IDK MSD-6203, MSD-6204, MSD-6208, MSD-6206 Command Reference Manual

4K@30 supported Digital Multi Switcher

MSD-62 series

MSD-6203 / MSD-6204 / MSD-6206 / MSD-6208

Ver.1.0.1

 Thank you for choosing this IDK product.  To ensure the best performanc e of this product, please read this User’s Guide fully and carefully

before using it and keep t his manual beside this product.

IDK Corporation

MSD-62 series Command Guide

Trademarks

 The terms HDMI and HDMI High-Defi nition Multimedia Interface, and the HDMI Logo are trademarks or

registered tradem ar k s of HDM I Licensi ng A dm inistrator, Inc. in the Unit ed S tates and other countries.

 PJLink is a trademar k in Japan, the Unit ed S tates, and other countries/regions.  All other company and product names mentioned in this manual ar e either r egistered trademark s or

trademark s of their r espect ive owners. In this manual, the “®” or “™” marks may not be specified.

2

MSD-62 series Command Guide

Before reading this manual

● All rights reserv ed.

● Some of the contents i n this command guide such as product appearance i n diagr ams, menu operations,

communicati on c ommands, and so on m ay differ from one NJR-CTB model to another.

● This command guide i s subject to change without notice. Y ou c an download the latest version fr om IDK ’s website at: http://www.idkav.com

The reference manual for the NJR-T01UHD/NJR-R01UHD consists of the two following v olum es:

■ User’s guide: Pl ease download from the website above.

■ Command guide (this document): Please download f r om the website above.

3

MSD-62 series Command Guide

Table of Contents

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

2 Communication c onfiguration and Specifi c ations .................................................................................. 6

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

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

2.1.2 RS-232C communication specificati on...................................................................................... 6

2.1.3 Setting up RS-232C comm unic ation ......................................................................................... 7

2.2 LAN communication ........................................................................................................................ 8

2.2.1 LAN connector specification ..................................................................................................... 8

2.2.2 LAN communication specification ............................................................................................. 8

2.2.3 Setting up LAN communi c ation................................................................................................. 9

2.2.4 The number of TCP-IP connections .........................................................................................11

3 Command ...........................................................................................................................................12

3.1 Command outline ...........................................................................................................................12

3.2 Command list .................................................................................................................................13

3.3 Detailed descriptions ......................................................................................................................18

3.3.1 Error status .............................................................................................................................18

3.3.2 Power status ...........................................................................................................................19

3.3.3 Input channels .........................................................................................................................19

3.3.4 Position, size, and masking .....................................................................................................21

3.3.5 Video processing.....................................................................................................................33

3.3.6 Image quality...........................................................................................................................35

3.3.7 Input setti ngs...........................................................................................................................40

3.3.8 Input timing .............................................................................................................................45

3.3.9 Output settings ........................................................................................................................52

3.3.10 Audio ......................................................................................................................................62

3.3.11 EDID .......................................................................................................................................70

3.3.12 RS-232C communication .........................................................................................................77

3.3.13 LAN communication ................................................................................................................81

3.3.14 Control commands ..................................................................................................................85

3.3.15 Preset memory ......................................................................................................................100

3.3.16 Bitmap ..................................................................................................................................106

3.3.17 Other settings ........................................................................................................................113

4

MSD-62 series Command Guide

1 About this Guide

This guide cont ains the pr oc edur e for controlling the MSD-62 series using commands via RS-232C communicati on or LAN communication.

■ You can perform the following oper ations using communication commands.

・Switching channels. ・Setting I/O, audio, and E DID. ・Setting sending of exter nal control command. ・Setting preset memory. ・Setting and displaying bitmaps

and others

5

MSD-62 series Command Guide

Tx Rx GND

RS-232C T ｘ RS-232C Rx GND

U p to 0.28" (7 mm)

Standard

RS-232C

Data bit length [bit]

7 / 8

Parity check

NONE, EVEN, ODD

Stop bit [bit]

1 / 2

X parameter

Invalid

Flow control

None

Delimiter

CR LF (Carriage retur n and line feed, 0D and 0A in hex)

Communication method

Full duplex

2 Communication configuration and Specifications

2.1 RS-232C commu ni ca tio n

2.1.1 RS-232C connector specification

Connect an RS-232C cable to the provided 3-pin terminal block and then insert the 3-pin terminal block into to the appropriat e por t on t he MSD’s rear panel. AWG28 to AWG16 conductor gauge is recommended. The recomm ended wir e stri p length is 0.28 in. (7 mm). If it is connected to a D-sub9 pin, cut RTS, CTS, DTR, and DSR (unused) as needed.

[Fig. 2.1] Connecting RS-232C cable to 3-pin terminal block connector

2.1.2 RS-232C communication specification

[Table 2.1] RS-232C specification

Baud rate [bps] 4800 / 9600 / 19200 / 38400 [bps]

6

MSD-62 series Command Guide

Step (2)

Step (1)

RS-232C cable

Step (4)

Communication

command

Step (3)

Laptop

(Controller)

Laptop

Projector

RS-232C cable

RS232C cable

Communication

Command to MSD

Output control

Command to external

device

2.1.3 Setting up RS-232C communication

(1) Connect the MSD and the contr ol dev ic e v ia an RS-232C cabl e. (2) Set the RS-232C communic ation as follows:

・RS-232C communication: Baud r ate, data bit length, parity check, and stop bit ・Operation mode of RS-232C communication: “RECEIVER”

【Reference: User’s Guide】

(3) For the control dev ic e, set t he same values in the same way as RS-232C communicati on (baud rat e, data

bit length, parit y c hec k, 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.

[Fig. 2.2] Setting RS-232C communication (Example: MSD-6208 with Dante)

■ Operation exampl e of RS-232C commun ication

[Fig. 2.3] RS-232C communication (Example: MSD-6208 with Dante)

7

MSD-62 series Command Guide

81

LAN connector

8-pin RJ -45 connector

(Rear panel)

Lights in green while link is established. Blinks in green while data is being sent/received.

Lig ht s in orange i f t he sen d/rece ive rate is 100 Mbps. Goes off if it is 10 Mbps.

RX+: Received Data+ 　N.C : Not connected

TX+: Transmitted 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

Network layer

ARP, IP, ICMP

Port used for WEB browser control (HTTP): 80, 5000 to 5999

Application layer

HTTP, TEL N ET

2.2 LAN communication

2.2.1 LAN connector specification

It supports Auto MDI/M DI-X, which distinguishes/swit c hes straight and cross cables automatically.

Pin assignment s of LA N connect or :

[Fig. 2.4] LAN connector

2.2.2 LAN communication specification

[Table 2.2] Specification o f LAN communication

Physical layer 10Base-T (IEEE802.3i) / 100Base-TX (IEEE802.3u)

TCP

Transport layer

Note: Up to 8 connections can be used simultaneously.

Port used for command control: 23, 1100, 6000 t o 6999

8

MSD-62 series Command Guide

Step (3)

Laptop

Step (2)

Step (1)

LAN cable

Step (4)

Communication

command

(Controller)

2.2.3 Setting up LAN communication

(1) Connect the MSD and the cont r ol dev ic e vi a a LAN cable. (2) Set up LAN communication as follows:

・Set IP address and subnet mask ・Operation mode of LAN communi c ation: “RECEIVER” ・TCP pot number: 23, 1100, 6000 t o 6999

【Reference: User’s Guide】

(3) Establish the connecti on 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 or der to c hec k the contr ol

status of the MSD.

[Fig. 2.5] Setting LAN communication (E xampl e: MSD-6208 wi th Dante)

9

MSD-62 series Command Guide

Laptop

Projector

LAN cable LAN cable

Power amp.

Communication

Command to MSD

Outputs control command

to external device

Outputs control command

to external device

Communication

Command to MSD

Switching hub

LAN cable

■ Operation example of LAN communication

[Fig. 2.6] Example of LAN communication (Example: MSD-6208 with Dante)

10

MSD-62 series Command Guide

Your PC software

Send command (@xxx)

(@xxx)

2.2.4 The number of TCP-IP connections

The MSD series can connect up to eight connections (eight ports) simultaneously. If the MSD is contr olled from nine or more PCs, they may not be connected to the MSD normally, since the number of connec tions that can be used is limited.

If you use nine connections or more, execute TCP-IP connecti on/close every time the communic ation command is sent or received from the software of user’s side. By doing so, MSD’s ports are occupied or released so that nine or m or e connect ions can be connected logically.

[Table 2.3] Increasing connections

MSD

TCP-IP connection → (Occupied by 1 port)

→

← Send back command

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 di sconnec t s the connection t o av oid the limitation problem on the num ber of connec tions. As a result, connection needs to be established again f r om the PC si de aft er the cur r ent connection of the PC is disconnected. (Since the number of port s i n the MDS is eight , ports are occupied permanently if the PC is turned off while connections are valid. To prevent this, the MSD disconnects connec t ions if no communicati on c ommand is sent from the PC side.)

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MSD-62 series Command Guide

3 Command

3.1 Comma nd o utl i n e

A command consists of “@” (“40” in hexadecimal), 3 one-byte alphabetical character s (upper and lower cases), and parameters (one-byte numbers no parameter is required. Processing is execut ed by sendi ng a delim iter at the end of the command.

Example: @SPM,2

“,”( a comma, “2C” in hexadecim al) is indicated between a command and param eter and between two parameters.

■ 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, c ommand list as the help command is returned.

Example:

--------------- HELP (1/14) --------------- (CHANNEL SELECT Command) @GSW / @SSW : Get/Set Input Channel @GSV / @SSV : Get/Set Video Input Channel @GSA / @SSA : Get/Set Audio Input Channel

*

). For some commands, several par am eters can be specified or

12

MSD-62 series Command Guide

@ERR

Error status

18

Command

Function

Page

@GSV / @SSV

Switching video channel

20

Command

Function

Page

@GOT / @SOT

Output resolution

21

@GTD

Actual output r esol ution

22

@GUM / @SUM

Aspect ratio of sink dev ic e

23

@GAP / @SAP

Aspect ratio

23

@GOV / @SOV

Overscan

24

@GTP / @STP

Test pattern

32

3.2 Comma nd li s t

■ Error status

Command Function Page

■ Power status

Command Function Page

@GPS / @SPS Standby button 19

■ Input channels

@GSW / @SSW Switching video and audio channel simultaneousl y 19

@GSA / @SSA Switching audio channel 20

■ Position, size, and masking

@GAR / @SAR Aspect ratio restoration 24

@GNP / @SNP Input position 25 @GNS / @SNS Input size 26 @GNM / @SNM Input masking 27 @IAS Input automati c sizing 27 @GOP / @SOP Output positi on 28 @GOS / @SOS Output size 29 @GOM / @SOM Output masking 30 @OAS Output autom atic si zi ng 30 @GBC / @SBC Background color 31

13

MSD-62 series Command Guide

Command

Function

Page

@GOR / @SOR

Video processing m ode

33

@GOI / @SOI

Flip horizont al

34

Command

Function

Page

@GFL / @SFL

Sharpness

35

@GBR / @SBR

Input brightness

35

@GHU / @SHU

Hue

36

Command

Function

Page

Command

Function

Page

@AIS / @AIT

Automatic measurement

45

@GTK / @STK

Tracking

51

■ Video proc e s s ing

@GPR / @SPR Window display priority 33

@GWV / @SWV Hiding window 34

■ Image quality

@GCO / @SCO Input contrast 36

@GST / @SST Saturation 37 @GSU / @SSU Blac k level 37 @IDC Input default c olor 38 @GOB / @SOB Output bright ness 38 @GOC / @S OC Output contrast 39 @GGM / @SGM Output gamma 39 @ODC Output default color 40

■ Input settings

@GDT / @SDT No-signal-input monitoring 40 @GHE / @SHE HDCP input enabled/disabled 41 @GAI / @SAI Analog input t y pe 41 @GID / @SID Automatic detection of input video interruption 42 @GIN / @SIN Signal selection of DVI input connector 42 @GIA / @SIA HDBaseT input long reach mode 43 @GFX / @SFX Fixing settings for input signal 44

■ Input timing

@GHT / @SHT The total number of horiz ontal dots 46 @GHS / @SHS Horizontal start posi tion 47 @GHD / @SHD Horizontal display period 47 @GVS / @SVS Vertical star t position 48 @GVD / @SVD Vertical display period 48 @GIS / @SIS Automatic measurem ent of start posi tion 49 @GSM / @SSM Aut om atic measurement when unregistered si gnal is input 49 @RTT Loading device data 50 @STT Registering device data 50

14

MSD-62 series Command Guide

Command

Function

Page

@GEQ / @SEQ

Output equalizer

52

@GUY / @SUY

Synchronous signal output when no video signal is input

53

@GDC / @SDC

Deep Color

58

@HAU

HDCP re-encryption

59

@GAU / @SAU

Priority of input channel automatic switching (OFF to ON)

59

@GOF / @SOF

Priority of input channel automatic switching (ON to OFF)

60

@GMT / @SMT

Masking time after automatic switching of i nput channel

60

@GAD / @SAD

Channel switching mode for input channel automatic switching

61

@GOA / @SOA

HDBaseT output long r eac h m ode

61

Command

Function

Page

@SOL

Relativ e value of audio output level

62

@GOL

Limit status of audio output level

63

@GAM / @SAM

Audio output mute

63

@GAS / @SAS

Selecting audio input

64

@GSO / @SSO

Aduio input level

65

@SIL

Relative value of audio input level

65

@GIL

Limit status of audio input level

65

@GLO / @SLO

Output lip sync

66

@GLY / @SLY

Input lip sync

66

@GSF / @SSF

Sampling frequency

67

■ Output settings

@GDM / @SDM Output mode 52

@GBO / @SBO Output video when no video signal i s not input 53 @GFF / @SFF Video switching effect 54 @GFT / @SFT Video switching speed 54 @GWC / @SWC Wipe col or 55 @GVO / @SVO HDMI / HDBaseT output 56 @GEN / @SEN HDCP output 57 @GHR / @SHR The number of HDCP ret ri es 57

@GCE / @SCE CEC connec tion 58

■ Audio

@GSL / @SSL Audio output level 62

@GFD Actual sampling frequency 67 @GCS / @SCS Analog audi o output 68 @GMD / @SMD Multi channel audio output 68 @GAT / @SAT T est tone 69

15

MSD-62 series Command Guide

Command

Function

Page

@GED / @SED

EDID

70

@GHF / @SHF

Input resolution for AV devices

72

Command

Function

Page

@GCT / @SCT

RS-232C communication

77

Command

Function

Page

@GIP / @SIP

IP address

81

@GSB / @SSB

Subnet mask

82

@GGW / @SGW

Gateway address

82

Command

Function

Page

@EXC

Executing control commands

85

@GDS / @SDS

Power button of sink devic e

85

@GEC / @SEC

Control command (Comm unic ation command)

86

@GEC / @SEC

Control command (contact closure)

90

■ EDID

@GVF / @SVF Input resolution for PC 71

@GDI / @SDI Deep Color input 73 @GAF / @SAF Audio format 74 @GSP / @SSP The number of speakers (cont’d) 76 @RME Copying EDID 76

■ RS-232C communication

@GCF / @SCF RS-232C communication mode 78 @GCI / @SCI RS-232C transmission 79 @GCQ / @SCQ RS-232C HDBaseT sending channel 80 @GCR / @SCR RS-232C HDBaseT receiving channel 80

■ LAN communication

@GLF / @SLF LAN communication mode 83 @GLP / @SLP TCP port number 84 @GMC MAC address 84

■ Control commands

@GEC / @SEC Control c ommand (Displaying received dat a) 88

@GEC / @SEC Control c ommand (CE C) 91 @GRC / @SRC Response command 92 @GCC / @SCC Control c ommand link 93 @GTG / @STG Toggle operation 96 @GUP / @SUP Plane to be executed when powered ON 96 @GIT / @SIT Ineffective time during control command exec ution 97 @DEC Initializing registered command and link 97 @GTL / @STL Lighting condition of execution button 98 @GTF / @STF Blinking time of sink dev ic e power swit c h 99

16

MSD-62 series Command Guide

Command

Function

Page

@RCM

Loading crosspoint memory

100

@GCM / @ECM

Editing crosspoint memory

101

@SPM

Saving all settings

105

@GMU / @SMU

Startup settings

106

@GBA / @SBA

Assigning input c hannel

110

@GBD / @SBD

Dividing memory area

111

@GBV

Memory area status

111

@GFZ / @SFZ

Freeze

112

@CAP

Capturing input image

112

@GLM / @SLM

Setting operation to be locked

113

@GBZ / @SBZ

Buzzer

114

@GHP / @SHP

Power supply of HDBaseT input

114

@GSS

I/O status

115

@GES

Monitor’s EDID

119

@GIV

Version

119

■ Preset memory

@SCM / @SEM Saving channels to crosspoint memory 100

@RCV Loading crosspoint memory (sett ing video channel) 101 @SCV / @SEV Saving c r osspoint m em or y (Sett ing video channel) 102 @GCV / @ECV Editing crosspoint mem or y (Sett ing video channel) 102 @RCA Loading audio channel setting from crosspoint memory 103 @SCA / @SEA Saving c r osspoint m em or y (Sett ing audio channel) 103 @GCA / @ECA Editing crosspoint mem or y (Sett ing audio channel) 104 @RPM Loading all settings 104

@SCP Copy ing output setting 105

■ Bitmap

Command Function Page @GBM / @SBM Outputting bitmap im age 106 @GBB / @SBB Background color 107

@GBT / @SBT Aspect r atio 108 @GZP / @SZP Display position 109

@GPB / @SPB Start up bitmap 110

■ Other settings

Command Function Page @GLS / @SLS Operation lock 113

17

MSD-62 series Command Guide

@ERR

Error status

Response

@ERR, error

example

Response

Response @ERR,2

Description

@IOS is sent.

3.3 Detailed descr i ptions

Command formats for MSD-6280 are shown in this section. For other m odels, use each appr opr iate command formats according to the number of outputs.

3.3.1 Error status

Description Response in case the comm and is not ex ec uted.

Parameter error: Error status

1 = Erroneous parameter format or value 2 = Undef ined command or wrong form at 3 = Curr ently cannot be used. 4 = Not used. 5 = T he c ommand could not be executed, because the c ontrol c ommand

was not registered.

6 = The command could not be processed since another command was

being executed. 7 = Automatic measurem ent of i nput timing failed. 8 = Loading EDID from the sink device failed. 9 = Not used.

10 = The control command was stopped according to the stop conditi on. 11 = T he c ontrol command was stopped since the number of retries

exceeded the set value of “RE TRY”.

12 = The c ontrol command of PJLink was stopped since t he password di d

not match.

13 = The image could not be captured since the image size to be captured

exceeded the reserved memory size.

14 = Capturing input image failed.

Getting

Command

Command @IOS

Remarks －

18

Command format error.

3.3.2 Power status

@GPS / @SPS

Standby button

Getting

Command

@GPS

Response

@GPS, onoff

Command

@SPS, onoff

Response

@SPS, onoff

0 = OFF (Standby), 1 = ON (Power on)

It is powered on.

Setting

Command

@SPS,1 Remarks

@GSW / @SSW

Switching video and audio channel simultaneously

Response

@GSW, video_1, audio_1, video_2, audio_2,

, video_8, audio_8

Setting

Command

@SSW, input_1, output_1 (, input_2, output_2

)

Response

@SSW, input_1, output_1 (, input_2, output_2

)

Parameter

video_1-8 : Video input channel

0 = All outputs, 1 = OUT1 to 8 = OUT8

example

Response

@GSW, 2,2,2,2,2,2,2,2,0,0,0,0,0,0,0,0

example

Response

@SSW,1,1

Description

Setting IN1 video and audio to be output to OUT1.

Remarks

Setting

Parameter onoff: Standby but ton

MSD-62 series Command Guide

Getting example Description Get ting the standby button status.

example

Command Response

Response Description Setting the standby butt on to ON (powered on).

@GPS @GPS,1

@SPS,1

－

3.3.3 Input channels

Getting Command @GSW

･････････

audio_1-8 : Audio input channel input_1-8 : Video and audio input channel

0 = OFF [Default], 1 = IN1 to 8 = IN8

output_1-8: Video and audi o output channel

Getting

Description Getting the video and audio input channels that are assigned to output channels.

