no. 1~2/A~D N3=Baud rate (4800~115200) N4=Data bit (7~8) N5=Parity (none/odd/even) N6=Stop bit (1/2) ex: COMCONF COM 2 115200 8 None 1
COMSEND n n1 n2
Command Send to Designated COM Port (See Note 6)
n=COM/Zone n1=Port/Zone no. 1~2/A~D n2=Data Note: Some command may require to add a carriage return (eg: \r or \x0D) in the end to allow the system to recognize it as an end of the command.
n1 n2 n3
Send IR Code to Designated Output Port (See Note 7)
n=IR/Zone/Source n1=1~8/A~D/1~4 n2=0 n3=IR Code
IRLEARN N
IR Signal Learning and
N=IR code string
IREMIT n
Save into Data
RELAY N N1
Relay Switch Setting (See Note 8)
N= 1~8 N1= Open, Close, Toggle ex: RELAY 1 Close
TRIGGER N N1 N2
Trigger Switch Setting (See Note 9)
N= Status/Info/Active/Mode N1= 1~8 N2=Active (Enable/Disable)/ Mode (Raising/Falling/ Change) ex: TRIGGER Mode 5 Raising
3
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Note: 1.
Any commands will not be executed unless followed by a carriage return. Commands are case-insensitive. 2. 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 3=Output D 4=8bit/2D/PCM/720p
5=8bit/2D/PCM/AC3/720p
6=8bit/2D/PCM/1080p
7=8bit/2D/PCM/AC3/1080p
8=8bit/2D/PCM/4K2K@60
9=8bit/2D/PCM/AC3/4K2K@60
Note 2: How to know the IR flow of the matrix
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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)
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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: COMCONF COM 1 9600 8 None 1 \x0D
command syntax Referred to COM1 or COM2; else, Zone Number of port COM on matrix (in this case COM1) baud rate of the peropheral connected to COM1 data bits (in this case 8) Parity (in this case, no parity) Number of stop bits (in this case 1) CR (to close the command)
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Note 6: This command is useful to send a RS232 string to a peripheral device connected to port COM1, COM2 or COM port of Zone A÷D. As example, to send the simple command “1” followed by CR to the peripheral connected to COM1, the string to be sent is: COMSEND COM 1 1\r\x0D where: COMSEND COM 1 1 \r \x0D
command syntax Referred to COM1 or COM2; else, Zone Number of port COM on matrix (in this case COM1) ASCII character of the string sent through COM1 CR sent through COM1 on behalf of the peripheral CR in behalf of the matrix to close the command string
Note 7: This command is useful to send by RS232 an IR string to an external device by an 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. 7.1 E.g., suppose that you want to send the IR “string” via IR port #5
Paste the “string” in your RS232 command as it follows: IREMIT IR 5 0 “string”\x0D where: IREMIT IR 5 0 “string” \x0D
command sysntax referred to the IR OUT of the matrix CDPS-UC4H4CVES Number of port IR on matrix (in this case #1) command syntax ASCII characters pasted CR (to close the command)
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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 zone A 0 “string” \x0D
command sysntax referred to one of the four zones (A÷D) Number of Zone (in this case #A) command syntax ASCII characters pasted CR (to close the command)
Note 8: This command is suited to open, close or toggle one out of the eight relays in the CDPS-UC4H4HFS As example, to close the Relay #4 the string to be sent is: RELAY 4 Close\x0D where: Relay 4 Close \x0D
command syntax Relay whose contact is connected to port #4 Command for Relay (may be also “open” or “toggle”) CR (to close the command)
Note 9: This is a complex command suited to know the status of a Trigger Input, to set the characteristics of the Input trigger as Enable/Disable and the mode, that can be Raising, Falling and Change. a) To know the status of the trigger Input #1, send the string as it’s shown: TRIGGER N1 N2\x0D where: N1="Status" N2=Port number.(1~8) \x0D is CR Sending command: The matricx replies:
trigger status 1 CR Port 1=High (or low)
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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: The matricx replies:
trigger info 1 Port 1:=Status=High, Active=Enable, Mode=Change
(it means that the status of trigger #1 is high and that it’s active on change of the status)
c) To set the mode of the trigger Input #1 as “Falling”, send the string as it’s shown: TRIGGER N1 N2 N3\x0D where: N1="Mode", N2=Port number.(1~8), N3="Raising" /"Falling"/ "Change", \x0D is CR Sending command: The matricx replies:
trigger mode 1 falling > (it means that it has setted the mode Falling on trigger #1)
d) To disable or enable the trigger Input #1, send the string as it’s shown: TRIGGER N1 N2 N3\x0D where: N1="Active" N2=Port number.(1~8) N3="Enable"/"Disable" \x0D is CR Sending command: The matricx replies:
trigger active 1 disable
Sending command: The matricx replies:
trigger active 1 enabled
> (it means that it has setted the trigger #1 disabled)
> (it means that it has setted the trigger
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#1 enabled)
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. The path must be enabled b) IR signal generated by the IR receivers connected to the IR IN jack of the receivers HDBase T located in the Zone 1÷4, is repeated by the blaster connected to ALL IR OUT “To_Notice” of the matrix. The path must be enabled c) The single IR signal generated by the IR receiver connected to the IR IN1÷4 of the matrix “From_Source”, is repeated by the blaster connected to IR OUT jack of the receivers HDBase T located in the Zone A÷D and follows the connection of the matrix. The path must be enabled d) The single IR signal generated by the IR receiver connected to the IR IN jack of the receivers HDBase T located in the Zone A÷D, is repeated by the blaster connected to IR OUT (HDMI IN 1÷4) of the matrix “To_Source” and follows the connection of the matrix. The path must be enabled
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6.6.2 IR Command Function Parameter
Allow
Allow
Not Allow
Not Allow
to_zone
from_notice
from _mcu
from_zone
from_source1
to_source
from_notice
from _mcu
from_zone2
from_source
to_mcu
from_zone
from_source
from_notice
from_mcu
to_notice
from_zone
from_source
from_notice
from_mcu
1.
