IDK MSD-72 Series Command Reference Manual Download

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MSD-72 series Command Guide

Table of Contents

About this Guide ................................................................................................................................... 5

Specification and Setup of communication ............................................................................................ 6

2.1

RS-232C communication ................................................................................................................. 6

2.1.1

RS-232C connector specification .............................................................................................. 6

2.1.2

RS-232C communication specification...................................................................................... 7

2.1.3

Setting up RS-232C communication ......................................................................................... 8

2.2

LAN communication ........................................................................................................................ 9

2.2.1

LAN connector specification ..................................................................................................... 9

2.2.2

LAN communication specification ............................................................................................. 9

2.2.3

Setting up LAN communication................................................................................................10

2.2.4

The number of TCP-IP connections .........................................................................................12

Command ...........................................................................................................................................13

3.1

Command outline ...........................................................................................................................13

3.2

Command list .................................................................................................................................14

3.3

Detailed descriptions ......................................................................................................................19

3.3.1

Error status .............................................................................................................................19

3.3.2

Power status ...........................................................................................................................20

3.3.3

Input channels .........................................................................................................................20

3.3.4

Position, size, and masking .....................................................................................................22

3.3.5

Image quality...........................................................................................................................34

3.3.6

Input settings...........................................................................................................................39

3.3.7

Input timing .............................................................................................................................43

3.3.8

Output settings ........................................................................................................................51

3.3.9

Audio ......................................................................................................................................59

3.3.10

EDID .......................................................................................................................................67

3.3.11

RS-232C communication .........................................................................................................74

3.3.12

LAN communication ................................................................................................................75

3.3.13

Control commands ..................................................................................................................79

3.3.14

Preset memory ........................................................................................................................93

3.3.15

Bitmap ....................................................................................................................................99

3.3.16

Other settings ........................................................................................................................106

Summary of Contents for MSD-72 Series

Page 1: ... 7202UHDTB MSD 7203UHDTB MSD 7204UHDTB Command Reference Guide Ver 1 1 2 Thank you for choosing our product To ensure the best performance of this product please read this Command Guide and Users Guide fully and carefully before using your product and keep this manual beside the product IDK Corporation ...

Page 2: ... trademarks of HDMI Licensing Administrator Inc in the United States and other countries PJLink is a trademark in JAPAN the United States and other countries regions All other company and product names mentioned in this manual are either registered trademarks or trademarks of their respective owners In this manual the or marks may not be specified ...

Page 3: ...ge without notice You can download the latest version from IDK s website at http www idkav com The reference manual for the MSD 72 consists of the following two volumes Users guide Provides explanations and procedures for operations installation connections among devices I O adjustment and settings Command guide this document Please download this guide from the website above Provides explanations ...

Page 4: ...ification 9 2 2 3 Setting up LAN communication 10 2 2 4 The number of TCP IP connections 12 3 Command 13 3 1 Command outline 13 3 2 Command list 14 3 3 Detailed descriptions 19 3 3 1 Error status 19 3 3 2 Power status 20 3 3 3 Input channels 20 3 3 4 Position size and masking 22 3 3 5 Image quality 34 3 3 6 Input settings 39 3 3 7 Input timing 43 3 3 8 Output settings 51 3 3 9 Audio 59 3 3 10 EDID...

Page 5: ...cation commands that control the MSD via RS 232C or LAN communication You can perform the following operations using communication commands Switching channels Setting I O audio and EDID Setting sending of external control command Setting preset memory Setting and displaying bitmaps and others ...

Page 6: ...The number of connectors Connector type MSD 7201UHD 2 D sub9 pin Male MSD 7202UHD MSD 7203UHD MSD 7204UHD MSD 7201UHDTB 2 3 pin terminal block MSD 7202UHDTB MSD 7203UHDTB MSD 7204UHDTB Connectors for D sub9 pin Use a cross cable to connect the MSD to a PC D sub 9 pin male 1 5 RS 232C connector 6 9 RxD TxD N C DTR DSR N C GND RTS CTS Pin 1 3 2 4 6 5 7 9 8 Signal Receiving data Sending data Ground S...

Page 7: ... DTR and DSR unused as needed Tx Rx GND RS 232C Tｘ RS 232C Rx GND Up to 7 mm 0 28 inch approx Figure 2 2 Connecting RS 232C cable to 3 pin terminal block connector 2 1 2 RS 232C communication specification Table 2 2 RS 232C specification Standard RS 232C Baud rate bps 4800 9600 19200 38400 bps Data bit length bit 7 8 Parity check NONE EVEN ODD Stop bit bit 1 2 X parameter Invalid Flow control None...

Page 8: ...munication baud rate data bit length parity check and stop bit in step 2 above 4 Send a communication command from the control device to the MSD in order to check the control status of the MSD Step 2 Step 1 RS 232C cable Step 4 Communication command Step 3 Laptop Controller Figure 2 3 Setting RS 232C communication Operation example of RS 232C communication Laptop Projector RS 232C cable RS 232C ca...

Page 9: ...ted Data Pin 1 3 2 4 6 5 7 Signal Name TX Transmitted Data N C Not connected RX Received Data N C Not connected N C Not connected MDI TX Transmitted Data N C Not connected RX Received Data RX Received Data N C Not connected TX Transmitted Data N C Not connected N C Not connected MDI X 8 Figure 2 5 LAN connector 2 2 2 LAN communication specification Table 2 3 Specification of LAN communication Phys...

Page 10: ...on RECEIVER TCP pot number 23 1100 6000 to 6999 Reference User s Guide 3 Establish the connection from the control device to the IP address and TCP port that are set to the MSD in step 2 above 4 Send a communication command from the control device to the MSD in order to check the control status of the MSD Step 3 Laptop Step 2 Step 1 LAN cable Step 4 Communication commands Controller Figure 2 6 Set...

Page 11: ...tor LAN cable LAN cable Power amplifier Controlling the MSD using Communication commands Outputting control commands to external device Outputting control commands to external device Controlling the MSD using Communication commands Switching hub LAN cable Figure 2 7 LAN communication ...

Page 12: ...ore connections can be connected logically Table 2 4 Increasing connections Your PC software MSD TCP IP connection Occupied by 1 port Send command xxx Send back command xxx TCP IP close Release 1 port Note If any command is not sent from the PC side to the MSD for 30 seconds the MSD disconnects the connection to avoid the limitation problem on the number of connections As a result connection needs...

Page 13: ... command and parameter and between two parameters delimiter CR LF return line feed 0D and 0A in hex If there is an error An error command is returned if an undefined command or wrong parameter is included Example SOT 1 ERR 1 Using as HELP If only delimiter is sent command list as the help command is returned Example HELP 1 13 CHANNEL SELECT Command SSW GSW Set Get Input Channel SSV GSV Set Get Vid...