Setting

Command

@GSW

OUT1 to OUT4: IN2, OUT4 to OUT8: OFF @SSW,1,1

－

19

MSD-62 series Command Guide

@GSV / @SSV

Switching video channel

Response

@GSV, input_1, i nput_2, input_3,

, input_8

Response

@SSV, input_1, output_1 (, input_2, output_2

)

Parameter

input_1-8: Video input c hannel

0 = All outputs, 1 = OUT1 to 8 = OUT8

Getting

Command

@GSV OUT1 to OUT4: IN1, OUT5 to OUT8: IN2

example

Response

@SSV,1,1

Description

Setting IN1 video to be out put t o OUT 1.

Remarks

@GSA / @SSA

Switching audio channel

Response

@GSA, input_1, i nput_2, input_3,

, input_8

Response

@SSA, input_1, output_1 (, input_2, output_2

)

Parameter

input_1-8: Audio input c hannel

0 = All outputs, 1 = OUT1 to 8 = OUT8

Getting

Command

@GSA OUT1 to OUT4: IN1, OUT5 to OUT8: IN2

example

Response

@SSA,1,1

Remarks

Getting Command @GSV

･･･

Setting Command @SSV, input_1, output_1 (, input_2, output_2･･･)

･･･

0 = OFF [Default], 1 = IN1 to 8 = IN8

output_1-8: Video output channel

example

Response

@GSV,1,1,1,1,2,2,2,2

Description Getting the video I/O channel statuses.

Setting

Command

@SSV,1,1

－

Getting Command @GSA

･･･

Setting Command @SSA, input_1, output_1 (, input_2, output_2･･･)

･･･

0 = OFF [Default], 1 = IN1 to 8 = IN8

output_1-8: Audi o output c hannel

example

Response

@GSA,1,1,1,1,2,2,2,2

Description Getting the audi o I/O c hannel status.

Setting

Command

@SSA,1,1

Description Setting IN1 audio to be output to OUT1.

－

20

3.3.4 Position, size, and masking

@GOT / @SOT

Output resolution

Getting

Command

@GOT

Response

@GOT, resolution_1, resolution_2, r esol ution_3,

, resolution_8

Command

@SOT, ch_1, resolution_1 (, ch_2, resoluti on_2

)

Response

@SOT, ch_1, resolution_1 (, ch_2, resoluti on_2

)

47 = 2160p@30 (4096x2160)

example

Response

@GOT,7,7,7,7,31,31,31,31

OUT1 to OUT4: SXGA, OUT5 to OUT8: 1080p 59.94 Hz

Setting

Command

@SOT,1,31

Setting

Parameter resolution_1-8: Setting val ue of out put resolution

0 = AUTO [Default], 3 = XGA@60 (1024x768), 4 = WXGA@60 (1280x768), 5 = WXGA@60 (1280x800), 6 = Quad-VGA@60 (1280x960), 7 = SXGA@60 (1280x1024),

8 = WXGA@60 (1360x768), 9 = WXGA@60 (1366x768), 10 = SXGA+@60 (1400x1050), 11 = WXGA+@60 (1440x900), 12 = WXGA++@60 (1600x900), 13 = UXGA@60 (1600x1200), 14 = WSXGA+@60 (1680x1050), 15 = VESAHD@60 (1920x1080), 16 = WUXGA@60 (1920x1200), 17 = QWXGA@60 (2048x1152), 24 = 720p@50 (1280x720), 25 = [email protected] (1280x 720) , 26 = 720p@60 (1280x720), 27 = 1080i@50 (1920x1080), 28 = [email protected] (1920x 1080) , 29 = 1080i@60 (1920x1080), 30 = 1080p@50 (1920x1080), 31 = [email protected](1920x 1080), 32 = 1080p@60 (1920x1080), 40 = 2160p@24 (3840x2160), 41 = 2160p@25 (3840x2160), 42 = 2160p@30 (3840x2160), 45 = 2160p@24 (4096x2160), 46 = 2160p@25 (4096x2160),

MSD-62 series Command Guide

･････････

ch_1-8: Output channel

0 = All outputs, 1 = OUT1 to 8 = OUT8

Getting

Description Getting the set output r esol ution.

example Description S etting output resol ution of OUT1 to 1080p 59.94 Hz. Remarks －

Command

Response

@GOT

@SOT,1,31

21

MSD-62 series Command Guide

@GTD

Actual output resolution

Response

@GTD, resolution_1, resolution_2, resolution_3,

, resolution_8

example

Response

@GTD,31,31,31,31,26,26,26,26

OUT1 to OUT4: 1080p 59.94 Hz, OUT5 to OUT8: 720p 60 Hz

Remarks

If “@GOT / @SOT Output resolution” is set to “AUTO”, the actual output

other than “AUTO”, the set out put resolution is returned.

Getting Command @GTD

Parameter resolution_1-8: Actual output r esol ution

1 = VGA@60 (640x480), 2 = SVGA@60 (800x600), 3 = XGA@60 (1024x768), 4 = WXGA@60 (1280x768), 5 = WXGA@60 (1280x800), 6 = Quad-VGA@60 (1280x960), 7 = SXGA@60 (1280x1024), 8 = WXGA@60 (1360x768),

9 = WXGA@60 (1366x768), 10 = SXGA+@60 (1400x1050), 11 = WXGA+@60 (1440x900), 12 = WXGA++@60 (1600x900), 13 = UXGA@60 (1600x1200), 14 = WSXGA+@60 (1680x1050), 15 = VESAHD@60 (1920x1080) , 16 = WUXGA@60 (1920x1200), 17 = QWXGA@60 (2048x1152), 21 = [email protected] (720x 480), 23 = 576p@50 (720x576), 24 = 720p@50 (1280x720), 25 = [email protected] (1280x 720) , 26 = 720p@60 (1280x720), 27 = 1080i@50 (1920x1080), 28 = 1080i@ 59.94 (1920x1080), 29 = 1080i@60 (1920x1080), 30 = 1080p@ 50 ( 1920x 1080) , 31 = [email protected] (1920x1080), 32 = 1080p@60 (1920x1080), 40 = 2160p@24 (3840x2160), 41 = 2160p@25 (3840x2160), 42 = 2160p@30 (3840x2160), 45 = 2160p@24 (4096x2160), 46 = 2160p@25 (4096x2160), 47 = 2160p@30 (4096x2160)

Getting

Command

@GTD

･･･

Description Getting the actual output resolution.

resolution is retur ned. If “@GOT / @SOT Output resolution” is set to the value

22

@GUM / @SUM

Aspect ratio of sink device

Response

@GUM, aspect_1, aspect_2, aspect_3,

, aspect_8

Response

@SUM, ch_1, aspect_1 (, ch_2, aspect_2

)

Parameter

aspect_1-6: Aspect ratio of sink device

0 = All outputs, 1 = OUT1 to 8 = OUT8

Description

Getting the set aspect rat io of the sink device. example

Response

@SUM,1,4

Description

Setting OUT1 to 16:9.

Remarks

@GAP / @SAP

Aspect ratio

Response

@GAP, aspect_1, aspect_2, aspect _3,

, aspect_8

Setting Command

@SAP, ch_1, aspect_1 (, c h_2, aspect_2

)

Response

@SAP, ch_1, aspect_1 (, c h_2, aspect_2

)

Parameter

aspect_1-10: Aspect ratio of input signal

8 = 14:9 SIDE PANEL, 9 = FULL, 10 = THROUGH

ch_1-8: Input channel

0 = All inputs, 1 = IN1 to 8 = IN8

Getting

Command

@GAP IN3: 4:3, Other inputs: AUTO-1

Setting

Command

@SAP,7,2

Getting Command @GUM

･･･

Setting Command @SUM, ch_1, aspect_1 (, ch_2, aspect_2･･･)

･･･

0 = RESOLUTION [Default], 1 = 4:3, 2 = 5:4, 3 = 5:3, 4 = 16:9, 5 = 16:10, 6 = 256:135

ch_1-8: Output channel

MSD-62 series Command Guide

Getting example

Command Response

@GUM @GUM,4,4,4,4,5,5,5,5

OUT1 to OUT4: 16:9, OUT5 to OUT8: 16:10

Setting

Command

@SUM,1,4

－

Getting Command @GAP

0 = AUTO-1 [Default], 1 = AUTO-2, 2 = 4:3, 3 = 16:9, 4 = 14:9, 5 = 16:9 LETTER BOX, 6 = 14:9 LETTER BOX, 7 = 4:3 SIDE PANEL,

･･･

･･････

example

Response

@GAP,0,0,2,0,0,0,0,0

Description Getting the set aspect ratio.

example

Response

@SAP,7,2 Description Setti ng IN7 to 4:3. Remarks －

23

MSD-62 series Command Guide

@G AR / @ SAR

Aspect ratio restorat io n

Response

@GAR, mode_1, mode_2, mode_3,

, mode_8

Response

@SAR, ch_1, mode_1 (, ch_2, mode_2

)

Parameter

mode_1-8: Aspect ratio restoration

1 = Side cut/Top bottom cut

ch_1-8: Input channel example

Response

@GAR,0,0,1,0,0,0,0,0

IN3: Side cut/T op bott om cut , Other inputs: Letter box/Side panel

Setting

Command

@SAR,5,1

@GOV / @SOV

Overscan

Command

@GOV

Response

@SOV, ch_1, overscan_1 (, c h_2, overscan_2

)

HDTV / PC: 100

ch_1-8: Input channel IN3: 105 %, Other inputs: 100 %

Setting

Command

@SOV,7,105

Getting Command @GAR

･･･

Setting Command @SAR, ch_1, mode_1 (, ch_2, mode_2･･･)

･･･

0 = Letter box/Si de panel [Default],

0 = All inputs, 1 = IN1 to 8 = IN8

Getting

Command

@GAR

Description Getting the set aspect ratio restorati on pr oc essing.

example

Response

@SAR,5,1 Description Setting IN5 to Side c ut/ Top bottom cut. Remarks －

Getting

Response @GOV, overscan_1, overscan_2, overscan_3, ･･･, overscan_8

Setting Command @SOV , ch_1, overscan_1 (, ch_2, overscan_2･･･)

･･･

Parameter overscan_1-8: Over scan

100 to 115 [Default] NTSC / PAL / SDTV: 105,

0 = All inputs, 1 = IN1 to 8 = IN8 Getting example

Command Response

@GOV @GOV,100,100,105,100,100,100,100,100

Description Get ting the set overscan.

example

Response

@SOV,7,105 Description Setting IN7 to 105%. Remarks －

24

MSD-62 series Command Guide

@GNP / @SNP

Input position

Response

@GNP, h_position_1, v_position_1, h_position_2, v_position_2

, h_position_8,

Response

@SNP, ch_1, h_positi on_1, v_position_1 (, ch_2, h_posi tion_2, v_position_2

)

-Horizontal input si z e to +Horiz ontal output resoluti on [Default] 0

0 = All inputs, 1 = IN1 to 8 = IN8

example

Response

@GNP,-50,20,0,0,0,0,0,0,0,0,0,0,0,0,0,0

Description

Getting the set input position.

Other inputs: horiz ontal and vertical input posi tions are 0.

Setting

Command

@SNP,1,-50,20 standard.

Getting Command @GNP

･･･

v_position_8

Setting Command @S NP , ch_1, h_position_1, v_position_1 (, ch_2, h_position_2, v_position_2･･･)

･･･

Parameter h_position_1-8: Horizontal input position

v_position_1-8: Vertical input position

-Vertical input siz e to +Vertical output resolution [Default] 0

ch_1-8: Input channel

Getting

example Description Setting IN1 horizontal and vertical input positions are to -50 and +20, respectively. Remarks If resolutions differ depending on output, the OUT1 output resol ution will be the

Command

Response

@GNP

N1: horizontal input display is -50, vertical input displ ay i s +20.

@SNP,1,-50,20

25

MSD-62 series Command Guide

@GNS / @SNS

Input size

Response

@GNS, h_size_1, v _si z e_1, h_siz e_2, v_size_2

, h_size_8, v_size_8

Response

@SNS, ch_1, h_size_1, v_si z e_1 ( , ch_2, h_size_2, v_size_2

)

Parameter

h_size_1-8: Horizontal input size

[Default] Hori z ontal output resolution

v_size_1-8: Vertical input size

[Default] V ertic al output resolution

Getting

Command

@GNS

1920,1080,1920,1080

Description

Getting the set input siz e.

Other inputs: 1920 and 1080, r espect ively.

Setting

Command

@SNS,1,1925,1084 standard.

Getting Command @GNS

･･･

Setting Command @SNS, ch_1, h_size_1, v_size_1 (, ch_2, h_si z e_2, v_size_2･･･)

･･･

Horizontal out put resolution ÷4 to Horizont al output resolution ×4

Vertical output r esol ution ÷4 to Vertical output resol ution ×4

ch_1-8: Input channel

0 = All inputs, 1 = IN1 to 8 = IN8

example

example Description Setting IN1 horizontal and vertical input size are 1925 and 1084, respect ively. Remarks If resolutions differ depending on outputs, the resol ution of OUT1 will be the

Response

@GNS,1925,1084,1920,1080,1920,1080,1920,1080,1920,1080,1920,1080,

Horizontal and ver tical display sizes of IN1 are 1925 and 1084, r espect ively.

@SNS,1,1925,1084

26

@GNM / @SNM

Input masking

Response

@GNM, ch , left, right, to p , bo ttom

Response

@SNM, ch, left, right , t op, bot tom

Parameter

ch: Input channel

top: Top side masking

[Default] 0

bottom: Bottom side masking

[Default] V ertic al input size

Getting

Command

@GNM,1 Left: 0, right: 1920, top: 0, bottom: 1080

example

Response

@SNM,1,0,1920,0,1080

Description

Setting IN1 input masking to 0 for left, 1920 for right, 0 for top, 1080 for bottom.

Remarks

@IAS

Input automatic sizing

example

Response

@IAS,1

Description

Initializing the following settings in order to display images input from IN1 on the

@GNM / @SNM Input masking

Getting Command @GNM, ch

Setting Command @SNM, ch, left, right, top, bott om

1 = IN1 to 8 = IN8

left: Left side masking

Horizontal input position to right side masking

[Default] 0

right: Right side masking

Left side maski ng to horiz ontal input position + horizontal input size [Default] Hori z ontal input size

Vertical input position to bottom side masking

MSD-62 series Command Guide

Top side masking to vertical input position +vertical in put size

example

Response

@GNM,1,0,1920,0,1080

Description Getting the set IN1 input masking.

Setting

Command

@SNM,1,0,1920,0,1080

－

Setting Command @IAS, ch_1 (, ch_2･･･)

Response @IAS, ch_1 (, ch_2･･･)

Parameter ch_1-8: Input channel

0 = All inputs, 1 = IN1 to 8 = IN8

Setting

Command

@IAS,1

full screen:

@GAP / @SAP Aspect ratio @GOV / @ SOV Overscan @GNP / @SNP Input @GNS / @SNS Input

position size

Remarks －

27

MSD-62 series Command Guide

@GOP / @SOP

Output position

Response

@GOP, h_position_1, v_position_1, h_position_2, v_position_2, h_position_3, v_position_2

)

Response

@SOP, ch_1, h_position_1, v_position_1 (, c h_2, h_position_2,

-Horizontal output siz e to +Hori z ontal output resolution [Default] 0

0 = All outputs, 1 = OUT1 to 8 = OUT8

example

Response

@GOP,5,20,5,20,5,20,5,20,0,0,0,0,0,0,0,0

Description

Getting the set output posi tion.

OUT5 to OUT8: horizontal and vertical positions: 0

Setting

Command

@SOP,1,5,20 Remarks

Getting Command @GOP

v_position_3, ･･･, h_position_8, v_position_8 Setting Command @SOP, ch_1, h_position_1, v_positi on_1 (, c h_2, h_position_2,

･･･

v_position_2･･･) Parameter h_position_1-8: Horizontal out put position

v_position_1-8: Ver tical output position

-Vertical output size to +Vertical output resolution [Default] 0

ch_1-8: Output channel

Getting

example Description Setting OUT1 horizontal and vertical positions to +5 and +20, respectively.

Command

Response

@GOP

OUT1 to OUT4: horizontal position is +5, vertical position is +20.

@SOP,1,5,20

－

28

@GOS / @SOS

Output size

Response

@GOS, h_size_1, v_size_1, h_size_2, v_size_2, h_size_3, v_size_3,

,

Command

@SOS, ch_1, h_size_1, v _si z e_1 (, c h_2, h_siz e_2, v_size_2

)

0 = All outputs, 1 = OUT1 to 8 = OUT8

Setting

Command

@SOS,1,1920,1080

Getting Command @GOS

h_size_8, v_size_8 Setting

Response @SOS, ch_1, h_si z e_1, v_size_1 (, ch_2, h_size_2, v _size_2･･･)

Parameter h_size_1-8: Horizont al output size

Horizontal output resolution÷4 to Horizontal output resolution×4 [Default] Horizontal output resolut ion

v_size_1-8: Vertical output size

Vertical output r esol ution÷4 to Vertical output resolution×4 [Default] Vertical output resolution

ch_1-8: Output channel

MSD-62 series Command Guide

･･･

Getting example

Description Get ting the set output size.

example Description Setting OUT1 horizontal and vertical output sizes to 1920 and 1080, respect ively. Remarks －

Command Response

Response

@GOS

@GOS,1920,1035,1920,1035,1920,1035,1920,1035,1920,1080,1920,1080,

1920,1080,1920,1080

OUT1 to OUT4: horizontal output size is 1920, vertical output size is 1035,

respectively.

OUT5 to OUT8: horizontal output size is 1920, vertical output size is 1080,

respectively.

@SOS,1,1920,1080

29

MSD-62 series Command Guide

@GOM / @SOM

Output masking

Response

@GOM, ch, left, right, top, bottom

Response

@SOM, ch, left, right, t op, bot tom

Parameter

ch: Output channel

Horizontal out put position (0 or larger) to right side masking [Default] 0

right: Right side m asking

(horizontal output resolution or smaller) [Default] Horizontal output resolution

Vertical output posi tion (0 or larger) to bottom si de masking [Default] 0

bottom: Bottom side masking

(vertical output resolution or smaller ) [Default] Vertical output resol ution

Getting

Command

@GOM,1 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 for left, 1920 for right, 0 for top, and 1080 for

@OAS

Output automatic sizing

Setting Command

@OAS, ch_1 (, ch_2

)

Response

@OAS, ch_1 (, ch_2

)

Parameter

ch_1-8: Output channel

0 = All outputs, 1 = OUT1 to 8 = OUT8

Setting

Command

@OAS,1

masking

Getting Command @GOM, ch

Setting Command @SOM, ch, l eft , right, top, bottom

1 = OUT1 to 8 = OUT8

left: Left side maski ng

Left side masking to Horizontal output posi tion＋horizontal output siz e

top: T op side maski ng

Top side masking to verti c al output position＋vertical output si z e

example

Response

@GOM,1,0,1920,0,1080

Description Getting the set OUT1 output masking.

bottom.

Remarks －

･･････

example

Response

@OAS,1

Description Initializing the following settings in order to display OUT1 output images on the full

screen:

@GOP / @ SOP Output position @GOS / @ SOS Output @GOM / @SOM

Output

size

Remarks －

30

MSD-62 series Command Guide

@GBC / @SBC

Background color

Response

@GBC, ch, red, green, blue

Response

@SBC, ch_1, red_1, green_1, blue_1 (, ch_2, red_2, green_2, bl ue_2

)

Parameter

ch: Output channel

0 = All outputs, 1 = OUT1 to 8 = OUT8

red / red_1-8 : Background c olor ( Red)

Getting

Command

@GBC,1 RGB: 128 (Gray)

Setting

Command

@SBC,1,128,128,128

Getting Command @GBC, ch

Setting Command @SBC, ch_1, red_1, green_1, blue_1 (, ch_2, red_2, green_2, bl ue_2･･･)

･･･

1 = OUT1 to 8 = OUT8

ch_1-8: Out put channel

green / green_1-8 : Bac k ground color (Green) blue / blue_1-8 : Background color (Blue)

0 to 255 [Default] 0 (Black)

example Description Getting the set OUT1 background color.

example Description Setti ng OUT1 background color to 128 (Gray ) for all RGB. Remarks －

Response

@GBC,1,128,128,128

@SBC,1,128,128,128

31

MSD-62 series Command Guide

@GTP / @S TP

Test pattern

Response

@GTP, pattern_1, scroll_1, pattern_2, scroll_2, pattern_3, scroll_3,

,

Command

@STP, ch_1, pattern_1, scroll_1 (, ch_2, pattern_2, scroll_2

)

Test pattern number s 1 to 6, 16 and 17 can be scrolled.

scroll_1-8: Scrolling

0 = All outputs, 1 = OUT1 to 8 = OUT8

example

Response

@GTP,3,1,3,1,3,1,3,1,0,0,0,0,0,0,0,0

OUT5 to OUT8: test pattern is not output.

