IDK MSD-501, MSD-502 Command Reference Manual

POWER

ON

OFF

DIGITAL MULTI SWITCHER

MSD-501

MENU / SET

ESC

IN 1

HDMI/DVI

OFFIN 5IN 4IN 3IN 2IN 1

DISP LAY

POWER

ON

OFF

DIGITAL MULTI SWITCHER

MSD-502

MENU / SET

ESC

IN 1

HDMI/DVI

OFFIN 5IN 4IN 3IN 2IN 1

DISP LAY

POWER

OUT 1

OUT 2

1

2

Presentation switcher

MSD-501/502

● Thank you for choosing our product.

● To ensure the best performance of this product, please read this Command Guide and Users Guide fully

and carefully before using your product and keep th is manual beside the product.

IDK Corporation

Ver.1.0.0

MSD-501/502 Command Guide

Trademarks

● The terms HDMI and HDMI High-Definition Multimedia Interface, and the HDMI Logo are trademarks or registered trademarks of HDMI Licensing, LLC in the United States and other countries.

● PJLink is a trademark in JAPAN, the United States, and other countries/regions.

● HDBaseT™ and the HDBaseT Alliance Logo are trademarks of the HDBaseT Alliance.

● All other company and product names mentioned in this manual are either registered trademarks or

trademarks of their respective owners. In this manual, the “®” or “™” marks may not be specified.

2

MSD-501/502 Command Guide

Before reading this manual

● Some of the contents in this command guide such as appearance diagrams, menu operations,

communication commands, and so on may differ from your MSD depending on the version.

● This command guide is subject to change without notice. You can download the latest version from IDK’s website at: http://www.idk.co.jp/en/index.html

The reference manual for the MSD-501/502 consists of the following two volumes:

■ Users guide:

Provides explanations and procedures for operations, installation, connections among devices, I/O adjustment and settings.

■ Command guide (this document): Please download this guide from the website above.

Provides explanations and procedures for external control using RS-232C communication and LAN communications.

3

MSD-501/502 Command Guide

Table of Contents

1 About this document .................................................................................................................................. 5

2 Setup and specification of communication ................................................................................................ 6

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

2.1.1 Setting up RS-232C communication ............................................................................................. 6

2.1.2 RS-232C connector ....................................................................................................................... 7

2.1.3 Specification of RS-232C communication ..................................................................................... 7

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

2.2.1 Setting up LAN communication ..................................................................................................... 8

2.2.2 LAN connector............................................................................................................................... 9

2.2.3 Specification of LAN communication ............................................................................................ 9

2.2.4 The number of TCP-IP connections ............................................................................................ 10

3 Command ................................................................................................................................................. 11

3.1 Summary ............................................................................................................................................. 11

3.2 Command list ...................................................................................................................................... 12

3.3 Detailed descriptions of each command ............................................................................................. 17

3.3.1 Error status .................................................................................................................................. 17

3.3.2 Power switch ............................................................................................................................... 18

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

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

3.3.5 Image quality ............................................................................................................................... 31

3.3.6 Input settings ............................................................................................................................... 36

3.3.7 Input timing .................................................................................................................................. 40

3.3.8 Output settings ............................................................................................................................ 46

3.3.9 Audio ........................................................................................................................................... 53

3.3.10 EDID ............................................................................................................................................ 60

3.3.11 RS-232Ccommunication ............................................................................................................. 66

3.3.12 LAN communication .................................................................................................................... 68

3.3.13 Control commands ...................................................................................................................... 71

3.3.14 Preset memory ............................................................................................................................ 81

3.3.15 Bitmap ......................................................................................................................................... 87

3.3.16 Other settings .............................................................................................................................. 95

4

MSD-501/502 Command Guide

1 About this guide

This guide contains information of communication commands that control the MSD via RS-232C or LAN communication.

■ You can perform the following operations us ing communication commands

・Switching channels. ・Setting I/O, audio, and EDID. ・Setting sending of external control command. ・Setting preset memory. ・Setting and displaying bitmaps and such.

5

MSD-501/502 Command Guide

AC 100-240V 50Hz / 60Hz (FUSE T2.5A 250V)

FG

RS-232C

LAN

UPDATE

AUDIO OUT 2AUDIO OUT 1

R LR L

R LR LR LR LR L

AUDIO IN 5AUDIO IN 4AUDIO IN 3AUDIO IN 2AUDI O IN 1

IN 3

HDMI / DVI

IN 2

HDMI / DVI

OUT 1 OUT 2

HDMI / DVIHDMI / DVI

LINK

B

OUT 2

HDBaseT

LINK

B

OUT 1

HDBaseT

AA

ANALOG RGB / YPbPr / VIDEO

IN 4

ANALOG RGB / YPbPr / VIDEO

IN 5

Step (2)

Step (1) RS-232C cable

Step (4)

Communication

command

Step (3)

Laptop

Projector

RS-232C cable

Twisted pair cable

RS-232C cable

Power amplifier

Communication

command to MSD

Outputs control

command to external

device

HDC series receiver

Not connected (RS-232C connector operates normally)

Rx

RS-232CLAN

Cat6 Rx for HDMI

POWER LINK HDCP

STATUS

POWER LINK HDCP

STATUS

FG DC 5V 2A

HDC-RH100-C

INPUT

DON'T

CONNECT

LAN

HDBaseT

CAUTION

!

(MAX 2M)

HDMI OUTPUT

AC 100-240V 50Hz / 60Hz (FUSE T2.5A 250V)

FG

RS-232C

LAN

UPDATE

AUDIO OUT 2AUDIO OUT 1

R LR L

R LR LR LR LR L

AUDIO IN 5AUDIO IN 4AUDIO IN 3AUDIO IN 2AUDI O IN 1

IN 3

HDMI / DVI

IN 2

HDMI / DVI

OUT 1 OUT 2

HDMI / DVIHDMI / DVI

LINK

B

OUT 2

HDBaseT

LINK

B

OUT 1

HDBaseT

A

ANALOG RGB / YPbPr / VIDEO

IN 4

ANALOG RGB / YPbPr / VIDEO

IN 5

Outputs control command

to external device

2 Setup and specification of communication

2.1 RS-232C communication

2.1.1 Setup RS-232C communication

(1) Connect the MSD and the control device via an RS-232C cable. (2) Set the RS-232C communication as follows:

・RS-232C communication: baud rate, data bit length, parity check, and stop bit ・Operation mode of RS-232C communication: “RECEIVER” ・RS-232C transmission between control devices: “OFF”

【Reference: User’s Guide】

(3) For the control device, set the same values in the same way as RS-232C communication (baud rate,

data bit length, parity check, and stop bit) in step (2) above.

(4) Send a communication command from the control device to the MSD in order to check the control

status of the MSD.

[Fig. 2.1] Setting RS-232C communication

■ Operation example of RS-232C communication

6

[Fig. 2.2] Sample application of RS-232C communication

D-sub 9 Pin male

1

5

RS-232C

connector

6

9

　RD 　TD

　NC

　GND

　RTS 　CTS

Pin#

1

3

2

4

6

5

7

9

8

Signal

　 RD 　 TD

　 NC

　 NC 　 NC

　 NC

　 GND 　 RTS

　 CTS

Signal

（Received data）（Transmitted data）

（Ground）

（

Request to Send

）

（Clear to Send）

MSD

Cross Cable

Control Unit

(Rear panel)

（

Not Connected）

（

Not Connected）

（Not Connected）

2.1.2 RS-232C connector

Flow control

None

Delimiter

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

Communication method

Full duplex

RS-232C pin assignments :

MSD-501/502 Command Guide

[Fig. 2.3] RS-232C connector

2.1.3 Specification of RS-232C communication

[Table 2.1] RS-232C specification

Compliant standard RS-232C Baud rate 4800, 9600, 19200, 38400 [bps] Data bit 7, 8 [bit] Parity check None, even, odd Stop bit 1, 2 [bit] X parameter Invalid

7

MSD-501/502 Command Guide

AC 100-240V 50Hz / 60Hz (FUSE T2.5A 250V)

FG

RS-232C

LAN

UPDATE

AUDIO OUT 2AUDIO OUT 1

R L

R

LR

L

AUDIO IN 5AUDIO IN 4

AUDIO IN 3

AUDIO IN 2AUDIO IN 1

IN 3

HDMI / DVI

IN 2

HDMI / DVI

OUT 1 OUT 2

HDMI / DVIHDMI / DVI

LINK

B

OUT 2

HDBaseT

LINK

B

OUT 1

HDBaseT

A

ANALOG RGB / YPbPr / VIDEO

IN 4

ANALOG RGB / YPbPr / VIDEO

IN 5

Step (2)

Step (1)

LAN cable

Step (4)

Step (3)

Laptop

Communi-

cation

command

Laptop

Projector

LAN cable

Twisted pair cable

LAN cable

Power amplifier

Communication command control to the MSD

Outputs control command to

external device

HDC series receiver

Switching hab

Communication command control to the MSD

Bidirectional communication

Control

device

1 2 3 4

5 6 7 8

AC 100-240V 50Hz / 60Hz (FUSE T2.5A 250V)

FG

RS-232C

LAN

UPDATE

AUDIO OUT 2AUDIO OUT 1

R LR L

R LR LR LR LR L

AUDIO IN 5AUDIO I N 4AUD IO IN 3AUDIO IN 2AUDIO IN 1

IN 3

HDMI / DVI

IN 2

HDMI / DVI

OUT 1 OUT 2

HDMI / DVIHDMI / DVI

LINK

B

OUT 2

HDBaseT

LINK

B

OUT 1

HDBaseT

AA

ANALOG RGB / YPbPr / VIDEO

IN 4

ANALOG RGB / YPbPr / VIDEO

IN 5

Rx

RS-232CLAN

Cat6 Rx for HDMI

POWER LINK HDCP

STATUS

POWER LINK HDCPPOWER LINK HDCP

STATUS

FG

DC 5V 2A

HDC-RH100-C

INPUT

DON'T CONNECT

LAN

HDBaseT

CAUTION

!

(MAX 2M)

HDMI OUTPUT

Connection

Outputs control command to external device

2.2 LAN communication

2.2.1 Setup LAN communication

(1) Connect the MSD and the control device via a LAN cable. (2) Set up RS-232C communication as follows:

・Set IP address and subnet mask ・Operation mode of LAN communication: “RECEIVER” ・TCP pot number: 23, 1100, 6000 to 6999

【Reference: User’s Guide】

(3) Establish the connection from the control device to the IP address and TCP port that are set to the

MSD in step (2) above.

(4) Send a communication command from the control device to the MSD in order to check the control

status of the MSD.

[Fig. 2.4] Control via LAN communication

■ Operation example of LAN communication

[Fig. 2.5] Sample application of LAN communication

8

MSD-501/502 Command Guide

81

LAN Connector

8pin RJ-45 connector (MSD’s rear panel)

Blinks in green while data is sent/received.

Blinks in orange when the send/receive rate is 100 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

Physical la yer

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

2.2.2 LAN connector

LAN connector pin assignments: It supports Auto MDI/MDI-X, which distinguishes/switches straight and cross cables automatically.

[Fig. 2.6] LAN connector

2.2.3 Specification of LAN communication

[Table 2.2] LAN communication specification

Network layer ARP, IP, ICMP

TCP

Transport layer

Application layer HTTP, TELNET

Note: Up to 8 connections can be used simultaneously.

Port used for command control: 23, 1100, 6000 to 6999 Port used for WEB browser control (HTTP): 80, 5000 to 5999

9

MSD-501/502 Command Guide

Your PC software

MSD

TCP-IP connection

→

(Occupied by 1 port)

Send command (@xxx)

→

←

Send back command (@xxx)

TCP-IP close

→

(Release 1 port)

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 controlled from nine or more PCs, they may not be connected to the MSD normally, since the number of connections that can be used is limited.

If you use nine connections or more, execute TCP-IP connection/close every time the communication 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 more connections can be connected logically.

[Table 2.3] Increasing connections

Note: If any command is not sent from the PC side to the MSD for 30 seconds, the MSD disconnects the

connection to avoid the limitation problem on the number of connections. As a result, connection needs to be established again from the PC side after the current connection of the PC is disconnected. (Since the number of ports in the MDS is eight, ports are occupied permanently if the PC is turned off while connections are valid. To prevent this, the MSD disconnects connections if no communication command is sent from the PC side.)

10

3 Command

3.1 Summary

MSD-501/502 Command Guide

A command consists of “@” (“40” in hexadecimal), 3 one-byte alphabetical characters (upper and lower cases), and parameters (one-byte numbers no parameter is required. Processing is executed by sending a delimiter at the end of the command.

Example: @SPM,2

“,”( a comma, “2C” in hexadecimal) is indicated between a command and parameter 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, command list as the help command is returned. Example:

--------------- HELP (1/13) ---------------

(CHANNEL SELECT Command)

@SSW / @GSW : Set/Get Input Channel

@SSV / @GSV : Set/Get Video Input Channel

@SSA / @GSA : Set/Get Audio Input Channel

*

). For some commands, several parameters can be specified or

11

MSD-501/502 Command Guide

Command

Function

@ERR

Error status

Command

Function

@GDS/@SDS

Sink device power switch

@GNP / @SNP

Input position

@GNS / @SNS

Input size

@GNM / @SNM

Input masking

@IAS

Input automatic sizing

@GOP / @SOP

Output position

@GOS / @SOS

Output size

@GOM / @SOM

Output masking

@OAS

Output automatic sizing

@GBC / @SBC

Background color

3.2 Comm a nd list

■ Error status

■ Power switch

■ Input channels

Command Function

@GSW / @SSW Switching vid eo and aud io channel simultaneously @GSV / @SSV Switching video channel @GSA / @SSA Switching audio channel

■ Position, size, and masking

Command Function @GOT / @SOT Output resolution @GTD Actual output resolution @GUM / @SUM Aspect ratio of sink device @GAP / @SAP Aspect ratio @GAR / @SAR Aspect ratio restoration @GOV / @SOV Oversacan

@GTP / @STP Test pattern

12

MSD-501/502 Command Guide

Command

Function

@GFL / @SFL

Sharpness

@STT

Registering device data

@GTK / @STK

Tracking

■ Image quality

@GBR / @SBR Input brightness @GCO / @SCO Input contrast @GHU / @SHU Hue @GST / @SST Saturation @GSU / @SSU Black level @IDC Input default color @GOB / @SOB Output brightnes s @GOC / @SOC Output contrast @ODC Output default color

■ Input settings

Command Function @GDT / @SDT No-signal-input monitoring @GHE / @SHE HDCP input enabled/disabled @GIQ / @SIQ Input equalizer @GAI / @SAI Analog input type @GID / @SID Automatic detection of input video interruption @GAU / @SAU Priorit y of input channel automatic switching @GMT / @SMT Masking time after automatic switching

■ Input timing

Command Function @AIS / @AIT Automatic measurement

@GHT / @SHT The total number of horizontal dots @GHS / @SHS Horizontal start position @GHD / @SHD Horizontal display period @GVS / @SVS Vertical start position @GVD / @SVD Vertical display period @GIS / @SIS Automatic measurement of start position @GSM / @SSM Automatic measurement when unregistered signals are input @RTT Loading device data

13

MSD-501/502 Command Guide

Command

Function

@GEQ / @SEQ

Output equalizer

@HAU

HDCP

@GSD

Selecting actual audio input

@GSO / @SSO

Audio input level

@SIL

Relative value of audio input level

@GIL

Limit status of audio input level

@GLO / @SLO

Output lip sync

@GLY / @SLY

Input lip sync

@GSF / @SSF

Sampling frequency

@GFD

Actual sampling frequency

@GDO / @SDO

Audio output connector

@GMD / @SMD

Multi channel audio output

■ Output settings

@GDM / @SDM Output mode @GUY / @SUY Synchronous signal output when no video signals are input @GBO / @SBO Output video @GFF / @SFF Video switching effect @GFT / @SFT Video switching time @GWC / @SWC Wipe color @GVO / @SVO Video output connector @GEN / @SEN HDCP @GHR / @SHR The number of HDCP retries @GDC / @SDC Deep Color @GCE / @SCE CEC connection

■ Audio

Command Function @GSL / @SSL Audio out put le ve l

@SOL Relative value of audio output level @GOL Limit status of audio output level @GAM / @SAM Audio output mute @GAS / @SAS Selecting audio input

@GAO / @SAO Digital audio output connector

@GAT / @SAT Test tone

14

Command

Function

@GED / @SED

EDID data

Command

Function

@GCT / @SCT

RS-232C communication

Command

Function

@GIP / @SIP

IP address

@GSB / @SSB

Subnet mask

@GGW / @SGW

Gateway address

@GLF / @SLF

LAN communication mode

@GLP / @SLP

TCP port number

Command

Function

@EXC

Executing control command

@GEC / @SEC

Getting control command (Communication command control)

@GEC / @SEC

Control command (Displaying received data)

@GEC / @SEC

Control command (CEC control)

@GRC / @SRC

Reply command

@GCC / @SCC

Control command link

■ EDID

@GVF / @SVF Input resolution for PC @GHF / @SHF Input resolution for AV devices @GDI / @SDI Deep Color input @GAF / @SAF Audio format @GSP / @SSP The number of speakers @RME Copying EDID

■ RS-232C communication

@GCF / @SCF RS-232C communication mode @GCD / @SCD RS-232C transmission between control devices

■ LAN communication

MSD-501/502 Command Guide

@GMC MAC

■ Control commands

@GIT / @SIT Ineffective time during control command execution @DEC Initializing registered command and association @GTF / @STF Getting flashing time of sink device power switch

15

MSD-501/502 Command Guide

Command

Function

@RCM

Loading cross point memory

@GBV

Bitmap memory status

@GBN / @SBN

Bitmap number

@GFZ / @SFZ

Freeze

@CAP

Capturing input image

@GES

Monitor’s EDID

@GIV

Version

■ Preset memory

@SCM / @SEM Saving channels to cross point memory @GCM / @ECM Editing cross point memory @RCV Loading cross point memory (setting video channel) @SCV / @SEV Saving cross point memory (Setting video channel) @GCV / @ECV Editing cross point memory (Setting video channel) @RCA Loading audio channel setting from cross point memory @SCA / @SEA Saving cross point memory (Setting audio channel) @GCA / @ECA Editing cross point memory (Setting audio channel) @RPM / @SPM Saving all settings @GMU / @SMU Startup settings

■ Bitmap

Command Function @GBM / @SBM Outputting bitmap image

@GBB / @SBB Background color @GBT / @SBT Aspect ratio @GZP / @SZP Display position @GBA / @SBA Bitmap @GPB / @SPB Outputting bitmap at startup @GBD / @SBD Dividing bitmap memory

■ Other settings

Command Function @GLS / @SLS Key lock

@GLM / @SLM Setting target front panel keys to be locked @GBZ / @SBZ Setting buzzer @GSS Input and output status

16

3.3 Detail ed descriptions of each command

@ERR

Error status

@ERR, error

14 = Capturing input image failed.