Page 14: ...hing video channel GSA SSA Switching audio channel OUTPUT TIMING Position size and masking Command Description GOT SOT Output resolution GTD Actual output resolution GUM SUM Aspect ratio of sink device GAP SAP Aspect ratio GAR SAR Aspect ratio restoration GOV SOV Overscan GNP SNP Input position GNS SNS Input size GNM SNM Input masking IAS Input automatic sizing GOP SOP Output position GOS SOS Outp...

Page 15: ...nabled disabled GAI SAI Analog input type GID SID Automatic detection of input video interruption GIN SIN Signal selection of DVI input connector GFX SFX Fixing settings for input signal INPUT TIMING Command Description AIS AIT Automatic measurement GHT SHT The total number of horizontal dots GHS SHS Horizontal start position GHD SHD Horizontal display period GVS SVS Vertical start position GVD SV...

Page 16: ... automatic switching ON to OFF GMT SMT Masking time after automatic switching of input channel GAD SAD Channel switching mode for input channel automatic switching AUDIO Command Description GSL SSL Audio output level SOL Relative value of audio output level GOL Limit status of audio output level GAM SAM Audio output mute GAS SAS Selecting audio input GSD Selecting actual audio input GSO SSO Audio ...

Page 17: ...ommunication mode GLP SLP TCP port number GMC MAC address PRESET COMMAND Control command communication setting Command Description EXC Executing control commands GDS SDS Power button of sink device GEC SEC Control command Communication command GEC SEC Control command Displaying received data GEC SEC Control command contact closure GEC SEC Control command CEC GRC SRC Response GCC SCC Control comman...

Page 18: ...t memory Setting audio channel GCA ECA Editing crosspoint memory Setting audio channel RPM Loading all settings SPM Saving all settings SCP Copying output setting GMU SMU Startup settings BITMAP Command Description GBM SBM Outputting bitmap image GBB SBB Background color GBT SBT Aspect ratio GZP SZP Display position GBA SBA Assigning input channel GPB SPB Startup bitmap GBD SBD Dividing bitmap mem...

Page 19: ...ecuted because the control command was not registered 6 The command could not be processed since another command was being executed 7 Automatic measurement of input timing failed 8 Loading EDID from the sink device failed 9 Not used 10 The control command was stopped according to the stop condition 11 The control command was stopped since the number of retries exceeded the set value of RETRY 12 Th...

Page 20: ...etting Command GSW Response GSW video_1 audio_1 video_2 audio_2 video_3 audio_3 video_4 audio_4 Setting Command SSW input_1 output_1 input_2 output_2 Response SSW input_1 output_1 input_2 output_2 Parameter video_1 4 Video input channel audio_1 4 Audio input channel input_1 4 Video and audio input channel 0 OFF Default 1 IN1 to 9 IN9 output_1 4 Video and audio output channel 0 All outputs 1 OUT1 t...

Page 21: ... OUT4 IN1 Setting example Command Response SSV 1 1 SSV 1 1 Description Setting IN1 video to be output to OUT1 Remarks GSA SSA Switching audio channel Getting Command GSA Response GSA input_1 input_2 input_3 input_4 Setting Command SSA input_1 output_1 input_2 output_2 Response SSA input_1 output_1 input_2 output_2 Parameter input_1 4 Audio input channel 0 OFF Default 1 IN1 to 9 IN9 output_1 4 Audi...

Page 22: ...WXGA 60 2048x1152 18 WQHD 60 2560x1440 19 WQXGA 60 2560x1600 20 480i 59 94 720x480 21 480p 59 94 720x480 22 576i 50 720x576 23 576p 50 720x576 24 720p 50 1280x720 25 720p 59 94 1280x720 26 720p 60 1280x720 27 1080i 50 1920x1080 28 1080i 59 94 1920x1080 29 1080i 60 1920x1080 30 1080p 50 1920x1080 31 1080p 59 94 1920x1080 32 1080p 60 1920x1080 40 2160p 24 3840x2160 41 2160p 25 3840x2160 42 2160p 30 ...

Page 23: ...480 21 480p 59 94 720x480 22 576i 50 720x576 23 576p 50 720x576 24 720p 50 1280x720 25 720p 59 94 1280x720 26 720p 60 1280x720 27 1080i 50 1920x1080 28 1080i 59 94 1920x1080 29 1080i 60 1920x1080 30 1080p 50 1920x1080 31 1080p 59 94 1920x1080 32 1080p 60 1920x1080 40 2160p 24 3840x2160 41 2160p 25 3840x2160 42 2160p 30 3840x2160 43 2160p 50 3840x2160 44 2160p 60 3840x2160 45 2160p 24 4096x2160 46 ...

Page 24: ...mple Command Response SUM 1 4 SUM 1 4 Description Setting OUT1 to 16 9 Remarks GAP SAP Aspect ratio Getting Command GAP Response GAP aspect_1 aspect_2 aspect_3 aspect_4 aspect_5 aspect_6 aspect_7 aspect_8 aspect_9 Setting Command SAP ch_1 aspect_1 ch_2 aspect_2 Response SAP ch_1 aspect_1 ch_2 aspect_2 Parameter aspect_1 9 Aspect ratio of input signal 0 AUTO 1 Default 1 AUTO 2 2 4 3 3 16 9 4 14 9 5...

Page 25: ...puts Letter box Side panel Setting example Command Response SAR 5 1 SAR 5 1 Description Setting IN5 to Side cut Top bottom cut Remarks GOV SOV Overscan Getting Command GOV Response GOV overscan_1 overscan_2 overscan_3 overscan_4 overscan_5 overscan_6 overscan_7 overscan_8 overscan_9 Setting Command SOV ch_1 overscan_1 ch_2 overscan_2 Response SOV ch_1 overscan_1 ch_2 overscan_2 Parameter overscan_...

Page 26: ... v_position_1 9 Vertical input position Vertical input size to Vertical output resolution Default 0 ch_1 9 Input channel 0 All inputs 1 IN1 to 9 IN9 Getting example Command Response GNP GNP 50 20 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 Description Getting the set input position IN1 horizontal input display is 50 vertical input display 20 Other inputs horizontal and vertical input position are 0 Setting ex...

Page 27: ...olution 4 to Vertical output resolution 4 Default Vertical output resolution ch_1 9 Input channel 0 All inputs 1 IN1 to 9 IN9 Getting example Command Response GNS GNS 1925 1084 1920 1080 1920 1080 1920 1080 1920 1080 1920 1080 1920 1080 1920 1080 1920 1080 Description Getting the set input size Horizontal and vertical display sizes of IN1 are 1925 and 1084 respectively other inputs 1920 and 1080 r...

