IDK FDX-08 Command Reference Manual

POWER

DIGITAL MATRIX SWITCHER

INPUT SELECT

1 2 3 4 5 6

ALL 7 8

OUTPUT SELECT

FDX-08

1 2

3 4 5 6

OFF 7 8

V&A VIDEO AUDIO

SWITCHING MODE

MENU/SET

ESC

SELECT MODE

OUTPUT

INPUT

PRESET

OUTPUT

INPUT

LOAD

DVI-D(HDMI) DVI-D(HDMI)

A B

INPUT

～

1 4

INPUT

～

5 8

A D

～

1 4

～

5 8

OUTPUT

A D

FG

BREAKER

AC 100-240V

50/60Hz

S/N

OPTIONRS-232C LAN

UPDATE

ALARM

DVI-D(HDMI) DVI-D(HDMI) DVI-D(HDMI) DVI-D(HDMI)

A B C D

INPUT

SDI SDI SDI SDIA B C D

LOOP OUT INPUT LOOP OUT INPUT LOOP OUT INPUT LOOP OUT

LINK LINK LINK LINK

HDBaseTA B

C DHDBaseT HDBaseT HDBaseT

Modular Matrix Switcher

FDX-08

Ver.1.0.0

 Thank you for choosing our product.  To ensure the best performance of this product, please read this user guide fully and carefully before

using it and keep this manual together with the product for future reference as needed.

IDK Corporation

FDX-08 Command Guide

Trademarks

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

registered trademarks of HDMI Licensing Administrator, Inc. in the United States and other countries.

 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

FDX-08 Command Guide

Before reading this manual

operations, communication commands, and so on may differ depending on the product version.

 This Command guide is subject to change without notice. You can download the latest version from IDK’s

website at: http://www.idkav.com

The reference manual consists of the following two volumes:

■ User guide: Please download the user manual from the website above. Provides explanations and procedures for operations, installation, connections among devices, I/O adjustment and settings.

■ Command guide (this doc u ment): Provides explanations and procedures for external control using RS-232C and LAN communications.

3

FDX-08 Command Guide

Table of Contents

1 About this guide ............................................................................................................................................ 5

2 Communication specifications ...................................................................................................................... 6

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

2.1.1 Setup of RS-232C communication ................................................................................................ 6

2.1.2 RS-232C connector specification .................................................................................................. 8

2.1.3 RS-232C communication specification ......................................................................................... 8

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

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

2.2.2 LAN connector specification ........................................................................................................ 13

2.2.3 LAN communication specification ............................................................................................... 13

2.2.4 Limit on the number of TCP-IP connections and port overload management ............................ 14

3 Channel Configuration ................................................................................................................................ 15

3.1 Outline ................................................................................................................................................. 15

3.1.1 Channel of output board .............................................................................................................. 15

4 Command ................................................................................................................................................... 16

4.1 Summary ............................................................................................................................................. 16

4.1.1 Regular command ....................................................................................................................... 16

4.2 Command list ...................................................................................................................................... 17

4.3 Details of commands .......................................................................................................................... 20

4.3.1 Error status .................................................................................................................................. 20

4.3.2 I/O channel selection ................................................................................................................... 21

4.3.3 Input settings ............................................................................................................................... 24

4.3.4 Input timing settings .................................................................................................................... 28

4.3.5 Output settings ............................................................................................................................ 40

4.3.6 Output timing settings ................................................................................................................. 43

4.3.7 Audio ........................................................................................................................................... 56

4.3.8 EDID settings .............................................................................................................................. 57

4.3.9 RS-232C communication ............................................................................................................ 62

4.3.10 LAN communication .................................................................................................................... 63

4.3.11 Preset memory ............................................................................................................................ 65

4.3.12 Others .......................................................................................................................................... 68

4.3.13 RS-232C transmission mode ...................................................................................................... 76

4

FDX-08 Command Guide

POWER

DIG I TAL MATRIX SWITCHER

INPUT SELECT

1 2 3 4 5 6

ALL 7 8

OUTPUT SELECT

FDX-08

1 2 3 4 5 6

OFF 7 8

V&A VIDEO AUDIO

SWITCHING MODE

MENU/SET

ESC

SELECT MODE

OUTPUT

INPUT

PRESET

OUTPUT

INPUT

LOAD

FDX-08

LAN communication

Control via commands

Control via WEB browser

PC PC

PC

RS-232C

communication

Control via commands

1 About this guide

This guide contains the procedure for controlling FDX using commands via RS-232C communication or LAN communication.