@ERR,2

Command format error

Remarks

3.3.1 Error status

Format Only return value Return value Parameter error: Error status

1 = Erroneous parameter format or value 2 = Undefined command or wrong format 3 = Currently cannot be used. 4 = Not used. 5 = The command could not be executed, because the control command was not

registered.

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

executed. 7 = Automatic measurement of input timing failed. 8 = Loading EDID from the sink device failed. 9 = Not used.

10 = The control command was stopped according to the stop condition. 11 = The control command was stopped since the number of retries exceeded the

set value of “RETRY”.

12 = The control command of PJLink was stopped since the password did not

match.

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

exceeded the reserved memory size.

MSD-501/502 Command Guide

Example

@IOS

－

Sending @IOS command

17

MSD-501/502 Command Guide

@GDS/@SDS

Sink device power switch

Function

Acquisition

Setting

Format

@GDS

@SDS, ch_1, onoff_1 (, ch_2, onoff_2)

Return value

@GDS, onoff_1 (, onoff_2)

@SDS, ch_1, onoff_1 (, ch_2, onoff_2)

@GDS,1,1

Power switches of OUT1 and OUT2: ON

@SDS,1,1

Setting power switch of the sink device

Completed normally.

Remarks

Since the result is sent after turning on/off the device, it may take a long time to reply.

3.3.2 Power switch

Parameter onoff_1-2: Sink device power switch

0 = OFF, 1 = ON

ch_1-2: Output channel

0 = All outputs, 1 = OUT1, 2 = OUT2

Example

@GDS

@SDS,1,1

Acquiring power switch status of the sink device.

connected to OUT1 to ON.

18

3.3.3 Input channels

@GSW / @SSW

Switching video and audio channel simultaneously

Function

Acquisition

Setting

output_2)

audio_2)

output_2)

0 = OFF [Default], 1 = IN1, 2 = IN2, 3 = IN3, 4 = IN4, 5 = IN5

output_1-2: Video and audio output channel @SSW,1,1

Completed normally.

Remarks

@GSV / @SSV

Switching video channel

output_2)

Parameter

input_1-2: Video input channel

0 = All outputs, 1 = OUT1, 2 = OUT2

@GSV,1,1

@SSV,1,1

Completed normally.

Remarks

MSD-501/502 Command Guide

Format

Return value @GSW, video_1, audio_1 (, video_2,

Parameter video_1-2 : Video input channel

Example

@GSW

audio_1-2 : Audio input channel input_1-2 : Video and audio input channel

0 = all outputs, 1 = OUT1, 2 = OUT2 @GSW @GSW,2,2,0,0

@SSW,1,1

－

@SSW, input_1, output_1 (, input_2,

Acquiring input channel status. OUT1 input channel is IN2 for both video and audio; OUT2 input channel is OFF for both video and audio. Selecting OUT1 input channel to IN1.

Function Acquisition Setting Format

Return value

output_1-2: Video output channel

Example

@GSV

@GSV, input_1 (, input_2)

0 = OFF [Default], 1 = IN1, 2 = IN2, 3 = IN3, 4 = IN4, 5 = IN5

@GSV

@SSV,1,1

－

@SSV, input_1, output_1 (, input_2,

Acquiring video input channel status. OUT1 and OUT2 input channels: IN1 Setting OUT1 input channel to IN1.

19

MSD-501/502 Command Guide

@GSA / @SSA

Switching audio channel

output_2)

Parameter

input_1-2: Audio input channel

0 = All inputs, 1 = OUT1, 2 = OUT2

@GSA,1,1

Function Acquisition Setting Format

Return value

output_1-2: Audio output channel

@GSA

@GSA, input_1 (, input_2)

0 = OFF [Default], 1 = IN1, 2 = IN2, 3 = IN3, 4 = IN4, 5 = IN5

@SSA, input_1, output_1 (, input_2, output_2) @SSA, input_1, output_1 (, input_2,

Example

Remarks －

@GSA

@SSA,1,1 @SSA,1,1

Acquiring audio input channel status. OUT1 and OUT2 input channels: IN1 Setting OUT1 input channel to IN1. Completed normally.

20

3.3.4 Position, size, and masking

@GOT / @SOT

Output resolution

Function

Acquisition

Setting

resolution_2)

30 = [email protected] (1920x1080), 31 = 1080p@60 (1920x1080)

@SOT,1,11

Completed normally.

Remarks

MSD-501/502 Command Guide

Format

Return value

Parameter resolution_1-2: Output resolution

@GOT

@GOT, resolution_1 (, resolution_2)

0 = AUTO-A [Default], 1 = AUTO-B, 2 = VGA@60 (640x480), 3 = SVGA@60 (800x600), 4 = XGA@60 (1024x768), 5 = WXGA@60 (1280x768), 6 = WXGA@60 (1280x800), 7 = Quad-VGA@60 (1280x960), 8 = SXGA@60 (1280x1024), 9 = WXGA@60 (1360x768),

10 = WXGA@60 (1366x768), 11 = SXGA+@60 (1400x1050), 12 = WXGA+@60 (1440x900), 13 = WXGA++@60 (1600x900), 14 = UXGA@60 (1600x1200), 15 = WSXGA+@60 (1680x1050), 16 = VESAHD@60 (1920x1080), 17 = WUXGA@60 (1920x1200), 18 = QWXGA@60 (2048x1152), 19 = [email protected] (720x480), 20 = [email protected] (720x480), 21 = 576i@50 (720x576), 22 = 576p@50 (720x576), 23 = 720p@50 (1280x720), 24 = [email protected] (1280x720), 25 = 720p@60 (1280x720), 26 = 1080i@50 (1920x1080), 27 = [email protected] (1920x1080), 28 = 1080i@60 (1920x1080), 29 = 1080p@50 (1920x1080),

@SOT, ch_1, resolution_1 (, ch_2,

ch_1-2: Output channel

0 = All inputs, 1 = OUT1, 2 = OUT2

Example

@GOT @GOT,7,30 @SOT,1,11

－

Acquiring output resolution. OUT1: Quad-VGA; OUT2:1080p 59.94Hz Setting OUT1 output resolution to SXGA+.

21

MSD-501/502 Command Guide

@GTD

Actual output resolution

@GTD

@GTD, resolution_1 (, resolution_2)

Parameter

resolution_1-2: Actual output resolution

29 = [email protected] (1920x1080), 30 = 1080p@60 (1920x1080)

@GTD,29,26

“AUTO-B”, the set resolution is replied.

@GUM / @SUM

Aspect ratio of sink device

aspect_2)

Parameter

aspect_1-2: Aspect ratio of the sink device

3 = 5:3, 4 = 16:9, 5 = 16:10

ch_1-2: Output channel @GUM,4,5

OUT1: 16:9; OUT2: 16:10

@SUM,1,4

Function Acquisition Format Return value

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), 18 = [email protected] (720x480), 19 = [email protected] (720x480), 20 = 576i@50 (720x576), 21 = 576p@50 (720x576), 22 = 720p@50 (1280x720), 23 = [email protected] (1280x720), 24 = 720p@60 (1280x720), 25 = 1080i@50 (1920x1080), 26 = [email protected] (1920x1080) [Default], 27 = 1080i@60 (1920x1080), 28 = 1080p@50 (1920x1080),

Example

Remarks If “@GOT / @SOT Output resolution (P.21)” is set to “AUTO-A” or “AUTO-B”, the

Function Acquisition Setting Format

Return value

Example

@GTD

actual output resolution is replied. If it is set to a resolution other than “AUTO-A” and

@GUM

@GUM, aspect_1 (, aspect_2)

0 = RESOLUTION [Default], 1 = 4:3, 2 = 5:4,

0 = All outputs, 1 = OUT1, 2 = OUT2

@GUM

Acquiring actual output resolution. OUT1:1080p 59.94Hz; OUT2: 1080i 59.94 Hz

@SUM, ch_1, aspect_1 (, ch_2,

Acquiring aspect ratio of the connected sink device.

Remarks －

22

@SUM,1,4

Connecting 16:9 sink device to OUT1. Completed normally.

@GAP / @SAP

Aspect ratio

aspect_4, aspect_5

aspect_2

)

Parameter

aspect_1-5: Aspect ratio

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

@SAP,5,2

Completed normally.

Remarks

@GAR / @SAR

Aspect ratio restoration

mode_4, mode_5

mode_2

)

Parameter

mode_1-5: Aspect ratio restoration processing

1 = Side cut/Top bottom cut

Setting IN5 to Side cut/Top bottom cut

Function Acquisition Setting Format

Return value @GAP, aspect_1, aspect_2, aspect_3,

ch_1-5:input channel

Example

@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,

0 = All inputs, 1 = IN1 to 5 = IN5

@GAP @GAP,0,0,2,0,0 @SAP,5,2

@SAP, ch_1, aspect_1 (, ch_2, aspect_2･･･) @SAP, ch_1, aspect_1 (, ch_2,

Acquiring aspect ratio. IN3:4:3; other inputs: AUTO-1. Setting IN5 aspect ratio to 4:3.

MSD-501/502 Command Guide

･･･

－

Function Acquisition Setting Format

Return value @GAR, mode_1, mode_2, mode_3,

ch_1-5:input channel

Example

Remarks －

@GAR

0 = Letter box/Side panel [Default],

0 = All inputs, 1 = IN1 to 5 = IN5

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

@SAR,5,1 @SAR,5,1

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

Acquiring aspect ratio restoration processing. IN3: Side cut/Top bottom cut Other inputs: Letter box/Side panel

Completed normally.

･･･

23

MSD-501/502 Command Guide

@GOV / @SOV

Oversacan

overscan_3, overscan_4, overscan_5

overscan_2

)

Parameter

overscan_1-5: Overscan

0 = All inputs, 1 = IN1 to 5 = IN5

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

Setting IN2 overscan to 105%.

@GNP / @SNP

Input position

Function

Getting

Setting

ch_2, h_position_2, v_position_2

)

h_position_5, v_position_5

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

Example

Getting input position.

position are 0.

@SNP,1,-50,20

Completed normally.

Remarks

If resolutions differ depending on output, the resolution of OUT1 will be the standard.

Function Getting Setting Format

Return value @GOV, overscan_1, overscan_2,

ch_1-5:input channel

@GOV

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

HDTV or PC: 100%

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

･･･

Example

Remarks －

Format

Return value @GNP, h_position_1, v_position_1,

Parameter h_position_1-5: Hori zont al input pos it io n

v_position_1-5: Vertical input position

@GOV

@SOV,2,105 @SOV,2,105

@GNP

h_position_2, v_position_2, h_position_3, v_position_3, h_position_4, v_position_4,

-Horizontal input size to +Hori zontal outp ut res o lut ion [Default]: 0

Getting overscan. IN3: 105%, other inputs: 100%

Completed normally.

@SNP, ch_1, h_position_1, v_position_1 (,

･･･

@SNP, ch_1, h_position_1, v_position_1 (, ch_2, h_position_2, v_position_2･･･)

ch_1-5: Input channel

0 = All inputs, 1 = IN1 to 5 = IN5

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

24

@SNP,1,-50,20

IN1: horizontal input display is -50, vertical input display +20 Other inputs: horizontal and vertical input

Setting IN1 horizonta l and vertica l inp ut positions are to -50 and +20, respectively.

MSD-501/502 Command Guide

@GNS / @SNS

Input size

@SNS,1,1925,1084

Function Getting Setting Format

Return value @GNS, h_size_1, v_size_1, h_size_2,

Parameter h_size_1-5: Horizontal input size

v_size_1-5: Vertical display size

ch_1-5: Input channel

Example

Remarks If resolutions differ depending on outputs, the resolution of OUT1 will be the standard.

@GNS

h_size_2, h_size_3, h_size_3, h_size_4, h_size_4, h_size_5, h_size_5

Horizontal output resolution÷4 to Horizontal output resolution×4 [Default]: Horizontal output resolution

Vertical output resolution÷4 to Vertical output resolution×4 [Default]: Vertical output resolution

0 = All inputs, 1 = IN1 to 5 = IN5

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

@SNS,1,1925,1084

@SNS, ch_1, h_size_1, v_size_1 (, ch_2, h_size_2, v_size_2･･･) @SNS, ch_1, h_size_1, v_size_1 (, ch_2, h_size_2, v_size_2･･･)

Getting input size. Horizontal and vertical display sizes of IN1 are 1925 and 1084, respectively; other inputs: 1920 and 1080, respectively. Setting IN1 horizonta l and vertica l inp ut size are 1925 and 1084, respectively. Completed normally.

25

MSD-501/502 Command Guide

@GNM / @SNM

Input masking

@GNM, ch

@SNM, ch, left, right, top, bottom

@GNM, ch, left, right, top, bottom

@SNM, ch, left, right, top, bottom

Parameter

ch: Input channel

[Default]: 0

bottom: Bottom side masking

[Default]: Vertical input size

Example

Getting IN1 input masking. @SNM,1,0,1920,0,1080

Remarks

@IAS

Input automatic sizing

0 = All inputs, 1 = IN1 to 5 = IN5

Function Getting Setting Format Return value

1 = IN1 to 5 = IN5

left: Left side masking

Horizontal input position to right side masking [Default]: 0

right: Right side masking

Left side masking to horizontal input position +horizontal input size [Default]: Horizontal input size

top: Top side masking

Vertical input position to bottom side masking

Top side masking to vertical input position +vertical input size

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

Function Setting Format Return value Parameter ch_1-5: Input channel

Example

Remarks －

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

－

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

@IAS,1

Left: 0, right: 1920, top:0, bottom: 1080 Setting IN1 input masking to 0 for left, 1920 for right, 0 for top, 1080 for bottom. Completed normally.

Initialize the following settings in order to display images input from IN1 on the full screen: @GAP / @SAP, @GOV / @SOV, @GNP / @SNP, @GNS / @SNS, @GNM / @SNM Completed normally.

26

@GOP / @SOP

Output position

(, h_position_2, v_position_2)

(, ch_2, h_position_2, v_position_2)

Parameter

h_position_1-2: Horizontal output position

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

@GOS / @SOS

Output size

h_size_2, v_size_2)

Return value

@GOS, h_size_1, v_size_1 (, h_size_2,

@SOS, ch_1, h_size_1, v_size_1 (, ch_2,

ch_1-2: Output channel @SOS,1,1920,1080

Remarks

Function Getting Setting Format

Return value @GOP, h_position_1, v_position_1

v_position_1-2: Vertical output position

ch_1-2: Output channel

Example

Remarks －

@GOP

-Horizontal input size to +Hori zontal outp ut res o lut ion [Default]: 0

0 = All outputs, 1 = OUT1, 2 = OUT2

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

@SOP,1,5,20

@SOP, ch_1, h_position_1, v_position_1 (, ch_2, h_position_2, v_position_2) @SOP, ch_1, h_position_1, v_position_1

Getting output position. OUT1 horizontal and vertical positions are +5 and +20, respectively. OUT2 vertical and horizontal positions: 0 Setting OUT1 horizontal and vertical positions to +5 and +20, respectively. Completed normally.

MSD-501/502 Command Guide

Function Getting Setting Format

Parameter h_size_1-2: Horizontal output size

v_size_1-2: Ver t ical out put s i ze

Example

@GOS

v_size_2 )

Horizontal output resolution÷4 to Horizontal output resolution×4

[Default]: Horizontal output resolution

Vertical output resolution÷4 to Vertical output resolution×4

[Default]: Vertical output resolution

0 = All outputs, 1 = OUT1, 2 = OUT2

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

@SOS,1,1920,1080

－

@SOS, ch_1, h_size_1, v_size_1 (, ch_2,

h_size_2, v_size_2)

Getting output size. OUT1 horizontal and vertic al output sizes are 1920 and 1035, respectively. OUT2 horizontal and vertical output sizes are 1920 and 1080, respectively. Setting OUT1 horizontal and vertical output sizes to 1920 and 1080, respectively. Completed normally.