Setting

Command

@STP,1,1,0

Getting Command @GTP

pattern_8, scroll_8

Setting

Response @STP, ch_1, pattern_1, scroll_1 ( , ch_2, pattern_2, scroll _2･･･)

Parameter pattern_1-8: Test pattern

0 = OFF [Default], 1 = VERTICAL COLOR BAR, 2 = HORIZONTAL COLOR BAR, 3 = VERTICAL GRAY SCALE, 4 = HORIZONTAL GRAY SCALE, 5 = VERTICAL RAMP, 6 = HORIZONTAL RAMP, 7 = 100% WHITE RASTER,

8 = 50% WHITE RASTER, 9 = 100% RED RASTER, 10 = 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

･･･

0 = OFF [Default], 1 = 3 pixels/1 frame to 10 = 30 pixels/1 f r am e

The number of pixels to be scrolled per frame = the set value×3

ch_1-8 : Output channel

Getting

Description Get ting the set test pattern.

example Description Setting OUT1 to VERTICAL COLOR BAR without scrolli ng. Remarks An error occurs if this menu is set while video combination mode is enabled.

Command

Response

@GTP

OUT1 to OUT4: VERTICAL GRAY SCALE at 3 pixels/frame scrolling

@STP,1,1,0

32

3.3.5 Video processing

@GOR / @SOR

Video proc e s s ing mode

Getting Command

@GOR

Response

@GOR, mode

Command

@SOR, mode

Response

@SOR, mode

example

Response

@GOR,2

Description

Getting the video processing mode.

example

Response

@SOR,2

Remarks

@GPR / @SPR

Window display priority

Getting

Command

@GPR

Response

@GPR, priority_1, priority_2, …, priority_8

Setting

Command

@SPR, priority_1, priority_2, …, priority_8

Response

@SPR, priority_1, priority_2, …, priority_8

Parameter

priority_1-8: Window priority

WINDOW5>WINDOW6>WINDOW7>WINDOW8

Getting

Command

@GPR For MSD-6206 and MSD-6208, priorities have to be set for all eight windows.

Setting

Parameter mode: Video processing mode

Getting

Setting

Description Setting this menu to 4K mode.

Command

0 = Normal [Default], 1 = Video com bination 2 = 4K

@GOR

4K mode. @SOR,2

－

MSD-62 series Command Guide

example Description Getting the set window priorit y:

Setting example Description Setting this menu:

Remarks For MSD-6203 and MSD-6204, prior ities have to be set for all four windows.

Response

Command Response

1 = priority 1 (high) to 4 = priority 4 (low) [Default] 1,2,3,4 (WINDOW1 to WINDOW4)

WINDOW1>WINDOW2>WINDOW3>WINDOW4

1,2,3,4 (WINDOW 5 to WINDOW8)

@GPR,2,4,1,3,3,1,2,4

WINDOW1 to WINDOW4: WINDOW3>WINDOW1>WINDOW4>WINDOW2 WINDOW5 to WINDOW8: WINDOW6>WINDOW7>WINDOW5>WINDOW8 @SPR,4,3,2,1,1,2,3,4 @SPR,4,3,2,1,1,2,3,4

WINDOW1 to WINDOW 4: WINDOW4>WINDOW3>WINDOW2>WINDOW1 WINDOW5 to WINDOW 8: WINDOW5>WINDOW6>WINDOW7>WINDOW8

33

MSD-62 series Command Guide

@GOI / @SOI

Flip horiz o nt a l

Response

@GOI, flip_1, flip_2, …, flip_8

Response

@SOI, window_1, flip_1, (window_2, fli p_2, …, window_8, flip_8)

Parameter

flip_1-8: Flip horiz ontal

example

Response

@GOI,0,1,0,0,0,0,0,0

Description

Getting the Flip horizontal setting.

Other windows: Horizontal flip OFF

example

Response

@SOI,3,1

Description

Setting the WINDOW3 to horizontal flip ON.

@GWV / @SWV

Hiding window

Command

@GWV

Response

@GWV, invisible_1, invisible_2, …, invisible_8

invisible_8)

Response

@SWV, window_1, invisible_1, (window_2, i nv isible_2, …, window_8,

0 = Display [Default], 1 = Hide

window_1-8: Window

example

Response

@GWV,0,0,0,0,0,1,0,0

WINDOW6: Hide; Other windows: Display

Getting Command @GOI

Setting Command @SOI, window_1, flip_1, (window_2, fli p_2, …, window_8, fl ip_8)

0 = OFF [Default], 1 = ON

Getting

Command

@GOI

WINDOW2: Horizontal flip ON

Setting

Command

@SOI,3,1

Remarks An error occurs if thi s menu is set while 4K m ode is enabl ed.

【See: @GOR / @SOR Video processing mode】

Getting

Setting Command @SWV, window_1, invisible_1, (window_2, i nv isible_2, …, window_8,

invisible_8)

Parameter invisible_1-8: Hiding window setti ng

0 = All WINDOW, 1 = WINDOW1 to 8 = WINDOW8

Getting

Command

@GWV

Description Getting the hiding window setting.

Setting example

Command Response

@SWV,6,0

@SWV,6,0 Description Setti ng the WINDOW6 t o displ ay . Remarks －

34

3.3.6 Image quality

@GFL / @SFL

Sharpness

Getting Command

@GFL

Response

@GFL, sharp_1, sharp_2, sharp_3, shar p_4,

, sharp_8

Command

@SFL, ch_1, sharp_1 (, ch_2, sharp_2

)

Response

@SFL, ch_1, sharp_1 (, ch_2, sharp_2

)

-5 to +15 [Default] 0

example

Response

@GFL,5,0,0,0,0,0,0,0

Description

Getting sharpness setting.

Description

Setting the IN1 sharpness to +5.

@GBR / @SBR

Input brightness

Getting Command

@GBR

Response

@GBR, bright_1, bright_2, bright_3, bright_4,

, bright_8

Command

@SBR, ch_1, bright _1 (, c h_2, bright_2

)

Response

@SBR, ch_1, bright _1 (, c h_2, bright_2

)

80 to 120 [Default] 100

example

Response

@GBR,110,100,100,100,100,100,100,100

Description

Getting bright ness sett ing.

example

Response

@SBR,3,110

Description

Setting the IN3 bright ness to 110%.

Remarks

Setting

Parameter sharp_1-8: Input sharpness

ch_1-8: Input c hannel

0 = All inputs, 1 = IN1 to 8 = IN8

Getting

Setting example

Command

Command Response

@GFL

IN1: +5, other input channels: 0

@SFL,1,5

MSD-62 series Command Guide

･････････

Remarks －

Setting

Parameter bright_1-8 : Input brightness

ch_1-8: Input channel

0 = All inputs, 1 = IN1 to 8 = IN8

Getting

Setting

Command

@GBR

IN1: 110 %, other input channels: 100 % @SBR,3,110

－

･････････

35

MSD-62 series Command Guide

@GCO / @ SCO

Input contrast

Response

@GCO, ch, red, green, blue

Response

@SCO, ch_1, red_1, green_1, blue_1 (, ch_2, red_2, green_2, bl ue_2

)

Parameter

ch: Input channel

0 = All inputs, 1 = IN1 to 8 = IN8

red / red_1-8 : Input contrast ( Red)

Getting

Command

@GCO,3 Red: 105 %, Green: 100 %, Blue: 95 %

Setting

Command

@SCO,3,105,100,95

@GHU / @SHU

Hue

0 to 359 [Default] 0

example

Response

@GHU,60,0,0,0,0,0,0,0

IN1: 60°, other inputs: 0°

Setting

Command

@SHU,1,60 170 MHz, 0 ° is applied regardless of this setti ng.

Getting Command @GCO, ch

Setting Command @SCO, ch_1, red_1, green_1, blue_1 (, ch_2, red_2, green_2, blue_2･･･)

･･･

1 = IN1 to 8 = IN8

ch_1-8: Input c hannel

green / green_1-8 : Input contrast (Green) blue / blue_1-8 : Input contrast (Blue)

0 to 200 [Default] 100

example

Response

@GCO,3,105,100,95

Description Getting IN3 contrast setting.

example

Response

@SCO,3,105,100,95 Description Setti ng IN3 contrast to 105% for red, 100% for green, 95% f or blue. Remarks －

Getting Command @GHU

Response @GHU, hue _1, hue _2, hue _3, hue _4, ･･･, hue _8

Setting Command @SHU, ch_1, hue_1 (, ch_2, hue_2･･･)

Response @SHU, ch_1, hue_1 (, ch_2, hue_2･･･)

Parameter hue_1-8: I nput hue

ch_1-8: Input c hannel

0 = All inputs, 1 = IN1 to 8 = IN8

Getting

Command

@GHU

Description Getting the set HUEs.

example

Response

@SHU,1,60 Description S etting IN1 HUE to 60°. Remarks Hue can be set up to 359 °. However, if the dot cl oc k of the input si gnal ex c eeds

36

@GST / @SST

Saturation

Response

@GST, saturation_1, saturation_2, saturation_3, saturation_4,

, saturation_8

Command

@SST, ch_1, saturation_1 (, ch_2, saturati on_2

)

0 to 200 [Default] 100

ch_1-8: Input channel

example

Response

@GST,100,100,100,100,105,100,100,100

IN5: 105 %, other inputs: 100 %

Setting

Command

@SST,5,105 170 MHz, 100% is applied regardless of this setting.

@GSU / @SSU

Black level

Response

@GSU, setup_1, setup_2, setup_3, setup_4,

, setup_8

Setting Command

@SSU, ch_1, setup_1 (, ch_2, setup_2

)

Response

@SSU, ch_1, setup_1 (, ch_2, setup_2

)

Parameter

setup_1-8: Input blac k lev el

[Default] ±0 = ±0.0 %

ch_1-8: Input channel IN5: +7.5%, other inputs: 0%.

Setting

Command

@SSU,5,15

Getting Command @GST

Setting

Response @SST, ch_1, saturation_1 (, ch_2, saturation_2･･･)

Parameter saturation_1-8: Input saturation

0 = All inputs, 1 = IN1 to 8 = IN8

Getting

Command

@GST

Description Get ting the set saturations.

MSD-62 series Command Guide

･･･

example

Response

@SST,5,105 Description Setting IN5 saturation to 105%. Remarks Hue can be set up to 200%. However, if the dot cloc k of the input si gnal ex c eeds

Getting Command @GSU

･････････

-20 = -20 × 0.5 (-10.0 %) to +20 = +20 × 0.5 (+10.0 %)

0 = All inputs, 1 = IN1 to 8 = IN8 Getting example

Command Response

@GSU @GSU,0,0,0,0,15,0,0,0

Description Getting the input black level.

example

Response

@SSU,5,15 Description Setting the IN5 black level to +7.5%. Remarks －

37

MSD-62 series Command Guide

@IDC

Input default color

Response

@IDC, ch_1 (, ch_2

)

0 = All inputs, 1 = IN1 to 8 = IN8

example

Response

@IDC,1

Description

Initialize the following setti ngs of IN1:

@GSU / @SSU Black level

@GOB / @SOB

Output brightness

Getting Command

@GOB

Response

@GOB, bright_1, bright_2, bright_3,

, bright_8

Command

@SOB, ch_1, bright_1 (, c h_2, bright_2

)

Response

@SOB, ch_1, bright_1 (, c h_2, bright_2

)

80 to 120 [Default] 100

example

Response

@GOB,110,110,110,110,100,100,100,100

Description

Getting the output bri ghtness.

example

Response

@SOB,1,110

Description

Setting the OUT1 bri ghtness to 110%.

Setting Command @IDC, ch_1 (, ch_2･･･)

･･･

Parameter ch_1-8: Input channel

Setting

Command

@IDC,1

@GFL / @SFL Sharpness @GBR / @SBR Input @GCO / @SCO Input @GHU / @SHU Hue @GST / @SST Saturation

brightness

contrast

Remarks －

Setting

Parameter bright_1-8: Output brightness

ch_1-8: Output channel

0 = All outputs, 1 = OUT1 to 8 = OUT8

Getting

Command

@GOB

･･･

･･････

Setting

Command

Remarks －

OUT1 to OUT4: 110 %, OUT5 to OUT8: 100 %

@SOB,1,110

38

MSD-62 series Command Guide

@GOC / @ SOC

Output contrast

Response

@GOC, ch, red, green, blue

Response

@SOC, ch_1, red_1, green_1, blue_1 (, ch_2, red_2, green_2, blue_2

)

Parameter

ch: Output channel

0 = All outputs, 1 = OUT1 to 8 = OUT8

red / red_1-8 : Output contrast (Red)

Getting

Command

@GOC,1 Red: 105%, green: 100%, blue: 95%

Setting

Command

@SOC,1,105,100,95

@GGM / @SGM

Output gamma

1 = 0.1 to 30 = 3.0 [Default] 10 = 1.0

example

Response

@GGM,22,10,10,10,10,10,10,10

OUT1: 2.2, Others: 1.0

Setting

Command

@SGM,1,22

Getting Command @ GOC, ch

Setting Command @SOC, ch_1, red_1, green_1, blue_1 (, ch_2, red_2, green_2, blue_2･･･)

･･･

1 = OUT1 to 8 = OUT 8

ch_1-8: Out put channel

green / green_1-8 : Output contrast (Green)

blue / blue_1-8 : Output contrast (Blue)

0 to 200 [Default] 100

example Description Getting the OUT1 contrast setting.

example Description Setti ng the OUT1 contrast to 105% for red, 100% for green, 95% for blue. Remarks －

Getting Command @GGM

Setting Command @SGM, ch_1, gamma_1 (, ch_2, gammma_2･･･)

Parameter out_1-8 / gamma_1-8: Output gamma

ch_1-8: Out put channel

Getting

Response

Response @GGM, out_1, out_2, out _3, ･･･, out_8

Response @SGM, ch_1, gamma_1 (, ch_2, gammm a_2･･･)

Command

@GOC,1,105,100,95

@SOC,1,105,100,95

0 = All outputs, 1 = OUT1 to 8 = OUT8

@GGM

Description Getting the set output gamma.

example Description S etting the OUT1 output gamm a to 2.2. Remarks －

Response

@SGM,1,22

39

MSD-62 series Command Guide

@ODC

Output default color

Response

@ODC, ch_1 (, ch_2

)

0 = All outputs, 1 = OUT1 to 8 = OUT8

example

Response

@ODC,1

Description

Initializing OUT1 image quality settings.

@GGM / @SGM Output gamma

@GDT / @ SDT

No-signal-input monitoring

(For example, if you set it t o 2955, t he m onitoring time is set to 2900 ms.)

example

Response

@GDT,6000,10000,10000,4000,4000,4000,4000,4000

Description

Getting the set monitoring time of input video signal.

IN4 and IN8: 4000 ms. (4 sec.)

Setting

Command

@SDT,3,6000

Setting Command @ODC, ch_1 (, ch_2･･･)

･･･

Parameter ch_1-8: Output channel

Setting

Remarks －

Command

@ODC,1

@GOB / @SOB Output brightness @GOC / @SOC Output

contrast

3.3.7 Input settings

Getting Command @GDT

Response @GDT, time_1, time_2, time_3, time_4, ･･･, time_8

Setting Command @S DT, c h_1, time_1 (, ch_2, time_2･･･)

Response @SDT, ch_1, time_1 (, ch_2, time_2･･･)

Parameter time_1-8: No-signal-input monitoring

0 = 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 r ounded down.

ch_1-8: Input channel

0 = All d igita l input s, 1 = IN1 to 8 = IN8

Getting

example Description Setting the monitoring time of IN3 to 6000 ms. (6 sec.). Remarks These commands are only for digital input.

Command

Response

@GDT

IN1: 6000 ms. (6 sec.), IN2 and IN3: 10000 m s. (10 sec.),

@SDT,3,6000

IN7 and IN8 are available only if “1” (Digital signal) is select ed f or “@GIN / @SIN Signal selection of DV I input conne c tor”. If “0” (Analog signal) is select ed, “-1” is returned.

40

@GHE / @SHE

HDCP input enabled/disabled

Response

@GHE, hdcp_1, hdcp_2, hdcp_3, hdcp_4,

, hdcp_8

Response

@SHE, ch_1, hdcp_1 (, ch_2, hdcp_2

)

Parameter

hdcp_1-8 : HDCP input enabled/disabled

[Default] ENABLE

ch_1-8: Input channel

example

Response

@GHE,1,1,0,1,1,1,1,1

IN3: disables HDCP input , other input channels: enables HDCP input

Setting

Command

@SHE,1,0 is returned.

@GAI / @SAI

Analog in put type

Response

@GAI, type_1, type_2

Setting Command

@SAI, ch_1, type_1 (, c h_2, t y pe_2)

Response

@SAI, ch_1, type_1 (, c h_2, t y pe_2)

Parameter

type_1-2: Signal type

3 = VIDEO AUTO, 4 = VIDEO, 5 = Y/C

ch_1-2: Input channel

0 = All analog inputs, 7 = IN7, 8 = IN8

Getting

Command

@GAI IN7: AUTO, IN8: YPbPr

Setting

Command

@SAI,0,2

Getting Command @GHE

Setting Command @SHE, ch_1, hdcp_1 (, ch_2, hdcp_2･･･)

･･･

0 = DISABLE, 1 = ENABLE

0 = All d igita l input s, 1 = IN1 to 8 = IN8

Getting

Command

@GHE

Description Getting HDCP input enabled/di sabl ed.

MSD-62 series Command Guide

･･･

example

Response

@SHE,1,0 Description Setti ng IN1 HDCP input to be disabled. Remarks These commands are only for digital input.

IN7 and IN8 are available only if “1” (Digital signal) is select ed f or “@GIN / @SIN

Signal selection of DVI input connector

Getting Command @GAI

0 = AUTO [Default], 1 = RGB, 2 = YPbPr,

example

Response

@GAI,0,2 Description Getting signal type of analog input .

”. If “0” (Analog signal ) is selected, “-1”

example

Response

@SAI,0,2 Description Setti ng the signal type of IN7 and IN8 to YPbPr. Remarks These commands are only for analog input.

IN7 and IN8 are available only if “0” (Analog signal) is selected for “@GIN / @SIN

Signal selection of D VI input connec t or ”. I f “1” (Digital signal) is selected, “-1” is

returned.

41

MSD-62 series Command Guide

@GID / @SID

Automa t ic dete c tion of input video inte r r uption

Response

@GID, detect_1, detect_2, detect_3, detect_4,

, detect_8

Response

@SID, ch_1, detect _1 (, c h_2, det ec t_2

)

Parameter

detect_1-8: Aut om atic detection

0 = All inputs, 1 = IN1 to 8 = IN8

Getting

Command

@GID Other inputs: OFF

Setting

Command

@SID,2,0 If input video signal is i nterrupted, not to tur n off the video output instantly.

Remarks

@GIN / @SIN

Signal selection of DVI input connector

Response

@GIN, signal_1, si gnal_2

Setting Command

@SIN, ch_1, signal_1 ( , ch_2, signal_2)

Response

@SIN, ch_1, signal_1 ( , ch_2, signal_2)

Parameter

signal_1-2: Signal sel ec tion of DVI input connectors (IN7, IN8)

0 =All analog inputs, 7 = IN7, 8 = IN8

IN7 and IN8: Analog input signal

example

Response

@SIN,8,1

Description

Setting IN8 to digital input signal.

Remarks

Getting Command @GID

Setting Command @SID, ch_1, detect _1 (, c h_2, det ec t_2･･･)

･･･

0 = OFF, 1 = ON [Default]

ch_1-8: Input c hannel

･･･

example

Response

@GID,1,1,1,1,1,0,1,1 Description Getting the setting of automati c detec tion of input video interrupt ion.

IN6: If input vi deo si gnal is i nterrupted, the video out put is not turned off instantly .

example

Response

@SID,2,0 Description Setti ng IN2 automatic detecti on to OFF (“0”).