Page 28: ...tion vertical input size Default Vertical input size Getting example Command Response GNM 1 GNM 1 0 1920 0 1080 Description Getting the set IN1 input masking Left 0 right 1920 top 0 bottom 1080 Setting example Command Response SNM 1 0 1920 0 1080 SNM 1 0 1920 0 1080 Description Setting IN1 input masking to 0 for left 1920 for right 0 for top 1080 for bottom Completed normally Remarks IAS Input aut...

Page 29: ...utput position Horizontal input size to Horizontal output resolution Default 0 v_position_1 4 Vertical output position Vertical input size to Vertical output resolution Default 0 ch_1 4 Output channel 0 All outputs 1 OUT1 to 4 OUT4 Getting example Command Response GOP GOP 5 20 5 20 0 0 0 0 Description Getting the set output position OUT1 horizontal and vertical positions are 5 and 20 respectively ...

Page 30: ...olution v_size_1 4 Vertical output size Vertical output resolution 4 to Vertical output resolution 4 Default Vertical output resolution ch_1 4 Output channel 0 All outputs 1 OUT1 to 4 OUT4 Getting example Command Response GOS GOS 1920 1035 1920 1035 1920 1080 1920 1080 Description Getting the set output size OUT1 horizontal and vertical output sizes are 1920 and 1035 respectively OUT2 horizontal a...

Page 31: ...ttom side masking to vertical output position vertical output size vertical output resolution or smaller Default Vertical output resolution Getting example Command Response GOM 1 GOM 1 0 1920 0 1080 Description Getting the set OUT1 output masking Left 0 right 1920 top 0 bottom 1080 Setting example Command Response SOM 1 0 1920 0 1080 SOM 1 0 1920 0 1080 Description Setting OUT1 output masking to 0...

Page 32: ...annel 1 OUT1 to 4 OUT4 ch_1 4 Output channel 0 All outputs 1 OUT1 to 4 OUT4 red red_1 4 Background color Red green green_1 4 Background color Green blue blue_1 4 Background color Blue 0 to 255 Default 0 Black Getting example Command Response GBC 1 GBC 1 128 128 128 Description Getting the set OUT1 background color RGB 128 Gray Setting example Command Response SBC 1 128 128 128 SBC 1 128 128 128 De...

Page 33: ...0 100 GREEN RASTER 11 100 BLUE RASTER 12 CROSS HATCH 13 OUTPUT FRAME 14 VERTICAL STRIPE 15 HORIZONTAL STRIPE 16 VERTICAL ZEBRA 17 HORIZONTAL ZEBRA Test pattern numbers 1 to 6 16 and 17 can be scrolled scroll_1 4 Scrolling 0 OFF Default 1 3 pixels 1 frame to 10 30 pixels 1 frame The number of pixels to be scrolled per frame the set value 3 ch_1 4 Output channel 0 All outputs 1 OUT1 to 4 OUT4 Gettin...

Page 34: ...etting example Command Response SFL 1 5 SFL 1 5 Description Setting the IN1 sharpness to 5 Remarks GBR SBR Input brightness Getting Command GBR Response GBR bright_1 bright_2 bright_3 bright_4 bright_5 bright_6 bright_7 bright_8 bright_9 Setting Command SBR ch_1 bright_1 ch_2 bright_2 Response SBR ch_1 bright_1 ch_2 bright_2 Parameter bright_1 9 Input brightness 80 to 120 Default 100 ch_1 9 Input ...

Page 35: ...05 green 100 blue 95 Setting example Command Response SCO 3 105 100 95 SCO 3 105 100 95 Description Setting IN3 contrast to 105 for red 100 for green 95 for blue Remarks GHU SHU Hue Getting Command GHU Response GHU hue _1 hue _2 hue _3 hue _4 hue _5 hue _6 hue _7 hue _8 hue _9 Setting Command SHU ch_1 hue_1 ch_2 hue_2 Response SHU ch_1 hue_1 ch_2 hue_2 Parameter hue_1 9 Input hue 0 to 359 Default ...

Page 36: ...mand Response SST 5 105 SST 5 105 Description Setting IN5 saturation to 105 Remarks Saturation can be set up to 200 If an input signal dot clock exceeds 170 MHz the MSD operates with the saturation of 100 GSU SSU Black level Getting Command GSU Response GSU setup_1 setup_2 setup_3 setup_4 setup_5 setup_6 setup_7 setup_8 setup_9 Setting Command SSU ch_1 setup_1 ch_2 setup_2 Response SSU ch_1 setup_...

Page 37: ...U SSU Black level Remarks GOB SOB Output brightness Getting Command GOB Response GOB bright_1 bright_2 bright_3 bright_4 Setting Command SOB ch_1 bright_1 ch_2 bright_2 Response SOB ch_1 bright_1 ch_2 bright_2 Parameter bright_1 4 Output brightness 80 to 120 Default 100 ch_1 4 Output channel 0 All outputs 1 OUT1 to 4 OUT4 Getting example Command Response GOB GOB 110 110 100 100 Description Getting...

Page 38: ...ion Getting the OUT1 contrast setting Red 105 green 100 blue 95 Setting example Command Response SOC 1 105 100 95 SOC 1 105 100 95 Description Setting the OUT1 contrast to 105 for red 100 for green 95 for blue Remarks GGM SGM Output gamma Getting Command GGM Response GGM out_1 out_2 out_3 out_4 Setting Command SGM ch_1 gamma_1 ch_2 gammma_2 Response SGM ch_1 gamma_1 ch_2 gammma_2 Parameter out_1 4...

Page 39: ... OFF 2000 2 sec to 15000 15 sec Default 10000 10 sec Set the value by 100 ms If you set a value other than 0 for the lower 2 digits these values will be rounded down For example if you set it to 2955 the monitoring time is set to 2900 ms ch_1 9 Input channel 0 All digital inputs 1 IN1 to 9 IN9 Getting example Command Response GDT GDT 6000 10000 10000 4000 4000 4000 4000 4000 4000 Description Getti...

Page 40: ...DCP input to be disabled Remarks These commands are only for digital input IN8 and IN9 are available only if 1 Digital signal is selected for GIN SIN If 0 Analog signal is selected 1 is returned GAI SAI Analog input type Getting Command GAI Response GAI type_1 type_2 Setting Command SAI ch_1 type_1 ch_2 type_2 Response SAI ch_1 type_1 ch_2 type_2 Parameter type_1 2 Signal type 0 AUTO Default 1 RGB...