27

MSD-501/502 Command Guide

@GOM / @SOM

Output masking

@GOM, ch

@SOM, ch, left, right, top, bottom

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

@SOM, ch, left, right, top, bottom

Parameter

ch: Output channel

Horizontal output position (0 or larger) to right side masking [Default]: 0

right: Right side masking

output resolution or smaller) [Default]: Horizontal output resolution

bottom: Bottom side masking

resolution or smaller) [Default]: Vertical output resolution

Example

Getting OUT1 output masking. @SOM,1,0,1920,0,1080

@OAS

Output automatic sizing

0 = All outputs, 1 = OUT1, 2 = OUT2

@OAS,1

Completed normally.

Remarks

Function Getting Setting Format Return value

1 = OUT1, 2 = OUT2

left: Left side masking

Left side masking to horizontal output position +horizontal output size (horizontal

top: Top side masking

Vertical output position (0 or larger) to bottom side masking [Default]: 0

Bottom side masking to vertical output position +vertical output size (vertical output

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

Left: 0, right: 1920, top: 0, bottom: 1080 Setting OUT1 output masking to 0 for left, 1920 for right, 0 for top, and 1080 for bottom. Completed normally.

Remarks －

Function Setting Format Return value

@OAS, ch_1 (, ch_2) @OAS, ch_1 (, ch_2)

Parameter ch_1-2: Output channel

Example

@OAS,1

－

Initialize the following settings in order to display OUT1 output images on the full screen:

@GOP / @SOP, @GOS / @SOS , @GOM / @SOM

28

@GBC / @SBC

Background color

(, ch_2, red_2, green_2, blue_2)

Parameter

ch: Output channel

0 = All outputs, 1 = OUT1, 2 = OUT2

Example

Getting OUT1 background c olor.

Function Getting Setting Format

Return value

ch_1-2: Output channel

red / red_1-2 : Background color (Red)

Remarks －

@GBC, ch

@GBC, ch, red, green, blue

1 = OUT1, 2 = OUT2

green / green_1-2 : Background color (Green) blue / blue_1-2 : Background color (Blue)

0 to 255 [Def au lt]: 0 (black)

@GBC,1 @GBC,1,128,128,128 @SBC,1,128,128,128

@SBC,1,128,128,128

@SBC, ch_1, red_1, green_1, blue_1 (, ch_2, red_2, green_2, blue_2) @SBC, ch_1, red_1, green_1, blue_1

RGB: 128 (gray). Setting OUT1 background color to 128 (gray) for all RGB. Completed normally.

MSD-501/502 Command Guide

29

MSD-501/502 Command Guide

@GTP / @STP

Test pattern

scroll_2)

pattern_2, scroll_2)

Parameter

pattern_1-2: Test pattern

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

@STP,1,1,0

Function Getting Setting Format

Return value @GTP, pattern_1, scroll_1 (, pattern_2,

scroll_1-2: Scrolling

@GTP

0 = OFF [Default], 1 = VERTICAL COLOR BAR,

2 = HORIZONTAL COLOR BAR, 3 = VERTICAL GRAY SCALE,

4 = HORIZONTAL GRAY SCALE, 5 = VERTICAL LAMP,

6 = HORIZONTAL LAMP, 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 ST R IPE, 16 = VERTICAL ZEBRA, 17 = HORIZONTAL ZEBRA

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

0 = OFF [Default], 1 = 3 pixels/1 frame to 10 = 30 pixels/1 frame

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

ch_1-2: Output channel

0 = All outputs, 1 = OUT1, 2 = OUT2

Example

Remarks －

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

@STP,1,1,0

Getting output setting of test pattern. OUT1: VERTICAL GRAY SCALE at 3 pixels/frame scrolling OUT2: test pattern is not output. Setting OUT1 to VERTICAL COLOR BAR without scrolling. Completed normally.

30

3.3.5 Image quality

@GFL / @SFL

Sharpness

Function

Getting

Setting

sharp_2

)

sharp_4, sharp_5

sharp_2

)

-5 to +15 [Default]: 0

ch_1-5: Input channel @GFL,5,0,0,0,0

IN1: +5; other input channels: 0.

@SFL,1,5

@GBR / @SBR

Input brightness

bright_2

)

bright_4, bright_5

bright_2

)

80 to 120 [Default] 100

Example

Getting brightness setting. @SBR,3,110

Completed normally.

Remarks

MSD-501/502 Command Guide

Format

Return value @GFL, sharp_1, sharp_2, sharp_3,

Parameter sharp_1-5: Sharpness

Example

Remarks －

Function Getting Setting Format

Return value @GBR, bright_1, bright_2, bright_3,

Parameter bright_1-5: Input brightness

@GFL

0 = All inputs, 1 = IN1 to 5 = IN5

@GFL

@SFL,1,5

@GBR

@SFL, ch_1, sharp_1 (, ch_2,

Getting sharpness setting.

Setting IN1 sharpness to +5. Completed normally.

@SBR, ch_1, bright_1 (, ch_2,

･･･

ch_1-5: Input channel

0 = All inputs, 1 = IN1 to 5 = IN5

@GBR @GBR,110,100,100,100,100 @SBR,3,110

－

IN1: 110%; other input channels: 100%. Setting IN3 brightness to 110%.

31

MSD-501/502 Command Guide

@GCO / @SCO

Input contrast

(, ch_2, red_2, green_2, blue_2

)

Parameter

ch: Input channel

0 = All inputs, 1 = IN1 to 5 = IN5

Example

Getting IN3 contrast setting.

@GHU / @SHU

Hue

_4, hue _5

Parameter

hue_1-5: Hue

0 = All inputs, 1 = IN1 to 5 = IN5

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

Setting IN1 HUT to 60°.

Function Getting Setting Format

Return value

ch_1-5: Input channel

red / red_1-5 : Input contrast (Red)

Remarks －

@GCO, ch

@GCO, ch, red, green, blue

1 = IN1 to 5 = IN5

green / green_1-5 : Input contrast (Green) blue / blue_1-5 : Input contrast (Blue)

0 to 200 [Default]:100

@GCO,3 @GCO,3,105,100,95 @SCO,3,105,100,95

@SCO,3,105,100,95

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

Red: 105%, green: 100%, blue: 95% Setting IN3 contrast to 105% for red, 100% for green, 95% for blue. Completed normally.

･･･

Function Getting Setting Format Return value @GHU, hue _1, hue _2, hue _3, hue

ch_1-5: Input channel

Example

Remarks －

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

@SHU, ch_1, hue_1 (, ch_2, hue_2･･･)

0 to 359 [Default]: 0

@GHU

@SHU,1,60 @SHU,1,60

Getting HUE settings. IN1: 60°; other inputs: 0°

Completed normally.

32

@GST / @SST

Saturation

saturation_3, saturation_4, saturation_5

saturation_2

)

Parameter

saturation_1-5: Saturation

0 = All inputs, 1 = IN1 to 5 = IN5

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

@GSU / @SSU

Black level

Function

Getting

Setting

setup_2

)

setup_4, setup_5

setup_2

)

0 = All inputs, 1 = IN1 to 5 = IN5

Example

Getting black levels. @SSU,5,15

Completed normally.

Remarks

Function Getting Setting Format

Return value @GST, saturation_1, saturation_2,

ch_1-5: Input channel

@GST

0 to 200 [Default]: 100

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

MSD-501/502 Command Guide

･･･

Example

Remarks －

Format

Return value @GSU, setup_1, setup_2, setup_3,

Parameter setup_1-5: Black level

ch_1-5: Input channel

@GST

@SST,5,105 @SST,5,105

@GSU

-20 = -20 x 0.5 (-10.0%) to +20 = +20 x 0.5 (+10.0%) [Default]: ±0 = ±0.0%

@GSU @GSU,0,0,0,0,15 @SSU,5,15

Getting saturations. IN5: 105%; other inputs: 100% Setting IN5 saturation to 105%. Completed normally.

@SSU, ch_1, setup_1 (, ch_2,

･･･

@SSU, ch_1, setup_1 (, ch_2,

･･･

IN5: +7.5%; other inputs: 0%. Setting IN5 black level to +7.5%.

－

33

MSD-501/502 Command Guide

@IDC

Input default color

@IDC, ch_1 (, ch_2

)

@IDC, ch_1 (, ch_2

)

Parameter

ch_1-5:input channel

@GOB / @SOB

Output brightness

80 to 120 [Default] 100

Example

Getting brightness settings. @SOB,1,110

Completed normally.

Remarks

Function Setting Format Return value

0 = All inputs, 1 = IN1 to 5 = IN5

Example

Remarks －

Function Getting Setting Format

@IDC,1

@GOB

･･････

Initialize the following settings of IN1: @GFL / @SFL, @GBR / @SBR, @GCO / @SCO, @GHU / @SHU, @GST / @SST, @GSU / @SSU Completed normally.

@SOB, ch_1, bright_1 (, ch_2, bright_2)

Return value

Parameter bright_1-2: Output brightness

ch_1-2: Output channel

@GOB, bright_1 (, bright_2)

0 = All outputs, 1 = OUT1, 2 = OUT2

@GOB @GOB,110,100 @SOB,1,110

－

@SOB, ch_1, bright_1 (, ch_2, bright_2)

OUT1: 110%; OUT2: 100%. Setting OUT1 brightness to 110%.

34

@GOC / @SOC

Output contrast

(, ch_2, red_2, green_2, blue_2)

Parameter

ch: Output channel

0 = All outputs, 1 = OUT1, 2 = OUT2

Example

Getting OUT1 contrast setting.

@ODC

Output default color

0 = All outputs, 1 = OUT1, 2 = OUT2

Example

@ODC,1

Initializing OUT1 image quality settings.

Completed normally.

Remarks

Function Getting Setting Format

@GOC, ch

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

Return value

@GOC, ch, red, green, blue

@SOC, ch_1, red_1, green_1, blue_1

1 = OUT1, 2 = OUT2

ch_1-2: Output channel

red / red_1-2 : Output contrast (Red)

green / green_1-2 : Output contrast (Green) blue / blue_1-2 : Output contrast (Blue)

0 to 200 [Default]: 100

@GOC,1 @GOC,1,105,100,95 @SOC,1,105,100,95

@SOC,1,105,100,95

Red: 105%, green: 100%, blue: 95% Setting OUT1 contrast to 105% for red, 100% for green, 95% for blue. Completed normally.

Remarks －

MSD-501/502 Command Guide

Function Setting Format Return value

@ODC, ch_1 (, ch_2) @ODC, ch_1 (, ch_2)

Parameter ch_1-2: Output channel

@ODC,1

－

@GOB / @SOB, @GOC / @SOC

35

MSD-501/502 Command Guide

@GDT / @SDT

No-signal-input monitoring

Function

Getting

Setting

Format

@GDT

@SDT, ch_1, time_1 (, ch_2, time_2

)

Return value

@GDT, time_1, time_2, time_3

@SDT, ch_1, time_1 (, ch_2, time_2

)

0 = All digital inputs, 1 = IN1 to 3 = IN3

(10 sec.)

@SDT,3,6000

Completed normally.

@GHE / @SHE

HDCP input enabled/disabled

Function

Getting

Setting

hdcp_2

)

hdcp_2

)

0 = DISABLE, 1 = ENABLE [Default]

ch_1-3: Input channel @SHE,1,0

Completed normally.

Remarks

Those commands are only for digital input.

3.3.6 Input settings

Parameter time_1-3: 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 rounded down. (For example, if you set it to 2955, the monitoring time is set to 2900 ms.)

ch_1-3: Input channel

･･････

Example

Remarks Those commands are only for digital input.

Format

Return value

Parameter in_1-3: HDCP input enabled/disabled

Example

@GDT @GDT,6000,10000,10000

@SDT,3,6000

@GHE

@GHE, hdcp_1, hdcp_2, hdcp_3

0 = All digital inputs, 1 = IN1 to 3 = IN3

@GHE @GHE,1,1,0

@SHE,1,0

Getting the monitoring time of input video signals. IN1: 6000 ms. (6 sec.), IN2 and IN3: 10000 ms.

Setting the monitoring time of IN3 to 6000 ms. (6

sec.).

Getting HDCP input enabled/disabled. Setting IN3 and other inputs of HDCP input to DISABLE and ENAL BE, re s pe c tiv ely. Setting IN1 HDCP input to DISABLE.

@SHE, ch_1, hdcp_1 (, ch_2,

･･･

@SHE, ch_1, hdcp_1 (, ch_2,

･･･

36

@GIQ / @SIQ

Input equalizer

Parameter

level_1-3: Input equalizer

0 = All digital inputs, 1 = IN1 to 3 = IN3

Input equalizer ON

@SIQ,3,0

Completed normally.

Remarks

Those commands are only for digital input.

@GAI / @SAI

Analog input type

@GAI

@SAI, ch_1, type_1 (, ch_2, type_2)

@GAI, type_1, type_2

@SAI, ch_1, type_1 (, ch_2, type_2)

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

ch_1-2: Input channel @GAI,0,2

IN4: AUTO, IN5: YPbPr

@SAI,0,2

Function Getting Setting Format

Return value

ch_1-3: Input channel

@GIQ

@GIQ, level_1, level_2, level_3

0 = OFF, 1 = ON [Default]

@SIQ, ch_1, level_1 (, ch_2, level_2･･･)

MSD-501/502 Command Guide

Example

Function Getting Setting Format Return value Parameter type_1-2: Signal type

Example

Remarks Those commands are only for analog input.

@GIQ @GIQ,0,1,1

@SIQ,3,0

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

0 = All analog inputs, 4 = IN4, 5 = IN5

@GAI

@SAI,0,2

Getting input equalizer. IN1: Input equalizer OFF; other inputs:

Setting IN3 input equali zer to OFF.

Getting signal type of analog input.

Setting the signal type of all inputs to YPbPr. Completed normally.

37

MSD-501/502 Command Guide

@GID / @SID

Automatic detection of input video interruption

detect_4, detect_5

Parameter

detect_1-5: Automatic detection

0 = All inputs, 1 = IN1 to 5 = IN5

@GAU / @SAU

Priority of input channel automatic switching

Function

Getting

Setting

out_1, priority_1

)

Return value

@GAU, in1_out1, in2_out1, in3_out1,

in3_out2, in4_out2, in5_out2

@SAU, in_1, out_1, priority_1 (, in_2,

1 = IN1 to 5 = IN5

priority_1-5: Priority @SAU,1,1,2

Completed normally.

Remarks

Function Getting Setting Format

Return value @GID, detect_1, detect_2, detect_3,

ch_1-5: Input channel

@GID

0 = OFF, 1 = ON [Default]

@SID, ch_1, detect_1 (, ch_2, detect_2･･･)

Example

Remarks －

Format

Parameter in1_out1-in5_out2: Priority

in_1-5: Input channel

@GID

@GID,1,0,1,1,1

@SID,2,0

@GAU

in4_out1, in5_out1, in1_out2, in2_out2,

0 = OFF, 1 = Priority (high) to 5 = priority (low)

Getting the setting of automatic detection of input video interruption. IN2: If input video signals are interrupted, the video output is not turned off instantly; other inputs: OFF If input video signals of IN2 are interrupted, not to turn off the video output instantly. Completed normally.

@SAU, in_1, out_1, priority_1 (, in_2,

･･･

out_1, priority_1･･･)

out_1-2: Output channel

0 = All outputs, 1 = OUT1, 2 = OUT2

0 = OFF, 1 = Priority (high) to 5 = priority (low)

Example

38

@GAU @GAU,1,2,3,4,5,0,4,3,2,1

@SAU,1,1,2

－

Getting priority of automatic switching. OUT1: IN1>IN2>･･･>IN5 OUT2: IN1:OFF IN2<IN3･･･<IN5 Setting priority of OUT1 IN1 to “2”.

@GMT / @SMT

Masking time after automatic switching of input channel

@GMT

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

@GMT, time_1, time_2

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

Parameter

time_1-2: Masking time

0 = All outputs, 1 = OUT1, 2 = OUT2

Example

Getting masking time after automatic

@SMT,1,2000,2,10000

Completed normally.

Remarks

Function Getting Setting Format Return value

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

ch_1-2: Output channel

@GMT

@GMT,2000,10000

@SMT,1,2000,2,10000

－

switching of input channel. OUT1: 2000 ms. (2 sec.); OUT2: 10000 ms. (10 sec.) Setting masking time to 2000 ms. (2 sec.) for OUT1 and 10000 ms. (10 sec.) for OUT2.

MSD-501/502 Command Guide

39

MSD-501/502 Command Guide

@AIS / @AIT

Automatic measurement

Function

Automatic measurement of start position

Automatic measurement considering aspect @AIS, ch

@AIT, ch

@AIS, ch

@AIT, ch (, mode)

4 = IN4, 5 = IN5

@AIS,4

@AIT,4,0

Completed normally.

@GHT / @SHT

The total number of horizontal dots

Function

Getting

Setting

Format

@GHT

@SHT, ch, h_total

h_total_4, h_total_5

Parameter

h_total_1-5 / h_total: The number of horizontal dots

[Default]: depends on input signals

@SHT,5,1344

Completed normally.

signals are not input, an error will be replied.

3.3.7 Input timing

and display period. Format Return value Parameter ch: Input channel

mode: Measurement mode

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

Example

Remarks Those commands are valid only when analog RGB/analog YPbPr signals are input.

@AIS,4

@AIT,4,0

@AIS,4 @ERR,7

Measuring start position and display period of IN4 automatically. Completed normally. Measuring IN4 input timing setting at the aspect ratio of “4:3” automatically.