－

Getting Command @GIN

0 = Analog signal, 1 = Digital signal [Default]

ch_1-2: Input c hannel

Getting example

Command Response

@GIN

@GIN,0,0 Description Getting the set DVI input signal.

Setting

Command

@SIN,8,1

－

42

@GIA / @SIA

HDBaseT input long reach mode

Response

@GIA, ch, mode

Response

@SIA, ch, mode

Parameter

ch: Input channel

0 = long reach mode OFF [Default], 1 = long reach mode ON

Getting

Command

@GIA,5 Setting long reach mode of IN5 to OFF.

example

Response

@SIA,6,1

Description

Setting long reach mode of IN6 to ON.

Remarks

If this menu is set to “ON”, resolut ions up to 1080p (24 bit) ar e supported. If it

Getting Command @GIA, ch

Setting Command @SIA, ch, mode

5 = IN5, 6 = IN6 Make sure to set t his menu t o “5” or “6”.

mode: Setting mode

MSD-62 series Command Guide

example Description Getting long reach mode setting of IN5.

Setting

Response

Command

@GIA,5,0

@SIA,6,1

exceeds 1080p (24 bit), video signal cannot be receiv ed.

43

MSD-62 series Command Guide

@GFX / @SFX

Fixing se tt i ngs f or in put signa l

Response

@GFX, ch, mode (, aspect, analog, audio)

Response

@SFX, ch, mode (, aspect, analog, audio)

Parameter

ch: Input channel

0 = SELECTED, 1 = ALL FIXED

Available only if t he “mode” is selected to “0” (SELECTED)

example

Response

@GFX, 1,0,1,0,0

Description

Getting setting fixation of each input signal.

Audio input level is disabled.

example

Response

@SFX,2,1

Description

IN2: Fixing settings for each input to the current settings.

Getting Command @GFX ch

Setting Command @SFX, ch, mode (, aspect, analog, audio)

1 = IN1 to 8 = IN8

mode : Setting mode

aspect: Aspect ratio

0 = OFF [Default], 1 = ON(FIXED)

analog: Signal type of analog input (For digital input , select “0”)

0 = OFF, 1 = ON(FIXED) [Default]

audi : Audio input lev el (For analog input, select “0”)

0 = OFF, 1 = ON(FIXED) [Default] Getting

Command

@GFX, 1

(For analog inputs)

IN1 aspect rati o: cur r ent sett ing, signal type of analog input: setting of each input

signal.

Setting

Remarks When digital input channel is acquired, “0” is returned for t he Parameter of analog

Command

@SFX,2,1

Completed normally .

signal type. (“0” is an i nv alid v alue.)

When analog input c hannel is acquired, “0” is retur ned for the Parameter of audio

input level. (“0” is an invalid value.)

Input channels IN7 and IN8: digital input/analog input selectable.

【See: @GIN / @SIN Signal selec tion of DVI input connector】

44

3.3.8 Input timing

@AIS / @AIT

Automatic measurement

Setting

Description

Starting autom atic measurement of the start position and display period.

Command

@AIS, ch

Response

@AIS, ch

Setting

Description

Starting autom atic measurement with a desired aspect r atio.

Response

@AIT, ch (, mode)

7 = IN7, 8 = IN 8

mode: Measurement mode

parameter, “NE XT ASPE CT” m ode will be applied.

example

Response

@AIS,8

Setting

Command

@AIT,8,0 of “4:3”.

Setting

Command

@AIS,8 Remarks

These commands are vali d only if analog RGB/analog YPbPr signal i s input.

Command @ AIT, ch (, mode)

Parameter ch: Input channel

-1 = NEXT ASPECT, 0 = 4:3, 1 = 5:4, 2 = 5:3, 3 = 16:9, 4 = 16:10 If you select “NEXT ASPE CT”, t he next aspect r atio will be selected in order every time the automatic measurement is executed. If you do not set any mode

MSD-62 series Command Guide

Setting

Description Star ting the automatic measurement of IN8 the start position and display per iod.

example Description Star ting the automatic measurement of IN8 input timing setting at the aspect ratio

example Description If the aut om atic measurement fails, an err or i s ret ur ned.

Command

Response

@AIS,8

@AIT,8,0

@ERR,7

45

MSD-62 series Command Guide

@GHT / @ SHT

The total number of horizontal dots

Response

@GHT, h_total_1, h_total_2, h_total_3, h_t otal_4,

, h_total_8

Response

@SHT, ch, h_total

Parameter

h_total_1-8 / h_total: The total number of horizontal dots

[Default] depends on i nput signal

ch: Input channel

example

Response

@GHT,2200,2200,0,2640,1344,1792,0,0

“0” is returned to channels without input signal.

Setting

Command

@SHT,8,1344

example

Response

@ERR,3

Description

If analog RGB signal or anal og Y P bPr signal is not input, an error is returned.

Getting Command @GHT

Setting Command @S HT, c h, h_t otal

400 to 4125 (sampli ng bloc k shoul d be 13 M Hz to 162 MHz)

0 =All analog inputs, 7 = IN7, 8 = IN8

Getting

Description Get ting the total number of horizontal dots.

Command

@GHT

･･･

example Description Setting the total number of IN8 horiz ont al dots to “1344”. Setting

Remarks Getting command acquires all c hannels’ statuses.

Response

Command

@SHT,8,1344

Setting commands are valid only if analog RGB/analog YPbPr si gnal is input.

46

@GHS / @SHS

Horizontal start po sition

Response

@GHS, h_start_1, h_start_2, h_start_3, h_start_4,

, h_start_8

Response

@SHS, ch, h_start

Parameter

h_start_1-8 / h_start : Horizontal start posit ion

0 = All inputs, 1 = IN1 to 8 = IN8

Description

Getting the hori z ontal start position. example

Response

@SHS,5,296

Description

Setting IN5 horiz ontal start position to 296 dot s.

Setting

Command

@SHS,6,296

@GHD / @SH D

Horizontal display period

Getting Command

@GHD

Response

@GHD, h_disp_1, h_disp_2, h_disp_3, h_disp_4,

, h_disp_8

Setting Command

@SHD, ch, h_disp

Response

@SHD, ch, h_disp

0 = All inputs, 1 = IN1 to 8 = IN8

Getting

Command

@GHD “0” is returned to channels without input signal.

Setting

Command

@SHD,6,1024

If 4K video signal is input, only gett ing commands are vali d.

Getting Command @GHS

Setting Command @SHS, ch, h_start

64 to 2900 (should be [the tot al num ber of horiz ontal dots – horizontal display

period] or less)

[Default] depends on i nput signal

ch: Input channel

MSD-62 series Command Guide

･･･

Getting example

Command Response

@GHS @GHS,192,192,496,0,296,0,378,0

“0” is returned to channels without input signal.

Setting

example

Command

Response

@SHS,5,296

@ERR,3 Description If no signal is input, an error is ret ur ned. Remarks Setting command is valid only for video signal except for 4K video signal.

If 4K video signal is input, only Get ting commands are available.

･･･

Parameter h_disp_1-8 / h_disp : Horizontal display period

64 to 2900 (should be [the tot al num ber of horiz ontal dots - 64] or less) [Default] depends on i nput signal

ch: Input channel

example

Response

@GHD,1920,1920,0,1920,1024,1360,0,0 Description Get ting horizontal displ ay period.

Setting example

Command Response

@SHD,5,1024

@SHD,5,1024 Description Setting IN5 horizontal displ ay per iod to 1024 dots.

example

Response

@ERR,3 Description If no si gnal is i nput, an error is returned. Remarks Setting commands: valid only for video si gnal ex c ept for 4K video signal.

47

MSD-62 series Command Guide

@GVS / @SVS

Vertical start position

Response

@GVS, v_start_1, v_start_2, v_start_3, v_start_4,

, v_start_8

Response

@SVS, ch, v_start

Parameter

v_start_1-8 / v_start : Vertical start posi tion

0 = All inputs, 1 = IN1 to 8 = IN8

Description

Getting the vertical start position.

example

Response

@SVS,5,35

Description

Setting IN5 vertic al star t position to 35 lines.

Setting

Command

@SVS,6,35

@GVD / @SVD

Vertical display period

Getting Command

@GVD

Response

@GVD, v_disp_1, v_disp_2, v_disp_3, v_disp_4,

, v_disp_8

Setting Command

@SVD, ch, v_disp

Response

@SVD, ch, v_disp

0 = All inputs, 1 = IN1 to 8 = IN8

Getting

Command

@GVD “0” is returned to channels without input signal.

Setting

Command

@SVD,5,768 If 4K video signal is input, only gett ing commands are valid.

Getting Command @GVS

Setting Command @SVS, ch, v_start

10 to 2048 (should be [the tot al num ber of ver tical lines - vertical display period] or less) [Default] depends on i nput signal

ch: Input channel

･･･

Getting example

Command Response

@GVS

@GVS,40,0,40,40,35,0,24,0

“0” is returned to channels without input signal. Setting

example

Command

Response

@SVS,5,35

@ERR,3 Description If no signal is input, an error is ret ur ned. Remarks Setting commands: v alid only for video signal except for 4K video signal.

If 4K video signal is input, only gett ing commands are valid.

･･･

Parameter v_disp_1-8 / v_disp: V er tical display period

10 to 2048 (should be [the tot al num ber of ver tical lines - 10] or less) [Default] depends on i nput signal

ch: Input channel

example

Response

@GVD,0,1080,1080,900,768,0,900,0 Description Get ting vertical display peri od.

Setting example

Command Response

@SVD,5,768

@SVD,5,768 Description Setting IN5 vertical displ ay period to 768 lines.

example

Response

@ERR,3 Description If no si gnal is i nput, an error is returned. Remarks Setting commands: vali d only for vi deo si gnal ex c ept for 4K video signal.

48

@GIS / @SIS

Automatic measurement of start position

Response

@GIS, mode_1, mode_2

Response

@SIS, ch, mode

Parameter

mode_1-2 / mode: Automatic measurement

0 = All analog inputs, 7 = IN7, 8 = IN8

Description

Getting the setting of Automatic measurement of the start posi tion.

example

Response

@SIS,8,1

Description

Setting signal that is currently input from IN8 to “1” (Current input signal is not returned.

@GSM / @SSM

Automatic measurement when unregistered signal is input

Getting Command

@GSM

Response

@GSM, mode

Setting Command

@SSM, mode

Response

@SSM, mode

Automatic measurement is set to “1” (Execute).

Setting

Command

@SSM,1 input.

Remarks

Getting Command @GIS

Setting Command @SIS, ch, mode

0 = All inputs from this input channel are not measured automatically. 1 = Current input signal is not measured automatically. 2 = Current input signal is measured automatically . [Default]

ch: Input channel

MSD-62 series Command Guide

Getting example

Command Response

@GIS

@GIS,0,2

IN7: not measured automatically, IN8: measured automatically. Setting

Command

@SIS,8,1

measured autom atically). Remarks These commands are only for analog input.

IN7 and IN8 are available only if “0” (Anal og si gnal) is selected for “@GIN / @SIN

Signal selection of D VI input connec t or

”. If “1” (Digital signal) is selected, “-1” is

Parameter mode: Automatic measurement

0 = Not execute, 1 = Execute [Default] Getting example

Command Response

@GSM @GSM,1

Description Getting the set automatic measurement mode when unregistered signal is input.

example

Response

@SSM,1

Description Setti ng the automatic measurement t o be execut ed when unregi ster ed si gnal is

－

49

MSD-62 series Command Guide

@RTT

Loading device data

Response

@RTT, ch (, table)

1 = IN1 to 8 = IN8

example

Response

@RTT,1

Description

Setting IN6 input timings to the values saved in the device table 2.

Remarks

This command is valid only if signal is input.

registered.

@STT

Registering device data

Response

@STT, ch, table (, name)

1 to 99

automatic ally as the dev ic e table name.

example

Response

@STT,1,2

Description

Saving IN1 input timi ng setting in device table 2 without edi ting the device table

example

Response

@STT,1,2,XGA 60Hz

Description

Saving the current IN8 input timing setting in device table 2 with the name of

Remarks

This command is valid only if analog RGB / YPbPr signal is input.

Setting Command @RTT, ch (, table)

Parameter ch: I nput channel

table: Device table

1 to 99 (Registered devic e data),

100 to 100+n (Preset devic e data. ”n” varies depending on i nput signal,

but 0 for most cases.)

Only for analog input, specify the device table.

Setting

Command

@RTT,1

Description Rec onfiguring IN1 input timing setting to the value det ected aut om atically. Setting example

Command Response

@RTT,6,2 @RTT,6,2

For analog input, t his comm and is valid only if the device data of input si gnal is

Setting Command @STT, ch, table (, name)

Parameter ch: I nput channel

1 = IN1, 2 = IN2 table: Device table

Up to 14 characters fr om 20 to 7D of ASCII code.

You can skip “Device table name”. If you skip it, onl y input timing setting is saved. However, if no device table name is currently sav ed, the resolution is saved

Setting

Command

@STT,1,2

name.

Setting

Command

@STT,1,2,XGA 60Hz

“XGA 60Hz”.

50

@GTK / @STK

Tracking

Response

@GTK, track_1, track_2

Response

@STK, ch_1, track_1 (, ch_2 , t r ac k _2)

Parameter

track_1-2: Tracking

0 = All analog inputs, 7 = IN7, 8 = IN8

Getting

Command

@GTK If no analog RGB / YPbPr signal is i nput, “0” i s ret ur ned.

example

Response

@STK,8,4

Description

Setting IN8 tracki ng to “4”.

Remarks

This command is valid only if analog RGB / YPbPr signal is input. If “1” (Digital

Getting Command @GTK

Setting Command @STK, ch_1, track_1 (, ch_2 , t r ac k _2)

0 to 63 [Default] 0 ch_1-2: Input c hannel

MSD-62 series Command Guide

example Description Getting the set tracking.

Setting

Response

Command

@GTK,4,0

@STK,8,4

signal) is selected, “-1” is returned.

51

MSD-62 series Command Guide

@GEQ / @SEQ

Output equalizer

Getting Command

@GEQ

Response

@GEQ, level_1, level_2, level_3, …, level_8

Command

@SEQ, ch_1, level_1 (, ch_2, level_2

)

Response

@SEQ, ch_1, level_1 (, ch_2, level_2

)

0 = All HDMI outputs, 1 = OUT1A to 8 = OUT8A

Getting

Command

@GEQ OUT2A: OFF, ot her output channels: HIGH

example

Response

@SEQ,1,0

Description

Setting the OUT1A output equalizer to OFF.

Remarks

This command is only for HDMI output connectors.

@GDM / @SDM

Output mode

Setting Command

@SDM, ch_1, mode_1 (, ch_2, mode_2

)

Parameter

mode_1-8: Output mode

3 = HDMI YCbCr4:4:4 MODE [Default]

ch_1-8: Output channel

Setting

Command

@SDM,1,3

3.3.9 Output settings

Setting

Parameter level_1-8: Output mode

0 = OFF [Default],

1 = LOW,

2 = MIDDLE,

3 = HIGH ch_1-8: Out put channel

example Description Getting the set output mode.

Setting

Response

Command

@GEQ,3,0,3,3,3,3,3,3

@SEQ,1,0

･･････

Getting Command @GDM

Response @GDM, mode_1, mode_2, mode_3, ･･･, mode_8

･･･

Response @SDM, ch_1, mode_1 (, ch_2, mode_2･･･)

0 = DVI MODE,

1 = HDMI RGB MODE,

2 = HDMI YCbCr4:2:2 MODE,

0 = All outputs, 1 = OUT1 to 8 = OUT8 Getting example Description Getting the set output mode.

example Description Setti ng the OUT1 output mode to “HDMI YCbCr4: 4: 4 MODE” Remarks －

Command Response

Response

@GDM @GDM,3,0,3,3,3,3,3,3

OUT2: DVI MODE, other output channels: HDM I YCbCr4:4:4 MODE

@SDM,1,3

52

@GUY / @SUY

Synchro nous sig na l ou t p ut when no vide o s ig na l is input

Response

@GUY, sync_1, sync_2, sync_3,

, sync_8

Response

@SUY, ch_1, sync_1 (, ch_2, sync_2

)

Parameter

sync_1-8: Synchronous signal output

0 = All outputs, 1 = OUT1 to 8 = OUT8

Getting

Command

@GUY Other output channels: synchronous signal is not output.

Setting

Command

@SUY,1,1 input).

Remarks

@GBO / @SBO

Output video when no vid e o s ignal i s not input

Response

@GBO, video_1, video_2, video_3,

, video_8

Setting Command

@SBO, ch_1, video_1 (, ch_2, v ideo_2

)

Response

@SBO, ch_1, video_1 (, ch_2, v ideo_2

)

Parameter

video_1-8: Output video when no vi deo si gnal is not input

0 = All outputs, 1 = OUT1 to 8 = OUT8

example

Response

@GBO,1,0,0,0,0,0,0,0

example

Response

@SBO,1,1

Description

Setting OUT1 to output blue when no vi deo si gnal is input.

Remarks

Getting Command @GUY

･･･

Setting Command @SUY, ch_1, sync_1 (, ch_2, sync_2･･･)

･･･

0 = Not output, 1 = Output [Default] ch_1-8: Output channel

MSD-62 series Command Guide

example

Response

@GUY,1,0,0,0,0,0,0,0

Description Getting synchronous signal out put when no video signal is input.

OUT1: synchronous signal is output.

example

Response

@SUY,1,1

Description Setti ng OUT1 to “1” (synchronous signal i s output even if video signal is not

－

Getting Command @GBO

･･･

･･････

0 = Black,

1 = Blue [Default],

2 = Background color ch_1-8: Output channel

Getting

Command

@GBO

Description Getting the output video when no video signal is input.

OUT1: blue screen, other output channels: blac k screen

Setting

Command

@SBO,1,1

－

53

MSD-62 series Command Guide

@GFF / @SFF

Video switching effect

Getting Command

@GFF

Command

@SFF, ch_1, switching_1 (, ch_2, switching_2

)

6 = BOTTOM→TOP WIPE

0 = All outputs, 1 = OUT1 to 8 = OUT8

OUT1 to OUT4: CUT, OUT5 to OUT8: FADE OU T /IN

Setting

Command

@SFF,1,1 combination mode is enabled.

@GFT / @SFT

Video switching speed

Getting Command

@GFT

Response

@GFT, time_1, time_2, time_3,

, time_8

Setting Command

@SFT, ch_1, time_1 (, ch_2, time_2

)

Response

@SFT, ch_1, time_1 (, ch_2, time_2

)

390 ms.)

ch_1-8: Output channel

example

Response

@GFT,400,400,400,400,350,350,350,350

Description

Getting the set switchi ng speed of video input channel. OUT1 to OUT4: 400 ms, OUT5 to OUT8: 350 ms

Response @GFF, switching_1, switching_2, switching_3, ･･･, switching_8

Setting

Response @SFF , ch_1, switching_1 (, ch_2, switchi ng_2･･･)

Parameter switching_1-8: Video switching eff ec t

0 = CUT,

1 = FADE OUT/IN,

2 = FREEZE + FADE OUT/IN [Default],

3 = LEFT→RIGHT WIPE,

4 = RIGHT→LEFT WIPE,

5 = TOP→BOTTOM WIPE,

ch_1-8: Output channel

･･･

Getting example

Command Response

@GFF @GFF,0,0,0,0,1,1,1,1

Description Getting input channel switching effect.

example

Response

@SFF,1,1 Description Setti ng OUT1 switching effect to FADE OUT/IN. Remarks An error occurs if this menu is set to one of “3” to “6” (WIPE) while video

･･･

･･････

Parameter time_1-8: Switching speed

100 = 0.1 sec. to 2000 = 2 sec.