[Fig. 1.1] External control

Communication commands enables the following main operations:

・Switching channels ・Setting input, output, audio, and EDID ・Recalling and saving preset memory

5

FDX-08 Command Guide

INPUT

～

1 4 A D

OPTION

RS-232C

LAN

UPDAT E

ALA RM

DVI-D (HDM I)

DVI-D (HDM I) DVI-D (HDM I)

A

B

C D

FDX-08

PC

RS-232C cable

Command

RS-232C connector

POWER

DIG ITAL M ATRIX SWITCH ER

INPUT SELECT

1

2

3 4

5 6

ALL 7

8

OUTPUT SELECT

FDX-08

1 2

3 4

5

6

OFF

7 8

V&A VID EO AUDIO

SWITCHING MODE

MENU/SET

ESC

SELECT MODE

OUTPUT

INPUT

PRESET

OUTPUT

INPUT

LOAD

2 Communication specifications

2.1 RS-232C communication

2.1.1 Setup of RS-232C communication

The FDX can be controlled via RS-232C communication. Connect the FDX with a control device (such as PC) via an RS-232C cable and use commands to control the FDX or acquire its status.

[Fig. 2.1] Connecting control device via RS-232C

6

To set RS-232C communication:

Procedure

Press the “MENU/SET” key to open the main “COM PORT”.

rate.

Use the “” and “” keys to move the cursor length.

to the stop bit.

Use “▲” and “▼” keys to select the stop bit. settings.

5, 6 7, 8 9, 10

Baud rat e

Dat a bit length

Parity check Stop bit

11, 12, 13

[COM PORT SETUP]

9600bps 8 NONE 1

[COM PORT SETUP]

9600bps 8 NONE 1

[COM PORT SETUP]

9600bps 8 NONE 1

[COM PORT SETUP]

9600bps 8 NONE 1

6, 8, 10, 12

5, 7, 9, 11

Changing setting

V&A V IDEO A UDI O

SWITCHING MODE

MENU /SET

ESC

SELECT MODE

OUTPUT

INP UT

PRESET

OUTPUT

INP UT

LOAD

13

Selecting menu

21, 3, 4

V&A V IDEO A UDI O

SWITCHING MODE

MENU /SET

ESC

SELECT MODE

OUTPUT

INP UT

PRESET

OUTPUT

INP UT

LOAD

[FUNCT ION SELECT] COM PORT

[COM PORT] COM P ORT SETUP

2, 3 4

Main menu

Sub m enu

Setting screen

[COM PORT SETUP]

9600bps 8 NONE 1

FDX-08 08x08 Matrix

1

Top screen

【See: 2.1.3 RS-232C communication specification】

1

menu.

Use “▲” and “▼” keys to select

2

Press the “MENU/SET” key to move to the

3

sub menu.

Press the “MENU/SET” key to move the

4

“COM PORT SETUP” screen.

Use the “” and “” keys to move the cursor

5

to the baud rate. Use “▲” and “▼” keys to select the baud

6 7

to the data bit length. Use “▲” and “▼” keys to select the data bit

8

Use the “” and “” keys to move the cursor

9

to the parity check. Use “▲” and “▼” keys to select the parity

10

check. Use the “” and “” keys to move the cursor

11 12

Press the “MENU/SET” key to apply the

13

[Fig. 2.2] Setup RS-232C communication

FDX-08 Command Guide

7

FDX-08 Command Guide

Male D-sub (9 pin)

1

5

RS-232C connect or

6

9

RD TD

N.C.

GND

RTS CTS

Pin#

1 3

2 4 6

5 7 9

8

Signal

　 RD 　 TD

　 N.C.

　 N.C. 　 N.C.

　 N.C.

　 GND 　 RTS

　 CTS

Signal

（Received data ）（Transmitted data）

（Ground）

（Request to Send）（Clear to Send）

FDX

Cross cable

Control device

(Rear panel)

（No connection ）

Compliant standard

RS-232C

Baud rate

4800, 9600, 14400, 19200, 38400 [b ps]

Data bit length

7, 8 [bit]

Parity check

NONE, EVEN, ODD

Stop bit

1, 2 [bit]

2.1.2 RS-232C connector specification

RS-232C pin assignments

[Fig. 2.3] RS-232C connector

2.1.3 RS-232C communication specification

[Table 2.1] RS-232C specification

X parameter Invalid Flow control None Delimiter CR LF (Carriage return and line feed, 0D and 0A in hex) Communication method Full duplex

8

FDX-08 Command Guide

LAN connector

LAN

Command

INPUT

～

1 4 A D

OPTION

RS-232C

LAN

UPDAT E

ALARM

DVI-D (HDM I)

DVI-D (HDM I) DVI-D(HDM I)

A

B

C D

FDX-08

POWER

DIG ITAL MA TRIX SWITCHER

INPUT SELECT

1

2 3 4

5 6

ALL 7

8

OUTPUT SELECT

FDX-08

1 2

3

4 5

6

OFF

7 8

V&A

VIDEO AUDIO

SWITCHING MODE

MENU/SET

ESC

SELECT MODE

OUTPUT

INPUT

PRESET

OUTPUT

INPUT

LOAD

2.2 LAN communication

2.2.1 LAN communication

The FDX can be controlled via LAN communication. Connect the FDX with a control device (such as PC) via an LAN cable and use commands to control the FDX and acquire its status. For command control, use ports 6000 to 6999 or 1100. If no command is sent for 30 seconds after connection established, the connection will be disconnected.