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.
2.
Though "from_zone" is not allowed but actual hardware design has built-in a route to transfer the IR signal from zone to source according to the matrix status
6.6.3 HDBaseT Command Function HDBaseT connection between local (the Matrix unit) and remote (HDBaseT Receiver units) is not made, none of the command will be execute. - FwID: Firmware version information. - FwDate: Firmware release date. - FwType: Reveal current firmware if for TX end chip or Rx end chip. - HwType: Reveal current chip hardware is Tx end or Rx end. - LnkSts: HDBaseT link status. - CableLen: Approximated cable length of current HDBaseT connection on specified port. - BERS: Approximated Bit Error Rate of current HDBaseT connection on specified port. - OperMode: Current chip connection mode on specified port. - HDBaseT: Make HDBaseT connection between local and remote chips. - Auto: Automatic detection and connection making between local and remote and chips. - LongReach: Long reach mode between local and remote chips. - HdmiPassThrough: HDMI pass through mode between local and remote chips. - EthernetFallBack: Fallback to normal Ethernet connection instead of HDBaseT. - LPPF1: Low Power Profile mode 1 between local and remote chips. - LPPF2: Low Power Profile mode 1 between local and remote chips.
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6.7 OLED Menu MAIN MENU
SUB MENU
DESCRIPTION
DEFAULT
EDID Mode
All
All Input port is using same EDID.
All
In menu “EDID All”, can select suitable EDID. Each Input port can select individual EDID.
Appoint
In menu “EDID IN1~4” select suitable EDID. Exit EDID All
Sink A
Copy Output A~D display EDID
Sink B
8/2D/ PCM/1080P
Sink C Sink D 8/2D/PCM/720P
Standard EDID settings.
8/2D/PCM/AC3/720P 8/2D/PCM/1080P 8/2D/PCM/AC3/1080P
Deep Color/2D3D/ Audio/Native resolution.
8/2D/PCM/4K2K 8/2D/PCM/AC3/4K2K Exit EDID IN1
Same as EDID All.
Select Input 1~4 EDID.
Same as EDID All.
Preset 1
IN/OUT default No.1~4.
A=1, B=2, C=3, D=4
EDID IN2 EDID IN3 EDID IN4 Matrix Preset
Preset 2 Preset 3 Preset 4 Exit
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MAIN MENU
SUB MENU
DESCRIPTION
DEFAULT
HDCP Input
IN1 Standard/ Apple
Set IN1~4 in Standard/ Apple mode.
Standard
IP Mode
DHCP, Static
Static
IP
Setup Static IP.
192.168.1.50
Mask
Setup Static Mask.
255.255.255.0
Gate
Setup Static Gateway
192.168.5.254
Do Re-Link
Re-Link After Setup Network, the System need to re-link.
IN2 Standard/ Apple IN3 Standard/ Apple IN4 Standard/ Apple Exit Network Setup
Exit Network Status
Network Status DHCP, Static or Not Linked.
Get IP
Get Netmask Get Gateway System MAC Exit Source Detection
Detect IN1, IN2 source with/without signal & HDCP.
IN1 On/Off IN2 On/Off
Detect IN3, IN4 source with/without signal & HDCP.
IN3 On/Off IN4 On/Off Exit Sink A Info
Detect Sink A display with/without Hot-Plugging& R-sense.
HPD On/Off RSEN On/Off
Exit
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Type Manuf./ Native/Video Format/Audio Format
MAIN MENU
SUB MENU
DESCRIPTION
Sink B Info
Same as Sink A Info.