[Default] 350 = 0.35 sec. Set the value by 10 ms. If you set a value other than 0 for the lower 1 digits, these values will be rounded down. (For example, if you set it to 395, the speed is set to

0 = All outputs, 1 = OUT1 to 8 = OUT8

Getting

Setting example

Command

Command Response

@GFT

@SFT,1,400 @SFT,1,400

Description Setting OUT1 switching tim e to 400 ms. Remarks －

54

MSD-62 series Command Guide

@GWC / @SWC

Wipe color

Response

@GWC, ch, red, green, blue

Response

@SWC, ch_1, red_1, green_1, blue_1 (, ch_2, red_2, green_2, blue_2

)

Parameter

ch: Output channel

0 = All outputs, 1 = OUT1 to 8 = OUT8

red / red_1-8 : Wipe color (Red)

Getting

Command

@GWC,1 RGB: 255 (white)

Setting

Command

@SWC,1,255,255,255

Getting Command @GWC, ch

Setting Command @SWC, ch_1, red_1, green_1, blue_1 (, ch_2, red_2, green_2, blue_2･･･)

･･･

1 = OUT1 to 8 = OUT8

ch_1-8: Output channel

green / green_1-8 : Wipe color (Green) blue / blue_1-8 : Wipe color (Blue)

0 to 255 [Default] 0 (black )

example Description Getting the set wipe color of OUT1.

example Description Setti ng the wipe colors (RGB) of OUT1 to “255” (white). Remarks －

Response

@GWC,1,255,255,255

@SWC,1,255,255,255

55

MSD-62 series Command Guide

@GVO / @SVO

HDMI / HDBaseT output

Response

@GVO, out_1A, out_1B, out_2A, out2B, …, out_8A, out_8B

Response

@SVO, ch_1, out_1A, out _1B (, c h_2, out _2A , out_2B

)

Parameter

out_1A-8A: HDMI (OUT A) output video

signal

0 = All outputs, 1 = OUT1 to 8 = OUT8

Getting

Command

@GVO

the HDBaseT output c onnec tors output video.

example

Response

@SVO,1,1,0

and HDBaseT output connect or.

Getting Command @GVO

Setting Command @S VO, ch_1, out_1A, out_1B (, ch_2, out_2A , out_2B･･･)

･･･

out_1B-8B: HDBaseT (OUT B) output video

0 = Not output, 1 = Output

[Default]: HDMI output signal is output from HDMI output c onnec tor,

HDBaseT signal i s not output from HDB aseT output connector

(All output channels)

* The MSD cannot output signals from HDMI connector and HDBaseT

connector simultaneously. Ensure to set onl y one connector to output

ch_1-8: Output channel

example Description Getting the video output c onnec tors.

Setting

Description Setting video output connector.

Remarks An error occurs if the same parameter is issued to both HDMI output connector

Response

Command

@GVO,1,0,1,0,1,0,1,0,0,1,0,1,0,1,0,1

OUT1 to OUT4: The HDMI output connectors output v ideo while

the HDBaseT output c onnec tors do not output video.

OUT5 to OUT8: The HDMI output connector s do not output v ideo while

@SVO,1,1,0

OUT1: The HDMI output connector outputs video and

the HDBaseT output c onnec tor does not output video.

56

@GEN / @SEN

HDCP output

Response

@GEN, hdcp_1, hdcp_2, hdcp_3,

, hdcp_8

Response

@SEN, ch_1, hdcp_1 (, ch_2, hdcp_2

)

Parameter

hdcp_1-8: HDCP output

0 = All outputs, 1 = OUT1 to 8 = OUT8

Description

Getting the set HDCP output.

Other output channels: HDCP is always encrypted.

Setting

Command

@SEN,1,1

@GHR / @SHR

The number of HDCP retries

Command

@GHR

1 to 100 = Retry for the desired number of retries

ch_1-8: Output channel

0 = All outputs, 1 = OUT1 to 8 = OUT8

Getting

Command

@GHR

example

Response

@SHR,4,10

Description

Setting OUT4 to retry for up t o 10 times.

Getting Command @GEN

･･･

Setting Command @SEN, ch_1, hdcp_1 (, ch_2, hdcp_2･･･)

･･･

0 = HDCP is encrypted only if input signal is with HDCP, 1 = HDCP is always encrypted. [Default], 2 = HDCP is not encrypted.

ch_1-8: Output channel

MSD-62 series Command Guide

Getting example

Command Response

@GEN @GEN, 1,1,1,1,1,1,1,0

OUT8: HDCP is encrypted only if input signal is with HDCP.

example

Response

@SEN,1,1

Description Setti ng OUT1 to “1” (HDCP is always encrypted). Remarks －

Getting

Response @GHR, retry_1, retry_2, retry_3, ･･･, retry_8

Setting Command @SHR, ch_1, retry_1 (, ch_2, retry_2･･･)

Response @SHR, ch_1, retry_1 (, ch_2, retry_2･･･)

Parameter retry_1-8: The number of retir es

-1 = Retry until succeed [Default], 0 = Not retry,

example

Response

@GHR, -1,-1,-1,-1,-1,-1,-1,10

Description Getting the set number of HDCP retires.

OUT8: Retry for up to 10 times. Other output channels: continue to retry until succeed.

Setting

Command

@SHR,4,10

Remarks －

57

MSD-62 series Command Guide

@GDC / @SDC

Deep Color

Response

@GDC, color_1, color_2, color_3,

, color_8

Response

@SDC, ch_1, color_1 (, ch_2, color_2

)

Parameter

color_1-8: Color depth

0 = All outputs, 1 = OUT1 to 8 = OUT8

Getting

Command

@GDC Other output channels: 30-BIT COLOR

Setting

Command

@SDC,1,0

@GCE / @SCE

CEC connection

Command

@GCE

Response

@SCE, ch_1, connect_1 (, ch_2, connect_2

)

0 = All outputs, 1 = OUT1 to 8 = OUT8

example

Response

@GCE,4,0,0,0,0,0,0,0

Other output channels: not connected.

Setting

Command

@SCE,1,4

Getting Command @GDC

･･･

Setting Command @SDC, ch_1, color_1 (, ch_2, color_2･･･)

･･･

0 = 24-BIT COLOR [Default], 1 = 30-BIT COLOR

ch_1-8: Output channel

example

Response

@GDC,1,1,0,1,1,1,1,1

Description Getting the set color depth.

OUT3: 24-BIT COLOR,

example

Response

@SDC,1,0 Description Setti ng OUT1 deep color to 24-BIT COLOR. Remarks －

Getting

Response @GCE, connect_1, connect_2, connect_3, ･･･, connect_8

Setting Command @SCE, ch_1, connect_1 (, ch_2, connect_2･･･)

･･･

Parameter connect_1-8: CEC connection

0 = Not connected [Def ault] , 1 = Selected video input channel, 2 = Input channel1, 3 = Input channel2, 4 = Input channel3, 5 = Input channel4, 6 = Input channel5, 7 = Input channel8

ch_1-8: Output channel

Getting

Command

@GCE

Description Getting the set CEC connection.

OUT1: connecting to input channel3,

example

Response

@SCE,1,4 Description Setti ng OUT1 CEC connection to Input channel 3. Remarks －

58

@HAU

HDCP re-encryption

Response

@HAU, ch_1 (, ch_2

)

0 = All outputs, 1 = OUT1 to 8 = OUT8

example

Response

@HAU,1

Description

Setting OUT1 to re-encry pt HDCP.

Remarks

@G AU / @ SAU

Priority of input channel automatic switching ( O FF to ON)

Getting

Command

@GAU, out

Response

@SAU, out_1, in1_priority, in2_priority

, in8_priority (, out_2, in1_priority

)

0 = All outputs, 1 = OUT1 to 8 = OUT8

Getting

Command

@GAU,1 IN1>IN2>

>IN8.

Setting

Command

@SAU,1,8,7,6,5,4,3,2,1

Setting Command @HAU, ch_1 (, ch_2･･･)

･･･

Parameter ch_1-8: Output channel

MSD-62 series Command Guide

Setting

Setting Command @SAU, out_1, in1_priority, in2_priority･･･, in8_priority (, out_2, in1_priority･･･)

Parameter out, out_1-8: Output channel

in1_priority-in8_priority: Priority

example Description Get ting the set priority of OUT1’s autom atic switching.

Command

Response @GAU, out, in1_priority, in2_priority, in3_priority, in4_priority, ･･･, in8_priority

Response

@HAU,1

－

･･･

0 = OFF, 1 = priorit y (high) to 8 = priority (low)

@GAU,1,1,2,3,4,5,6,7,8

･･･

example Description Setting the priority of OUT1’s autom atic switching to IN8>I N7>･･･>IN1. Remarks －

Response

@SAU,1,8,7,6,5,4,3,2,1

59

MSD-62 series Command Guide

@GOF / @S OF

Priority of input channel automatic switching (ON to OFF)

Response

@GOF, out, in1_priority, in2_priority, in3_priority, in4_priority,

, in8_priority

Response

@SOF, out_1, in1_priority, in2_priority

, in8_priorit y (, out_2, in1_priority

)

0 = All outputs, 1 = OUT1 to 8 = OUT8

example

Response

@GOF,1,1,2,3,4,5,6,7,8

IN1>IN2>

>IN8

Setting

Command

@SOF,1,8,7,6,5,4,3,2,1

@GMT / @SMT

Masking time after automatic switching of input channel

Command

@GMT

0 = 0 sec. to 999999 = 999.999 sec. [Default] 0 sec.

ch_1-8: Output channel OUT1 to OUT4: 2000 ms (2 sec.), OUT5 to OUT8: 10000 ms (10 sec.)

Setting

Command

@SMT,1,2000,2,2000,3,10000,4,10000 (10 sec.) for OUT3 and OUT4.

Remarks

Getting Command @GOF, out

･･･

Setting Command @SOF, out_1, in1_priority , in2_priority･･･, in8_pri ori ty (, out_2, in1_priority･･･)

･･･

Parameter out, out_1-8: Output channel

in1_priority-in8_priority: Priority

0 = OFF, 1 = priorit y (high) to 8 = priority (low)

Getting

Command

@GOF,1

Description Get ting the set priority of OUT1’s automatic switching.

･･･

example

Response

@SOF,1,8,7,6,5,4,3,2,1 Description Setting the priority of OUT1’s autom atic switching to IN8>I N7>･･･>IN1. Remarks －

Getting

Response @GMT, time_1, time_2, time_3, ･･･, time_8

Setting Command @SMT, ch_1, time_1 (, ch_2, time_2･･･)

Response @SMT, ch_1, time_1 (, ch_2, time_2･･･)

Parameter time_1-8 : Masking time

･･･

0 = All outputs, 1 = OUT1 to 8 = OUT8 Getting example

Command Response

@GMT @GMT,2000,2000,2000,2000,10000,10000,10000,10000

Description Getting the set masking time aft er autom atic switching of input channel.

example

Response

@SMT,1,2000,2,2000,3,10000,4,10000

Description Setting the masking time to 2000 ms. (2 sec.) for OUT1 and OUT2, 10000 ms.

－

60

@G AD / @ SAD

Channel switching mode for input channel automatic switching

Response

@GAD, mode_1, mode_2, mode_3,

, mode_8

Response

@SAD, ch_1, mode_1 (, ch_2, mode_2

)

Parameter

mode_1-8 : Channel switchi ng m ode

0 = All outputs, 1 = OUT1 to 8 = OUT8

Getting

Command

@GAD OUT1 to OUT4: V&A, OUT5 to OUT8: AUDIO

example

Response

@SAD,1,2,2,2,3,0,4,0

@GOA / @ SOA

HDBaseT output long reach mode

Command

@GOA, ch

Response

@SOA, ch_1, mode_1 (, ch_2, mode_2

)

0 = long reach mode OFF [Default], 1 = long reach mode ON

ch_1-8: Output channel

example

Response

@GOA,1,0

Description

Getting long reach m ode setting of OUT1B.

Setting

Command

@SOA,1,1 exceeds 1080p (24 bit), signals cannot be receiv ed.

Getting Command @GAD

･･･

Setting Command @SAD, ch_1, mode_1 (, ch_2, mode_2･･･)

･･･

0 = VIDEO, 1 = AUDIO, 2 = V&A [Default]

ch_1-8: Output channel

MSD-62 series Command Guide

example

Response

@GAD,2,2, 2,2,1,1,1,1

Description Getting the set channel switching mode to:

Setting

Command

@SAD,1,2,2,2,3,0,4,0

Description Setti ng the channel switching mode t o:

OUT1 and OUT2: V&A, OUT3 and OUT4: VIDEO

Remarks －

Getting

Response @GOA, ch, mode

Setting Command @SOA, ch_1, mode_1 (, ch_2, mode_2･･･)

･･･

Parameter mode_1-8: Setting mode

0 = All outputs, 1 = OUT1B to 8 = OUT8B

Getting

Command

@GOA,1

OUT1B: Long reach mode is set to OFF

example

Response

@SOA,1,1 Description Setti ng long reach mode of OUT1B to ON. Remarks If this menu is set to “ON”, resolut ions up to 1080p (24 bit) are supported. If it

61

MSD-62 series Command Guide

@GSL / @SSL

Audio out p ut le v e l

Getting

Command

@GSL

Response

@GSL, level_1, level_2, level_3,

, level_8

Command

@SSL, ch_1, level_1 (, ch_2, level_2

)

Response

@SSL, ch_1, level_1 (, ch_2, level_2

)

-60 to 10 [Default] 0

example

Response

@GSL,-4,-4,-4,-4,0,0,0,0

Description

Getting the set audio output level. Description

Setting OUT1 audi o output lev el to -4 dB.

@SOL

Relative value of audio output level

Setting Command

@SOL, ch_1, updown_1 (, ch_2, updown_2

)

Response

@SOL, ch_1, updown_1 (, c h_2, updown_2

)

exceeds the limit value (-60 to +10), the limit value will be applied.

example

Response

@SOL,1,-1

Description

Lower 1 dB of audio output lev el of O UT1.

Remarks

If you change the output lev el while muted, it will be unmuted.

3.3.10 Audio

Setting

Parameter level_1-8: Audio output level

ch_1-8: Output channel

0 = All outputs, 1 = OUT1 to 8 = OUT8

Getting

Setting example

Command

Command Response

@GSL

OUT1 to OUT4: -4 dB, OUT5 to OUT8: ±0 dB

@SSL,1,-4

･･･, ･･･

･･････

Remarks If you change the output lev el while muted, it will be unmuted.

･･････

Parameter ch_1-8: O utput channel

0 = All outputs, 1 = OUT1 to 8 = OUT8

updown_1-8 : Relat ive value setting

-70 to 70

The specified value is added to the current audio output level. If the total value

Setting

Command

@SOL,1,-1

62

@GOL

Limit status of audi o output leve l

Response

@GOL, out_1, out_2, out _3,

, out_8

1 = maximum settable value (+10 dB)

Getting

Command

@GOL

@GAM / @SAM

Audio out p ut m ute

0 = Mute OFF [Default], 1 = Mute ON

Getting

Command

@GAM OUT1 to OUT4: M ute ON, OUT5 to OUT8: Mute OFF

Setting

Command

@SAM,1,1

Getting Command @GOL

･･･

Parameter out_1-8: Lim it status of audio output level

-1 = minimum settable value (-60 dB), 0 = not limit status,

MSD-62 series Command Guide

example Description Getting limit status of audio output level.

Remarks －

Getting Command @GAM

Setting Command @SAM, ch_1, mute_1 (, ch_2, mute_2･･･)

Parameter mute_1-8: Audio output mute

ch_1-8: Output channel

example Description Getting the set value of audio output mute.

Response

Response @GAM, mute_1, mute_2, mute_3, ･･･, mute_8

Response @SA M, c h_1, mute_1 (, ch_2, mute_2･･･)

Response

@GOL,1,1,1,1,0,0,0,0

OUT1 to OU T4 : maximum settable value

OUT5 to OUT8: not reach the limit value

0 = All outputs, 1 = OUT1 to 8 = OUT8

@GAM,1,1,1,1,0,0,0,0

example Description Muting OUT1 audio output. Remarks －

Response

@SAM,1,1

63

MSD-62 series Command Guide

@GAS / @SAS

Selecting audio input

Response

@GAS, select_1, select_2, select_3, select_4,

, select_8

Response

@SAS, ch_1, select_1 (, c h_2, select_2

)

Parameter

select_1-8: Audio input selec tion

2 = analog audio 2

ch_1-8: Input channel

example

Response

@GAS,1,0,0,0,0,0,0,0

example

Response

@SAS,3,0

Description

Setting IN3 audio input to digital audio.

Remarks

Getting Command @GAS

Setting Command @SAS, ch_1, select_1 (, c h_2, select_2･･･)

･･･

0 = Digital audio [Default], 1 = analog audi o 1,

0 = All d igita l input s, 1 = IN1 to 8 = IN8

Getting

Description Getting the set audio input selecti on.

Setting

Command

@GAS

IN1: analog audio IN1

Other input channels: digital audio

@SAS,3,0

･･･

－

64

@GSO / @SSO

Aduio input level

Response

@GSO, level_1, level_2, level_3, level_4,

, level_8

Response

@SSO, ch_1, level_1 (, ch_2, level_2

)

Parameter

level_1-8: Audio input level

0 = All inputs, 1 = IN1 to 8 = IN8

Getting

Command

@GSO IN5: -4 dB, other input channels: ±0 dB

example

Response

@SSO,5,-8

Description

Setting IN5 audio input level to -8 dB .

Remarks

@SIL

Relative value of audio inpu t level

Response

@SIL, ch_1, updown_1 (, ch_2, updown_2

)

exceeds the limit value (-60 to +0), the limit value will be appli ed.

Setting

Command

@SIL,1,-1

@GIL

Limit status of audio input level

example

Response

@GIL,1,0,0,0,0,0,0,0

Getting Command @GSO

Setting Command @SSO, ch_1, level_1 (, ch_2, level_2･･･)

･･･

-60 to 0 [Default] 0

ch_1-8: Input c hannel

MSD-62 series Command Guide

･･･

example

Response

@GSO,0,0,0,0,-4,0,0,0 Description Getting audio input level.

Setting

Command

@SSO,5,-8

－

Setting Command @SIL, ch_1, updown_1 (, ch_2, updown_2･･･)

･･･

Parameter ch_1-8: I nput channel

0 = All inputs, 1 = IN1 to 8 = IN8

updown_1-8: Setting relative value

-60 to 60

The specified value is added to the current audio input level. If the total value

example

Response

@SIL,1,-1 Description Lowering IN1 audio input level (1 dB). Remarks －

Getting Command @GIL

Response @GIL, in_1, in_2, in_3, in_4, ･･･, in_8

Parameter in_1-8: Limit status

-1 = minimum settable v alue (-60 dB), 0 = not limi t stat us, 1 = maximum settable value (±0 dB)

Getting

Command

@GIL

Description Getting the set limit status of audio input level.

IN1: maximum settable value Other input channels: not limit value

Remarks －

65

MSD-62 series Command Guide

@GLO / @SLO

Output lip sync

Response

@GLO, frame_1, frame_2, frame_3,

, frame_8

Response

@SLO, ch_1, frame_1 (, c h_2, f r am e_2

)

Parameter

frame_1-8: Output lip sync

0 = All outputs, 1 = OUT1 to 8 = OUT8

Getting

Command

@GLO OUT1 to OUT4: 0 frame, OUT5 to OUT8: 2 frames

example

Response

@SLO,1,2

Description

Setting the OUT1 lip sync to 2 frames.

Remarks

@GLY / @SLY

Input lip sync

Response

@GLY, frame_1, frame_2, frame_3, frame_4,

, frame_8

Response

@SLY, ch_1, frame_1 (, ch_2, frame_2

)

Parameter

frame_1-8: Input li p sync

0 = All inputs, 1 = IN1 to 8 = IN8

Getting

Command

@GLY IN4: 2 frames, other input channels: 0 frame

example

Response

@SLY,4,2

Remarks

Getting Command @GLO

･･･

Setting Command @SLO, ch_1, frame_1 (, c h_2, f r am e_2･･･)

･･･

0 to 8 [Default] 0

ch_1-8: Output channel

example

Response

@GLO,0,0,0,0,2,2,2,2

Description Getting the set lip sync of the output side.

Setting

Command

@SLO,1,2

－

Getting Command @GLY

Setting Command @SLY, ch_1, frame_1 (, ch_2, frame_2･･･)

･･･

0 to 8 [Default] 0

ch_1-8: Input c hannel

example

Response

@GLY,0,0,0,2,0,0,0,0

Description Getting the set lip sync of input side.

･･･

Setting

Command

@SLY,4,2

Description Setti ng the IN4 lip sync to 2 frames.