[Fig. 2.4] LAN connection

9

FDX-08 Command Guide

menu.

Press the “MENU/SET” key to open the setting each digit.

8

settings.

7

6 8

V&A VIDEO AUD IO

SWITCHING MODE

MENU /SET

ESC

SELECT MODE

OUTPUT

INP UT

PRESET

OUTPUT

INP UT

LOAD

Changing setting

Selecting menu

2, 41, 3, 5

V&A V IDEO A UDI O

SWITCHING MODE

MENU /SET

ESC

SELECT MODE

OUTPUT

INP UT

PRESET

OUTPUT

INP UT

LOAD

6, 7, 8

Setting IP address

[IP ADDRESS]

192.168.001.199

[LAN] IP ADDR ESS

2, 3 4, 5

Main menu Sub m enu

Setting menu

[FUNCT ION SELECT] LAN

[IP ADDR ESS]

192.168.001.1 99

FDX-08 08x08 Matrix

1

Top screen

To set LAN communication: Setting IP address, subnet mask, and port number:

■ IP address

10

Procedure

Press the “MENU/SET” key to open the main

1

Use “▲” and “▼” keys to select “LAN”.

2

Press the “MENU/SET” key to open the sub

3

Use “▲” and “▼” key s to sel ect “IP ADDRESS”.

4 5

screen.

Use the “” and “” keys to move the cursor to

6

Use “▲” and “▼” keys to select the value.

7

Press the “MENU/SET” key to apply the

[Fig. 2.5] Setting IP address

■ Subnet mask

menu.

Use “▲” and “▼” keys to select “LAN”. menu.

Press the “MENU/SET” key to open the setting settings.

6, 7

Setting subnet mask

[SUBNET MASK]

255.255.255.000

[FUNCT ION SELECT] LAN

[LAN] SUBNE T MASK

2, 3

4, 5

Main menu

Sub m enu

[SUBNE T MASK]

255.255.255.000

Setting screen

FDX-08 08x08 Matrix

1

Top screen

Selecting menu

2, 41, 3, 5

V&A V IDEO A UDI O

SWITCHING MODE

MENU /SET

ESC

SELECT MODE

OUTPUT

INP UT

PRESET

OUTPUT

INP UT

LOAD

6

7

V&A VIDEO AUD IO

SWITCHING MODE

MENU /SET

ESC

SELECT MODE

OUTPUT

INP UT

PRESET

OUTPUT

INP UT

LOAD

Changing setting

Procedure

Press the “MENU/SET” key to open the main

1 2

Press the “MENU/SET” key to open the sub

3

Use “▲” and “▼” keys to select

4

“SUBNET MASK”.

5

screen.

Use “▲” and “▼” keys to select the value.

6

Press the “MENU/SET” key to apply the

7

[Fig. 2.6] Setting subnet mask

FDX-08 Command Guide

11

FDX-08 Command Guide

menu.

Press the “MENU/SET” key to open the sub

PORT”.

Press the “MENU/SET” key to open the to the 8 connection setting (“2”).

Use “▲” and “▼” keys to select “OFF” or settings.

[CONTROL PORT] 1:1100 2:OFF

8, 9, 10

Setting 8 connection (“2”)

6, 7

Setting port number (“1”)

[CONTROL PORT] 1:1100 2:OFF

[FUNCT ION SELECT] LAN

[LAN] CONTROL PORT

2, 3

4, 5

Main menu

Sub m enu

FDX-08 08x08 Matrix

1

Top screen

[CONTROL PORT] 1:1100 2:OFF

Setting menu

Selecting menu

2, 41, 3, 5

V&A V IDEO A UDI O

SWITCHING MODE

MENU /SET

ESC

SELECT MODE

OUTPUT

INP UT

PRESET

OUTPUT

INP UT

LOAD

7, 9

6, 8

10

V&A VIDEO AUD IO

SWITCHING MODE

MENU /SET

ESC

SELECT MODE

OUTPUT

INP UT

PRESET

OUTPUT

INP UT

LOAD

Changing setting

■ TCP port number

Procedure

Press the “MENU/SET” key to open the main

1

Use “▲” and “▼” keys to select “LAN”.