If automatic measurement fails, an error is replied.

ratio

Return value @GHT, h_total_1, h_total_2, h_total_3,

400 to 4125 (sampling block should be 13 MHz to 162 MHz)

ch: Input channel

0 = All analog inputs, 4 = IN4, 5 = IN5

Example

Remarks Getting command will acquire statuses of all channels.

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

@SHT,5,1344

@SHT,5,1344 @ERR,3

Setting commands are valid only when analog RGB/analog YPbPr signals are input.

@SHT, ch, h_total

Getting the total number of horizontal dots. “0” will be replied to channels without input signals. Setting the total number of IN5 horizontal dots to “1344”.

If analog RGB signals or analog YPbPr

40

@GHS / @SHS

Horizontal start position

@GHS

@SHS, ch, h_start

[Default]: depends on inp u t sign als

Setting IN5 horizontal start posit ion to “296”. @ERR,3

If signals are not input, an error is replied.

Remarks

Setting command is valid only when signals are input.

@GHD / @SHD

Horizontal display period

@GHD

@SHD, ch, h_disp

Return value

@GHD, h_disp_1, h_disp_2, h_disp_3,

0 = All inputs, 1 = IN1 to 5 = IN5

@SHD,5,1024

Completed normally.

Function Getting Setting Format Return value @GHS, h_start_1, h_start_2, h_start_3,

h_start_4, h_start_5

Parameter h_start_1-5 / h_start: Horizontal start position

64 to 2900 (should be [the total number of horizontal dots – horizontal display period] or less)

ch: Input channel

0 = All inputs, 1 = IN1 to 5 = IN5

Example

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

@SHS,5,296 @SHS,5,296 @SHS,5,296

@SHS, ch, h_start

Getting horizontal start position. “0” will be replied to channels without input signals.

Completed normally.

MSD-501/502 Command Guide

Function Getting Setting Format

@SHD, ch, h_disp

h_disp_4, h_disp_5

Parameter h_disp_1-5 / h_disp: Horizontal display period

64 to 2900 (should be [the total number of horizontal dots – 64] or less)

[Default]: depends on inp u t sign als

ch: Input channel

Example

Remarks Setting command is valid only when signals are input.

@GHD @GHD,1920,1920,0,1920,1024

@SHD,5,1024

@SHD,5,1024 @ERR,3

Getting horizontal display period “0” will be replied to channels without input signals. Setting IN5 horizontal display period to “1024”.

If signals are not input, an error is replied.

41

MSD-501/502 Command Guide

@GVS / @SVS

Vertical start position

@GVS

@SVS, ch, v_start

[Default]: depends on input signals

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

“0” will be replied to channels without input signals.

@SVS,5,35

Completed normally.

@GVD / @SVD

Vertical display period

Function

Getting

Setting

Format

@GVD

@SVD, ch, v_disp

v_disp_4, v_disp_5

Parameter

v_disp_1-5 / v_disp : Vertical display period

[Default]: depends on input signals

ch: Input channel

Setting IN5 vertical display period to “768”. @ERR,3

If signals are not input, an error is replied.

Remarks

Setting command is valid only when signals are input.

Function Getting Setting Format Return value @GVS, v_start_1, v_start_2, v_start_3,

v_start_4, v_start_5

Parameter v_start_1-5 / v_start: Vertical start position

10 to 2048 (should be [the total number of vertical lines – vertical display period] or

less)

ch: Input channel

0 = All inputs, 1 = IN1 to 5 = IN5

Example

@GVS

Getting vertical start position

@SVS, ch, v_start

Remarks Setting command is valid only when signals are input.

Return value @GVD, v_disp_1, v_disp_2, v_disp_3,

Example

@SVS,5,35

@SVS,5,35 @ERR,3

10 to 2048 (should be [the total number of vertical lines – 10] or less)

0 = All inputs, 1 = IN1 to 5 = IN5 @GVD @GVD,0,1080,1080,900,768

@SVD,5,768 @SVD,5,768 @SVD,5,768

Setting IN5 vertical start position to “35”.

If signals are not input, an error is replied.

@SVD, ch, v_disp

Getting vertical display period. “0” will be replied to channels without input signals.

Completed normally.

42

@GIS / @SIS

Automatic measurement of start position

@GIS

@SIS, ch, mode

@GIS, mode_1, mode_2

@SIS, ch, mode

Parameter

mode_1-2 / mode: Automatic measurement

0 = All analog inputs, 4 = IN4, 5 = IN5

Setting not to measure signals input currently from IN4.

@GSM / @SSM

Automatic measurement when unregistered signals are input

Function

Getting

Setting

Format

@GSM

@SSM, mode

Return value

@GSM, mode

@SSM, mode

0 = Not execute, 1 = Execute [Default]

Example

Getting automatic measurement mode when

@SSM,1

Function Getting Setting Format Return value

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

ch: Input channel

MSD-501/502 Command Guide

Example

Remarks Those commands are only for analog input.

Parameter mode: Automatic measurement

Remarks －

@GIS

@GIS,0,2

@SIS,4,1 @SIS,4,1

@GSM

@GSM,1

@SSM,1

Getting setting of Automatic measurement of start position. IN4: not measured automatically; IN5: measured automatically.

Completed normally.

unregistered signals are input. Automatic measurement will be executed when unregistered signals are input. Execute automatic measurement when unregistered signals are input. Completed normally.

43

MSD-501/502 Command Guide

@RTT

Loading device data

@RTT, ch (, table)

Parameter

ch: Input channel @RTT,1

@RTT,4,2

Setting IN4 input timings to the values saved in the

Completed normally.

Remarks

This command is valid only when signals are input.

registered.

@STT

Registering device data

Format

@STT, ch, table (, name)

Return value

@STT, ch, table (, name)

Parameter

ch: Input channel

1 to 99

@STT,4,2

without changing the device table name.

Saving the current IN4 input timing setting in device

Function Setting Format Return value

1 = IN1 to 5 = IN5

table: Device table

1 to 99 (Registered device data), 100 to 100+n (Preset device data. ”n” varies depending on input signals, but 0

Only for analog input, specify the device table.

Example

@RTT,1

@RTT,4,2

for most cases.)

Initializing IN1 input timing setting to the value detec te d automatically. Completed normally.

device table 2.

For analog input, this command is valid only when the device data of input signals is

Function Saving

4 = IN4, 5 = IN5

table: Device table

Up to 14 characters from 20 to 7D of ASCII code.

If you do not set the device table name, only input timing settings are saved. However, if no device table name is currently saved, the resolution is saved automatically as the device table name.

Example

Remarks This command is valid only if analog RGB / YPbPr signals are input.

@STT,4,2

@STT,4,2,XGA 60Hz @STT,4,2,XGA 60Hz

Saving IN4 input timing setting in device table 2

table 2 with the name of “XGA 60Hz”.

44

@GTK / @STK

Tracking

@GTK

@STK, ch_1, track_1 (, ch_2 , track_2)

@GTK, track_1, track_2

@STK, ch_1, track_1 (, ch_2 , track_2)

Parameter

track_1-2: Tracking

0 = All analog inputs, 4 = IN4, 5 = IN5

Example

Getting tracking.

replied.

@STK,5,4

Remarks

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

Function Getting Setting Format Return value

0 to 63 [Default] 0

ch_1-2: Input channel

@GTK @GTK,4,0

If no analog RGB or YPbPr signals are input, 0 is

MSD-501/502 Command Guide

@STK,5,4

Setting IN5 tracking to “4”. Completed normally.

45

MSD-501/502 Command Guide

@GEQ / @SEQ

Output equalizer

Function

Getting

Setting

Format

@GEQ

@SEQ, ch_1, level_1 (, ch_2, level_2)

Return value

@GEQ, level_1 (, level_2)

@SEQ, ch_1, level_1 (, ch_2, level_2)

@GEQ,0,1

OUT1A: OFF; OUT2A: LOW

@SEQ,1,0

Setting OUT1A output equalizer to OFF.

@GDM / @SDM

Output mode

Return value

@GDM, mode_1A, mode_1B

@SDM, ch_1, mode_1 (, ch_2, mode_2

)

@SDM,1,3

3.3.8 Output settings

Parameter level_1-2: Output equalizer

0 = OFF [Default], 1 = LOW, 2 = MIDDLE, 3 = HIGH

ch_1-2: Output connector

0 = All HDMI output, 1 = OUT1A, 2 = OUT2A

Example

Remarks Those commands are only for HDMI output connector.

@GEQ

@SEQ,1,0

Getting output equalizer.

Completed normally.

Function Getting Setting Format

Parameter mode_1A / mode_2A: OUTA output mode

ch_1-4: Output connector

Example

Remarks －

@GDM

(, mode_2A, mode_2B)

mode_1B / mode_2B: OUTB output mode mode_1-4: Output mode

0 = DVI MODE, 1 = HDMI RGB MODE, 2 = HDMI YCbCr4:2:2 MODE, 3 = HDMI YCbCr4:4:4 MODE [Default]

0 = All outputs, 1 = OUT1A, 2 = OUT1B, 3 = OUT2A, 4 = OUT2B

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

@SDM,1,3

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

Getting output mode. OUT1B: DVI MODE; other outputs: HDMI YCbCr4:4:4 MODE. Setting OUT1A output mode to “HDMI YCbCr4:4:4 MODE”. Completed normally.

･･･

46

@GUY / @SUY

Synchronous signal output when no video signal s are input

@GUY

@SUY, ch_1, sync_1 (, ch_2, sync_2)

@GUY, sync_1 (, sync_2)

@SUY, ch_1, sync_1 (, ch_2, sync_2)

Parameter

sync_1-2: Synchronous signal output

0 = All outputs, 1 = OUT1, 2 = OUT2

Example

Getting synchronous signal output when no

@SUY,1,1

Completed normally.

Remarks

@GBO / @SBO

Output video when no video signals are input

@GBO

@SBO, ch_1, video_1 (, ch_2, video_2)

@GBO, video_1 (, video_2)

@SBO, ch_1, video_1 (, ch_2, video_2)

0 = All outputs, 1 = OUT1, 2 = OUT2

Example

Getting output video when no video signa ls

OUT1: blue screen; OUT2: black screen

@SBO,1,1

Completed normally.

Remarks

Function Getting Setting Format Return value

0 = Not output, 1 = Output [Default]

ch_1-2: Output channels

@GUY

@GUY,1,0

@SUY,1,1

－

video signals are input. OUT1: synchronous signals are output. OUT2: synchronous signals are not output. Setting OUT1 to “1” (synchronous signals are output even if video signals are not input.).

MSD-501/502 Command Guide

Function Getting Setting Format Return value Parameter video_1-2: Output video when no video signals are input

0 = Black, 1 = Blue [Default], 2 = Background color

ch_1-2: Output channel

@GBO @GBO,1,0

@SBO,1,1

－

are input.

Setting OUT1 to blue when no video signals are input.

47

MSD-501/502 Command Guide

@GFF / @SFF

Video switching effect

switching_2)

Parameter

switching_1-2: Video switching effect

WIPE, 6 = BOTTOM→TOP WIPE

@GFT / @SFT

Video switching time

Function

Getting

Setting

0 = All outputs, 1 = OUT1, 2 = OUT2

@GFT,400,350

Setting OUT1 switching time to 400 ms.

Function Getting Setting Format

Return value

ch_1-2: Output channel

Example

Remarks －

@GFF

@GFF, switching_1 (, switching_2)

0 = CUT, 1 = FADE OUT/IN, 2 = FREEZE + FADE OUT/IN [Default],

3 = LEFT→RIGHT WIPE, 4 = RIGHT→LEFT WIPE, 5 = TOP→BOTTOM

0 = All outputs, 1 = OUT1, 2 = OUT2

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

@SFF,1,1

@SFF, ch_1, switching_1 (, ch_2, switching_2) @SFF, ch_1, switching_1 (, ch_2,

Getting input channel switching effect. OUT1: CUT; OUT2: FADE OUT/IN Setting OUT1 switching effect to FADE OUT/IN. Completed normally.

Format Return value Parameter time_1-2: Switc h ing time

ch_1-2: Output channel

Example

Remarks －

@GFT @SFT, ch_1, time_1 (, ch_2, time_2) @GFT, time_1 (, time_2) @SFT, ch_1, time_1 (, ch_2, time_2)

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 390 ms.)

@GFT

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

Getting switching time of video input channel. OUT1: 400 ms.; OUT2: 350 ms.

Completed normally.

48

@GWC / @SWC

Wipe color

(, ch_2, red_2, green_2, blue_2)

Parameter

ch: Output channel

0 = All outputs, 1 = OUT1, 2 = OUT2

Example

Getting OUT1 wipe color.

@GVO / @SVO

Video output connector

Return value

@GVO, out_1A, out_1B (, out_2A,

@SVO, ch_1, out_1 (, ch_2, out_2

)

0 = Not output, 1 = Output [Default]

Example

Getting video output connector.

Other outputs: output vi deo .

Setting OUT1A to “Output”.

Function Getting Setting Format

Return value

ch_1-2: Output channel

red / red_1-2 : Wipe color (Red)

Remarks －

@GWC, ch

@GWC, ch, red, green, blue

1 = OUT1, 2 = OUT2

green / green_1-2 : Wipe color (Green) blue / blue_1-2 : Wipe color (Blue)

0 to 255 [Default] 0 (Black)

@GWC,1 @GWC,1,255,255,255 @SWC,1,255,255,255

@SWC,1,255,255,255

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

RGB: 255 (white) Setting OUT1 wipe colors of RGB to “255” (white). Completed normally.

MSD-501/502 Command Guide

Function Getting Setting Format

Parameter out_1A / out_2A : OUTA video output

ch_1-4: Output connector

Remarks －

@GVO

out_2B)

out_1B / out_2B : OUTB video output out_1-4 : Video output

0 = All outputs, 1 = OUT1A, 2 = OUT1B, 3 = OUT2A, 4 = OUT2B

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

@SVO,1,1 @SVO,1,1

@SVO, ch_1, out_1 (, ch_2, out_2･･･)

OUT1A: not output video.

Completed normally.

･･･

49

MSD-501/502 Command Guide

@GEN / @SEN

HDCP output

hdcp_2B)

hdcp_2

)

Parameter

hdcp_1A / hdcp_2A : OUTA HDCP output

Other outputs: HDCP is always output.

@SEN,1,1

@GHR / @SHR

The number of HDCP retries

Return value

@GHR, retry_1A, retry_1B (, retry_2A, retry_2B)

@SHR, ch_1, retry_1 (, ch_2, retry_2

)

0 = All outputs, 1 = OUT1A, 2 = OUT1B, 3 = OUT2A, 4 = OUT2B

Example

Getting the number of HDCP retires.

Other outputs: continue to retry until succeed.

@SHR,4,10

Function Getting Setting Format

Return value @GEN, hdcp_1A, hdcp_1B (, hdcp_2A,

ch_1-4: Output connector

Example

@GEN

hdcp_1B / hdcp_2B : OUTB HDCP output hdcp_1-4 : HDCP output

0 = HDCP is output only if input signals are with HDCP. 1 = HDCP is always output [Default], 2 = HDCP is not authorized

0 = All outputs, 1 = OUT1A, 2 = OUT1B, 3 = OUT2A, 4 = OUT2B

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

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

Getting HDCP output. OUT2B: HDCP is output only if input signals are with HDCP.

･･･

Remarks －

Function Getting Setting Format

Parameter retry_1A / retry_2A : The number of retires (OUTA)

ch_1-4: Output connector

@SEN,1,1

@GHR

retry_1B / retry_2B : The number of retires (OUTB) retry_1-4 : The number of retires

-1 = Retry until succeed [Default],

0 = Not retry, 1 to 100 = Retry for desired number of retries

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

Setting OUT1A to output HDCP always. Completed normally.

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

OUT2B: Retry for up to 10 times

･･･

Remarks －

50

@SHR,4,10

Setting OUT2B to retry up to 10 times. Completed normally.

@GDC / @SDC

Deep Color

color_2B)

color_2

)

Parameter

color_1A / color_2A : OUTA color depth

0 = All outputs, 1 = OUT1A, 2 = OUT1B, 3 = OUT2A, 4 = OUT2B

@SDC,1,0

Completed normally.

Remarks

@GCE / @SCE

CEC connection

(, connect_2A, connect_2B)

connect_2

)

Parameter

connect_1A / connect_2A : OUTA CEC connection

@SCE,1,4

Completed normally.

Remarks

Function Getting Setting Format

Return value @GDC, color_1A, color_1B (, color_2A,

ch_1-4: Output connector

@GDC

color_1B / color_2B : OUTB color depth out_1-4 : Color depth

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

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

MSD-501/502 Command Guide

･･･

Example

Function Getting Setting Format

Return value @GCE, connect_1A, connect_1B

ch_1-4: Output connector

Example

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

@SDC,1,0

－

@GCE

connect_1B / connect_2B : OUTB CEC connection connect_1-4 : CEC connection

0 = not connected [Default], 1 = selec te d video input channel, 2 = input channel1, 3 = input channel2, 4 = input channel3, 5 = input channel4

0 = All outputs, 1 = OUT1A, 2 = OUT1B, 3 = OUT2A, 4 = OUT2B

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

@SCE,1,4

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

Getting CEC connection. OUT1A: connecting to input channel3 Other outputs: not connected. Setting OUT1A CEC to connect input channel3.

Getting color depth. OUT2A: 24-BIT COLOR other outputs: 30-BIT COLOR Setting OUT1A to 24-BIT COLOR.