－

66

MSD-62 series Command Guide

@GSF / @SSF

Sampling frequen cy

Response

@GSF, frequency_1, frequency_2, frequency_3,

, frequency_8

Response

@SSF, ch_1, frequency_1 (, ch_2, frequency_2

)

Parameter

frequency_1-8: Sampling frequency

0 = All outputs, 1 = OUT1 to 8 = OUT8

Description

Getting sampling frequency settings.

example

Response

@SSF,1,3

Description

Setting OUT1 sampling frequency to 48 kHz.

Remarks

@GFD

Actual sampling frequency

Response

@GFD, frequency_1, frequency_2, frequency_3,

, frequency_8

Parameter

frequency_1-8: Sampling frequency

4 = 88.2 kHz, 5 = 96 kHz, 6 = 192 kHz

Getting

Command

@GFD OUT1 to OUT4: 96 kHz, OUT5 to OUT8: 48 kHz

Remarks

“@GSF / @SSF Sampling frequency” is set to “AUTO”, the sampli ng frequenc y

Getting Command @GSF

･･･

Setting Command @SSF, ch_1, frequency_1 (, ch_2, frequency_2･･･)

･･･

0 = AUTO [Default], 1 = 32 kHz, 2 = 44.1 kHz, 3 = 48 kHz, 4 = 88.2 kHz, 5 = 96 kHz, 6 =192 kHz

ch_1-8: Output channel

Getting example

Command Response

@GSF @GSF,0,0,0,0,2,2,2,2

OUT1 to OUT4: AUTO, OUT5 to OUT8: 32 kHz

Setting

Command

@SSF,1,3

－

Getting Command @GFD

1 = 32 kHz, 2 = 44.1 kHz, 3 = 48 kHz,

example

Response

@GFD,5,5,5,5,3,3,3,3

Description Getting the actual sampling frequency.

･･･

that is output actually is returned. If it is set to value ot her than “ A UTO ”, the set sampling frequency is returned.

67

MSD-62 series Command Guide

@GCS / @SCS

Analog audio output

Response

@GCS, channel

Response

@SCS, channel

Parameter

channel: Output channel

example

Response

@GCS,2

Description

Getting the analog audio output setting.

example

Response

@SCS,1

Remarks

@GMD / @SMD

Multi channel audio output

Getting Command

@GMD

Response

@GMD, out_1, out_2, out_3,

, out_8

Setting Command

@SMD, ch_1, out_1 (, ch_2, out_2

)

Response

@SMD, ch_1, out_1 (, ch_2, out_2

)

Parameter

out_1-8: Multi channel audi o output

8 = DOWN MIX [Default]

ch_1-8: Output channel

example

Response

@GMD,4,4,4,4,8,8,8,8

example

Response

@SMD,1,8

Description

Setting OUT1 to output downmixed audio.

Remarks

Getting Command @GCS

Setting Command @SCS, channel

1 = OUT1 [Default] to 8 = OUT8

Getting

Command

@GCS

Distributing audio from the OUT2.

Setting

Command

@SCS,1

Description Setting the analog audio output t o OUT 1.

－

･･･

･･････

0 = CH1 / CH2 STEREO, 1 = CH3 / CH4 STEREO, 2 = CH5 / CH6 STEREO, 3 = CH7 / CH8 STEREO, 4 = CH1 / CH2 MONO, 5 = CH3 / CH4 MONO, 6 = CH5 / CH6 MONO, 7 = CH7 / CH8 MONO,

0 = All outputs, 1 = OUT1 to 8 = OUT8

Getting

Command

@GMD

Description Getting the multi channel audio out put’s setting.

OUT1 to OUT4: Outputs monaural audio of CH1 / CH2 OUT5 to OUT8: Outputs downmixed audio.

Setting

Command

@SMD,1,8

－

68

@GAT / @SAT

Test tone

Response

@GAT, tone_1, speaker_1, tone_2, speaker_2, tone_3, speaker_3,

, tone_8,

Command

@SAT, ch_1, tone_1, speaker_1 ( , ch_2, tone_2, speaker_2

)

0 = OFF [Default], 1 = 1 kHz, 2 = 400 Hz

speaker_1-8: Speaker

0 = All outputs, 1 = OUT1 to 8 = OUT8

Getting

Command

@GAT

Setting

Command

@SAT,1,1,0

Getting Command @GAT

speaker_8

Setting

Response @SAT, ch_1, tone_1, speaker_1 (, ch_2, tone_2, speaker_2･･･)

Parameter tone_1-8: Test tone

0 = 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_1-8: Output channel

MSD-62 series Command Guide

･･･

example Description Get ting the set test tone output.

example Description Setting OUT1 to output test tone (1k Hz) to all speakers. Remarks －

Response

@GAT,2,1,2,1,2,1,2,1,0,0,0,0,0,0,0,0

OUT1 to OUT4: Outputs test tone (400 Hz) to FRONT L/R. OUT5 to OUT8: Not output test tone.

@SAT,1,1,0

69

MSD-62 series Command Guide

@GED / @SED

EDID

Getting Command

@GED

Response

@GED, edid_1, edid_2, edid_3, edid_4,

, edid_8

Command

@SED, ch_1, edid_1 (, ch_2, edid_2

)

Response

@SED, ch_1, edid_1 (, ch_2, edid_2

)

ch_1-8: Input channel

example

Response

@GED,0,0,0,3,0,0,0,0

Description

Getting the set EDID.

other inputs: built-in EDID

Description

Setting IN2: EDID that is read from the sink device connected to OUT 3.

Remarks

These commands are only for digital input.

Signal selection

Copying EDID” in advance.

3.3.11 EDID

Setting

Parameter edid_1-8: EDID

0 = Built-in EDID [Default], 1 = OUT1 MONITOR, 2 = OUT2 MONITOR, 3 = OUT3 MONITOR, 4 = OUT4 MONITOR, 5 = OUT5 MONITOR, 6 = OUT6 MONITOR, 7 = OUT7 MONITOR, 8 = OUT8 MONITOR, 101 to 108 = COPY DATA 1 to COPY DATA 8

･････････

0 = All d igita l input s, 1 = IN1 to 8 = IN8

Getting

Setting example

Command

Command Response

@GED

IN4: EDID of the sink devic e that is connected to OUT3,

@SED,2,3 @SED,2,3

IN7 and IN8: If “0” (Analog signal) is selected for “@GIN / @SIN of DVI input connector”, “-1” is acquired and the setting cannot be valid. In order to use a copied data, read EDI D data f r om the sink device in “@RME

70

@GVF / @SVF

Input resolution for PC

Response

@GVF, resolution_1, resolution_2, resolution_3, resolution_4,

, resolution_8

Command

@SVF, ch_1, resoluti on_1 ( , ch_2, resolution_2

)

[Default] IN1 to IN8: 1080p(1920x1080)

ch_1-8: Input channel

example

Response

@GVF,6,6,9,6,6,6,6,6

IN3: SXGA+(1400x1050), other input channels: SXGA(1280x1024)

Getting Command @GVF

Setting

Response @SVF, ch_1, resolution_1 ( , ch_2, resolution_2･･･)

Parameter resolution_1-8: Input resolution for PC

0 = SVGA(800x600), 1 = XGA(1024x768), 2 = 720p(1280x720) , 3 = WXGA(1280x768), 4 = WXGA(1280x800), 5 = Quad-VGA(1280x960), 6 = SXGA(1280x1024), 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(2560x1440), 19 = WQXGA(2560x1600), 40 = 2160p@30(3840x2160)

MSD-62 series Command Guide

･･･

0 = All inputs, 1 = IN1 to 8 = IN8

Getting

Description Getting the set input resolution for PC.

Setting example Description S etting EDID of all input channels to UXGA (1600x1200). Remarks －

Command

Command Response

@GVF

@SVF,0,12 @SVF,0,12

71

MSD-62 series Command Guide

@GHF / @SHF

Input resolution for AV devices

Response

@GHF, resolution_1, resolution_2, resolution_3, resolution_4,

, resolution_8

Command

@SHF, ch_1, resolution_1 (, ch_2, resolution_2

)

Description

Getting the set input resol ution for AV devices. example

Response

@SHF,0,4

Description

Setting EDIDs of all input channels to 1080p.

Getting Command @GHF

Setting

Response @SHF, ch_1, resolution_1 (, ch_2, resoluti on_2･･･)

Parameter resolution_1-8: Input resolut ion for AV devices

0 = UNUSED, 1 = 480p, 2 = 720p, 3 = 1080i, 4 = 1080p, 5 = AUTO [Default], 6 = 2160@30, 9 = 4096x2160@30

ch_1-8: Input c hannel

0 = All d igita l input s, 1 = IN1 to 8 = IN8 Getting example

Setting

Command Response

Command

@GHF @GHF,5,5,5,4,5,5,5,5

IN4: 1080p, other inputs: AUTO @SHF,0,4

･･･

Remarks These commands are only for digital input.

IN7 and IN8 are available only when “1” (Di gital signal) is selected for “@GIN / @SIN Signal selection of DVI input connector”. If “0” (Analog signal) is selected, “-1” is returned.

72

@GDI / @SDI

Deep Color input

Response

@GDI, color_1, color_2, color_3, color_4,

, color_8

Response

@SDI, ch_1, color _1 (, ch_2, c olor _2

)

Parameter

color_1-8: Color depth

0 = All d igita l input s, 1 = IN1 to 8 = IN8

Getting

Command

@GDI Other input channels: 30-BIT COLOR

Setting

Command

@SDI,4,0 selected, “-1” is returned.

Getting Command @GDI

Setting Command @SDI, ch_1, color _1 (, ch_2, c olor _2･･･)

･･･

0 = 24-BIT COLOR [Default], 1 = 30-BIT COLOR

ch_1-8: Input c hannel

MSD-62 series Command Guide

･･･

example Description Getting the set color depth.

example Description Setti ng the set IN4 color depth to 24-BIT COLOR. Remarks These commands are only for digital input.

Response

@GDI,1,1,1,0,1,1,1,1

IN4: 24-BIT COLOR,

@SDI,4,0

IN7 and IN8 are available only when “1” (Digital si gnal) is selected for “@GIN /

@SIN Signal selection of DVI input connector

”. If “0” (Analog signal) is

73

MSD-62 series Command Guide

@GAF / @SAF

Audio form a t

Response

@GAF, ch, format_1, frequency_1 (, format_2, frequency_2

)

Response

@SAF, ch, format_1, frequency_1 (, format_2, frequency_2

)

Parameter

ch: Input channel

DTS

Output disabled / 32 / 44.1 / 48 / 96

Dolby TrueHD

Output disabled / 44.1 / 48 / 88.2 / 96 / 176.4 / 192

sampling frequency.

Getting

Command

@GAF,1 Up to 192 kHz of PCM.

example

Response

@SAF,2,4,3

selected, “-1” is returned.

Getting Command @ GAF, ch

･･･

Setting Command @SAF, ch, format_1, frequency_1 (, format_2, frequency_2･･･)

･･･

0 = All d igita l input s (for setting only), 1 = IN1 to 8 = IN8

format_1-8: Audio format

0 = PCM, 1 = Dol by Digital, 2 = AAC, 3 = Dolby Digital+, 4 = DTS, 5 = DTS-HD, 6 = Dolby TrueHD [Default] only PCM can be output

frequency_1-8: M aximum sampling frequency

0 = Not output, 1 = 32 kHz, 2 = 44.1 kHz, 3 = 48 kHz, 4 = 88.2 kHz, 5 = 96 kHz, 6 = 176.4 kHz, 7 = 192 kHz [Default] DTS-HD: 192 kHz, Dolby TrueHD: 96 kHz, other formats:48 kHz

Maximum settabl e sampling frequency depends on the audio f ormat.

Audio format Maximum sampling frequency ( k Hz) PCM 32 / 44.1 / 48 / 88.2 / 96 / 176.4 / 192 Dolby Digital Output disabled / 32 / 44.1 / 48

AAC Output disabled / 32 / 44.1 / 48 / 88.2 / 96 Dolby Digital+ Out put disabled / 32 / 44.1 / 48

DTS-HD Output disabled / 44. 1 / 4 8 / 88. 2 / 96 / 176.4 / 192

Getting commands: the set audio formats and maximum sampling frequency is returned. Setting commands: send the desi r ed audio formats and the maximum s ampling frequencies. O ther audio formats is set to “0” (Output disabled) for the maximum sampling frequency. You do not need to specify “0” parameter normally. PCM is always enabled, you can skip this menu unless you need to change the

example

Response

@GAF,1,0,7

Description Getting the set audio formats for IN1.

Setting

Command

@SAF,2,4,3

Description E nabling IN2 to output PCM and DTS up to 48 kHz (PCM’s sampling frequency is

not changed).

Remarks These commands are only for digital input.

IN7 and IN8 are available only when “1” (Di gital signal) is selected for “@GIN /

@SIN Signal selection of DVI input connector

”. If “0” (Analog signal) is

74

@GSP / @SSP

The number of speakers

Response

@GSP, ch, number, speaker_1 (, speaker_2

)

Response

@SSP, ch, number (, speaker_1, speaker_2

)

Parameter

ch: Input channel

1 to 8 [Default] 2

speaker_1-8: Speaker configuration

0 1 2 3 4 5 6 7 8 9 10

1

Getting Command @GSP, ch

･･･

Setting Command @SSP, ch, number (, speaker_1, speaker_2･･･)

･･･

0 = All d igita l input s (for setting only), 1 = IN1 to 8 = IN8

number: The number of speakers

0 = Front Left / Right [Default], 1 = Low Frequency Effect, 2 = Front Center, 3 = Rear Left / Right, 4 = Rear Center, 5 = Front Left / Right Center, 6 = Rear Left / Right Center, 7 = Front Left / Right Wide, 8 = Front Left / Right Hi gh, 9 = Top Center,

10 = Front Center High

Getting commands: the num ber of speakers and whic h speakers will be used is returned. Setting commands: if you do not specify the speaker confi gur ation, the following configurati on will be applied depending on the set number of speakers.

number

speaker

MSD-62 series Command Guide

OFF OFF ON OFF OFF OFF OFF OFF OFF OFF OFF ON OFF OFF OFF OFF OFF OFF OFF OFF OFF OFF

2

ON ON OFF OFF OFF OFF OFF OFF OFF OFF OFF

3

ON ON ON OFF OFF OFF OFF OFF OFF OFF OFF

4

ON ON OFF ON OFF OFF OFF OFF OFF OFF OFF

5

ON ON ON ON OFF OFF OFF OFF OFF OFF OFF

6

ON ON ON ON ON OFF OFF OFF OFF OFF OFF

7

ON ON ON ON OFF OFF ON OFF OFF OFF OFF

8

For speaker confi gur ations: the number and total number of speakers (speaker_1-8) do not match, the number is set automatically based on the setting of speaker_1-8. In case the number exceeds the settable range, an error is retur ned.

75

MSD-62 series Command Guide

@GSP / @SSP

The number of speakers (cont’d)

example

Response

@GSP,1,6,0,1,2,3

example

Response

@SSP,2,8

Description

Setting IN2 speaker configuration to Front Left / Right , Low Frequency Ef fect,

Completed normally .

Setting

Command

@SSP,3,8,0,3,5,6,7

Description

Setting IN3 speaker configuration to Front Left / Right , Rear Left / Right , F r ont

selected, “-1” is returned.

@RME

Copying EDID

Setting Command

@RME, out, number, nam e

Response

@RME, out, number, nam e

Parameter

out: Connector to be loaded

1 to 8

changing current ly saved name.

Setting

Command

@RME,1,1 DATA 1.

Setting

Command

@RME,3,4,800x600 and saving it in COPY DATA 4.

@GED / @SED EDID

Getting

Command

@GSP,1

Description Get ting the IN1 speaker configur ation.

Six speakers (Front Left / Right, Low Frequency Eff ect, Front Center, Rear Left / Right) are used.

Setting

Command

@SSP,2,8

Front Center, Rear Left / Right , Rear Left / Right Center (eight speakers).

example

Response

@ERR,1

Left / Right Center, Rear Left / Right Center, Front Left / Right Wi de. The number of speakers is 10 which exceeds the settable value, and it causes the error.

Remarks These commands are only for digital input.

IN6 and IN7 are available only when “1” (Digital signal) is selected for “@GIN /

@SIN Signal selection of DVI input connector

”. If “0” (Analog signal) is

1 = OUT1 to 8 = OUT8

number: Destinati on COPY DATA number

Up to 10 characters using 20 t o 7D from ASCII codes.

You can skip this setti ng. I n this case, only EDID settings are saved without

example

Response

@RME,1,1

Description Loading EDID dat a of t he sink devic e c onnec ted to OUT1 and saving it in COPY

example

Response

@RME,3,4,800x600

Description Loading EDID dat a of t he sink devic e c onnec ted to OUT3, naming it “800x600”

Remarks

76

3.3.12 RS-232C communication

@GCT / @SCT

RS-232C communication

Getting Command

@GCT

Response

@GCT, setting_1, setting_2, setting_3

Command

@SCT, port, setting

Response

@SCT, port, setting

[Table 3.1]

2 = IN5 to IN6 3 = OUT1 to OUT8

Getting

Command

@GCT

example

Response

@SCT,1,24

Description

Setting RS-232C as foll ows: baud rate = 19200 [bps], data bit length = 8 [bit], parity check = NONE, stop bi t = 1 [bit] .

Remarks

If IP address or RS-232C comm unic ation setting is changed, the comm unic ation

Setting

Parameter setting : Communic ation setting

setting_1 : Communication setting of RS-232C connector setting_2 : Communication setting of HDBaseT input connector I N5 and IN6 setting_3 : Communication setting of HDBaseT output connector OUT1 to OUT8

・Baud rate (4800, 9600, 19200, 38400 [bps] [Default] 9600) ・Data length (8, 7 [bit] [Default] 8) ・Parity check (NONE, EVEN, O DD [Default] NONE) ・Stop bit (1, 2 [bit] [Default] 1)

For setting val ues, see the

port: RS -232C c hannel

0 = All channels, 1 = RS-232C connector,

MSD-62 series Command Guide

.

example

Response

@GCT,24,24,24

Description Getting communication settings of RS-232Cs.

All baud rates = 19200 [bps], data bit length = 8 [bit], parit y check = NONE, stop bit =1 [bit]

Setting

Command

@SCT,1,24

may be disabled. Change the environmental setti ngs based on the MSD settings.

[Table 3.1] Parameter of RS-232C communi cat io n setting s

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 9600 8 NONE 2 25 19200 8 NONE 2 37 38400 8 NONE 2 2 4800 8 ODD 1 14 9600 8 ODD 1 26 19200 8 ODD 1 38 38400 8 ODD 1 3 4800 8 ODD 2 15 9600 8 ODD 2 27 19200 8 ODD 2 39 38400 8 ODD 2 4 4800 8 EVEN 1 16 9600 8 EVEN 1 28 19200 8 EVEN 1 40 38400 8 EVEN 1 5 4800 8 EVEN 2 17 9600 8 EVEN 2 29 19200 8 EVEN 2 41 38400 8 EVEN 2 6 4800 7 NONE 1 18 9600 7 NONE 1 30 19200 7 NONE 1 42 38400 7 NONE 1 7 4800 7 NONE 2 19 9600 7 NONE 2 31 19200 7 NONE 2 43 38400 7 NONE 2 8 4800 7 ODD 1 20 9600 7 ODD 1 32 19200 7 ODD 1 44 38400 7 ODD 1

9 4800 7 ODD 2 21 9600 7 ODD 2 33 19200 7 ODD 2 45 38400 7 ODD 2 10 4800 7 EVEN 1 22 9600 7 EVEN 1 34 19200 7 EVEN 1 46 38400 7 EVEN 1 11 4800 7 EVEN 2 23 9600 7 EVEN 2 35 19200 7 EVEN 2 47 38400 7 EVEN 2

77

MSD-62 series Command Guide

@GCF / @SCF

RS-232C communication mode

Response

@GCF, mode_1, …, mode_11

Response

@SCF, port, mode

Parameter

mode: Operation mode

0 = RECEIVER mode [Default], 1 = TRANSMITTER mode

Description

Getting the set operation mode

example

Response

@SCF,1,1

Description

Setting RS-232C connector to TRANSMITTER mode.

Remarks

These commands are only for RS-232C.

may be disabled. Change the environmental settings based on the MSD settings.