2 3

menu. Use “▲” and “▼” keys to select “CONTROL

4 5

setting screen.

Use the “” and “” keys to move the cursor

6

to the port number (“1”). Use “▲” and “▼” keys to select the port

7

number. Use the “” and “” keys to move the cursor

8 9

“ON”. Press the “MENU/SET” key to apply the

10

[Fig. 2.7] Setting TCP port number

12

FDX-08 Command Guide

Physical la yer

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

RX+

N.C.

TX+

Pin #

1

3

2

4

6

5

7

8

Signal name

TX-

N.C.

RX-

N.C.

(Transmitted Data +) (Transmitted Data -) (Received Data +) (No connection)

(Received Data -) (No connection) (No connection)

81

LAN connector

8 pin RJ-45 connector

(FDX’s rear panel)

(No connection)

Illuminates in green when the link is established.

Illuminates in orange when data can be sent/received. Blinks in orange while data is being sent/received.

MDI

TX+

N.C.

RX+ RX-

N.C.

TX-

N.C.

(Received Data +) (Received Data -) (Transmitted Data +) (No connection)

(Transmitted Data -) (No connection) (No connection)

(No connection)

MDI-X

2.2.2 LAN connector specification

LAN connector assignments are as follows. Since Auto MDI/MDI-X that distinguishes and switches straight/cross cables automatically is supported, extra care is not necessary to connect the FDX to PC, HUB or the like.

[Fig. 2.8] LAN connector

2.2.3 LAN communication specification

Network layer ARP, IP, ICMP

Transport layer

Application layer HTTP, TELNET

Note:

Up to 8 connections can be used simultaneously for command control (4 connections for WEB browser).

[Table 2.2] LAN communication

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

【See: 2.2.4 Limit on the number of TCP-IP connections and port overload management】

13

FDX-08 Command Guide

Your PC software

FDX-08

2.2.4 Limit on the number of TCP-IP connections and port overload management

The FDX’s maintenance port supports a maximum of eight simultaneous connections (eight logical ports).

To maintain optimal system accessibility, it is advisable to issue “port-open” and “port-close” commands before and after command or query strings are issued. This approach enables eight or more control devices to be effectively interfaced simultaneously and without concern for communication errors.

[Table 2.3] Increasing connections

TCP-IP connection → (1 port occupied) Send command (@xxx) → ← The command (@xxx) replied TCP-IP close → (1 port released)

Note:

If no command is sent from the PC side to the FDX for 30 seconds, the FDX automatically disconnects from that device. As a result, connection needs to be established again from the PC side after connection of the PC is disconnected. (Since the number of ports in the FDX is eight, ports are occupied permanently if the PC is turned off while connections are valid. To prevent this, the FDX disconnects connections if no communication command is sent from the PC side.)

14

FDX-08 Command Guide

DVI-D(HDMI) DVI-D(HDMI)

A B

INPUT

～

1 4

INPUT

～

5 8

A D

～

1 4

～

5 8

OUTPUT

A D

FG

BREAKER

AC 100-240V

50/60Hz

S/N

OPTIONRS-232C LAN

UPDATE

ALARM

DVI-D(HDMI) DVI-D(HDMI) DVI-D(HDMI) DVI-D(HDMI)

A B C D

INPUT

SDI SDI SDI SDIA B C D

LOOP OUT INPUT LOOP OUT INPUT LOOP OUT INPUT LOOP OUT

LINK LINK LINK LINK

HDBaseTA B C DHDBaseT HDBaseT HDBaseT

1 2 3 4 5 6

Digital scan converter output board (2 outputs)

HDBaseT output board (4 outputs)

3 Channel Configuration

3.1 Outline

An I/O board has four channels. An output board has four channels or two channels (scan converter output board).

3.1.1 Channel of output board

・ The channel numbers of scan converter output board are the first two channels only; the rest of two

channels cannot be set.

・ In the configuration shown below, valid channels and invalid channels are as follows.

Digital scan converter output board: No.5 and 6 are valid; No.7 and 8 are not used.

[Fig. 3.1] Channel configuration of Output board

15

FDX-08 Command Guide

4 Command

4.1 Summary

4.1.1 Regular command

A command consists of “@” (“40” in hexadecimal), 3 one-byte alphabetical characters (upper and lower cases) followed by parameters (one-byte numbers). For some commands, multiple parameter values can be specified or parameters are not necessary. Processing is executed by sending a delimiter at the end of the command.

Example: @SPM,2

“,”(a comma, “2C” in hex) is indicated between a command and parameter and between two parameters. “ ” is indicated as a delimiter CR LF (return+line feed, “0D” and “0A” in hex).