Page 41: ... turned off instantly Other inputs OFF Setting example Command Response SID 2 0 SID 2 0 Description Setting IN2 automatic detection to OFF 0 If input video signal is interrupted not to turn off the video output instantly Remarks GIN SIN Signal selection of DVI input connector Getting Command GIN Response GIN signal_1 signal_2 Setting Command SIN ch_1 signal_1 ch_2 signal_2 Response SIN ch_1 signal...

Page 42: ... OFF 1 ON FIXED Default Getting example Command Response GFX 1 GFX 1 0 1 0 0 Description Getting setting fixation of each input signal For analog inputs IN1 aspect ratio current setting signal type of analog input setting of each input signal Audio input level is disabled Setting example Command Response SFX 2 1 SFX 2 1 Description IN2 Fixing settings for each input to the current settings Remarks...

Page 43: ...PECT the next aspect ratio will be selected in order every time the automatic measurement is executed If you do not set any mode parameter NEXT ASPECT mode will be applied Setting example Command Response AIS 8 AIS 8 Description Starting the automatic measurement of IN8 start position and display period Setting example Command Response AIT 8 0 AIT 8 0 Description Starting the automatic measurement...

Page 44: ...put channel 0 All analog inputs 8 IN8 9 IN9 Getting example Command Response GHT GHT 2200 2200 0 2640 1344 1792 0 0 0 Description Getting the total number of horizontal dots 0 is returned to channels without input signal Setting example Command Response SHT 8 1344 SHT 8 1344 Description Setting the total number of IN8 horizontal dots to 1344 Setting example Command Response SHT 8 1344 ERR 3 Descri...

Page 45: ...lt depends on input signal ch Input channel 0 All inputs 1 IN1 to 9 IN9 Getting example Command Response GHS GHS 192 192 496 0 296 0 378 0 0 Description Getting the horizontal start position 0 is returned to channels without input signal Setting example Command Response SHS 5 296 SHS 5 296 Description Setting IN5 horizontal start position to 296 Setting example Command Response SHS 6 296 ERR 3 Des...

Page 46: ...signal ch Input channel 0 All inputs 1 IN1 to 9 IN9 Getting example Command Response GHD GHD 1920 1920 0 1920 1024 1360 0 0 0 Description Getting horizontal display period 0 is returned to channels without input signal Setting example Command Response SHD 5 1024 SHD 5 1024 Description Setting IN5 horizontal display period to 1024 Setting example Command Response SHD 6 1024 ERR 3 Description If no ...

Page 47: ... Default depends on input signal ch Input channel 0 All inputs 1 IN1 to 9 IN9 Getting example Command Response GVS GVS 40 0 40 40 35 0 24 0 0 Description Getting the vertical start position 0 is returned to channels without input signal Setting example Command Response SVS 5 35 SVS 5 35 Description Setting IN5 vertical start position to 35 Setting example Command Response SVS 6 35 ERR 3 Descriptio...

Page 48: ... for video signal except for 4K video signal If 4K video signal is input only getting commands are valid GIS SIS Automatic measurement of start position Getting Command GIS Response GIS mode_1 mode_2 Setting Command SIS ch mode Response SIS ch mode Parameter mode_1 2 mode Automatic measurement 0 All inputs from this input channel are not measured automatically 1 Current input signal is not measure...

Page 49: ... Remarks RTT Loading device data Setting Command RTT ch table Response RTT ch table Parameter ch Input channel 1 IN1 to 9 IN9 table Device table 1 to 99 Registered device data 100 to 100 n Preset device data n varies depending on input signal but 0 for most cases Only for analog input specify the device table Setting example Command Response RTT 1 RTT 1 Description Reconfiguring IN1 input timing s...

Page 50: ...mmand Response STT 8 2 XGA 60Hz STT 8 2 XGA 60Hz Description Saving the current IN8 input timing setting in device table 2 with the name of XGA 60Hz Remarks This command is valid only if analog RGB YPbPr signal is input GTK STK Tracking Getting Command GTK Response GTK track_1 track_2 Setting Command STK ch_1 track_1 ch_2 track_2 Response STK ch_1 track_1 ch_2 track_2 Parameter track_1 2 Tracking ...

Page 51: ...DM 1 3 SDM 1 3 Description Setting the OUT1 output mode to HDMI YCbCr4 4 4 MODE Remarks GUY SUY Synchronous signal output when no video signal is input Getting Command GUY Response GUY sync_1 sync_2 sync_3 sync_4 Setting Command SUY ch_1 sync_1 ch_2 sync_2 Response SUY ch_1 sync_1 ch_2 sync_2 Parameter sync_1 4 Synchronous signal output 0 Not output 1 Output Default ch_1 4 Output channel 0 All out...

Page 52: ...Response SBO 1 1 SBO 1 1 Description Setting OUT1 to output blue when no video signal is input Remarks GFF SFF Video switching effect Getting Command GFF Response GFF switching_1 switching_2 switching_3 switching_4 Setting Command SFF ch_1 switching_1 ch_2 switching_2 Response SFF ch_1 switching_1 ch_2 switching_2 Parameter switching_1 4 Video switching effect 0 CUT 1 FADE OUT IN 2 FREEZE FADE OUT...

Page 53: ...nnel OUT1 and 2 400 ms OUT3 and 4 350 ms Setting example Command Response SFT 1 400 SFT 1 400 Description Setting OUT1 switching time to 400 ms Remarks GWC SWC Wipe color Getting Command GWC ch Response GWC ch red green blue Setting Command SWC ch_1 red_1 green_1 blue_1 ch_2 red_2 green_2 blue_2 Response SWC ch_1 red_1 green_1 blue_1 ch_2 red_2 green_2 blue_2 Parameter ch Output channel 1 OUT1 to ...

Page 54: ...DCP 2 2 is preferentially encrypted Setting example Command Response SEN 1 1 SEN 1 1 Description Setting OUT1 to HDCP 2 2 Remarks GHR SHR The number of HDCP retries Getting Command GHR Response GHR retry_1 retry_2 retry_3 retry_4 Setting Command SHR ch_1 retry_1 ch_2 retry_2 Response SHR ch_1 retry_1 ch_2 retry_2 Parameter retry_1 4 The number of retires 1 Retry until succeed Default 0 Not retry 1...

Page 55: ...or to 24 BIT COLOR Remarks GCE SCE CEC connection Getting Command GCE Response GCE connect_1 connect_2 connect_3 connect_4 Setting Command SCE ch_1 connect_1 ch_2 connect_2 Response SCE ch_1 connect_1 ch_2 connect_2 Parameter connect_1 4 CEC connection 0 Not connected Default 1 Selected video input channel 2 Input channel1 3 Input channel2 4 Input channel3 5 Input channel4 6 Input channel5 7 Input...