Getting Command @GCF

Setting Command @SCF, port, mode

mode_1: Operation mode of RS-232C connector mode_2: Operation mode of HDBaseT input connector IN5 mode_3: Operation mode of HDBaseT input connector IN6 mode_4 to mode_11:Operation mode of HDBaseT output connector OUT1 to

port: RS -232C c hannel

0 = All channels, 1 = RS-232C connector, 2 = IN5, 3 = IN6, 4 = OUT1, 5 = OUT2, 6 = OUT3, 7 = OUT4, 8 = OUT5, 9 = OUT6,

10 = OUT7, 11 = OUT8 Getting example

Command Response

@GCF @GCF,1,1,1,1,1,1,1,1,1,1,1

OUT8

TRANSMITTER mode

Setting

Command

@SCF,1,1

If IP address or RS-232C comm unic ation setting is changed, the comm unic ation

78

MSD-62 series Command Guide

@GCI / @SCI

RS-232C transmission

Response

@GCI, mode

Response

@SCI, mode

Parameter

mode: RS-232C transmission mode

Response

@GCI,0

Description

Getting the set RS-232C transmission mode.

example

Response

@SCI,1

the RS-232C transmission sett ing to OFF can be accepted.

Getting Command @GCI

Setting Command @SCI, mode

0 = RS-232C transmission mode OFF, 1 = RS-232C transmission mode ON Getting example

Setting

Description Setti ng the RS-232C transmission mode to ON. Remarks Once RS-232C transmission mode is set to ON, the RS-232C connector cannot

Command

@GCI

Setting the RS-232C transmission mode to OFF.

@SCI,1

be used for communication command control from PC to the MSD or for cont r ol

command output from the MS D to external devices. Only the command that sets

79

MSD-62 series Command Guide

@GCQ / @SCQ

RS-232C HDBaseT sending channel

Response

@GCQ, ch_1 (,ch_2,…,ch_10)

Response

@SCQ, ch_1 (,ch_2,…)

Parameter

ch_1-10: RS-232C HDBaseT sending channel

105 = IN5B to 106 = IN6B

Getting

Command

@GCQ Setting the OUT1B to OUT4B to RS-232C HDBaseT sending channel .

example

Response

@SCQ,1,8

Description

Setting the OUT1B and OUT8B to RS-232C HDBaseT sending channel.

Remarks

@GCR / @SCR

RS-232C HDBaseT receiving channel

Command

@SCR, channel

105 = IN5B to 106 = IN6B

Getting

Command

@GCR Setting the OUT4B to RS-232C HDBaseT receiving channel setting.

Remarks

Only one channel can be set for receiving channel.

Getting Command @GCQ

Setting Command @SCQ, ch_1 (,ch_2,…)

0 = All OUTB channels, 1 = OUT1B to 8 = OUT8B,

example Description Getting the set RS-232C HDBaseT sending channel.

Setting

Getting Command @GCR

Setting

Parameter channel: RS-232C HDBaseT receiving channel

example Description Getting the set RS-232C HDBaseT receiving channel setting.

Response

Command

Response @GCR, channel

Response @SCR, channel

Response

@GCQ,1,2,3,4

@SCQ,1,8

－

1 = OUT1B to 8 = OUT8B,

@GCR,4

Setting example Description Setting the OUT1B to RS-232C HDBaseT receiving c hannel setting.

80

Command Response

@SCR,1

MSD-62 series Command Guide

@GIP / @SIP

IP address

Getting Command

@GIP

Response

@GIP, unit_1, unit _2, unit_3, unit_4

Command

@SIP, unit_1, unit_2, unit_3, unit_4

Response

@SIP, unit_1, unit_2, unit_3, unit_4

0 to 255 = 8 bit (Decimal notati on) [Default]192.168.1.199

IP address: 192.168.3.2

Setting

Command

@SIP,192,168,3,2 may be disabled. Change the environmental settings based on the MSD settings.

3.3.13 LAN communication

Setting

Parameter unit_1 : Upper bit of the IP addr ess to unit to unit_4 : lower bit of the IP address

Getting example Description Getting the IP address of the MSD.

example Description Setti ng IP address to 192.168.3.2. Remarks If IP address or RS-232C comm unic ation setting is changed, the comm unic ation

Command Response

Response

@GIP

@GIP,192,168,3,2

@SIP,192,168,3,2

81

MSD-62 series Command Guide

@GSB / @SSB

Subnet mask

Response

@GSB, unit_1, unit_2, unit_3, unit_4

Response

@SSB, unit_1, unit_2, unit_3, unit_4

Parameter

unit_1 : Upper bit of the subnet mask to unit_4: lower bit of the subnet mask

example

Response

@GSB,255,255,192,0

Description

Getting the set subnet m ask of the MS D.

example

Response

@SSB,255,255,192,0

may be disabled. Change the environmental settings based on the MSD settings.

@GGW / @SGW

Gateway address

Command

@SGW, unit_1, unit _2, unit _3, unit_4

0 to 255 = 8 bit (Decimal notation) [Default]192.168.1.200

Getting

Command

@GGW Gateway address: 192.168.1.254

Remarks

If IP address or RS-232C comm unic ation setting is changed, the comm unic ation

Getting Command @GSB

Setting Command @SSB, unit_1, unit_2, unit_3, unit_4

0 to 255 = 8 bit (Decimal notati on) [Default] 255.255.255.0

Getting

Setting

Description Setti ng subnet mask to 255.255.192.0 ( = 18 bit). Remarks If IP address or RS-232C comm unic ation setting is changed, the comm unic ation

Command

@GSB

Subnet mask: 255.255.192.0 ( = 18 bit)

@SSB,255,255,192,0

Getting Command @GGW

Response @GGW, unit_1, unit_2, unit_3, unit_4

Setting

Response @SGW , unit _1, unit_2, unit_3, unit_4

Parameter unit_1: Upper bit of the gateway address to unit_4: l ower bi t of the gat eway

address

example Description Getting the set gateway address.

Setting example Description Setti ng gateway address to 192.168.1.254.

Response

Command Response

@GGW,192,168,1,254

@SGW,192,168,1,254

may be disabled. Change the environmental setti ngs based on the MSD settings.

82

MSD-62 series Command Guide

@GLF / @SLF

LAN communication mode

Response

@GLF, connection, mode (, ip_1, ip_2, ip_3, ip_4, pjlink, tcp, password)

Response

@SLF, connection, mode ( , ip_1, ip_2, ip_3, ip_4, pjlink, tcp, password)

Parameter

connection: Connec tion number

0 = RECEIVER mode [Default], 1 = TRANSMITTER mode

ip_1: Upper bit of the destination IP address to ip_4: lower bit of the destination IP pjlink: PJLink protocol connection

Available only if t he mode is TRANSMITTER.

tcp: Destination port number

If “pjlink” is set to “1” (PJLink used), “tc p” is “4352” fixed.

authentication for PJLink protocol connection.

example

Response

@SLF,3,1,192,168,1,2,1

may be disabled. Change the environmental settings based on the MSD settings.

Getting Command @GLF, connect ion

Setting Command @S LF, c onnec tion, mode (, ip_1, ip_2, ip_3, ip_4, pjlink, tcp, password)

1 = connection 1 to 8 = connecti on8

mode: Operation mode

address

0 to 255 = 8 bit (Decimal notation) [Default] 192.168.1.198

Available only if t he mode is TRANSMITTER.

0 = PJLink not used [Default], 1 = PJLink used

1 to 65535 [Default] 1100 Available only if t he mode is TRANSMITTER and “pjlink” is set to “0” (PJLink not used).

password: Password of PJLink protocol

Up to 32 characters of the following ASCII codes: 20, 30 to 39, 41 to 5A, 61 to 7A (alphanumeric characters). [Default] All: 20 (space) Replied/S et only if t he mode is “1” (TRANSMITTER) and pjlink is “0” (PJLink

not used). Getting commands: replied only if the password is set. Setting commands: y ou c an skip this password setting if you disable password authentication for PJLink protocol connection. Available only if t he mode is TRANSMITTER and “pjlink” is set to “0” (PJLink not used). Getting commands: ret ur ned only if the password is set. Setting commands: you can skip this password setting if you do not use password

Getting example Description Get ting mode settings of connection 3.

Setting

Command Response

Command

@GLF,3 @GLF,3,1,192,168,1,2,1,PROJECTOR1

Mode = TRANSMITTER mode, destination IP address = 192.168. 1.2, PJLink = to be used, password = “P ROJE CTO R1” @SLF,3,1,192,168,1,2,1

Description Setting connection 3 as follows:

Mode = TRANSMITTER mode, destination IP address = 192.168. 1.2, PJLink = to be used, password = disabling password authentication.

Remarks If IP address or RS-232C communicati on setting is changed, the communication

83

MSD-62 series Command Guide

@GLP / @SLP

TCP port num be r

Response

@GLP, port_1, port_2, port_3, port_4, port_5, port_6, port_7, port_8

Response

@SLP, connection_1, por t_1 (, connection_2, por t_2

)

Parameter

connection_1-8: Connec tion number

example

Response

@GLP,1100,1100,1100,23,23,23,80,80

Connection 1 to 3: 1100, Connec tion 4 to 6: 23, Connection 7 and 8: 80

Setting

Command

@SLP,8,6000 may be disabled. Change the environmental settings based on the MSD settings.

@GMC

MAC address

Response

@GMC, unit_1, unit_2, unit_3, unit_4, unit_5, unit_6

Parameter

unit_1: Upper bit of the MA C address to to uni t_6: lower bit of the MAC address

example

Response

@GMC,00,08,E5,5F,00,00

Remarks

Getting Command @GLP

Setting Command @S LP , connec tion_1, port_1 (, connection_2, port_2･･･)

･･･

0 = All connections, 1 = Connection 1 to 8 = Connection 8

port_1-8: TCP port number

23, 80, 1100, 5000 to 5999, 6000 to 6999 [Default]

Connection 1 to 3 = 1100, Connecti on 4 to 6 = 23, Connection 7 to 8 = 80

Getting

Description Get ting the set TCP port number.

Command

@GLP

example Description Setting port number of connecti on 8 to “6000” . Remarks If IP address or RS-232C communicati on setting is changed, the communication

Getting Command @GMC

Getting

Description Getting the set MAC address.

Response

Command

@SLP,8,6000

00 to FF = 8 bit (in hexadecimal )

@GMC

MAC address: 00-08-E5-5F-00-00

－

84

3.3.14 Control commands

@EXC

Executing control commands

Setting

Command

@EXC, command_1 (, comm and_2

)

Response

@EXC, command_1 (, comm and_2

)

example

Response

@EXC,1,2,3

example

Response

@EXC,6,RECV:POWER OFF

Description

Executing COMMAND 6.

returned. In this example, “POWER OFF” is received from the t ar get devic e.

Remarks

Since the result is ret ur ned aft er c ontrol command execution is complete,

@GDS / @SDS

Power but ton of sink device

0 = OFF, 1 = ON

0 = All outputs, 1 = OUT1 to 8 = OUT8

example

Response

@GDS,1,1,1,1,1,1,1,1

OUT1 and OUT8 powered ON

Setting

Command

@SDS,1,1 it sometimes may take a time for response.

･･････

Parameter command_1-5: Control command

1 = COMMAND 1 to 32 = COMMAND 32

Setting

Description Executing COMMAND 1→2→3 in order. Setting

Command

@EXC,1,2,3

@EXC,6

If a command to display received data is executed, the received result is

it sometimes may take a time for response.

MSD-62 series Command Guide

Getting Command @GDS

Response @GDS, onoff_1, onoff_2, onoff_3, …, onoff_8

Setting Command @S DS , ch_1, onoff_1 (, ch_2, onoff_2･･･)

Response @SDS, ch_1, onoff _1 ( , ch_2, onoff_2･･･)

Parameter onoff_1-8: Power button of si nk device

ch_1-8: Output channel

Getting

Description Get ting the power button status of sink dev ic e.

example Description Setting the power button of the sink dev ic e that is connected OUT1 to ON. Remarks Since the result is ret ur ned aft er c ontrol command execution is complete,

Command

Response

@GDS

@SDS,1,1

85

MSD-62 series Command Guide

@GEC / @SEC

Control command (Communi cat io n co mmand )

Response

@GEC, no, delay, port, m em o, lengt h, command, timeout, retry, interval, retryover, displ ay (, r ecv_1, recv_2

)

Response

@SEC, no, delay, port, mem o, lengt h, command, timeout, retr y , interval,

1 to 32

bit 7 6 5 4 3 2 1 0

1

bit

15

14

13

12

11

10 9 8

bit

23

22

21

20

19

18

17

16

0 to 30

command: Send comm and data

hexadecimal).

0 to 99

0 = 0 sec. to 99999 = 99.999 sec.

retryover: Processing at retry over

0 = communication comm and c ontrol

recv_1-32: Presence or absence of response command check

For set commands, the reply command number to be checked can be specified.

Getting Command @GEC, no

retryover, displ ay (, r ecv_1, recv_2･･･)

Setting Command @S E C, no, delay , port, memo, length, command, timeout, retry, interval,

･･･

retryover, displ ay (, r ecv_1, recv_2･･･)

Parameter no: Control command num ber

delay: Delay time

0 = 0 sec. to 999999 = 999.999 sec.

port: Output port

1 to 16713725

port

port OUT8B OUT7B OUT6B OUT5B OUT4B OUT3B OUT2B OUT1B

LAN

6

－

LAN 5 LAN 4 LAN 3 LAN 2 LAN

IN6B IN5B

－－

LOOP BACK

“1” is for the bit of the output port to send a command (Since bit 1, 11, 12, 15 are not used, they are al ways “0”). For ex am ple, if you want to send a command fr om RS-232C CH1, specify “1”. If sending a command from LAN 2, specify “8”.

memo:

Up to 14 characters of 20 to 7D except 2C (,).

length: Data size of send command (the number of bytes)

Specify length × 2 digits with 0 to 9, A to F, a to f: (4 bit per digit in

timeout: Time-out dur ation

0 = 0 sec. to 99999 = 99.999 sec.

retry: The number of retries

－

LAN

8

RS-232C

LAN

7

interval: Retry interval

0 = Stop processing, 1 = Continue pr oc essing

display: Displaying received data

1 to 32 For get commands, reply command numbers are separated from eac h other by a comma.

86

MSD-62 series Command Guide

Up to 32 commnads can be specified by separat ing them by a comma.

@GRC / @SRC Response command

@GEC / @SEC

Control command (Communi cat io n co mmand ) (cont’ d)

example

Response

@SEC,2,0,1024,IN1 SELECT,10,405353572C312C310D0A,0,0,0,1,0

Response command: Not check ed

If you send only parameter s of r eply c ommand number you want to chec k , the reply commands without sent parameter are automatically set to “not check”. Register reply commands i n “

”.

Getting example Description Get ting settings registered i n c ontrol c ommand 1.

Setting

Description Setting control command 2 as follows:

Remarks －

Command Response

Command

@GEC,1 @GEC,1,10,1,POWER,7,5057204F4E0D0A,1000,2,500,0,0,1,2

・Delay: 10 ms ・Output port: RS-232C connector ・Memo: POWER ・Data size: 7 bytes ・Command data: PW ON CR LF (ASCII codes) ・Timeout: 1000 ms ・Retry: 2 times ・Retry interval: 500 ms ・Retry over: Stop ・Received data: Not displ ay ed ・Response command: Check 1 and 2

@SEC,2,0,1024,IN1 SELECT,10,405353572C312C310D0A,0,0,0,1,0

・Delay: 0 ms ・Output port: LOOP BACK ・Memo: IN1 SELECT ・Data size: 10 bytes ・Command data: @SSW,1,1 CR LF (ASCII codes) ・Timeout: 0 ms ・Retry: 0 time ・Interval: 0 ms ・Retry over: Execute ・Received data: Not displ ay ed

・

87

MSD-62 series Command Guide

@GEC / @SEC

Control command (Di spl ayin g recei ved data)

Response

@GEC, no, delay, port, m em o, lengt h, command, timeout, retry, interval, retryover, displ ay , delimiter

Response

@SEC, no, delay, port, mem o, lengt h, command, timeout, retr y , interval,

1 to 32

bit 7 6 5 4 3 2 1 0

bit

15

14

13

12

11

10 9 8

bit

23

22

21

20

19

18

17

16

0 to 30

command: Command dat a

hexadecimal).

timeout: Time-out dur ation

0 to 99

0 = 0 sec. to 99999 = 99.999 sec.

retryover: Processing at retry over

1 = in ASCII codes, 2 = in hexadecimals

delimiter

100 = Not monitor

Getting Command @GEC, no

retryover, displ ay , delimiter

Setting Command @S E C, no, delay , port, memo, length, command, timeout, retry, interval,

retryover, displ ay , delimiter

Parameter no: Control command num ber

delay: Delay time

0 = 0 sec. to 999999 = 999.999 sec.

port: Output port

1 to 16738301

port

LAN 6 LAN

5

－

OUT8B OUT7B OUT6B OUT5B OUT4B OUT3B OUT2B OUT1B

IN6B IN5B

LAN

4

LAN

3

LAN

－－

2

“1” is for the output port to send a command (Since bit 1, 11, 12, 15 are not used, they are always “0”). For ex am ple, if you want to send a command to RS-232C, specify “1”. If sending a c ommand to LAN 2, specify “8”.

memo:

Up to 14 characters of 20 to 7D except 2C (,) from ASCII codes.

length: Command data si z e (the num ber of bit es)

Specify length × 2 digits wit h 0 to 9, A to F, a to f = 4 bit per digit (in

0 = 0 sec. to 99999 = 99.999 sec.

retry: The number of retires

LAN

1

LOOP

BACK

－

LAN

8

RS-232C

LAN

7

interval: Retry interval

0 = Stop processing, 1 = Continue pr oc essing

display: Displaying received data

2 digits of 0 to 9, A to F, a to f = 4 bit per digit (in hexadecimal) for monitoring delimiter

88

MSD-62 series Command Guide

@GEC / @SEC

Control command (Di spl ayin g recei ved data) (cont’d)

example

Response

@GEC,3,0,8,POWE R STATUS,9,47455420504F570D0A, 2000,2,200,0,1,0D

example

Response

@SEC,3,0,8,POWER STATUS ,9,47455420504F570D0A,2000,2,200,0,1,0D

Description

Setting contr ol c ommand 3 as follows:

Delimiter: 0D in hex (CR =ASCII c odes)

Remarks

Getting

Description Getting settings of control comm and 3.

Setting

Command

@GEC,3

・Delay time: 0 ms ・Output port: LAN2 ・Memo: POWER STATUS ・Data size: 9 bytes ・Command data: GET POW CR LF (ASCII codes) ・Timeout: 2000 ms ・Retry: 2 times ・Retry interval: 200 ms ・Retryover: Stop ・Received data: Displayed in ASCII codes ・Delimiter: 0D in hex (CR =ASCII c odes)

@SEC,3,0,8,POWER STATUS ,9,47455420504F570D0A,2000,2,200,0,1,0D

・Delay time: 0 ms ・Output port: LAN2 ・Memo: POWER STATUS ・Data size: 9 bytes ・Command data: GET POW CR LF (ASCII codes) ・Timeout: 2000 ms ・Retry: 2 times ・Retry interval: 200 ms ・Retryover: Stop ・Received data: Displayed in ASCII codes

・－

89

MSD-62 series Command Guide

@GEC / @SEC

Control command (contact closure)

Response

@GEC, no, delay, port, m em o, ccno_1, c c _1, pulse_1 (, ccno_2, cc_2, pulse_2

)

Response

@SEC, no, delay, port, mem o, cc no_1, cc_1, pulse_1 (, ccno_2, cc_2,

1 to 32

2048= For contact closure control

Up to 14 characters of 20 to 7D except 2C (,) from ASCII codes.

ccno_1-8: Contact closure number

0 = OFF, 1 = ON, 2 = Toggle, 3 = Not control

example

Response

@GEC,7,20,2048,S CRE E N UP,1,1,100

example

Response

@SEC,6,50,2048,PROJECTOR ON,1,0,200,2,1,0

Description

Setting Control c ommand number 6 as follows:

Remarks

Getting Command @GEC, no

pulse_2･･･)

Setting Command @SEC, no, delay, port, mem o, cc no_1, cc_1, pulse_1 (, ccno_2, cc_2,

･･･

pulse_2･･･)

Parameter no: Control command number

delay: Delay time

0 = 0 sec. to 999999 = 999.999 sec.

port: Contact closure control

memo:

ccno 1 2 3 4 5 6 7 8 9

Contact closure

CONTACT CLOSURE 1 CONTACT CLOSURE 2 CONTACT CLOSURE 3

CH1 CH2 CH3 CH1 CH2 CH3 CH1 CH2 CH3

cc_1-8: Contact closure control

pulse_1-8: pulse width

0 = Hold, 100 = 100 ms to 9990 = 9990 ms (by 10 ms)

Pulse width after the com pletion of contact closure.