An error response is returned if an undefined command or inappropriate parameter is included.

Example: @SSW,1 @ERR,1

If only a delimiter is sent, a list of help commands is returned.

Example:

- HELP (1/8) - (CHANNEL SELECT Command) @IOS : Input/Output Select @GVA : Getting Cross Poi nt Video and Audio @IOV : Input/O utp ut Vi deo Se lect @GCP : Getting Cross Point Video @IOA : Input/O utp ut Aud io Se lect

16

FDX-08 Command Guide

@ERR

Error status

20

@GCY / @SCY

Input channel selection copy

23

@GHU / @SHU

Input HUE

35

@GSR / @SSR

Input saturation

36

@GEF / @SEF

Input video settings

37

4.2 Command li st

Error status

Command Function Page

I/O channel selection

Command Function Page

@GVA / @IOS Switching I/O channels of FDX and MAU-1616 (optional) simultaneously 21 @GCP / @IOV Switching only FDX I/O channels 21 @GCA / @IOA Switching only MAU-1616 I/O channels 22

@SSC Straight Switching* I/O channel of FDX and MAU-1616 22 @SSV Straight Switching* I/O channel of FDX 22 @SSA Straight Switching* I/O channel of MAU-1616 23

Input settings

Command Function Page

@GIQ / @SIQ Input equalizer 24

@GDT / @SDT No-signal-input monitoring 24

@GHE / @SHE HDCP input enabled/disab led 25 @GAG / @SAG SDI input audio group 26 @GDU / @SDU SDI Dual Stream input video 27

Input timing settings

Command Function Page

@GPI / @SPI Input video start position 28 @GSI / @SSI Input video active area 29

@GAP / @SAP Input video aspect ratio 30

@GIC / @SIC Input contrast 31 @GIB / @SIB Input brightness 32

@GGM / @SGM Input gamma 33

@GFL / @SFL Input sharpness 34

Output settings

Command Function Page

@GEQ / @SEQ Output equalizer 40 @GDM / @SDM Output mode 40 @GHM / @SHM Sink device EDID check 41

@GMK / @SMK Hot plug ignoring duration 42 @GDC / @SDC Output Deep Color 42

17

FDX-08 Command Guide

@GMR / @SMR

Display size/position

46

@GBC / @SBC

Blank color/Background color

47

@GOC / @SOC

Output contrast

48

@GOB / @SOB

Output brightness

49

@GFA / @SFA

Dissolve effect

50

@GEN / @SEN

HDCP output

51

@GOA / @SOA

Output setting

52

@GDO / @SDO

Digital audio output

56

Command

Function

Page

@GIP / @SIP

IP address

63

@GSB / @SSB

Subnet mask

63

Command

Function

Page

@RPM

Recalling preset memory

65

@SPM

Saving preset memory – [D] Delete

65

@SEM

Saving preset memory – [C] Continue

66

@GCM / @ECM

Editing preset memory

66

Output timing settings

Command Function Page

@GOT / @SOT Output resolution 43 @GUM / @SUM Aspect ratio of sink device 44

@GTP / @STP Output test pattern 45

Audio

Command Function Page

EDID

Command Function Page

@GED / @SED EDID resolution 57

@RME Copying EDID 58

@GEC / @SEC EDID loading output channel 58

@GDI / @SDI Deep Color input 59 @GSP / @SSP The number of audio channels 60 @GAF / @SAF Audio format 61

RS-232C communication

Command Function Page

@GCT / @SCT RS-232C communication 62

LAN communication

@GLP / @SLP TCP port number 64

@GMC MAC address 64

Preset memory

@GPM Preset memory number matching current I/O channel status 67

18

FDX-08 Command Guide

@GIV

Version

69

@GIS

Input signal status (For each channel)

70

@GII

Input signal status

71

@GOS

Sink device status (For each channel)

73

@GOI

Sink device status

74

@GFS

Cooling fan status

75

@GPS

Voltage status

75

@G++ / @S++

RS-232C transmission sending channel

78

@G+R / @S+R

RS-232C transmission receiving channel

78

@S+S

RS-232C transmission

78

Others

Command Function Page

@GLM / @SLM Front key function lock 68

@GST Board status 68 @GSS Board mounting status 69

RS-232C transmission mode

Command Function Page

19

FDX-08 Command Guide

@ERR

Error status

@ERR, error

@ERR,2

Command format error

Remarks

4.3 Details of commands

4.3.1 Error status

Function Getting Format Return value only Return value Parameter error: Error status

1 = Erroneous parameter format or value 2 = Undefined command or wrong format 4 = Loading EDID from the sink device failed

Example

IOS

－

Sending @IOS command

20

4.3.2 I/O channel selection

@GVA / @IOS

Switching I/O channels of FDX and MAU-1616 (optional) simultaneously

Function

Getting

Setting

Format

@GVA

@IOS,in_1,out_1 (,in_2,out_2

)

Return value

@GVA,v_1,a_1,

v_8,a_8

@IOS,in_1,out_1 (,in_2,out_2

)

0 = OFF [Default], 1 to 8 = INPUT1 to INPUT8, - 1 = Board is not mounted.