Page 56: ...in7_priority in8_priority in9_priority Setting Command SAU out_1 in1_priority in2_priority in9_priority out_2 in1_priority Response SAU out_1 in1_priority in2_priority in9_priority out_2 in1_priority Parameter out out_1 4 Output channel 0 All outputs 1 OUT1 to 4 OUT4 in1_priority in9_priority Priority 0 OFF 1 Priority high to 9 priority low Getting example Command Response GAU 1 GAU 1 1 2 3 4 5 6 ...

Page 57: ...8 7 6 5 4 3 2 1 SOF 1 9 8 7 6 5 4 3 2 1 Description Setting the priority of OUT1 s automatic switching to IN9 IN8 IN1 Remarks GMT SMT Masking time after automatic switching of input channel Getting Command GMT Response GMT time_1 time_2 time_3 time_4 Setting Command SMT ch_1 time_1 ch_2 time_2 Response SMT ch_1 time_1 ch_2 time_2 Parameter time_1 4 Masking time 0 0 to 999999 999 999 sec Default 0 ...

Page 58: ...de_2 Parameter mode_1 4 Channel switching mode 0 VIDEO 1 AUDIO 2 V A Default ch_1 4 Output channel 0 All outputs 1 OUT1 to 4 OUT4 Getting example Command Response GAD GAD 2 2 1 1 Description Getting the set channel switching mode to OUT1 and OUT2 V A OUT3 and OUT4 AUDIO Setting example Command Response SAD 1 2 2 2 3 0 4 0 SAD 1 2 2 2 3 0 4 0 Description Setting the channel switching mode to OUT1 a...

Page 59: ...nse SSL 1 4 SSL 1 4 Description Setting OUT1 audio output level to 4 dB Remarks If you change the output level while muted it will be unmuted SOL Relative value of audio output level Setting Command SOL ch_1 updown_1 ch_2 updown_2 Response SOL ch_1 updown_1 ch_2 updown_2 Parameter ch_1 4 Output channel 0 All outputs 1 OUT1 to 4 OUT4 updown_1 4 Relative value setting 70 to 70 The specified value is...

Page 60: ...ttable value OUT3 and OUT4 not reach the limit value Remarks GAM SAM Audio output mute Getting Command GAM Response GAM mute_1 mute_2 mute_3 mute_4 Setting Command SAM ch_1 mute_1 ch_2 mute_2 Response SAM ch_1 mute_1 ch_2 mute_2 Parameter mute_1 4 Audio output mute 0 Mute OFF Default 1 Mute ON ch_1 4 Output channel 0 All outputs 1 OUT1 to 4 OUT4 Getting example Command Response GAM GAM 1 1 0 0 Des...

Page 61: ...e SAS 3 1 SAS 3 1 Description Setting IN3 audio input to analog audio Remarks These commands are only for digital input IN8 and IN9 are available only when 1 Digital signal is selected for GIN SIN If 0 Analog signal is selected 1 is returned GSD Selecting actual audio input Getting Command GSD Response GSD in_1 in_2 in_3 in_4 in_5 in_6 in_7 in_8 in_9 Parameter in_1 9 Actual audio input selection 1...

Page 62: ...nd SIL ch_1 updown_1 ch_2 updown_2 Response SIL ch_1 updown_1 ch_2 updown_2 Parameter ch_1 9 Input channel 0 All inputs 1 IN1 to 9 IN9 updown_1 9 Setting relative value 60 to 60 The specified value is added to the current audio input level If the total value exceeds the limit value 60 to 0 the limit value will be applied Setting example Command Response SIL 1 1 SIL 1 1 Description Lowering IN1 aud...

Page 63: ...example Command Response SLO 1 2 SLO 1 2 Description Setting the OUT1 lip sync to 2 frames Remarks GLY SLY Input lip sync Getting Command GLY Response GLY frame_1 frame_2 frame_3 frame_4 frame_5 frame_6 frame_7 frame_8 frame_9 Setting Command SLY ch_1 frame_1 ch_2 frame_2 Response SLY ch_1 frame_1 ch_2 frame_2 Parameter frame_1 9 Input lip sync 0 to 8 Default 0 ch_1 9 Input channel 0 All inputs 1 ...

Page 64: ...frequency settings OUT1 and OUT2 AUTO OUT3 and OUT4 32 kHz Setting example Command Response SSF 1 3 SSF 1 3 Description Setting OUT1 sampling frequency to 48 kHz Remarks GFD Actual sampling frequency Getting Command GFD Response GFD frequency_1 frequency_2 frequency_3 frequency_4 Parameter frequency_1 4 Sampling frequency 1 32 kHz 2 44 1 kHz 3 48 kHz 4 88 2 kHz 5 96 kHz 6 192 kHz Getting example C...

Page 65: ...ng example Command Response SDO 1 0 SDO 1 0 Description Setting OUT1 to output to only analog audio output connectors Remarks GMD SMD Multi channel audio output Getting Command GMD Response GMD out_1 out_2 out_3 out_4 Setting Command SMD ch_1 out_1 ch_2 out_2 Response SMD ch_1 out_1 ch_2 out_2 Parameter out_1 4 Multi channel audio output 0 CH1 CH2 STEREO 1 CH3 CH4 STEREO 2 CH5 CH6 STEREO 3 CH7 CH8...

Page 66: ... ALL Default 1 FRONT L R 2 REAR L R 3 REAR L R CENTER 4 FRONT LEFT 5 FRONT RIGHT 6 LOW FREQUENCY EFFECT 7 FRONT CENTER 8 REAR LEFT 9 REAR RIGHT 10 REAR LEFT CENTER 11 REAR RIGHT CENTER ch_1 4 Output channel 0 All outputs 1 OUT1 to 4 OUT4 Getting example Command Response GAT GAT 2 1 2 1 0 0 0 0 Description Getting the set test tone output OUT1 and OUT2 outputs test tone 400 Hz to FRONT L R OUT3 and...

Page 67: ...Input channel 0 All digital inputs 1 IN1 to 9 IN9 Getting example Command Response GED GED 0 0 0 3 0 0 0 0 0 Description Getting the set EDID IN4 EDID of the sink device that is connected to OUT3 Other inputs built in EDID Setting example Command Response SED 2 3 SED 2 3 Description Setting IN2 EDID that is read from the sink device connected to OUT3 Remarks These commands are only for digital inp...

Page 68: ...4 7 WXGA 1360x768 8 WXGA 1366x768 9 SXGA 1400x1050 10 WXGA 1440x900 11 WXGA 1600x900 12 UXGA 1600x1200 13 WSXGA 1680x1050 14 1080i 1920x1080 15 1080p 1920x1080 16 WUXGA 1920x1200 17 QWXGA 2048x1152 18 WQHD 2048x1152 19 WQXGA 2560x1600 40 2160p 30 3840x2160 41 2160 60 3840x2160 Default IN1 to IN3 2160p 60 3840x2160 IN4 to IN9 1080p 1920x1080 ch_1 9 Input channel 0 All inputs 1 IN1 to 9 IN9 Getting ...