Getting commands: onl y c ontact closure numbers to be controlled are replied.

Setting commands: specify only contact closure numbers to be controll ed. F or contact closure numbers that do not specify parameter, “Not check” is set.

Getting

Command

@GEC,7

Description Getting settings of c ontrol command 7.

・Delay time: 20ms ・Memo: SCREEN UP ・Contact closure1’s CH1: ON f or 100 m s ・Other outputs: not c ontrolled.

Setting

Command

@SEC,6,50,2048,PROJECTOR ON,1,0,200,2,1,0

・Delay time: 50 ms ・Memo: PROJECTOR ON ・CH1 of contact closure1 : ON for 200 ms ・CH2 of contact closure : ON ・Other contact closure : Not c ontrolled

－

90

MSD-62 series Command Guide

@GEC / @SEC

Control command (CEC)

Response

@GEC, no, delay, port, m em o, err or, c h_1, cec _1 ( , ch_2, cec _2

)

Response

@SEC, no, delay, port, mem o, err or , ch_1, cec_1 (, ch_2, cec_2

)

Parameter

no: Control command num ber

0 = 0 sec. to 999999 = 999.999 sec.

port: CEC

Up to 14 characters of 20 to 7D except 2C (,) from ASCII codes.

0 = Stop processing, 1 = Continue pr oc essing

0 = Not controlled, 1 = POWER OFF, 2 = POWER ON

Getting commands: the c ontrol output connector and contr ol command are

commands. For outputs that do not specif y par am eter, “Not check” is set.

Getting

Command

@GEC,7

Other outputs: not c ontrolled.

Getting Command @GEC, no

･･･

Setting Command @SEC, no, delay, port, memo, error, ch_1, c ec _1 (, ch_2, c ec _2･･･)

･･･

1 to 32

delay: Delay time

4096 = For CEC control

memo:

error: P r oc essing if no r esponse f r om si nk dev ic e.

ch_1-8: Output channel

1 = OUT1 to 8 = OUT8

cec_1-8: Control command

separated from eac h other by a comma. Setting commands: specify output connector to be controlled and control

example Description Getting settings of control command 7.

Setting example Description S etting control command 7 as follows:

Remarks －

Response

Command Response

@GEC,7,0,4096,DISPLAY1 ON,0,1,2

・Delay time: 0 ms ・Memo: DISPLAY1 ON ・Error: Stop ・OUT1 sink device: Turning on.

・

@SEC,7,0,4096,DISPLAY1 ON,0,1,2 @SEC,7,0,4096,DISPLAY1 ON,0,1,2

・Delay time:0 ms ・Memo: DISPLAY1 ON ・Error: Stop ・OUT1 sink device: Power ON. ・Other outputs: not c ontrolled.

91

MSD-62 series Command Guide

@GRC / @SRC

Response command

Response

@GRC, no, process, length, command, mask, memo

Response

@SRC, no, process, length, command, mask, memo

Parameter

no: Response command number

0 = Stop, 1 = Continue, 2 = Resending commands

length: Reply c ommand dat a si z e (byt es)

length × 2 digits with 0 t o 9, A to F, a to f = 4 bit per digit (in hexadecimal)

example

Response

@GRC,2,0,1,40,40,NG

Description

Getting settings of r eply command 2:

Memo: NG (no good)

Setting

Command

@SRC,1,1,9,52454356204F4B0D0A,FFFFFFFFFFFFFFFFFF,OK

Getting Command @GRC, no

Setting Command @SRC, no, process, length, command, mask, memo

1 to 32

process

0 to 30

command: Reply command dat a

mask: Mask data

memo:

Up to 14 characters of 20 to 7D except 2C (,) from ASCII codes.

Getting

Command

@GRC,2

・Processing: Stop ・Data size: 1 byte ・Command data: 40 (in hex) ・Mask data: 40 (checking the second bit from the top)

・

example Description Setting reply command 1 as follows:

Remarks －

Response

@SRC,1,1,9,52454356204F4B0D0A,FFFFFFFFFFFFFFFFFF,OK

・Processing: Conti nue ・Data size: 9 bytes ・Command data: RECV OK CR LF (ASCII) ・Mask data: ALL: FF (checki ng all bits) ・Memo: OK

92

@GCC / @SCC

Control command link

Response

@GCC, event, c_1 (, c_2, c_3

)

Response

@SCC, event, c_1 (, c_2, c_3

)

Parameter

event: Control c ommand execution conditi on

[Table 3.2]

@GEC / @SEC Control command (CEC)

example

Response

@GCC,19,5,2,1

Description

Getting cont r ol commands that will be executed when the MSD is powered on.

example

Response

@SCC,19,5,2,1

Remarks

Getting Command @GCC, event

･･･

Setting Command @SCC, event, c_1 (, c_2, c_3･･･)

･･･

MSD-62 series Command Guide

For settable v alues, see the

c_1-10: Send command

0 = Not link [Default], 1 to 32 = Control comm and 1 to 32 Control commands that ar e r egistered 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),

Getting

Setting

Description Ex ec uting in order of control command 5, 2, and 1 when the MSD is powered on.

Command

@GCC,19

Executing in or der of c ontrol c ommand 5, 2, and 1. @SCC,19,5,2,1

－

.

93

MSD-62 series Command Guide

7

8

9

10

11

12

13

14

15

16

25

27

28

29

30

31

32

33

34

35

36

[Table 3.2] Parameter of control command execution condition

event

1 COMMAND A-PLANE A 37 VIDEO:OUT1-IN1 73 VIDEO:OUT3-IN1 2 COMMAND A-PLANE B 38 VIDEO:OUT1-IN2 74 VIDEO:OUT3-IN2 3 COMMAND B-PLANE A 39 VIDEO:OUT1-IN3 75 VIDEO:OUT3-IN3 4 COMMAND B-PLANE B 40 VIDEO:OUT1-IN4 76 VIDEO:OUT3-IN4 5 COMMAND C-PLANE A 41 VIDEO:OUT1-IN5 77 VIDEO:OUT3-IN5

6

17 18 19 20 21 22 23 24

26

Execution condition

COMMAND C-PLANE B 42 VIDEO:OUT1-IN6 78 VIDEO:OUT3-IN6 COMMAND D-PLANE A 43 VIDEO:OUT1-IN7 79 VIDEO:OUT3-IN7 COMMAND D-PLANE B 44 VIDEO:OUT1-IN8 80 VIDEO:OUT3-IN8 COMMAND E-PLANE A 45 VIDEO:OUT1-OFF 81 VIDEO:OUT3-OFF COMMAND E-PLANE B 46 AUDIO:OUT1-IN1 82 AUDIO:OUT3-IN1 COMMAND F-PLANE A 47 AUDIO:OUT1-IN2 83 AUDIO:OUT3-IN2 COMMAND F-PLANE B 48 AUDIO:OUT1-IN3 84 AUDIO:OUT3-IN3 COMMAND G-PLANE A 49 AUDIO:OUT1-IN4 85 AUDIO:OUT3-IN4 COMMAND G-PLANE B 50 AUDIO:OUT1-IN5 86 AUDIO:OUT3-IN5 COMMAND H-PLANE A 51 AUDIO:OUT1-IN6 87 AUDIO:OUT3-IN6 COMMAND H-PLANE B 52 AUDIO:OUT1-IN7 88 AUDIO:OUT3-IN7 COMMAND I-PLANE A 53 AUDIO:OUT1-IN8 89 AUDIO:OUT3-IN8 COMMAND I-PLANE B 54 AUDIO:OUT1-OFF 90 AUDIO:OUT3-OFF POWER ON 55 VIDEO:OUT2-IN1 91 VIDEO:OUT4-IN1 POWER OFF 56 VIDEO:OUT2-IN2 92 VIDEO:OUT4-IN2 DISPLAY1 POWER ON 57 VIDEO:OUT2-IN3 93 VIDEO:OUT4-IN3 DISPLAY1 POWER OFF 58 VIDEO:OUT2-IN4 94 VIDEO:OUT4-IN4 DISPLAY2 POWER ON 59 VIDEO:OUT2-IN5 95 VIDEO:OUT4-IN5 DISPLAY2 POWER OFF 60 VIDEO:OUT2-IN6 96 VIDEO:OUT4-IN6 DISPLAY3 POWER ON 61 VIDEO:OUT2-IN7 97 VIDEO:OUT4-IN7 DISPLAY3 POWER OFF 62 VIDEO:OUT2-IN8 98 VIDEO:OUT4-IN8 DISPLAY4 POWER ON 63 VIDEO:OUT2-OFF 99 VIDEO:OUT4-OFF DISPLAY4 POWER OFF 64 AUDIO:OUT2-IN1 100 AUDIO:OUT4-IN1 DISPLAY5 POWER ON 65 AUDIO:OUT2-IN2 101 AUDIO:OUT4-IN2 DISPLAY5 POWER OFF 66 AUDIO:OUT2-IN3 102 AUDIO:OUT4-IN3 DISPLAY6 POWER ON 67 AUDIO:OUT2-IN4 103 AUDIO:OUT4-IN4 DISPLAY6 POWER OFF 68 AUDIO:OUT2-IN5 104 AUDIO:OUT4-IN5 DISPLAY7 POWER ON 69 AUDIO:OUT2-IN6 105 AUDIO:OUT4-IN6 DISPLAY7 POWER OFF 70 AUDIO:OUT2-IN7 106 AUDIO:OUT4-IN7 DISPLAY8 POWER ON 71 AUDIO:OUT2-IN8 107 AUDIO:OUT4-IN8 DISPLAY8 POWER OFF 72 AUDIO:OUT2-OFF 108 AUDIO:OUT4-OFF

event

Execution condition

event Execution condition

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MSD-62 series Command Guide

114

115

116

117

118

120

130

132

133

134

135

136

137

138

140

[Table 3.3] Parameter of control command execution condition (cont’d)

event

109 VIDEO:OUT5-IN1 145 VIDEO:OUT7-IN1 110 VIDEO:OUT5-IN2 146 VIDEO:OUT7-IN2 111 VIDEO:OUT5-IN3 147 VIDEO:OUT7-IN3 112 VIDEO:OUT5-IN4 148 VIDEO:OUT7-IN4 113 VIDEO:OUT5-IN5 149 VIDEO:OUT7-IN5

119

121 122 123 124 125 126 127 128 129

131

139

141 142 143 144

Execution condition

VIDEO:OUT5-IN6 150 VIDEO:OUT7-IN6 VIDEO:OUT5-IN7 151 VIDEO:OUT7-IN7 VIDEO:OUT5-IN8 152 VIDEO:OUT7-IN8 VIDEO:OUT5-OFF 153 VIDEO:OUT7-OFF AUDIO:OUT5-IN1 154 AUDIO:OUT7-IN1 AUDIO:OUT5-IN2 155 AUDIO:OUT7-IN2 AUDIO:OUT5-IN3 156 AUDIO:OUT7-IN3 AUDIO:OUT5-IN4 157 AUDIO:OUT7-IN4 AUDIO:OUT5-IN5 158 AUDIO:OUT7-IN5 AUDIO:OUT5-IN6 159 AUDIO:OUT7-IN6 AUDIO:OUT5-IN7 160 AUDIO:OUT7-IN7 AUDIO:OUT5-IN8 161 AUDIO:OUT7-IN8 AUDIO:OUT5-OFF 162 AUDIO:OUT7-OFF VIDEO:OUT6-IN1 163 VIDEO:OUT8-IN1 VIDEO:OUT6-IN2 164 VIDEO:OUT8-IN2 VIDEO:OUT6-IN3 165 VIDEO:OUT8-IN3 VIDEO:OUT6-IN4 166 VIDEO:OUT8-IN4 VIDEO:OUT6-IN5 167 VIDEO:OUT8-IN5 VIDEO:OUT6-IN6 168 VIDEO:OUT8-IN6 VIDEO:OUT6-IN7 169 VIDEO:OUT8-IN7 VIDEO:OUT6-IN8 170 VIDEO:OUT8-IN8 VIDEO:OUT6-OFF 171 VIDEO:OUT8-OFF AUDIO:OUT6-IN1 172 AUDIO:OUT8-IN1 AUDIO:OUT6-IN2 173 AUDIO:OUT8-IN2 AUDIO:OUT6-IN3 174 AUDIO:OUT8-IN3 AUDIO:OUT6-IN4 175 AUDIO:OUT8-IN4 AUDIO:OUT6-IN5 176 AUDIO:OUT8-IN5 AUDIO:OUT6-IN6 177 AUDIO:OUT8-IN6 AUDIO:OUT6-IN7 178 AUDIO:OUT8-IN7 AUDIO:OUT6-IN8 179 AUDIO:OUT8-IN8 AUDIO:OUT6-OFF 180 AUDIO:OUT8-OFF

event

Execution condition

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MSD-62 series Command Guide

@GTG / @STG

Toggle operation

Response

@GTG, event_1, toggle_1 ( , event_2, toggle_2

)

Response

@STG, event_1, toggle_1 (, event_2, toggl e_2

)

Parameter

event_1-9: Command executi on c ondition

0 = Disabled [Default], 1 = Enabled

Getting

Command

@GTG,1 COMMAND A: Toggle operation enabled.

example

Response

@STG,1,1

Description

Enabling COMMANDA’s toggle operation COMMAND A.

Remarks

@GUP / @SUP

Plane to be ex e c ut ed when po we r e d ON

Response

@GUP, event_1, pl ane_1 (, ev ent_2, plane_2

)

Response

@SUP, event_1, plane_1 (, event_2, plane_2

)

Parameter

event_1-9: Command executi on c ondition

0 = AUTO [Default], 1 = PLANE A, 2 = PLANE B

Getting

Command

@GUP,1 COMMAND A executes PLANE A.

example

Response

@SUP,1,1

Remarks

Getting Command @GT G, ev ent_1 (, event_2･･･)

･･･

Setting Command @STG, event_1, toggle_1 (, event_2, toggl e_2･･･)

･･･

0 = All control commands, 1 = COMMAND A to 9 = COMMAND I

toggle_1-9: Toggle operation

example

Response

@GTG,1,1

Description Getting the toggle operation of COMMA ND A.

Setting

Command

@STG,1,1

－

Getting Command @GUP, event_1 (, event_2･･･)

･･･

Setting Command @SUP, event_1, plane_1 (, event_2, plane_2･･･)

･･･

0 = All control commands, 1 = COMMAND A to 9 = COMMAND I

plane_1-9: Plane to be executed when powered ON

example

Response

@GUP,1,1

Description Getting the plane to be executed for COMMAND A.

Setting

Command

@SUP,1,1

Description Setti ng COMM A ND A to execut e PLANE A.

－

96

@GIT / @SIT

Ineffecti ve time du ring con t rol comman d execu t io n

Response

@GIT, time

Response

@SIT, ti me

Parameter

time: Invalid time

example

Response

@GIT,2000

Description

Getting ineffective time of control command ex ec ution.

after contr ol command star ts.

example

Response

@SIT,2000

Description

Setting ineff ec tive time during control c ommand exec ution t o 2000 m s. ( 2

@DEC

Initializing registered command and link

Setting

Command

@DEC, no_1 (, no_2, no_3

)

Response

@DEC, no_1 (, no_2, no_3

)

example

Response

@DEC,201

Getting Command @GIT

Setting Command @SIT, ti me

0 = 0 sec. to 999999 = 999.999 sec. [Default] 0 sec.

Getting

Command

@GIT

Disabling operation during control command execution or 2000 ms. (2 seconds)

MSD-62 series Command Guide

Setting

Command

@SIT,2000

seconds).

Remarks －

･･････

Parameter no_1-32: Com mands or links you want to initi alize

1 to 32: Control commands 1 to 32 101 to 132: Response comm ands1 to 32 ( “ 1xx”: xx is the response command number)

【See: @GRC / @SRC Response command】

201 to 380: Control command links1 to 5 (“2xx”: xx is the control command execution condition)

【See: @GCC / @SCC Control command link】

Setting

Command

@DEC,201

Description Delet ing the link between COMMAND A and PLANE A. Remarks －

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MSD-62 series Command Guide

@GTL / @STL

Lightin g c ondition of exe c ution but ton

Response

@GTL, switch_1, led_1 ( , switch_2, led_2

)

Response

@STL, switch_1, led_1 (, switch_2, led_2

)

Parameter

switch_1-9: Command execution button

1 = COMMAND A to 9 = COMMAND I

led_1-9 : Lighting condition

example

Response

@GTL,5,0

Description

Getting the lighting condition of the COMMAND E.

(If one PLANE is linked)

Setting example

Command Response

@STL,5,1 @STL,5,1

Description

Setting the COMMAND E to light while a command is being executed.

Getting Command @GT L, switch_1 ( , switch_2･･･)

･･･

Setting Command @STL, switch_1, led_1 (, switch_2, led_2･･･)

･･･

Getting

Command

0 = All command execution butt ons

If a control command( s) having only one PLANE, PLANE A or PLANE B is linked to a control command execution button:

0 = Lights when a control command is registered. [Default] 1 = Lights while a control command is being executed.

If a control command( s) having two PLANEs, PLANE A and PLANE B is linked 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 c ommand registered to PLANE A. Blinks: Control c ommand registered to PLANE B.

1 = The control command that is link ed to a button is executed by pressing

a desired button when the contr ol command execution button lights/goes out.

Lights: Control c ommand registered to PLANE A Goes out: Control command registered to PLANE B

@GTL,5

Remarks －

The COMMAND E lights if a control c ommand is regi ster ed.

(If one PLANE is linked)

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MSD-62 series Command Guide

@GTF / @STF

Blinking time of sink device power switch

Response

@GTF, switch_1, flash_1 (, switch_2, flash_2

)

Response

@STF, switch_1, flash_1 (, switc h_2, flash_2

)

Parameter

switch_1-13: Key group

10 = DISPLAY1 POWER to 17 = DISPLAY8 POWER

flash_1-13: Bli nki ng time

DISPLAY1 POWER to DISPLAY8 POWER = -1

The switch will be bli nk ed while c ontrol command is being executed.

Setting

Command

@STF,1,5

Getting Command @GT F, switc h_1 ( , switch_2･･･)

･･･

Setting Command @STF, switch_1, flash_1 (, switch_2, flash_2･･･)

･･･

0 = All keys, 1 = COMMAND A to 5 = COMMAND E

-1 = Links during control command execution,

0 = Not blink, 1 to 1000 = Blinks for 1 sec. to 1000 sec.

[Default] COMMAND A to COMMAND E = 0,

Getting example Description Getting blinki ng time of CO MMAND A.

example Description Setting COMMAND A to blink 5 seconds aft er c ontrol command executi on star ts. Remarks －

Command Response

Response

@GTF,1 @GTF,1,-1

@STF,1,5

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MSD-62 series Command Guide

@RCM

Loading crosspoint memory

Setting Command

@RCM, memory

Response

@RCM, memory

example

Response

@RCM,1

@SCM / @SEM

Saving channel s to crosspoin t memory

Setting

Description

Overwriting all

Command

@SCM, memory (, name)

Response

@SCM, memory (, name)

Command

@SEM, memory (, name)

1 to 9

example

Response

@SCM,2

changing the memor y name.

Setting

Command

@SEM,2,PATTERN2

3.3.15 Preset memory

Parameter memory: Crosspoint memory

1 to 9

Setting

Description Loading video and audio channels of crosspoint m em ory 1. Remarks －

Command

@RCM,1

Setting Description Overwriting partly

Response @SEM, memory (, name)

Parameter memory: Crosspoint memory

Up to 10 characters using 20 t o 7D from ASCII codes. If you do not specify memor y name, onl y crosspoint settings are sav ed without changing the curr ent mem or y name.

Setting

Description Savi ng the current video and audio channels to c r osspoint memory 2 without

example Description Savi ng the current video and audio channels to c r osspoint memory 2 with the

Remarks －

Command

Response

@SCM,2

@SEM,2,PATTERN2

name of “PATTERN2”. Out put sett ings that are set to Not Controlled are not saved.

100