･･･

－

51

MSD-501/502 Command Guide

@HAU

HDCP re-authorization

@HAU, ch_1 (, ch_2

)

@HAU, ch_1 (, ch_2

)

Parameter

ch_1-4: Output connector @HAU,1

Completed normally.

Remarks

Function Setting Format Return value

0 = All outputs, 1 = OUT1A, 2 = OUT1B, 3 = OUT2A, 4 = OUT2B

Example

@HAU,1

－

･･････

Setting sink device HDCP of OUT1A to be re-authorized.

52

MSD-501/502 Command Guide

@GSL / @SSL

Audio output level

Function

Getting

Setting

Format

@GSL

@SSL, ch_1, level_1 (, ch_2, level_2)

Return value

@GSL, level_1 (,level_2)

@SSL, ch_1, level_1 (, ch_2, level_2)

@GSL,-4,0

OUT1: -4 dB; OUT2: ±0 dB

@SSL,1,-4

Setting OUT1 audio output level to -4 dB.

@SOL

Relative value of audio output level

0 = All outputs, 1 = OUT1, 2 = OUT2

@GOL

Limit status of audio output level

Function

Getting

Format

@GOL

Return value

@GOL, out_1 (, out_2)

3.3.9 Audio

Parameter level_1-2: Audio output level

-60 to +10 [Default] ±0

ch_1-2: Output channel

0 = All outputs, 1 = OUT1, 2 = OUT2

Example

Remarks If you change the output level whil e muted, it will be unmuted.

@GSL

@SSL,1,-4

Getting audio output level.

Completed normally.

Function Setting Format Return value Parameter ch_1-2: Output channel

updown_1-2: setting relative value

Example

Remarks If you change the output level whil e muted, it will be unmuted.

Parameter out_1-2: Limit status of audio output level

Example

Remarks －

@SOL, ch_1, updown_1 (, ch_2, updown_2) @SOL, ch_1, updown_1 (, ch_2, updown_2)

-70 to +70

The specified value is added to the current audio output level. If the total value exceeds the limit value (-60 to +10), the limit value will be applied. @SOL,1,-1 @SOL,1,-1

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

1 = maximum settable value (+10 dB) @GOL @GOL,1,0

Lower 1 dB of audio output level of OUT1. Completed normally.

Getting limit status of audio output level. OUT1: maximum settable value OUT2: not limit value

53

MSD-501/502 Command Guide

@GAM / @SAM

Audio output mute

Parameter

mute_1-2: Audio output mute

0 = All outputs, 1 = OUT1, 2 = OUT2

@GAM,1,0

@GAS / @SAS

Selecting audio input

Function

Getting

Setting

select_2

)

select_2

)

0 = Automatic [Default], 1 = Analog audio, 2 = Digital audio

ch_1-3: Input channel @SAS,3,1

Completed normally.

Remarks

Those commands are only for digital input.

Function Getting Setting Format

Return value

ch_1-2: Output channel

@GAM

@GAM, mute_1 (, mute_2)

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

@SAM, ch_1, mute_1 (, ch_2, mute_2)

Example

Remarks －

Format

Return value

Parameter select_1-3: Audio input selection

Example

@GAM

@SAM,1,1 @SAM,1,1

@GAS

@GAS, select_1, select_2, select_3

0 = All digital inputs, 1 = IN1 to 3 = IN3 @GAS @GAS,1,0,0

@SAS,3,1

Setting audio output mute. OUT1: mute ON; OUT2: mute OFF Muting OUT1 audio output. Completed normally.

@SAS, ch_1, select_1 (, ch_2,

･･･

@SAS, ch_1, select_1 (, ch_2,

･･･

Getting audio input selection. IN1: analog audio is used Other inputs: automatic. Setting IN3 audio input to analog audio.

54

@GSD

Selecting actual audio input

@GSD

@GSD, in_1, in_2, in_3

Parameter

in_1-3: Actual audio input selection

@GSO / @SSO

Audio input level

Return value

@GSO, level_1, level_2, level_3, level_4,

@SSO, ch_1, level_1 (, ch_2, level_2

)

-60 to ±0 [Default] ±0

@SSO,5,-8

Completed normally.

Remarks

@SIL

Relative value of audio input level

@SIL, ch_1, updown_1 (, ch_2, updown_2

)

@SIL, ch_1, updown_1 (, ch_2, updown_2

)

the limit value (-60 to +0), the limit value will be appli e d.

@SIL,1,-1

Function Getting Format Return value

1 = analog audio [Default], 2 = digital audio

Example

Remarks This command is only for digital input.

Function Getting Setting Format

Parameter level_1-5: Audio input level

@GSD @GSD,1,2,2

@GSO

level_5

Getting actual audio input select ion. IN1: analog audio; other input: digital audio

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

MSD-501/502 Command Guide

･･･

ch_1-5: Input channel

0 = All inputs, 1 = IN1 to 5 = IN5

Example

Function Setting Format Return value Parameter ch_1-5: Input channel

updown_1-5: Setting relative value

Example

Remarks －

@GSO @GSO,0,0,0,0,-4 @SSO,5,-8

－

0 = All inputs, 1 = IN1 to 5 = IN5

-60 to +60

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

@SIL,1,-1

Getting audio input level. IN5: -4 dB; other inputs: ±0 dB. Setting IN5 audio input level to -8 dB.

･･････

Lowering IN1 audio input level (1 dB). Completed normally.

55

MSD-501/502 Command Guide

@GIL

Limit status of audio input level

@GIL

@GIL, in_1, in_2, in_3, in_4, in_5

Parameter

in_1-5: Limit status

1 = maximum settable value (+0 dB)

Example

Getting limit status of audio input level.

Other inputs: not limit value

Remarks

@GLO / @SLO

Output lip sync

Return value

@SLO, ch_1, frame_1 (, ch_2, frame_2)

0 to 8 [Default] 0

@SLO,1,2

Completed normally.

Remarks

@GLY / @SLY

Input lip sync

Function

Getting

Setting

frame_2

)

0 to 8 [Default] 0

ch_1-5: Input channel @GLY,0,0,0,2,0

IN4: 2 frames; other inputs: 0 frame

@SLY,4,2

Function Getting Format Return value

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

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

－

Function Getting Setting Format

Parameter frame_1-2: Output lip sync

@GLO

@GLO, frame_1 (, frame_2)

IN1: maximum settable value

@SLO, ch_1, frame_1 (, ch_2, frame_2)

ch_1-2: Output channel

0 = All outputs, 1 = OUT1, 2 = OUT2

Example

Format

Return value @GLY, frame_1, frame_2, frame_3,

Parameter frame_1-5: Input lip sync

Example

@GLO @GLO,0,2 @SLO,1,2

－

@GLY

frame_4, frame_5

0 = All inputs, 1 = IN1 to 5 = IN5 @GLY

Getting lip sync of the output side.. OUT1: 0 frame; OUT2: 2 frames Setting OUT1 lip sync to 2 frames.

@SLY, ch_1, frame_1 (, ch_2,

･･･

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

Getting lip sync of input side.

Remarks －

56

@SLY,4,2

Setting IN4 lip sync to 2 frames. Completed normally.

@GSF / @SSF

Sampling frequency

frequency_2)

Parameter

frequency_1-2: Sampling frequency

0 = All outputs, 1 = OUT1, 2 = OUT2

@GSF,0,2

Setting OUT1 sampling frequency to 44.1 kHz.

@GFD

Actual sampling frequency

Function

Getting

Format

@GFD

Return value

@GFD, frequency_1 (, frequency_2)

@GFD,5,3

OUT1: 96 kHz; OUT2: 48 kHz

Remarks

@GSF / @SSF Sampling frequency (P.57)

“AUTO-A” or “AUTO-B”, the set sampling frequency will be replied.

Function Getting Setting Format

Return value

ch_1-2: Output channel

@GSF

@GSF, frequency_1 (, frequency_2)

0 = AUTO-A [Default], 1 = AUTO-B, 2 = 32 kHz,

3 = 44.1 kHz, 4 = 48 kHz, 5 = 88.2 kHz,

6 = 96 kHz, 7 = 192 kHz

@SSF, ch_1, frequency_1 (, ch_2, frequency_2) @SSF, ch_1, frequency_1 (, ch_2,

MSD-501/502 Command Guide

Example

Remarks －

Parameter frequency_1-2: Sampling frequency

Example

@GSF

@SSF,1,3 @SSF,1,3

1 = 32 kHz, 2 = 44.1 kHz, 3 = 48 kHz [Default],

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

If “ sampling frequency that is output actually will be replied. If it is set to value other than

Getting sampling frequency settings. OUT1: AUTO-A; OUT2: 32 kHz

Completed normally.

Getting actual sampling frequency.

” is set to “AUTO-A” or “AUTO-B”, the

57

MSD-501/502 Command Guide

@GDO / @SDO

Audio output connector

@GDO

@SDO, ch_1, out_1, (, ch_2, out_2)

@GDO, out_1 (, out_2)

@SDO, ch_1, out_1, (, ch_2, out_2)

Parameter

out_1-2: Audio output connector

output connectors [Default]

@GAO / @SAO

Digital audio output connector

Function

Getting

Setting

Return value

@GAO, out_1A, out_1B (, out_2A ,

@SAO, ch_1, out_1 (, ch_2, out_2

)

0 = Not output, 1 = Output [Default]

@GAO,1,1,1,0

Other outputs: Output digital audio.

OUT1A: not output digital audio.

Function Getting Setting Format Return value

0 = Only to analog audio output connectors,

1 = To HDMI output and HDBaseT output connectors,

2 = To analog audio output connectors, HDMI output connectors, and HDBaseT

ch_1-2: Output channel

0 = All outputs, 1 = OUT1, 2 = OUT2

Example

Remarks －

@GDO @GDO,0,1

@SDO,1,0

Getting connectors that output audio. OUT1: only to analog audio output connectors; OUT2: only to HDMI output connector and HDBaseT output connector Setting OUT1 to output to only analog audio output connectors Completed normally.

Format

Parameter out_1A / out_2A: OUTA digital audio output

ch_1-4: Output connectors

Example

Remarks －

@GAO

out_2B)

out_1B / out_2B: OUTB digital audio output out_1-4: digital audio output

0 = All outputs, 1 = OUT1A, 2 = OUT1B, 3 = OUT2A, 4 = OUT2B @GAO

@SAO,1,0 @SAO,1,0

@SAO, ch_1, out_1 (, ch_2, out_2･･･)

･･･

Getting connectors that output digital audio. OUT2B: Not output digital audio.

Completed normally.

58

@GMD / @SMD

Multi channel audio output

@GMD

@SMD, ch_1, out_1 (, ch_2, out_2)

@GMD, out_1 (, out_2)

@SMD, ch_1, out_1 (, ch_2, out_2)

Parameter

out_1-2: Multi channel audio output

0 = All outputs, 1 = OUT1, 2 = OUT2

@SMD,1,8

Completed normally.

Remarks

@GAT / @SAT

Test tone

speaker_2)

tone_2, speaker_2)

Parameter

tone_1-2: Test tone

10 = REAR LEFT CENTER, 11 = REAR RIGHT CENTER

ch_1-2: Output channel @SAT,1,1,0

Function Getting Setting Format Return value

0 = CH1 / CH2 STEREO, 1 = CH3 / CH4 STEREO,

2 = CH5 / CH6 STEREO, 3 = CH7 / CH 8 STEREO,

4 = CH1 / CH2 MONO, 5 = CH3 / CH4 MONO,

6 = CH5 / CH6 MONO, 7 = CH7 / CH8 MONO,

8 = DOWN MIX [Default]

ch_1-2: Output channel

MSD-501/502 Command Guide

Example

Function Getting Setting Format

Return value @GAT, tone_1, speaker_1 (, tone_2,

speaker_1-2: Speaker

@GMD @GMD,4,8

@SMD,1,8

－

@GAT

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

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,

Getting multi channel audio output. OUT1: outputs monaural audio of CH1 / CH2. OUT2: outputs downmixed audio. Setting OUT1 to output down mixed audio.

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

0 = All outputs, 1 = OUT1, 2 = OUT2

Example

Remarks －

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

@SAT,1,1,0

Getting test tone output settings. OUT1: outputs test tone (400 Hz) to FRONT L/R. OUT2: not output test tone. Setting OUT1: outputs test tone (1k Hz) to all speakers. Completed normally.

59

MSD-501/502 Command Guide

@GED / @SED

EDID data

Function

Getting

Setting

Format

@GED

@SED, ch_1, edid_1 (, ch_2, edid_2

)

Return value

@GED, edid_1, edid_2, edid_3

@SED, ch_1, edid_1 (, ch_2, edid_2

)

0 = All digital inputs, 1 = IN1 to 3 = IN3

Copying EDID (P.65)

3.3.10 EDID

Parameter edid_1-5: EDID data

0 = Built-in EDID [Default],

1 = OUT1A MONITOR,

2 = OUT1B MONITOR,

3 = OUT2A MONITOR,

4 = OUT2B MONITOR,

101 to 108 = COPY DATA 1 to COPY DATA 8

ch_1-3: Input channel

･･････

Example

Remarks Those commands are only for digital input.

@GED @GED,0,0,3

@SED,2,3

In order to use a copied data, read EDID data from the sink device in “@RME

” in advance.

Getting EDID data. IN3: EDID of the sink device connected to OUT2A. Other inputs: built-in EDID Setting IN2: EDID read from the sink device connected to OUT2A. Completed normally.

60

@GVF / @SVF

Input resolution for PC

resolution_3, resolution_4, resolution_5

resolution_2

)

Parameter

resolution_1-5: Input resolution for PC

0 = All inputs, 1 = IN1 to 5 = IN5

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

@SVF,0,12

Completed normally.

Function Getting Setting Format

Return value @GVF, resolution_1, resolution_2,

ch_1-5: Input channel

@GVF

0 = SVGA(800x600), 1 = XGA(1024x768), 2 = 720p(1280x720), 3 = WXGA(1280x768), 4 = WXGA(1280x800), 5 = QuadVGA(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)

[Default] IN1 to IN3: 1080p (1920x1080); IN4 to IN5: UXGA (1600x1200)

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

MSD-501/502 Command Guide

･･･

Example

Remarks －

@GVF

@SVF,0,12

Getting input resolution for PC. IN3: SXGA+; other inputs: SXGA. Setting EDID of all input channels to UXGA.

61

MSD-501/502 Command Guide

@GHF / @SHF

Input resolution for AV devices

resolution_3

resolution_2

)

Parameter

resolution_1-3: Input resolution for AV devices

5 = AUTO [Default]

@GHF,5,4,5

IN2: 1080p; other inputs: AUTO

@SHF,0,4

Completed normally.

Remarks

This command is only for digital input.

@GDI / @SDI

Deep Color input

@GDI

@SDI, ch_1, color_1 (, ch_2, color_2

)

@GDI, color_1, color_2, color_3

@SDI, ch_1, color_1 (, ch_2, color_2

)

0 = All digital inputs, 1 = IN1 to 3 = IN3

Example

Getting color depth.

Other inputs: 30-BIT COLOR.

@SDI,3,0

Function Getting Setting Format

Return value @GHF, resolution_1, resolution_2,

ch_1-3: Input channel

Example

@GHF

0 = UNUSED, 1 = 480p, 2 = 720p, 3 = 1080i, 4 = 1080p,

0 = All digital inputs, 1 = IN1 to 3 = IN3

@GHF

@SHF, ch_1, resolution_1 (, ch_2, resolution_2･･･) @SHF, ch_1, resolution_1 (, ch_2,

Getting input resolution for AV devices.

･･･

Function Getting Setting Format Return value Parameter color_1-3: Color depth

ch_1-3: Input channel

Remarks This command is only for digital input.

@SHF,0,4

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

@GDI @GDI,1,1,0

@SDI,3,0

Setting EDIDs of all input channels to 1080p.

IN3: 24-BIT COLOR

Setting IN3 color depth to 24-BIT COLOR. Completed normally.

･･････

62

@GAF / @SAF

Audio format

(, format_2, frequency_2

)

(, format_2, frequency_2

)

Parameter

ch: Input channel DTS

Output disabled / 32 / 44.1 / 48 / 96

DTS-HD

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

Dolby TrueHD

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

For get commands, the set audio formats and maximum sampling frequency will be

@GAF,1,0,7

Up to 192 kHz of PCM.

@SAF,2,4,3

Completed normally.

Function Getting Setting Format

@GAF, ch

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

Return value @GAF, ch, format_1, frequency_1

@SAF, ch, format_1, frequency_1

･･･

0 = All digital inputs (only for setting), 1 = IN1 to 3 = IN3

format_1-7: Audio format

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

frequency_1-7: Maximum sampling frequency

0 = Output disabled, 1 = 32 kHz, 2 = 44.1 kHz, 3 = 48 kHz, 4 = 88.2 kHz, 5 = 96 kHz, 6 = 176.2 kHz, 7 = 192 kHz [Default] DTS-HD: 192 kHz, Dolby TrueHD: 96 kHz, others: 48 kHz

“Output disabled”: only set commands can be specified. Maximum settable sampling frequency depends on the audio format.

Audio format Maximum sampling frequency (kHz)

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+ Output disabled / 32 / 44.1 / 48

MSD-501/502 Command Guide

･･･

replied. By sending target parameters, the other parameters will be set to “0” (Output disabled) automatically. You do not need to specify “0” param eter normally. PCM is always enabled, you can skip this menu u nless you need to change the sampling frequency.

Example

@GAF,1

@SAF,2,4,3

Getting audio formats of IN1 that are allowed to be output.