Same as Sink A Detect Sink B 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& R-sense.
Firmware
FW Version
Display Model number & FW Version.
Update
FW Update.
Exit Factory Reset
Do Reset
Do System Reset.
Exit
Exit
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DEFAULT
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 the CDPS-UC4H4CVES in the web site Elpro http://bit.ly/1UhkCSB Connect the Control System with PC/Laptop through the Ethernet port through an active network system and open the CDPS V2.000 application. Click on Find Devices on Network and a list of the devices connected to the Control System will show up.
Then user may set the IP Address, SubNet Mask and Gateway of the device to control it by Telnet and/or GUI
Then user may use the IP Address to find the control device through Telnet, WebGUI or even RS-232/Hyper Terminal tools.
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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. See below N°3 examples:
Mac iOS
Windows 7
Windows 10
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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 > appears, type "?” or “help" to list the available commands.
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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.
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6.9 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” for both and click Submit to enter. Note: The Default IP setting is on Static with address at 192.168.1.50
The browser will display the device’s Routing, HDBaseT Info & Settings, EDID, Macro, Command, Trigger, UART, Network and System Settings Configuration pages for users to control. 6.9.1 Routing Settings Click on 'Routing Settings' to select an input for output and the selection will turn orange, naming inputs & outputs, preset and restore video preset.
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6.9.2 HDBaseT Info
Click on HDBaseT Info to read current CAT5e/6 output ports status. 6.9.3 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.
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6.9.4 EDID Settings
Click on EDID Settings to select EDID Mode and Set EDID Input content. 6.9.5 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. Click on 'Macro Settings' to execute Macro. Click on the mark to edit the command settings. Up to 16 command per each Macro can be edited.
a) How to Add, cancel or modify the commands within a Macro After clicking on the the mark, a mask appears: Command can be set to control the internal System/SysCMD, RS-232 COM ports, IR and Relays. It is suggested the delay time is >100ms among command See the figure on the following page:
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Click on Add button to insert commands. Then click on the command to be added
Command must be setted depending on the destination: -SysCMD -Telnet -COM -IR -Relay
(internal the CDPS-UC4H4HFS, e.g. routing an Input to an Output) (external devices, e.g. towards a CDPS-CS4) (COM1 or COM2 of CDPS-UC4H4HFS) (IR1÷IR8 ports of CDPS-UC4H4HFS) (Relay #1÷ Relay #8 of the CDPS-UC4H4HFS)
The following page shows the setting for Telnet, COM, IR and Relay.
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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: 23 7501 7502
Port number for CDPS-CS4, CDPW-K1 and CDPW-K1S COM1 port number of CDPS-CS4 COM2 port number of CDPS-CS4
Note 2: Delay paramenter is the delay before the following command is executed. Standard delay is 100ms; for consecutive Telnet is 500 ms
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6.9.6 Command Creation and Settings The user can set up to 128 commands. The “standard” commands can have up to 128 characters. It’s possible to create “big” commands that have from 128 up to 512 characters. In this case, we can have 32 “big” commands and 96 “standard” commands. To create a command, click on the label “Command settings”
Then click on “Edit” a) How to create (and store) an IR command Warning: First of all, be sure that the proper IR receiver (with the connected to the “IRL” jack of the matrix CDPS-UC4H4HFS.
dot) is
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. After the IR is learnt, in the mask is visible the IR string. Click on Save Change to store the command. (Not visible here)
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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" to save it. a2) Or, third way, if you have an IR code that was fetched before, you can do the same copy-and-paste to save the IR code in the editing area Command (see above).
b) How to create a command RS232 After click on “Edit” a mask appears:
Type the desired name of the command (in this case, “RS232 string) Type the RS232 string. E.g., if you want to send the hex string: 31 0D, type \x31\x0D Then click on “Save Change”, on the rigth side (not visible here)
Note: Some command may require to add a carriage return (eg:\r or \x0D) in the end to allow the system to recognize it as an end of the command.
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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”. Please note that if we want to open the relay, the command must be “open” and if we want to change status of the relay, the command must be “toggle”
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6.9.7 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 current input connection signal status, Active represent enabling or not the trigger action and Mode represent the trigger setting of the input signal. Under mode selection there are Raising, Falling and Change where Raising represent the signal from low to high, falling represent the signal from high to low and change represent both high and low signals.
6.9.8 UART Settings Click on 'UART Settings' to set each COM port's Baud rate, Data bit, Parity and Stop bit. Figures out of the selection range can be set under RS-232 or Telnet.
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6.9.9 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.