Page 69: ...080i 4 1080p 5 AUTO Default 6 2160 30 7 2160 60 4 2 0 8 2160p 60 4 4 4 9 4096x2160 30 10 4096x2160 60 4 2 0 11 4096x2160 60 4 4 4 ch_1 9 Input channel 0 All digital inputs 1 IN1 to 9 IN9 Getting example Command Response GHF GHF 5 5 5 4 5 5 5 5 5 Description Getting the set input resolution for AV devices IN4 1080p other inputs AUTO Setting example Command Response SHF 0 4 SHF 0 4 Description Setti...

Page 70: ...1 30 BIT COLOR ch_1 9 Input channel 0 All digital inputs 1 IN1 to 9 IN9 Getting example Command Response GDI GDI 1 1 1 0 1 1 1 1 1 Description Getting the set color depth IN4 24 BIT COLOR Other input channels 30 BIT COLOR Setting example Command Response SDI 4 0 SDI 4 0 Description Setting the set IN4 color depth to 24 BIT COLOR Remarks These commands are only for digital input IN8 and IN9 are ava...

Page 71: ...disabled 32 44 1 48 88 2 96 Dolby Digital Output disabled 32 44 1 48 DTS Output disabled 32 44 1 48 96 DTS HD Output disabled 44 1 48 88 2 96 176 4 192 Dolby TrueHD Output disabled 44 1 48 88 2 96 176 4 192 Getting commands the set audio formats and maximum sampling frequency is returned Setting commands send the desired audio formats and the maximum sampling frequencies Other audio formats is set...

Page 72: ...ds the number of speakers and which speakers will be used is returned Setting commands if you do not specify the speaker configuration the following configuration will be applied depending on the set number of speakers number speaker 0 1 2 3 4 5 6 7 8 9 10 1 OFF OFF ON OFF OFF OFF OFF OFF OFF OFF OFF 2 ON OFF OFF OFF OFF OFF OFF OFF OFF OFF OFF 3 ON ON OFF OFF OFF OFF OFF OFF OFF OFF OFF 4 ON ON O...

Page 73: ...ch exceeds the settable value and it causes the error Remarks These commands are only for digital input IN8 and IN9 are available only when 1 Digital signal is selected for GIN SIN If 0 Analog signal is selected 1 is returned RME Copying EDID Setting Command RME out number name Response RME out number name Parameter out Connector to be loaded 1 OUT1 to 4 OUT4 number Destination COPY DATA number 1 ...

Page 74: ...stop bit 1 bit Remarks If IP address or RS 232C communication setting is changed the communication may be disabled Change the environmental settings based on the MSD settings Table 3 1 Parameter of RS 232C communication settings Value Communication Value Communication Value Communication Value Communication 0 4800 8 NONE 1 12 9600 8 NONE 1 24 19200 8 NONE 1 36 38400 8 NONE 1 1 4800 8 NONE 2 13 960...

Page 75: ...232C communication setting is changed the communication may be disabled Change the environmental settings based on the MSD settings 3 3 12 LAN communication GIP SIP IP address Getting Command GIP Response GIP unit_1 unit_2 unit_3 unit_4 Setting Command SIP unit_1 unit_2 unit_3 unit_4 Response SIP unit_1 unit_2 unit_3 unit_4 Parameter unit_1 Upper bit of the IP address to unit_4 lower bit of the IP...

Page 76: ...ion setting is changed the communication may be disabled Change the environmental settings based on the MSD settings GGW SGW Gateway address Getting Command GGW Response GGW unit_1 unit_2 unit_3 unit_4 Setting Command SGW unit_1 unit_2 unit_3 unit_4 Response SGW unit_1 unit_2 unit_3 unit_4 Parameter unit_1 Upper bit of the gateway address to unit_4 lower bit of the gateway address 0 to 255 8 bit D...

Page 77: ...I codes 20 30 to 39 41 to 5A 61 to 7A alphanumeric characters Default All 20 space Replied Set only if the mode is 1 TRANSMITTER and pjlink is 0 PJLink not used Getting commands replied only if the password is set Setting commands you can skip this password setting if you disable password authentication for PJLink protocol connection Available only if the mode is TRANSMITTER and pjlink is set to 0...

Page 78: ...0 23 23 23 80 80 Description Getting the set TCP port number Connection 1 to 3 1100 connection 4 to 6 23 connection 7 and 8 80 Setting example Command Response SLP 8 6000 SLP 8 6000 Description Setting port number of connection 8 to 6000 Remarks If IP address or RS 232C communication setting is changed the communication may be disabled Change the environmental settings based on the MSD settings GM...

Page 79: ...turned after control command execution is complete it sometimes may take a time for response GDS SDS Power button of sink device Getting Command GDS Response GDS onoff_1 onoff_2 onoff_3 onoff_4 Setting Command SDS ch_1 onoff_1 ch_2 onoff_2 Response SDS ch_1 onoff_1 ch_2 onoff_2 Parameter onoff_1 4 Power button of sink device 0 OFF 1 ON ch_1 4 Output channel 0 All outputs 1 OUT1 to 4 OUT4 Getting e...

Page 80: ...r example if you want to send a command from RS 232C CH1 specify 1 0000000000000001 in binary If sending a command from LAN 2 specify 8 0000000000001000 in binary memo Memo Up to 14 characters of 20 to 7D except 2C length Data size of send command the number of bytes 0 to 30 command Send command data Specify length 2 digits with 0 to 9 A to F a to f 4 bit per digit in hexadecimal timeout Time out ...

Page 81: ... 1000 ms Retry 2 times Retry interval 500 ms Retry over Stop Received data Not displayed Response command Check 1 and 2 Setting example Command Response SEC 2 0 1024 IN1 SELECT 10 405353572C312C310D0A 0 0 0 1 0 SEC 2 0 1024 IN1 SELECT 10 405353572C312C310D0A 0 0 0 1 0 Description Setting control command 2 as follows Delay 0 ms Output port LOOP BACK Memo IN1 SELECT Data size 10 bytes Command data S...

Page 82: ... LAN 8 LAN 7 1 is for the bit of the output port to send a command Since bit 11 15 are not used they are always 0 For example if you want to send a command to RS 232C specify 1 0000000000000001 in binary If sending a command to LAN 2 specify 8 0000000000001000 in binary memo Memo Up to 14 characters of 20 to 7D except 2C from ASCII codes length Command data size the number of bites 0 to 30 command...