Enable IN2 to output Linear PCM and DTS 32, 44.1, and 48 kHz (Sampling frequency of PCM is not changed).

Remarks This command is only for digital input.

63

MSD-501/502 Command Guide

@GSP / @SSP

The number of speakers

(, speaker_2

)

speaker_2

)

Parameter

ch: Input channel

“All digital inputs”: only setting commands can be specified.

10 = Front Center High

1

OFF

ON

OFF

2

ON

OFF

3

ON

OFF

4

ON

OFF

5

ON

OFF

ON

OFF

6

ON

OFF

7

ON

OFF

8

ON

OFF

ON

OFF

@SSP,2,8

Completed normally.

Function Getting Setting Format

Return value @GSP, ch, number, speaker_1

number: The number of speakers

speaker_1-8: Speaker configuration

@GSP, ch

･･･

0 = All digital inputs, 1 = IN1 to 3 = IN3

1 to 8 [Default] 2

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 High, 9 = Top Center,

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

･･･

Example

Getting command: the number of speakers and which speakers will be used will be replied. Setting command: if you do not specify the speaker configuration, the following configuration will be applied depending on the set number of speakers.

number

If you specify speaker_1-8 and the number and total number of speakers (speaker_1-8) do not match, the number is set automatically. In case the number exceeds the settable range, an error is replied. @GSP,1 @GSP,1,6,0,1,2,3

@SSP,2,8

0 1 2 3 4 5 6 7 8 9 10

Getting IN1 speaker configuration. Six speakers (Front Left / Right, Low Frequency Effect, Front Center, Rear Left / Right) are used. Setting IN2 speaker configuration to Front Left / Right, Low Frequency Effect, Front Center, Rear Left / Right, Rear Left / Right Center (eight speakers).

speaker

64

MSD-501/502 Command Guide

@GSP / @SSP

The number of speakers

settable value.

Remarks

This command is only for digital input..

@RME

Copying EDID

@RME, out, number (, name)

1 to 8

@RME,1,1

Loading EDID data of the sink device connected to

@GED / @SED EDID (P.60)

Example

Function Save Format Return value Parameter out: Connector to be loaded

number: Destination COPY DATA number

Example

Remarks

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

@ERR,1

1 = OUT1A, 2 = OUT1B, 3 = OUT2A, 4 = OUT2B

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

You can skip this setting. In this case, only EDID settings are saved without changing currently saved name. @RME,1,1

@RME,3,4,800x600

Setting IN3 speaker configuration to Front Left / Right, Rear Left / Right, Front Left / Right Center, Rear Left / Right Center, Front Left / Right Wide. The number of speakers is 10 which exceeds the

Loading EDID data of the sink device connected to OUT1A and saving it in COPY DATA 1. Completed normally.

OUT2A, naming it “800x600” and saving it in COPY DATA 4. Completed normally.

65

MSD-501/502 Command Guide

@GCT / @SCT

RS-232C communication

Function

Getting

Setting

Format

@GCT

@SCT, port, setting

Return value

@GCT, rs_232c, out_1B (, out_2B)

@SCT, port, setting

Example

Getting communication settings of RS-232C.

parity check = None, stop bit = 1 [bit]

Setting RS-232C connector as follows: baud rate =19200

3.3.11 RS-232C communication

Parameter rs_232c: Communication settings of RS-232C connector

out_1B: Communication settings of OUT1B connector out_2B: Communication settings of OUT2B connector setting: Communication settings

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

For setting values, see the table below.

port: Connector

0 = All connectors, 1 = RS-232C connector, 2 = OUT1B connector, 3 = OUT2B connector

@GCT @GCT,24,24,24

All baud rates = 19200 [bps], data bit length = 8 [bit],

@SCT,1,24

[bps], data bit length = 8 [bit], parity check = NONE, stop bit = 1 [bit]. Completed normally.

Remarks Once IP address or RS-232C communication setting is changed, the communication

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

[Table 3.1] Parameter of RS-232C communication settings

Value Communication Value Communication Value Communication Value Communication

0 4800 8 NONE 1 12 9600 8 NONE 1 24 19200 8 NONE 1 36 38400 8 NONE 1 1 4800 8 NONE 2 13 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

66

@GCF / @SCF

RS-232C communication mode

@GCF

@SCF, mode

@GCF, mode

@SCF, mode

Parameter

mode: Operation mode @GCF,1

RS-232C connector: Transmitter mode

Setting RS-232C connector to transmitter mode.

@GCD / @SCD

RS-232C transmission between control device s

Function

Getting

Setting

Format

@GCD

@SCD, mode

Return value

@GCD, mode

@SCD, mode

@SCF RS-232C communication mode”.

Enabling communication between the RS-232C connector

external device’s (such as PCs) transistor and receiver sides.

Function Getting Setting Format Return value

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

Example

Remarks Those commands are only for RS-232C connector.

@GCF

@SCF,1 @SCF,1

Once IP address or RS-232C communication setting is changed, the communication may be disabled. Change the environmental settings of communication based on the MSD settings.

Getting operation mode of RS-232C.

Completed normally.

MSD-501/502 Command Guide

Parameter mode:RS-232C transmission

0 = OFF [Default],

RS-232C connector operates in the mode set in “@GCF / @SCF RS-232C

communication mode (P.67)”. 1 = OUT1B connector, 2 = OUT2B connector

Enabling communication between the RS-232C connector of the MSD and

the RS-232C connector of an HDC series receiver that is connected to

OUT1B or OUT2B connector. The RS-232C connector cannot be used for

communication command control from a PC to the MSD and control

command output from the MSD to an external device.

Example

Remarks For RS-232C transmission, set the same values for communication settings of the

@GCD @GCD,0

@SCD,1

Getting RS-232C transmission. RS-232C connector operates in the mode set in “

of the MSD and the RS-232C connector of an HDC series receiver that is connected to OUT1B connector. Completed normally.

@GCF /

67

MSD-501/502 Command Guide

@GIP / @SIP

IP address

Function

Getting

Setting

Format

@GIP

@SIP, unit_1, unit_2, unit_3, unit_4

Return value

@GIP, unit_1, unit_2, unit_3, unit_4

@SIP, unit_1, unit_2, unit_3, unit_4

@SIP,192,168,3,2

Completed normally.

Remarks

Once IP address or RS-232C communication setting is changed, the communication

MSD settings.

@GSB / @SSB

Subnet mask

Function

Getting

Setting

Format

@GSB

@SSB, unit_1, unit_2, unit_3, unit_4

Return value

@GSB, unit_1, unit_2, unit_3, unit_4

@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 @GSB,255,255,192,0

255.255.192.0 ( = 18 bit) .

@SSB,255,255,192,0

@GGW / @SGW

Gateway address

Function

Getting

Setting

Format

@GGW

@SGW, unit_1, unit_2, unit_3, unit_4

Return value

@GGW, unit_1, unit_2, unit_3, unit_4

@SGW, unit_1, unit_2, unit_3, unit_4

Example

Getting gateway address . @SGW,192,168,1,254

Completed normally.

MSD settings.

3.3.12 LAN communication

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

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

Example

@GIP @GIP,192,168,3,2 @SIP,192,168,3,2

may be disabled. Change the environmental settings of communication based on the

Getting IP address of the MSD. IP address: 192.168.3.2. Setting IP address to 192.168.3.2.

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

Example

Remarks Once IP address or RS-232C communication setting is changed, the communication

Parameter unit_1: Upper bit of the gateway address to unit_4: lower bit of the gateway address

@GSB

@SSB,255,255,192,0

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

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

@GGW @GGW,192,168,1,254 @SGW,192,168,1,254

Getting subnet mask of the MSD.

Setting subnet mask to 255.255.192.0 (=18 bit). Completed normally.

192.168.1.254. Setting gateway address to 192.168.1.254.

Remarks Once IP address or RS-232C communication setting is changed, the communication

may be disabled. Change the environmental settings of communication based on the

68

MSD-501/502 Command Guide

@GLF / @SLF

LAN communication mode

ip_3, ip_4, pjlink, tcp, password)

Parameter

connection: Connecti on nu mber

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

pjlink: PJLink protocol connection

Replied/Set on ly if the mode is TRANSMITTER.

tcp: Destination port number

“PROJECTOR1”

Function Getting Setting Format

Return value @GLF, connection, mode (, ip_1, ip_2,

mode: Operation mode

ip_1: Upper bit of the destination IP address to ip_4: lower bit of the destination IP

@GLF, connection

1 = connection 1 to 8 = connection 8

address

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

Replied/Set on ly if the mode is TRANSMITTER.

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

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

1 to 65535 [Default] 1100

Replied/Set on ly if the mode is “1” (TRANSMITTER) and pjlink is “0” (PJLink not used). For PJLink protocol connect ion, t he port number is “4352” (static).

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/Set on ly if the mode is “1” (TRANSMITTER) and pjlink is “0” (PJLink not

used). For get commands, replied only if the password is set. For set commands, you can skip this password setting if you disable password authentication for PJLink protocol connection.

Example

Remarks Once IP address or RS-232C communication setting is changed, the communication

@GLF,3 @GLF,3,1,192,168,1,2,1,PR OJECTOR1

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

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

Getting operation mode of connection 3. Mode = transmitter mode; destination IP address =

192.168.1.2; PJLink = to be used; password =

Setting connection 3 as follows: Mode = transmitter mode; destination IP address =

192.168.1.2; PJLink = to be used; password = disabling password authentication. Completed normally.

69

MSD-501/502 Command Guide

@GLP / @SLP

TCP port number

port_5, port_6, port_7, port_8

connection_2, port_2

)

Parameter

port_1-8: TCP port number

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

@SLP,8,6000

Completed normally.

Remarks

Once IP address or RS-232C communication setting is changed, the communication

MSD settings.

@GMC

MAC address

Format

@GMC

Return value

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

Parameter

unit_1: Upper bit of the MAC address to unit_6: lower bit of the MAC address @GMC,00,08,E5,5F,00,00

The MAC address is replied.

Remarks

Function Getting Setting Format

Return value @GLP, port_1, port_2, port_3, port_4,

connection_1-8: Connection number

@GLP

23, 80, 1100, 5000 to 5999, 6000 to 6999 [Default] Connection 1 to 3 = 1100, Connection 4 to 6 = 23,

Connection 7 to 8 = 80

@SLP, connection_1, port_1 (, connection_2, port_2･･･) @SLP, connection_1, port_1 (,

･･･

Example

Function Getting

Example

@GLP @GLP,1100,1100,1100,23,23,23,8 0,80 @SLP,8,6000

may be disabled. Change the environmental settings of communication based on the

00 to FF = 8 bit (in hexadecimal)

@GMC

－

Getting port number. Connection 1 to 3:1100; connection 4 to 6: 23; connection 7 and 8: 80 Setting port number of connection 8 to “6000”.

Getting MAC address.

70

MSD-501/502 Command Guide

@EXC

Executing control commands

Function

Set

Format

@EXC, command_1 (, command_2

)

Return value

@EXC, command_1 (, command_2

)

a long time for the reply.

@GEC / @SEC

Getting control command (Communication command control)

Function

Getting

Setting

Format

@SEC, no, delay, port, memo, length,

over, display (, recv_1, recv_2

)

0 = 0 to 999999 = 999.999 seconds

port: Output port

bit 7 6 5 4 3 2 1 0

LAN

5

LAN

4

LAN

3

LAN

2

LAN

1

RS-232C

OUT2B

RS-232C

OUT1B

RS-232C

bit

15

14

13

12

11

10 9 8

LOOP BACK

LAN

8

LAN

7

LAN

6

(0000000000001000 in binary).

3.3.13 Control commands

･･････

Parameter command_1-5: Control command

1 = COMMAND 1 to 32 = COMMAND 32

Example

@EXC,1,2,3 @EXC,1,2,3 @EXC,6 @EXC,6,RECV: POWER OFF

Remarks Because the result is replied after control command execution, it sometimes may take

Executing COMMAND 1→2→3 in order. Completed normally. Executing COMMAND 6. If a command to display received data is executed, the received result will be replied. In this example, “POWER OFF” is replied from the target device.

@GEC, no

Return value @GEC, no, delay, port, memo, length,

command, timeout, retry, interval, retryover, display (, recv_1, recv_2･･･

Parameter no: Control command number

1 to 32

delay: Delay time

1 to 4095

port

command, timeout, retry, interval, retry

@SEC, no, delay, port, memo, length, command, timeout, retry, interval,

)

retryover, display (, recv_1, recv_2･･･

･･･

)

port

－－－－

“1” is for the bit of the output port to send a command (Since bit 12-15 are not used, they are always “0”). For example, if you want to send a command to RS-232C, specify “1” (0000000000000001 in binary). If sending a command to LAN 1, specify “8”

71

MSD-501/502 Command Guide

@GEC / @SEC

Getting control command (Communication command control)

Up to 14 characters of 20 to 7D except 2C (,).

0 to 30

command: Send command data

0 = 0 second to 99999 = 99.999 seconds

0 = Stop processing, 1 = Continue processing

display: Displaying received data Register reply commands in “@GRC / @SRCRep ly command (P.77)”.

Example

Getting settings registered in control command 1.

Parameter memo: Memo

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 hexadecimal).

timeout: Time-out time

retry: The number of retries

0 to 99

interval: The number of retries

retryover: Processing at retry timeout

0 = communication command control

recv_1-32: Checking replied command check

1 to 32 For get commands, reply command numbers are separated from each other by a comma. For set commands, the reply command number to be checked can be specified. Up to 32 commands can be specified by separating them by a comma. If you send only parameters of reply command number you want to check, the reply commands without sent parameter are automatically set to “Not check”.

@GEC,1 @GEC,1,10,1,POWER,7,505720 4F4E0D0A, 1000,2,500,0,0,1,2

・Delay: 10 ms. ・Output port: RS-232C ・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 displayed ・Replied command: Check 1 and 2

72

MSD-501/502 Command Guide

@GEC / @SEC

Getting control command (Communication command control)

Remarks

@GEC / @SEC

Control command (Displaying received data)

retryover, display, delimiter

Parameter

No: Control command number

0 = 0 second to 999999 = 999.999 seconds

port: Output port

bit 7 6 5 4 3 2 1 0

LAN

5

LAN

4

LAN

3

LAN

2

LAN

1

RS-232C

OUT2B

RS-232C

OUT1B

RS-232C

bit

15

14

13

12

11

10 9 8

LOOP BACK

LAN

8

LAN

7

LAN

6

(0000000000001000 in binary).

Example @SEC,2,0,2048,IN1

SELECT,10, 405353572C312C310D0A,0,0,0, 1,0 @SEC,2,0,2048,IN1 SELECT,10, 405353572C312C310D0A,0,0,0, 1,0

Setting control command 2 as follows:

・Delay: 0 ms. ・Output port: LOOP B ACK ・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 displayed ・Reply command: Not checked

－

Function Getting Setting Format

@GEC, no

@SEC, no, delay, port, memo, length, command, timeout, retry, interval,

Return value @GEC, no, delay, port, memo, length,

command, timeout, retry, interval,

1 to 32

delay: Delay time

1 to 4095

port

－－－－

“1” is for the bit of the output port to send a command (Since bit 12-15 are not used, they are always “0”). For example, if you want to send a command to RS-232C, specify “1” (0000000000000001 in binary). If sending a command to LAN 1, specify “8”

@SEC, no, delay, port, memo, length, command, timeout, retry, interval,

73

MSD-501/502 Command Guide

@GEC / @SEC

Control command (Displaying received data)

Up to 14 characters of 20 to 7D except 2C (,) from ASCII codes.

0 to 30

command: Send command data

0 = 0 second to 99999 = 99.999 seconds

0 = Stop processing, 1 = Continue processing

display: Displaying received data

100 = Not monitor

Delimiter: 0D in hex (CR =ASCII codes)

Parameter memo:

Length: Send command data size (the number of bites)

Specify length × 2 digits with 0 to 9, A to F, a to f = 4 bit per digit (in hexadecimal)

timeout:

retry: The number of retires

0 to 99

interval: Re t ry interval

retryover: Processing at retry timeover

1 = in ASCII codes, 2 = in hexadecimals

delimiter:

2 digits of 0 to 9, A to F, a to f = 4 bit per digit (in hexadecimal) for monitoring delimiter

Example

@GEC,3 @GEC,3,0,8,POWER STATUS,9, 47455420504F570D0A, 2000,2,200,0,1,0D

Getting settings of control command 3.

・Delay time: 0 ms. ・Output port: LAN1 ・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

・

74

MSD-501/502 Command Guide

@GEC / @SEC

Control command (Displaying received data)

Example @SEC,3,0,8,POWER STATUS,9,

47455420504F570D0A, 2000,2,200,0,1,0D @SEC,3,0,8,POWER STATUS,9, 47455420504F570D0A, 2000,2,200,0,1,0D

Remarks －

Setting control command 3 as follows:

・Delay time: 0 ms. ・Output port: LAN1 ・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 codes)

75

MSD-501/502 Command Guide

@GEC / @SEC

Control command (CEC control)

ch_1, cec_1 (, ch_2, cec_2

)

ch_1, cec_1 (, ch_2, cec_2

)

Parameter

no: Control command number

0 = 0 second to 999999 = 999.999 seconds

0 = Stop processing, 1 = Continue processing

ch_1-4: Output connector

0 = Not controlled, 1 = POWER OFF, 2 = POWER ON

automatically.

Example

Getting settings of control command 7.