6.9.10 System Settings Click on System Settings to set power to On/Standby. Matrix Mode is to allow the device’s front panel I/O selection to be real time or must press the take button to execute the selection, Download Current Configuration is to save the current setting into your PC/Laptop and Restore Configuration is to bring up a saved setting from your PC/ Laptop. Reset to Default and Reboot the Unit is to set the device back to factory setting and restart the device again.
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7. CONNECTION DIAGRAM
RS-232 Connectio Alarm Sensor
Blind Control
Screen Control
Lighting Control
Integrated 3rd Party Control
IR Blasters
1.5m 60°
60 ° 3m
IR Learner
3m 7m
IRL
EXT T OUT
1
2
3
COM 1
4
5
6
HD MI IN 1
IR BLASTER
IR OUT T
HD MI IN 2
IR OUT T
HD MI IN 3
L AN
COM 2
8 7 IN
IR OUT T
HD MI IN 4
1
OU T IR OUT T
IR IN 1
CAT5e/6 OUT TA
IR IN 2
CAT5e/6 OUT TB
IR IN 3
CAT5e/6 OUT TC
CAT5e/6 OUT TD
IR RECEIVER
HDMI Inputs & IR Extenders
RS-232 Out
Receiv er
HD MI Ou t
L AN
Set-top Box
CAT5e/6 to HDM I with L AN/ IR/R S232
Satellite Receiver
DVD/Blu-ray Player
DVD/Blu-ray Player
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Smart TV
2
3
IR IN 4
RX
SERVICE
C ONTROL
4
Smart TV
RS-232 Controlled Devices
ns
Games Console
PC/Laptop
Media Sever
LAN Connections
ALL L
RS232
IR OUT
IR R IN
Power Supply
D C 24V
RS-232 Equipped PC/Laptop
RS-232
IR Blaster
IR Extender
Internet Connected Router
LAN
CAT5e/6/7 Cable Outputs
R S- 23 2 Ou t
R eceiver
HDMI O ut
L AN
C AT5e/6 to HDMI with L AN /IR/RS232
Smart TV
RX
R S- 23 2 Ou t
R eceiver
HD MI Out
L AN
C AT5e/6 to HDMI with L AN /IR/RS232
R S- 23 2 Ou t
RX
Smart TV
R eceiver
HD MI Ou t
L AN
C AT5e/6 to HDMI with L AN /IR/RS232
Smart TV
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RX
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 OUT
Supported Resolutions
480i~1080p@24/50/60, 4K2K@24/25/30, 4K2K@50/60 (YUV420) & VGA~WUXGA (RB)
HDMI Cable Length
10M/1080p, 5M/4K2K
CAT Cable Length
100M/1080p, 70M/4K2K
IR Frequency
30~50 kHz
Baud Rate
Up to 115200 bps
Power Supply
24 V/2.7 A DC (US/EU standards, CE/FCC/ UL certified)
ESD Protection
Human Body model: ± 8kV (air-gap discharge) ± 4kV (contact discharge)
Weight
3450 g
Chassis Material
Metal
Silkscreen Color
Black
Dimensions
438 mm (W)×269 mm (D)×44 mm (H)/Jacks Excluded 482 mm (W)×274 mm (D)×49 mm (H)/Jacks Included
Operating Temperature
0˚C~40˚C/32˚F~104˚F
Power Consumption
61 W
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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
√
√
1280×960@60
√
√
1280×1024@60
√
√
1360×768@60
√
√
1366×768@60
√
√
1400×1050@60RB, 60
√
√
1440×900@60RB, 60
√
√
1600×900@60
√
√
1600×1200@60
√
√
1680×1050@60RB, 60
√
√
1920×1080@60
√
√
1920×1200@60RB
√
√
1440×576i@50
√
√
1440×480i@60
√
√
720×480p@60
√
√
720×576p@50
√
√
1280×720p@50, 60
√
√
1920×1080i@50, 60
√
√
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RESOLUTION
INPUT
OUTPUT
1920×1080p@24, 25, 30, 50, 60
√
√
3840×2160p@24, 25, 30
√
√
3840×2160p@50, 60 (YUV420)
√
√
4096×2160p@24, 25, 30
√
√
4096×2160p@50, 60 (YUV420)
√
√
9. ACRONYMS ACRONYM
COMPLETE TERM
CLI
Command Line Interface
DVI
Digital Visual Interface
GUI
Graphical User Interface
HDCP
High-bandwidth Digital Content Protection
HDMI
High-Definition Multimedia Interface
HDTV
High-Definition Television
IR
Infrared
OLED
Organic Light-Emitting Diode
USB
Universal Serial Bus
VGA
Video Graphics Array
WUXGA (RB)
Widescreen Ultra Extended Graphics Array (Reduce Blanking)
Revised by Elpro Video Labs srl on March 23rd, 2016
CYPRESS TECHNOLOGY CO., LTD Home page: http://www.cypress.com.tw
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