Page 83: ...s Retry interval 200 ms Retryover Stop Received data Displayed in ASCII codes Delimiter 0D in hex CR ASCII codes Setting example Command Response SEC 3 0 8 POWER STATUS 9 47455420504F570D0A 2000 2 200 0 1 0D SEC 3 0 8 POWER STATUS 9 47455420504F570D0A 2000 2 200 0 1 0D Description Setting control command 3 as follows Delay time 0 ms Output port LAN2 Memo POWER STATUS Data size 9 bytes Command data...

Page 84: ...ure control 0 OFF 1 ON 2 Toggle 3 Not control pulse_1 9 pulse width 0 Hold 100 100 ms to 9990 9990 ms by 10 ms Pulse width after the completion of contact closure Getting commands only contact closure numbers to be controlled are replied Setting commands specify only contact closure numbers to be controlled For contact closure numbers that do not specify parameter Not check is set Getting example ...

Page 85: ...4 cec_1 4 Control command 0 Not controlled 1 POWER OFF 2 POWER ON Getting commands the control output connector and control command are separated from each other by a comma Setting commands specify output connector to be controlled and control commands For outputs that do not specify parameter Not check is set Getting example Command Response GEC 7 GEC 7 0 4096 DISPLAY1 ON 0 1 2 Description Gettin...

Page 86: ...ask data length 2 digits with 0 to 9 A to F a to f 4 bit per digit in hexadecimal memo Up to 14 characters of 20 to 7D except 2C from ASCII codes Getting example Command Response GRC 2 GRC 2 0 1 40 40 NG Description Getting settings of response command 2 Processing Stop Data size 1 byte Command data 40 in hex Mask data 40 checking the second bit from the top Memo NG no good Setting example Command...

Page 87: ...that are registered in one of the following commands can be linked GEC SEC Control command Communication command GEC SEC Control command Displaying received data GEC SEC Control command contact closure GEC SEC Control command CEC Getting example Command Response GCC 19 GCC 19 5 2 1 Description Getting control commands that will be executed when the MSD is powered on Executing in order of control c...

Page 88: ...1 IN5 83 AUDIO OUT3 IN5 16 COMMAND H PLANE B 44 AUDIO OUT1 IN6 84 AUDIO OUT3 IN6 17 COMMAND I PLANE A 45 AUDIO OUT1 IN7 85 AUDIO OUT3 IN7 18 COMMAND I PLANE B 46 AUDIO OUT1 IN8 86 AUDIO OUT3 IN8 19 POWER ON 47 AUDIO OUT1 IN9 87 AUDIO OUT3 IN9 20 POWER OFF 48 AUDIO OUT1 OFF 88 AUDIO OUT3 OFF 21 DISPLAY1 POWER ON 49 VIDEO OUT2 IN1 89 VIDEO OUT4 IN1 22 DISPLAY1 POWER OFF 50 VIDEO OUT2 IN2 90 VIDEO OU...

Page 89: ...ple Command Response STG 1 1 STG 1 1 Description Enabling COMMANDA s toggle operation COMMAND A Remarks GUP SUP Plane to be executed when powered ON Getting Command GUP event_1 event_2 Response GUP event_1 plane_1 event_2 plane_2 Setting Command SUP event_1 plane_1 event_2 plane_2 Response SUP event_1 plane_1 event_2 plane_2 Parameter event_1 9 Command execution condition 0 All control commands 1 ...

Page 90: ... Command Response SIT 2000 SIT 2000 Description Setting ineffective time during control command execution to 2000 ms 2 seconds Remarks DEC Initializing registered command and link Setting Command DEC no_1 no_2 no_3 Response DEC no_1 no_2 no_3 Parameter no_1 32 Commands or links you want to initialize 1 to 32 Control commands1 to 32 101 to 132 Response commands1 to 32 1xx xx is the response command...

Page 91: ...ked to a control command execution button 0 A control command s that is linked to a button is executed by pressing the desired button when the control command execution button lights blinks Lights Control command registered to PLANE A Blinks Control command registered to PLANE B 1 The control command that is linked to a button is executed by pressing a desired button when the control command execu...

Page 92: ...D I 10 DISPLAY1 POWER to 13 DISPLAY4 POWER flash_1 13 Blinking time 1 Blinks during control command execution 0 Not blink 1 to 1000 Blinks for 1 second to 1000 seconds Default COMMAND A to COMMAND I 0 DISPLAY1 POWER to DISPLAY4 POWER 1 Getting example Command Response GTF 1 GTF 1 1 Description Getting blinking time of COMMAND A The switch will be blinked while control command is being executed Set...

Page 93: ...Command SEM memory name Response SEM memory name Parameter memory Crosspoint memory 1 to 9 name Memory name Up to 10 characters using 20 to 7D from ASCII codes If you do not specify memory name only crosspoint settings are saved without changing the current memory name Setting example Command Response SCM 2 SCM 2 Description Saving the current video and audio channels to crosspoint memory 2 withou...

Page 94: ...escription Getting the video and audio channels of crosspoint memory 2 OUT1 IN3 OUT2 IN1 are saved with the name of PATTERN2 Setting example Command Response ECM 2 1 1 1 1 ECM 2 1 1 1 1 Description Setting the crosspoint memory 2 to OUT1 IN1 OUT2 Not controlled Remarks Nothing is saved in the memory by factory default the state is 1 Not controlled If you save only video SCV or audio SCA at the fir...

Page 95: ...o Not Controlled are not saved Remarks GCV ECV Editing crosspoint memory Setting video channel Getting Command GCV memory Response GCV memory v_1 v_2 v_3 v_4 name Setting Command ECV memory v_1 v_2 v_3 v_4 Response ECV memory v_1 v_2 v_3 v_4 Parameter memory Crosspoint memory 1 to 9 v_1 4 Video channel 1 Not controlled Default 0 OFF 1 IN1 to 9 IN9 name Memory name Up to 10 characters using 20 to 7...

Page 96: ...Overwriting partly Command SEA memory name Response SEA memory name Parameter memory Crosspoint memory 1 to 9 name Memory name Up to 10 characters using 20 to 7D from ASCII codes If you do not specify memory name only crosspoint settings are saved without changing the memory name Setting example Command Response SCA 2 SCA 2 Description Saving the current audio channel in crosspoint memory 2 withou...

Page 97: ... IN3 OUT3 and OUT4 IN1 are saved with the name of PATTERN2 Setting example Command Response ECA 2 1 2 3 4 ECA 2 1 2 3 4 Description When crosspoint memory 2 is loaded outputs are set as follows OUT1 IN1 OUT2 IN2 OUT3 IN3 OUT4 IN4 Remarks Nothing is saved in the memory by factory default the state is 1 Not controlled If you save only video SCV at the first saving of crosspoint settings 1 Not contro...