@GVA

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

INPUTs1 to 8

@IOS,1,3

@GCP / @IOV

Switching only FDX I/O channels

0 = OFF [Default], 1 to 8 = INPUT1 to INPUT8, - 1 = Board is not mounted.

Example

@GCP

Getting I/O channel statuses of FDX @IOV,1,3

Completed

･･･

Parameter in_1 to in_8: Input channels of FDX and MAU-1616

0 = OFF, 1 to 8 = INPUT1 to INPUT8 out_1 to out_8: output channels of FDX and MAU-1616 0 = All outputs, 1 to 8 = OUTPUT1 to OUTPUT8

v_1 to v_8: FDX output channel a_1 to a_8: MAU-1616 output channel

FDX-08 Command Guide

･･････

Example

@IOS,1,3

Remarks －

Function Getting Setting Format Return value @GCP,v_1,v_2, ･･･ v_7,v_8 @IOV,in_1,out_1 (,in_2,out_2･･･) Parameter in_1 to in_8: FDX input channel

@GCP

0 = OFF, 1 to 8 = INPUT1 to INPUT8 out_1 to out_8: FDX output channel 0 = All outputs, 1 to 8 = OUTPUT1 to OUTPUT8

v_1 to v_8: FDX output channel

Getting I/O channel statuses of FDX and MAU-1616

Setting OUTPUT3 of FDX and MAU-1616 to INPUT1 Completed

@IOV,in_1,out_1 (,in_2,out_2･･･)

@GCP,1,2,3,4,5,6,7,8 @IOV,1,3

Remarks －

INPUTs1 to 8 Setting FDX OUTPUT3 to INPUT1

21

FDX-08 Command Guide

@GCA / @IOA

Switching only MAU-1616 I/O channels

@GCA

Parameter

in_1 to in_8: MAU-1616 input channel

0 = OFF [Default], 1 to 8 = INPUT1 to INPUT8, - 1 = Board is not mounted.

@GCA

@SSC

Straight Switching* I/O channel of FDX and MAU-1616

Completed

Remarks

*Straight switching: For example, OUTPUT1 is connected to INPUT1; OUTPUT2 is

@SSV

Straight Switching* I/O channel of FDX

Completed

Remarks

*Straight switching: For example, OUTPUT1 is connected to INPUT1; OUTPUT2 is

Function Getting Setting Format Return value @GCA,a_1,a_2, ･･･ a_7,a_8 @IOA,in_1,out_1 (,in_2,out_2･･･)

0 = OFF, 1 to 8 = INPUT1 to INPUT8 out_1 to out_8: MAU-1616 output channel 0 = All outputs, 1 to 8 = OUTPUT1 to OUTPUT8

a_1 to a_8: MAU-1616 output channel

@IOA,in_1,out_1 (,in_2,out_2･･･)

Example

@GCA,1,2,3,4,5,6,7,8 @IOA,1,3 @IOA,1,3

Remarks －

Function Setting Format Return value Parameter － Example

@SSC @SSC

@SSC

connected to INPUT2; OUTPUT8 is connected to INPUT8.

@SSV @SSV

@SSV

Getting I/O channel statuses of MAU-1616 INPUTs1 to 8 Setting MAU-1616 OUTPUT3 to INPUT1 Completed

Setting I/O channels of FDX and MAU-1616 to the same number I/O

Setting I/O channel of FDX to the same number I/O

connected to INPUT2; OUTPUT8 is connected to INPUT8.

22

@SSA

Straight Switching* I/O channel of MAU-1616

Parameter

Example

@SSA

Setting I/O channel of MAU-1616 to the

Completed

Remarks

*Straight switching: For example, OUTPUT1 is connected to INPUT1; OUTPUT2 is

@GCY / @SCY

Input channel selection copy

@GCY,sch

Return value

@GCY,sch,dch_1,

dch_8

@SCY,sch,dch_1 (,dch_2

)

Parameter

sch : Source output channel

@SCY,1,3

Copying crosspoint of OUTPUT1 to

Completed

Remarks

Supported since firmware ver.2.xx

Function Setting Format Return value

@SSA @SSA

－

FDX-08 Command Guide

@SSA

connected to INPUT2; OUTPUT8 is connected to INPUT8.