Function Getting Setting Format

Return value @GEC, no, delay, port, memo, error,

delay: Delay time

port: CEC control

memo:

error: Processing at no response from the device

@GEC, no

･･･

1 to 32

For 4096 = CEC control, the value is 4096.

Up to 14 characters of 20 to 7D except 2C (,) from ASCII codes.

@SEC, no, delay, port, memo, error, ch_1, cec_1 (, ch_2, cec_2･･･) @SEC, no, delay, port, memo, error,

･･･

1 = OUT1A, 2 = OUT1B, 3 = OUT2A, 4=OUT2B

cec_1-4: Control command

For get commands, the control output connector and control command are separated

from each other by a comma. For set commands, the control output connector and control command can be specified. Up to 32 commands can be specified by separating them by a comma. By sending target parameters, the other parameters will be set to Not controlled

@GEC,7

@GEC,7,0,4096,DISPLAY1 ON, 0,1,2

@SEC,7,0,4096,DISPLAY1 ON,

0,1,2 @SEC,7,0,4096,DISPLAY1 ON, 0,1,2

Remarks －

・Delay time: 0ms ・Memo: DISPLAY1 ON ・Error: Stop ・OUT1 sink device: Turning on ・Other outputs: not controlled.

Setting control command 7 as follows:

・Delay time: 0 ms. ・Memo: DISPLAY1 ON ・Error: Stop ・OUT1 sink device: Turning on ・Other outputs: not controlled.

76

@GRC / @SRC

Reply command

mask , memo

Parameter

no: Control command number

0 = Stop, 1 = Continue, 2 = Resending commands

length × 2 digits with 0 to 9, A to F, a to f = 4 bit per digit (in hexadecimal)

memo:

Memo: NG (no good)

@SRC,1,1,9,

FFFFFFFFFFFFFFFFFF,OK

Setting reply command 1 as follows:

Function Getting Setting Format

Return value @GRC, no, process, length, command,

process:

length: Reply command data size (bytes)

command: Reply command data

mask: Mask data

@GRC, no

1 to 32

0 to 30

length × 2 digits with 0 to 9, A to F, a to f = 4 bit per digit (in hexadecimal)

@SRC, no, process, length, command, mask , memo @SRC, no, process, length, command,

MSD-501/502 Command Guide

Up to 14 characters of 20 to 7D except 2C (,) from ASCII codes.

Example

Remarks －

@GRC,2 @GRC,2,0,1,40,40,NG

52454356204F4B0D0A, FFFFFFFFFFFFFFFFFF,OK @SRC,1,1,9, 52454356204F4B0D0A,

Getting settings of reply command 2:

・Processing: Stop ・Data size: 1 byte ・Command data: 40 (in hex) ・Mask data: 40 (checking the second bit from

the top)

・

・Processing: Continue ・Data size: 9 bytes ・Command data: RECV OK CR LF (ASCII) ・Mask data: ALL: FF (checking all bits) ・Memo: OK

77

MSD-501/502 Command Guide

@GCC / @SCC

Control command link

@GCC, event

@SCC, event, c_1 (, c_2, c_3

)

@GCC, event, c_1 (, c_2, c_3

)

@SCC, event, c_1 (, c_2, c_3

)

Parameter

event: Control command execution condition

@GEC / @SEC Control command (CEC control) (P.76)

@SCC,1,5,2,1

Remarks

Function Getting Setting Format Return value

･･･

For settable values, see the table below.

c_1-10: Send command

0 = Not link, 1 to 32 = Control command 1 to 32

Control commands registered in one of the following commands will be linked.

@GEC / @SEC Getting control command (Communication command

control) (P.71),

@GEC / @SEC Control command (Displaying received data) (P.73),

･･････

Example

@GCC,1

@GCC,1,5,2,1

@SCC,1,5,2,1

－

Parameter of control command execution condition

Event

1 POWER ON 6 VIDEO:OUT1-IN1 18 VIDEO:OUT2-IN1 2 DISPLAY1 POWER ON 7 VIDEO:OUT1-IN2 19 VIDEO:OUT2-IN2 3 DISPLAY1 POWER OFF 8 VIDEO:OUT1-IN3 20 VIDEO:OUT2-IN3 4 DISPLAY2 POWER ON 9 VIDEO:OUT1-IN4 21 VIDEO:OUT2-IN4 5 DISPLAY2 POWER OFF 10 VIDEO:OUT1-IN5 22 VIDEO:OUT2-IN5

Execution condition Event

11 VIDEO:OUT1-OFF 23 VIDEO:OUT2-OFF

Getting control commands that will be executed when the MSD is turned on. In order of control command 5, 2, and 1 are executed in order. Executing in order of control command 5, 2, and 1.

Execution condition Event

12 AUDIO:OUT1-IN1 24 AUDIO:OUT2-IN1 13 AUDIO:OUT1-IN2 25 AUDIO:OUT2-IN2 14 AUDIO:OUT1-IN3 26 AUDIO:OUT2-IN3 15 AUDIO:OUT1-IN4 27 AUDIO:OUT2-IN4 16 AUDIO:OUT1-IN5 28 AUDIO:OUT2-IN5 17 AUDIO:OUT1-OFF 29 AUDIO:OUT2-OFF

Execution condition

78

@GIT / @SIT

Ineffective time during control command execution

@GIT

@SIT, time

@GIT, time

@SIT, time

Parameter

time: Invalid time @SIT,2000

@DEC

Initializing registered command and association

Reference: @GCC / @SCC Control command (P.78) 】

Example

.

Function Getting Setting Format Return value

0 = 0 second to 999999 = 999.999 seconds [Default] 0

Example

@GIT @GIT,2000

Getting ineffective time of control command execution. Disabling operation during control command execution or 2000 ms. (2 seconds) after control command starts.

@SIT,2000

Setting ineffective time during control command execution to 2000 ms. (2 seconds). Completed normally.

Remarks －

Function Setting Format Return value

@DEC, no_1 (, no_2, no_3 ･･･) @DEC, no_1 (, no_2, no_3 ･･･)

Parameter no_1-32: Commands or links to be initialized

1 to 32: control command 1 to 32 101 to 132: reply command 1 to 32 (“1xx”: xx is the reply command number) 201 to 237: control command link 1 to 37 (“2xx”: xx is the control command

execution condition)

【Reference: @GRC / @SRC Reply command (P.77) 】

【

@DEC,201 @DEC,201

Initializing POWER ON link

Completed normally.

Remarks －

MSD-501/502 Command Guide

79

MSD-501/502 Command Guide

@GTF / @STF

Getting flashing time of sink device p ower switch

flash_2)

Parameter

switch_1-2: Switch type

1 to 1000 = Flashes for 1 second to 1000 seconds

Function Getting Setting Format

Return value @GTF, switch_1, flash_1 (, switch_2,

flash_1-2: Flashing time

@GTF, switch_1 (, switch_2)

0 = All switches, 1 = DISPLAY1 POWER, 2 = DISPLAY2 POWER

-1 = Flashes during control command execution [Default],

0 = Not flash,

@STF, switch_1, flash_1 (, switch_2, flash_2) @STF, switch_1, flash_1 (, switch_2,

Example

Remarks －

@GTF,1 @GTF,1,-1

@STF,1,5 @STF,1,5

Getting flashing time of DISPLAY 1 POWER. The switch will be flashed during control command execution. Setting DISPLAY 1 POW ER to flash for five seconds after control command starts. Completed normally.

80

MSD-501/502 Command Guide

@RCM

Loading cross point memory

Function

Setting

Format

@RCM, memory

Return value

@RCM, memory

@RCM,1

Completed normally.

Remarks

@SCM / @SEM

Saving channels to cross point memory

Format

@SCM, memory (, name)

@SEM, memory (, name)

Return value

@SCM, memory (, name)

@SEM, memory (, name)

Parameter

memory: Cross point memory

changing the current memory name.

name.

Controlled are not saved.

Remarks

3.3.14 Preset memor y

Parameter memory: cross point memory

1 to 7

Example

Function Overwriting Saving settings other than channels set to Not

@RCM,1

－

Loading video and audio channels of cross point memory 1.

controlled in “@GCM / @ECM Editing cross point memory”.

1 to 7

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

If you do not specify memory name, only cross point settings are saved without

Example

@SCM,2 @SCM,2

@SEM,2,PATTERN2 @SEM,2,PATTERN2

－

Saving the current video and audio channels to cross point memory 2 without changing the memory

Saving the current video and audio channels to cross point memory 2 with the name of “PATTERN2”. Output settings that are set to Not

81

MSD-501/502 Command Guide

@GCM / @ECM

Editing cross point memory

name

Parameter

memory: Cross point memory

Up to 10 characters using 20 to 7D from ASCII codes. [Default] 20 (space)

OUT2: Not controlled.

When cross point memory 2 is loaded, OUT1

@RCV

Loading cross point memory (setting video channel)

1 to 7

@RCV,1

Function Getting Setting Format

Return value @GCM, memory, v_1, a_1 (, v_2, a_2) ,

v_1-2: Video channel

@GCM, memory

1 to 7

a_1-2: Audio channel

-1 = Not controlled [Default], 0 = OFF, 1 = IN1 to 5 = IN5

@ECM, memory, v_1, a_1 (, v_2, a_2)

Example

Remarks Nothing is saved in the memory by factory default, the state is “-1” (Not controlled). If

Function Setting Format Return value Parameter memory: Cross point memory

Example

Remarks －

@GCM,2

@GCM,2,3,3,1,1,PATTERN2

@ECM,2,1,1,-1,-1 @ECM,2,1,1,-1,-1

you save only video (@SCV) or audio (@SCA) at the first saving of cross point settings, “-1” (Not controlled) is replied to unsaved audio and video.

@RCV, memory @RCV, memory

@RCV,1

Getting video and audio channel of cross point memory 2. With the name of “PATTERN2”, OUT1: IN3;

is set to IN1 and OUT2 is Not controlled.

Loading video channel of cross point memory. Completed normally.

82

MSD-501/502 Command Guide

@SCV / @SEV

Saving cross point memory (Setting video channel)

Format

@SCV, memory (, name)

@SEV, memory (, name)

Return value

@SCV, memory (, name)

@SEV, memory (, name)

Parameter

memory: Cross point memory changing the memory name.

@SCV,2

Saving the current video channel in cross point

settings that are set to Not Controlled are not saved.

Remarks

@GCV / @ECV

Editing cross point memory (Setting video channel)

@GCV, memory

@ECV, memory, v_1 (, v_ 2)

@GCV, memory, v_1 (, v_2) , name

@ECV, memory, v_1 (, v_ 2)

Parameter

memory: Cross point memory

-1 = Not controlled [Default], 0 = OFF, 1 = IN1 to 5 = IN5

When cross point memory 2 is loaded, OUT1 is

Function Overwritten Saving settings other than channels set to Not

controlled in “@GCM / @ECM Editing cross point memory”.

1 to 7

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

If you do not specify memory name, only settings of cross point are saved without

Example

Function Getting Setting Format Return value

v_1-2: Video channel

Example

Remarks Nothing is saved in the memory by factory default, the state is “-1” (Not controlled). If

@SCV,2

@SEV,2,PATTERN2 @SEV,2,PATTERN2

－

1 to 7

Up to 10 characters using 20 to 7D from ASCII codes. [Default] 20 (space)

@GCV,2 @GCV,2,3,1,PATTERN2

@ECV,2,1,-1 @ECV,2,1,-1

you save only audio (@SCA) at the first saving of cross point settings, “-1” (Not controlled) is replied to unsaved audio and video.

Saving the current video channel in cross point memory 2 without changing memory name.

memory 2 with the name of “PATTERN2”. Output

Getting video channel of cross point memory 2. OUT1: IN3; OUT2: IN1 with the name of “PATTERN2”.

set to IN1 and OUT2 is Not controlled.

83

MSD-501/502 Command Guide

@RCA

Loading audio channel setting from cross point memory

@RCA, memory

Parameter

memory: Cross point memory @RCA,1

Completed normally.

Remarks

@SCA / @SEA

Saving cross point memory (Setting audio channel)

point memory”.

Format

@SCA, memory (, name)

@SEA, memory (, name)

Return value

@SCA, memory (, name)

@SEA, memory (, name)

Parameter

memory: Cross point memory changing the memory name.

@SCA,2

memory 2 without changing memory name.

Saving the current video channel in cross point

settings that are set to Not Controlled are not saved.

Remarks

Function Setting Format Return value

1 to 7

Example

Function Overwriting Saving settings other than channels set to Not

@RCA,1

－

Loading audio channel of cross point memory 1.

controlled in “@GCM / @ECM

Editing cross

1 to 7

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

If you do not specify memory name, only cross point settings are saved without

Example

@SCA,2

@SEA,2,PATTERN2 @SEA,2,PATTERN2

－

Saving the current audio channel in cross point

memory 2 with the name of “PATTERN2”. Output

84

MSD-501/502 Command Guide

@GCA / @ECA

Editing cross point memory (Setting audio channel)

@GCA, memory

@ECA, memory, a_1 (, a_2)

@GCA, memory, a_1 (, a_2) , name

@ECA, memory, a_1 (, a_2)

Parameter

memory: Cross point memory

-1 = Not controlled [Default], 0 = OFF, 1 = IN1 to 5 = IN5

When cross point memory 2 is loaded, OUT1 is

@RPM / @SPM

Saving all settings

Function

Setting

Saving

Format

@RPM, preset

@SPM, preset (, name)

1 to 8

@RPM,3

Completed normally.

@SPM,2

without changing the memory name.

Saving the current settings in preset memory 2 environmental settings will be updated.

Function Getting Setting Format Return value

1 to 7

a_1-2: Audio channel

Up to 10 characters using 20 to 7D from ASCII codes. [Default] 20 (space)

Example

Remarks Nothing is saved in the memory by factory default, the state is “-1” (Not controlled). If

@GCA,2 @GCA,2,3,1,PATTERN2

@ECA,2,1,2 @ECA,2,1,2

you save only video (@SCV) at the first saving of cross point settings, “-1” (Not controlled) is replied to unsaved audio and video.

Getting audio channel of cross point memory 2. OUT1: IN3; OUT2: IN1 with the name of “PATTERN2”

set to IN1 and OUT2 is set to IN2.

Return value Parameter preset: Preset memory

Example

Remarks Once preset memory is loaded, all settings of video and audio I/O except for some

@RPM, preset @SPM, preset (, nam e)

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

If you do not specify memory name, only cross point settings are saved without changing the memory name. @RPM,3

@SPM,2

@SPM,2,MEMORY2 @SPM,2,MEMORY2

Loading preset memory 3.

Saving the current settings in preset memory 2

with the name of “MEMORY2”.

85

MSD-501/502 Command Guide

@GMU / @SMU

Startup settings

@GMU

@SMU, state

@GMU, state

@SMU, state

Parameter

state: Startup settings

9 = Last channel [Default], 10 to 17 = Preset memory 1 to 8

Example

Getting settings for startup.

applied at startup.

@SMU,3

Completed normally.

Function Getting Setting Format Return value

1 to 7 = Cross point memory 1 to 7, 8 = Channel OFF,

@GMU @GMU,3

Channel settings of cross point memory 3 will be

Remarks －

@SMU,3

Setting channel settings at startup to cross point memory 3.

86

3.3.15 Bitmap

@GBM / @SBM

Outputting bitmap image

Function

Getting

Setting

Format

@GBM

@SBM, ch_1, out_1 (, ch_2, out_2)

Return value

@GBM, out_1 (, out_2)

@SBM, ch_1, out_1 (, ch_2, out_2)

0 = All outputs, 1 = OUT1, 2 = OUT2

@GBM,1,0

@SBM,1,1

normal image.

Remarks

Parameter out_1-2: Outputting bitmap image

0 = OFF [Default], 1 = bitmap 1 ON, 2 = bitmap 2 ON, 3 = bitmap 3 ON, 4 = bitmap 4 ON

Only registered numbers can be specified.

ch_1-2:output channel

MSD-501/502 Command Guide

Example

@GBM

@SBM,1,1

－

Getting output image. OUT1: bitmap 1; OUT2: not output a bitmap image. Outputting bitmap 1 image to OUT 1 instead of the

87

MSD-501/502 Command Guide

@GBB / @SBB

Background color

green_2, blue_2

)

Return value

@GBB, ch, red1, green1, blue1 (, red_2,

@SBB, ch_1, bitmap_1, red_1, green_1,

green_2, blue_2

)

0 = All outputs, 1 = OUT1, 2 = OUT2

Only registered numbers can be specified.

@GBB,2,255,0,0

@SBB,1,1,255,255,255

Completed normally.

Remarks

Function Getting Setting Format

@GBB, ch

@SBB, ch_1, bitmap_1, red_1, green_1, blue_1 (, ch_2, bitmap_2, red_2,

･･･

green_2, blue_2･･･)

Parameter ch: Output channel

1 = OUT1, 2 = OUT2

ch_1-8: Output channel

red_1-8 : Background color (Red)

green_1-8 : Background color (Green) blue_1-8 : Background color (Blue)

0 to 255 [Default] 255 (White)

For get commands, registered bitmap settings will be replied in order.

bitmap_1-8: Bitmap number

0 = all bitmaps, 1 = bitmap 1, 2 = bitmap 2, 3 = bitmap 3, 4 = bitmap 4

Example

@GBB,2

@SBB,1,1,255,255,255

blue_1 (, ch_2, bitmap_2, red_2,

･･･

Getting background color of OUT2. R: 255; G and B: 0 (Red) Setting background color for when Bitmap 1 is output to OUT1 to 255 for RGB (white).