Page 98: ...rrent settings in preset memory 2 without changing the memory name Setting example Command Response SPM 2 MEMORY2 SPM 2 MEMORY2 Description Saving the current settings in preset memory 2 with the name of MEMORY2 Remarks SCP Copying output setting Setting Command SCP out_ori out_des Response SCP out_ori out_des Parameter out_ori Source output channel 1 OUT1 to 4 OUT4 out_des Destination output chan...

Page 99: ...nnel settings to crosspoint memory 3 Remarks 3 3 15 Bitmap GBM SBM Outputting bitmap image Getting Command GBM Response GBM out_1 out_2 out_3 out_4 Setting Command SBM ch_1 out_1 ch_2 out_2 Response SBM ch_1 out_1 ch_2 out_2 Parameter out_1 4 Outputting bitmap image 0 OFF Default 1 Bitmap 1 ON 2 Bitmap 2 ON 3 Bitmap 3 ON 4 Bitmap 4 ON Only registered numbers can be specified ch_1 4 Output channel ...

Page 100: ...UT1 to 4 OUT4 red_1 4 Background color Red green_1 4 Background color Green blue_1 4 Background color Blue 0 to 255 Default 255 White Getting commands registered bitmap settings is returned in order bitmap_1 4 Bitmap number 0 all bitmaps 1 bitmap 1 2 bitmap 2 3 bitmap 3 4 bitmap 4 Only registered numbers can be specified Getting example Command Response GBB 2 GBB 2 255 0 0 255 0 0 255 0 0 255 0 0 ...

Page 101: ...outputs 1 OUT1 to 4 OUT4 aspect_1 4 Aspect ratio 0 AUTO Default 1 FULL 2 THROUGH Getting commands registered bitmap settings is returned in order bitmap_1 4 Bitmap number 0 all bitmaps 1 bitmap 1 2 bitmap 2 3 bitmap 3 4 bitmap 4 Only registered numbers can be specified Getting example Command Response GBT 1 GBT 1 1 1 1 1 Description Getting aspect ratio of OUT1 Displayed on FULL screen Setting exa...

Page 102: ...o 4 OUT4 position_1 4 Display position 0 CENTER Default 1 TOP LEFT 2 BOTTOM LEFT 3 TOP RIGHT 4 BOTTOM RIGHT Getting commands registered bitmap settings is returned in order bitmap_1 4 Bitmap number 0 All bitmaps 1 Bitmap 1 2 Bitmap 2 3 Bitmap 3 4 Bitmap 4 Only registered numbers can be specified Getting example Command Response GZP 1 GZP 1 1 1 1 1 Description Getting the display position of OUT1 D...

Page 103: ...on Getting the OUT1 bitmap assignment OUT1 bitmap 1 to IN7 other input channels no bitmap is assigned Setting example Command Response SBA 1 7 1 SBA 1 7 1 Description Setting OUT1 Assigning bitmap 1 to IN7 if IN7 is selected bitmap 1 is output Remarks GPB SPB Startup bitmap Getting Command GPB Response GPB out_1 out_2 out_3 out_4 Setting Command SPB ch_1 out_1 ch_2 out_2 Response SPB ch_1 out_1 ch...

Page 104: ...y size If you select 3 set size_1 4 below Getting example Command Response GBD GBD 2 64 64 Description Getting the divide setting for bitmap memory Bitmap 1 and bitmap 2 64 blocks 4 194 304 bytes are allocated for each Setting example Command Response SBD 2 1 SBD 2 1 64 64 Description Dividing bitmap memory into two in RESIZE mode Bitmap 1 and bitmap 2 64 blocks 4 194 304 bytes are allocated for e...

Page 105: ... frozen and output Setting example Command Response SFZ 1 1 SFZ 1 1 Description Freezing the OUT1 image Remarks Images freeze temporarily When input channel is switched or input signal is changed the freeze is released automatically and input image is output normally CAP Capturing input image Setting Command CAP ch bitmap Response CAP ch bitmap Parameter ch Output channel 1 OUT1 to 4 OUT4 bitmap B...

Page 106: ...e menu preset_load command command_mode power Setting Command SLM channel channel_mode menu preset_load command command_mode power Response SLM channel channel_mode menu preset_load command command_mode power Parameter channel Input channel selection key channel_mode Channel switching mode key menu Menu operation key preset_load Preset load command Control command execution command_mode UNLOCK key...

Page 107: ...Z Response GBZ bz Setting Command SBZ bz Response SBZ bz Parameter bz Buzzer sound 0 OFF 1 ON Default Getting example Command Response GBZ GBZ 1 Description Getting the buzzer status ON Setting example Command Response SBZ 1 SBZ 1 Description Enabling buzzer Remarks ...

Page 108: ... with without HDCP channel 8 to 9 Analog input channel 0 1 and 2 1 Input signal type 1 2 Video input signal format 2 channel 11 to 14 Output channel 0 All of 1 to 3 1 HDCP authentication status 4 2 Output signal type 5 3 Error code 6 1 One of the following values is returned Value Input signal type Hxx HDMI signal is input xx stands for color depth which is 24 or 30 D DVI signal is input R Analog ...

Page 109: ...eply example Format of audio input signal LINEAR PCM 48kHz Linear PCM signal is input which replies the sampling frequency LINEAR PCM 48kHz MULTI CHANNEL Multi channel linear PCM signal is input COMPRESSED AUDIO Compressed audio signal such as Dolby Digital and DTS is input The MSD does not recognize detailed formats COMPRESSED AUDIO is sent to all compressed audios NO SIGNAL No video signal is in...

Page 110: ...is not input When no source device is connected this error code is normally displayed 3 No video signal is input No audio signal is input 7 4 Only digital input is returned which means video or audio output of the source device is muted 5 Only digital input is returned which means signal with HDCP is input but sink device is HDCP incompliant This error code may be also returned during HDCP authent...

Page 111: ... authentication failed 7 Analog audio input status cannot be detected Even if 0 is returned audio may not be output with analog input selected 8 Status only for HDMI output connectors Getting example Command Response GSS 1 0 GSS 1 0 H30 1080P 60Hz LINEAR PCM 48kHz HDCP ON Description Getting IN1 all statuses Input signal type 30 BIT COLOR HDMI signal Video input signal 1080P 60Hz Audio input signa...

Page 112: ...n that order 2 For sink device that does not support audio AUDIO NOT SUPPORT is returned For sink device that supports audio LINEAR PCM is returned and then supported sampling frequencies 32 44 1 48 88 2 96 176 4 and 192 separated with bit length 16 20 and 24 separated with the number of channels one of 1 to 8 and COMPRESSED AUDIO SUPPORT if compressed audio is supported are replied in that order ...

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