Function Getting Setting Format

1 to 8 = OUTPUT1 to OUTPUT8 dch_1 to dch_8: Destination output channels 0 = All outputs, 1 to 8 = OUTPUT1 to OUTPUT8

Example

@GCY,1

@GCY,1,2,3,4

@SCY,1,3

･･･

same number I/O

@SCY,sch,dch_1 (,dch_2･･･)

Getting the output channel with the same setting as the input channel assigned to output channel 1 OUTPUTs 2, 3, and 4 have the same input channel as output channle1.

OUTPUT3

･･･

23

FDX-08 Command Guide

@GIQ / @SIQ

Input equalizer

Function

Getting

Setting

Format

@GIQ

@SIQ,in_1,level_1 (,in_2,level_2

)

Return value

@GIQ,level_1,

level_8

@SIQ,in_1,level_1 (,in_2,level_2

)

-1 = Input board is not mounted or SDI input board is mounted.

Example

@GIQ

Getting the input equalizer status

@GDT / @SDT

No-signal-input monitoring

Function

Getting

Setting

Format

@GDT

@SDT,in_1,time_1 (,in_2,time_2

)

Return value

@GDT,time_1,

time_8

@SDT,in_1,time_1 (,in_2,time_2

)

- 1 = Input board is not mounted or SDI input board is mounted.

Example

@GDT

Getting settings of non-signal-input

All input channels: 10 sec.

@SDT,0,4

Setting the monitoring time of all input

Completed

Remarks

4.3.3 Input settings

･･･

Parameter in_1 to in_8: Input channel

0 = All inputs, 1 to 8 = INPUT1 to INPUT8

level_1 to level_8: Input equalizer of each input channel 0 = OFF, 1 = AUTO [Default],

･･････

Remarks －

Parameter in_1 to in_8: Input channel

@GIQ,1,1,1,1,1,1,1,1 @SIQ,0,0

@SIQ,0,0

0 = All inputs, 1 to 8 = INPUT1 to INPUT8

time_1 to time_8: Non-signal-input monitoring time of each input channel 0 = OFF, 3 to 15 = 3 sec. to 15 sec. [Default] 10 sec.,

@GDT,10,10,10,10,10,10,10,10

･･･

All input channels: AUTO Setting the input equalizers of all input channels to “OFF” Completed

･･････

monitoring time

@SDT,0,4

－

24

channel to 4 sec.

FDX-08 Command Guide

@GHE / @SHE

HDCP input enabled/disabled

@GHE

Parameter

in_1 to in_8: Input channel

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

All input channels: Enabled

@SHE,0,0

Function Getting Setting Format Return value @GHE,hdcp_1, ･･･ hdcp_8 @SHE,in_1,hdcp_1 (,in_2,hdcp_2･･･)

0 = All inputs, 1 to 8 = INPUT1 to INPUT8

hdcp_1 to hdcp_8: HDC P input enabled/disabled of each input channel 0 = DISABLE, 1 = ENABLE [Default],

-1 = Input board is not mounted or SDI input board is mounted.

Example

Remarks －

@GHE

@SHE,0,0

@SHE,in_1,hdcp_1 (,in_2,hdcp_2･･･)

Getting HDCP input enabled/disabled

Setting all input channels of HDCP input to DISABLE Completed

25

FDX-08 Command Guide

@GAG / @SAG

SDI input audio group

(,in_2,primary_2,secondary_2

)

Parameter

in_1 to in_8: Input channel

-1 = SDI input board is not mounted.

@GAG

@SAG,0,3,4

Completed

Function Getting Setting Format

Return value @GAG,primary_1,secondary_1, ･･･

@GAG

primary_8,secondary_8

0 = All inputs, 1 to 8 = INPUT1 Input 1 to INPUT8

primary_1 to primary_8: Primary audio of each input channel 1 = Audio group 1 (1ch to 4ch) [Default] 2 = Audio group 2 (5ch to 8ch) 3 = Audio group 3 (9ch to 12ch) 4 = Audio group 4 (13ch to 16ch)

-1 = SDI input board is not mounted.

secondary_1 to secondary_8: Secondary audio of each input channel 1 = Audio group 1 (1ch to 4ch) 2 = Audio group 2 (5ch to 8ch) [Default] 3 = Audio group 3 (9ch to 12ch) 4 = Audio group 4 (13ch to 16ch)

@SAG,in_1,primary_1,secondary_1 (,in_2,primary_2,secondary_2･･･) @SAG,in_1,primary_1,secondary_1

･･･

Example

Remarks An audio group cannot be specified as both primary and secondary audio group.