－

88

@GBT / @SBT

Aspect ratio

(, ch_2, bitmap_2, aspect_2

)

Parameter

ch: Output channel

0 = All outputs, 1 = OUT1, 2 = OUT2

For get commands, registered bitmap settings will be replied in order.

Only registered numbers can be specified.

Example

Getting aspect ratio of OUT1. @SBT,1,1,1

Function Getting Setting Format

Return value

ch_1-8: Output channel

aspect_1-8: Aspect ratio

bitmap_1-8: Bitmap number

@GBT, ch

@GBT, ch, aspect_1 (, aspect_2･･･)

1 = OUT1, 2 = OUT2

0 = AUTO [Default], 1 = FULL, 2 = THROUGH

0 = all bitmaps, 1 = bitmap 1, 2 = bitmap 2, 3 = bitmap 3, 4 = bitmap 4

@SBT, ch_1, bitmap_1, aspect_1 (, ch_2, bitmap_2, aspect_2･･･) @SBT, ch_1, bitmap_1, aspect_1

MSD-501/502 Command Guide

･･･

@GBT,1 @GBT,1,1

Remarks －

@SBT,1,1,1

Displayed on FULL screen. Setting aspect ratio of bitmap 1 that is output to OUT1 to FLL. Completed normally.

89

MSD-501/502 Command Guide

@GZP / @SZP

Display position

(, ch_2, bitmap_2, position_2

)

Parameter

ch: Output channel

0 = All outputs, 1 = OUT1, 2 = OUT2

bitmap_1-8: Bitmap number

@GZP,1,1

Displaying at upper left.

@SZP,1,1,1

Completed normally.

Function Getting Setting Format

Return value @GZP, ch, position_1 (, position_2･･･) @SZP, ch_1, bitmap_1, position_1

ch_1-8: Output channel

position_1-8: Display position

Example

@GZP, ch

1 = OUT1, 2 = OUT2

0 = CENTER [Default], 1 = TOP-LEFT, 2 = BOTTOM-LEFT, 3 = TOP-RIGHT, 4 = BOTTOM-RIGHT

For get commands, registered bitmap settings will be replied in order.

0 = All bitmaps, 1 = Bitmap 1, 2 = Bitmap 2, 3 = Bitmap 3, 4 = Bitmap 4

Only registered numbers can be specified. @GZP,1

@SZP, ch_1, bitmap_1, position_1 (, ch_2, bitmap_2, position_2･･･)

･･･

Getting display position of OUT1.

Remarks －

@SZP,1,1,1

Setting bitmap 1 to be displayed at upper left when it is output to OUT1.

90

@GBA / @SBA

Bitmap assignment

bitmap_3, bitmap_4, bitmap_5

input_2, bitmap_2

)

Parameter

ch: Output channel

0 = All outputs, 1 = OUT1, 2 = OUT2

input_1-14: Input channel @SBA,1,5,1

@GPB / @SPB

Outputting bitmap at startup

Only registered numbers can be specified.

0 = All outputs, 1 = OUT1, 2 = OUT2

Example

Getting bitmap output at startup. @SPB,1,0

Completed normally.

Remarks

Function Getting Setting Format

Return value @GBA, ch, bitmap_1, bitmap_2,

ch_1-14: Output channel

bitmap_1-14: Assigning bitmap

Example

Remarks －

@GBA, ch

1 = OUT1, 2 = OUT2

0 = NONE [Default], 1 = Bitmap 1, 2 = Bitmap 2, 3 = Bitmap 3, 4 = Bitmap 4

Only registered numbers can be specified.

0 = All inputs, 1 = IN1 to 5 = IN5

@GBA,1 @GBA,1,0,0,0,0,1

@SBA,1,5,1

Getting OUT1 bitmap assignment. OUT1: bitmap 1 to IN5; other input channels: no bitmap is assigned. Setting OUT2: assigning bitmap 1 to IN5 (if IN5 is selected, bitmap 1 will be output.) Completed normally.

@SBA, ch_1, input_1, bitmap_1 (, ch_2, input_2, bitmap_2･･･) @SBA, ch_1, input_1, bitmap_1 (, ch_2,

MSD-501/502 Command Guide

･･･

Function Getting Setting Format Return value Parameter out_1-2: Outputting bitmap image

ch_1-2: Output channel

@GPB @SPB, ch_1, out_1 (, ch_2, out_2) @GPB, out_1 (, out_2) @SPB, ch_1, out_1 (, ch_2, out_2)

0 = OFF [Default], 1 = Bitmap1 ON, 2 = Bitmap2 ON, 3 = Bitmap3 ON, 4 = Bitmap4 ON

@GPB @GPB,0,1 @SPB,1,0

－

Bitmap 1 will be output to OUT2. OUT1: not output a bitmap at startup.

91

MSD-501/502 Command Guide

@GBD / @SBD

Dividing bitmap memory

(, block_2

)

Parameter

num: The number of divides

size_1-4: Block size of each memory

Only if you select the divide mode to “3”, specify this value.

are allocated for each.

Function Getting Setting Format

Return value

block_1-4: Block size of each memory

mode: Divide mode

@GBD

@GBD, num, block_1 (, block_2･･･)

1 to 4 [Default] 1

0 to 128 [Default] 128

If the memory is divided correctly, the block size after divide will be replied.

0 = AUTO, 1 = RESIZE, 2 = FORCE, 3 = Specify size If you select ”3”, set

0 to 128 [Default] 128

1 block: 65,536 bytes; the total size of all bitmaps: 128 blocks (8,388,608 bytes or smaller)

size_1-4 below.

@SBD, num, mode (, size_1, size_2･･･)

@SBD, num, mode, block_1

･･･

Example

Remarks －

@GBD @GBD,2,64,64

@SBD,2,1 @SBD,2,1,64,64

Getting dividing bitmap memory. Bitmap 1 and bitmap 2: 64 blocks (4,194,304 bytes)

Dividing bitmap memory into two in RESIZE mode. Bitmap 1 and bitmap 2: 64 blocks (4,194,304 bytes) are allocated for each.

92

@GBV

Bitmap memory status

@GBV

@GBV, num, block_1 (, block_2

)

Parameter

num: The number of divides

0 to 128 [Default] 12

Example

@GBV,2,32,0

Getting actual state of bitmap memory.

bitmap 2: not registered.

Remarks

@GBN / @SBN

Bitmap number

Function

Getting

Setting

Format

@GBN

@SBN, bitmap

Return value

@GBN, bitmap

@SBN, bitmap

Parameter

bitmap: Bitmap number

Specify the bitmap number first if using a remote control application or the like.

@GBN,2

Bitmap 2.

@SBN,2

Registering an image in bitmap 2. (the bitmap file to

Completed normally.

Remarks

Function Getting Format Return value

1 to 4 [Default] 1

block_1-4: Block size of each memory actually used

@GBV

－

･･･

Bitmap 1: 32 blocks (2,097,152 byes) are used;

MSD-501/502 Command Guide

1 = Bitmap 1 [Default], 2 = Bitmap 2, 3 = Bitmap 3, 4 = Bitmap 4

Only the number of divides or smaller value can be specified.

Example

@GBN

@SBN,2

－

Getting bitmap number to be registered.

be sent next time will be registered in bitmap 2).

93

MSD-501/502 Command Guide

@GFZ / @SFZ

Freeze

Parameter

freeze_1-2: Setting freeze

0 = All outputs, 1 = OUT1, 2 = OUT2

@GFZ,1,0

changed, the freeze is released automatically and input image is output normally.

@CAP

Capturing input image

@CAP, ch, bitmap

Only the number of divides or smaller value can be specified.

Example

Registering OUT1 input video in bitmap 2.

Function Getting Setting Format

Return value

ch_1-2: Output channel

@GFZ

@GFZ, freeze_1 (, freeze_2)

0 = OFF [Default], 1 = ON

@SFZ, ch_1, freeze_1 (, ch_2, freeze_2)

Example

Remarks Images freeze temporarily. When input channel is switched or input signals are

Function Setting Format Return value Parameter ch: Output channel

bitmap: Bitmap number

Remarks －

@GFZ

@SFZ,1,1 @SFZ,1,1

1 = OUT1, 2 = OUT2

1 = Bitmap1, 2 = Bitmap2, 3 = Bitmap3, 4 = Bitmap4

@CAP,1,2 @CAP,1,2

Getting freeze status. OUT1: input image is frozen and output. Freezing OUT1 image. Completed normally.

Completed normally.

94

3.3.16 Other settings

@GLS / @SLS

Key lock

Function

Getting

Setting

Format

@GLS

@SLS, lock

Return value

@GLS, lock

@SLS, lock

@SLS,1

Completed normally.

Remarks

@GLM / @SLM

Setting target front panel keys to be locked

power

Parameter

channel : Input channel selection key

0 = Not locked, 1 = Locked [Default]

@GLM,1,0,0,0

@SLM,1,0,0,0

Completed normally.

Remarks

Parameter lock: Ke y lock

0 = Releasing lock [Default], 1 = Locking, 2 = Changing the current setting

Example

@GLS @GLS,1 @SLS,1

－

MSD-501/502 Command Guide

Getting keylock status. Keys of front panel are locked. Locking the front panel.

Function Getting Setting Format

Return value @GLM, channel, channel_mode, menu,

Example

@GLM

channel_mode : Channel switching mode key menu : Menu operation key power : Sink device power key

@GLM

@SLM,1,0,0,0

－

@SLM, channel, channel_mode, menu, power @SLM, channel, channel_mode, menu,

Getting setting of target keys to be locked. Only i nput channel selection keys are locked. Setting only input channel selection keys to be locked.

95

MSD-501/502 Command Guide

@GBZ / @SBZ

Setting buzzer

@GBZ

@SBZ, bz

@GBZ, bz

@SBZ, bz

Parameter

bz: Buzzer sound @GBZ,1

ON

Enabling buzzer.

@GSS

Input and output status

11 = OUT1A, 12 = OUT1B, 13 = OUT2A, 14 = OUT2B

HDMI signal is input. xx stands for color depth which is 24 or 30.

D

DVI signal is input

R

Analog RGB signal is input

Function Getting Setting Format Return value

0 = OFF, 1 = ON [Default]

Example

@GBZ

Getting buzzer status.

@SBZ,1 @SBZ,1

Completed normally.

Remarks －

Function Getting Format Return value

@GSS, channel, mode @GSS, channel, mode, status_1 (, status_2, status_3･･･)

Parameter channel: I/O channel

1 = IN1, 2 = IN2, 3 = IN3, 4 = IN4, 5 = IN5,

mode: Getting status

channel = 1 to 3 (digital input channel)

0 = All of 1 to 3, 1 = Type of input signal* 2 = Format of video input signal* 3 = Format of audio input signal* 4 = with/without HDCP input

channel = 4 to 5 (analog input channel)

0 = All of 1 to 2, 1 = Type of input signal* 2 = Format of video input signal*

channel = 11 to 14 (output channel)

0 = All of 1 to 3, 1 = HDCP authorization* 3 = Error code*

*1 For type of input signal

Value Input signal type

Hxx

1

,

1

,

6

2

,

3

,

2

4

, 2 = Type of output signal*5,

Y Analo g YPbPr signal is input

Analog composite video signal is input

V

S Analog S-video signal is input

No signal input

N

96

@GSS

Input and output status

1080i 59.94Hz

SDTV/HDTV signal is input, which replies the format type and vertical synchronous frequency

RGB signal is input, and [Horizontal resolution x Vertical replied.

Analog composite video signal or analog S-video signal is input, which replies the format type.

Undetectable signal is input, which replies the horizontal and vertical synchronous frequencies.

NO SIGNAL

No video signal is input

Reply example

Format of audio input signal

LINEAR PCM 48kHz

Linear PCM signal is input, which replies the sampling frequency.

(MULTI CHANNEL)

Multi channel linear PCM signal is input.

Compressed audio signal (such as Dolby Digital and

compressed audios).

Reply example

HDCP authorization

HDCP NOT

Device without HDCP is connected. Device with HDCP is connected, but the authorization

failed.

HDCP CHECK NOW

Connection status of sink device was changed, and the status is being checked.

DISCONNECT

(Only for OUT1B and OUT2B)

Parameter *2 For format of video input signal

Reply example Format of video input signal

MSD-501/502 Command Guide

800 x 600 60.00Hz

resolution and vertical synchronous frequency] is

NTSC

56.83kHz 60.02Hz

*3 Format of audio input signals

LINEAR PCM 48kHz

COMPRESSED AUDIO

NO SIGNAL

DTS) is input (The MSD does not recognize detailed formats. “COMPRESSED AUDIO” is sent to all

No video signal is input.

*4 HDCP authorization

HDCP SUPPORT Device with HDCP is connected.

SUPPORT HDCP ERROR

MONITOR

Cat6 LINK DISCONNECT Cat6 NO LINK Cat6 / Cat5e cable is not connected.

UNCONNECTED Sink device is not connected.

Sink device is disconnected.

Cat6 / Cat5e cable is disconnected. (Only for OUT1B and OUT2B)

97

MSD-501/502 Command Guide

@GSS

Input and output status

example

Hxx

Error code

Video output status

Audio output status

Audio output

2

Only replied if digital input, which means DDC power is not input. displayed)

3

Video signal is not input

Audio signal is not input

4

Only replied if digital input, which means video or audio output of the source device is muted

Only replied if digital input, which means signal with HDCP is input replied during HDCP authori zatio n)

Only replied if digital input, which means source device does not audio

Signal that is not supported by

Since compressed audio is input,

supporting compressed audio).

Audio output

connector (P.58) is se t to “OFF”.

9 －

@GDM / @SDMOutput mode

Parameter

*5 Type of output signals

Reply

D C HDCP is being authorized. No video is output. N

O No twisted pair cable is connected.

*6 One of the following error codes is replied in the following order: HDMI output

connector / video output to HDBaseT output connector, HDMI output connector / audio output to HDBaseT output connector, audio output to analog audio output connector.

Type of output signals

HDMI signal is output. xx stands for the color depth, 24 or 30. DVI signal is input.

No sink device is connected.

0 1

Video or audio is output correctly.*7

@GVO / @SVOVideo output connector (P.49) is set to

“OFF”.

(Normally, if input device is not connected, this error code is

5

but sink device is HDCP incompliant (This error code may be also

6

output the required information (packets) for output of video or

7

MSD series (dot clock is out of range) is input.

8 －

@GAM / @SAM mute (P.54) is set to “ON”.

audio cannot be output (Compressed audio can be output only to sink devices

@GDO / @SDO

98

(P.46) is set to “DVI MODE” or a sink device that does not support

8

audio is connected.*

@GSS

Input and output status

A

Input channel is set to “OFF”

@GSW / @SSW, @GSV / @SSV, @GSA / @SSA

@GAO / @SAO

HDCP:ON

Remarks

Parameter

MSD-501/502 Command Guide

Error code Video output status Audio output status

B － C Sink device is not connected.*8 D HDCP is being authorized.*8 E HDCP authorization failed.*8 F Twisted pair cable is not connected.

*7 Analog audio input status cannot be detected. Even if “0” is replied, audio may

not be output with analog input selected.

*8 Only statuses of HDMI output connector / HDBaseT output connector.

Example

@GSS,1,0 @GSS,1,0,H30,1080P 60Hz, LINEAR PCM 48kHz, HDCP ON

－

(

Getting IN1 all statuses. ・Type of input signal: 30-BIT COLOR

HDMI signal

・Video input signal: 1080P 60Hz ・Audio input signal: LINEAR PCM 48kHz

・

)

is set to “OFF”.

99

MSD-501/502 Command Guide

@GES

Monitor’s EDID information

@GES, channel, mode

@GES, channel, mode, status_1 (, status_2, status_3

)

Parameter

channel: Output connector

replied in that order.

@GIV

Version

ver : Firmware version

are replied.

Remarks

Function Getting Format Return value

1 = OUT1A, 2 = OUT1B, 3 = OUT2A, 4 = OUT2B

mode: Getting statuses

0 = All of 1 to 4, 1 = Monitor name, 2 = Resolution and dot clock,

3 = HDMI support status, sampling structure, and color depth *

4 = Audio support status and sampling frequency, bit length, the number of

channels, and support status of compressed audio

*1 For sink device that does not support HDMI, “DVI” is replied.

For sink device that supports HDMI, “HDMI” is replied, and then supported sampling structures ( RG B, YCbCr 4: 2: 2, YCbCr 4:4:4) and supported color depths (24, 30, 36) are replied in that order.

*2 For sink device that does not support audio, “AUDIO NOT SUPPORT” is replied.

For sink device that supports audio, “LINEAR PCM” is replied, and then supported sampling frequencies (32, 44.1, 48, 88.2, 96, 176.4, and 192), bit length (16, 20, and 24), the number of channels (one of 1 to 8), and “COMPRESSED AUDIO SUPPORT” (if compressed audio is supported) are

･･･

1

,

2

Example

@GES,1,0

@GES,1,0,MSD-501, 1920x1080 148.50MHz,DVI,AUDIO NOT SUPPORT

Remarks －

Function Getting Format Return value

@GIV @GIV, id, ver

Parameter id : Model number

Example

@GIV @GIV,MSD-501,1.00

－

Getting EDID information of the sink device connected to OUT1A.

・Monitor name: MSD-501 ・Resolution: 1920x1080 ・Dot clock: 148.50MHz ・HDMI: Not supported ・Audio: Not supported

Getting product information. Model number and firmware version

100