@GAG,1,2,1,2,1,2,1,2,1,2,-1,-1,-1,-1,-1,-1

@SAG,0,3,4

Supported since firmware ver.3.xx

Getting the SDI input audio group Primary audio of input channel 1 to 5: Audio group 1. Secondary audio: 2 SDI input board of input channel 6 to 8 is not mounted. Setting the primary audio of all input channels to audio group 3, secondary audio to audio group 4

26

FDX-08 Command Guide

@GDU / @SDU

SDI Dual Stream input video

Parameter

in_1 to in_8: Input channel

not mounted.

@SDU,0,2

Setting input video of all input channels to

Completed

Remarks

Supported since firmware ver.3.xx

Function Getting Setting Format

Return value @GDU,select_1, ･･･ select_8 @SDU,in_1,select_1(,in_2,select_2･･･)

Example

@GDU

0 = All inputs, 1 to 8 = INPUT1 to INPUT8

select_1 to select_8: Input video of each input channel 1 = Video stream 1 [Default], 2 = Video stream 2,

-1 = SDI input board is not mounted. @GDU @GDU,1,1,1,1,1,-1,-1,-1

@SDU,in_1,select_1(,in_2,select_2･･･)

Getting the SDI Dual Stream input video Input video of input channel 1 to 5: Stream 1 SDI input board of input channel 6 to 8 is

@SDU,0,2

video stream 2

27

FDX-08 Command Guide

@GPI / @SPI

Input video start position

Function

Getting

Setting

Format

@GPI,in_ch

@SPI,in_ch,h_posi,v_posi

Return value

@GPI,in_ch,h_posi,v_posi

@SPI,in_ch,h_posi,v_posi

@GPI,in_ch,error

- 3 = No video input

Example

@GPI,1

Getting horizontal and vertical start

“0”

@SPI,1,0,0

Setting horizontal and vertical start

Completed

Remarks

Supported since firmware ver.2.xx

4.3.4 Input timing settings

Parameter in_ch: Input channel

1 to 8 = INPUT1 to INPUT8

h_posi: Horizontal start position 0 = [Default], -100 to +100 = -100 dots to +100 dots

v_posi: Vertical start posito n 0 = [Default], -30 to +30 = -30 lines to +30 lines

error:

- 1 = Input board is not mounted.

- 2 = Scan converter output board is not mounted.

@GPI,1,0,0

positions of input channel 1

positions of input channel 1 to “0”

28

@GSI / @SSI

Input video active area

@GSI,in_ch

@GSI,in_ch,error

Parameter

in_ch: Input channel

Completed

Remarks

Supported since firmware ver.2.xx

Function Getting Setting Format Return value

Example

@GSI,in_ch,h_size,v_size

1 to 8 = INPUT1 to INPUT8

h_size: Horizontal active area 0 = [Default],

-100 to +100 = -100 dots to +100 dots

v_size: Vertical active area 0 = [Default],

- 30 to + 30 = -30 lines to +30 lines

error:

- 1 = Input board is not mounted.

- 2 = Scan converter output board is not mounted.

- 3 = No video input @GSI,1

@GSI,1,0,0 @SSI,1,0,0

@SSI,1,0,0

@SSI,in_ch,h_size,v_size

Getting the horizontal and vertic al acti ve areas of input channel 1 “0” Setting the horizonta l and ver tical ac ti ve area of input channel 1 to “0”

FDX-08 Command Guide

29

FDX-08 Command Guide

@GAP / @SAP

Input video aspect ratio

@GAP,in_ch

@GAP,in_ch,error

Parameter

in_ch: Input channel

AUTO

@SAP,1,0

Setting the set input video aspect ratio of

Completed

Remarks

Supported since firmware ver.2.xx

Function Getting Setting Format Return value

Example

@GAP,in_ch,aspect

1 to 8 = INPUT1 to INPUT8

aspect: Input video aspect ratio 0 = AUTO [Default] 1 = FULL 2 = 4:3 3 = 5:3 4 = 5:4 5 = 16:9 6 = 16:10 7 = 16:9 LETTER BOX

error:

- 1 = Input board is not mounted.

- 2 = Scan converter output board is not mounted.

- 3 = No video input @GAP,1

@GAP,1,0

@SAP,in_ch,aspect

Getting the set input vi deo aspect ratio of input channel 1

@SAP,1,0

input channel 1 to AUTO

30

@GIC / @SIC

Input contrast

@GIC,in_ch

@GIC,in_ch,error

Parameter

in_ch: Input channel

Remarks

Supported since firmware ver.2.xx

Function Getting Setting Format Return value

Example

@GIC,in_ch,red,green,blue

1 to 8 = INPUT1 to INPUT8

red : Input video contrast (Red) green : Input video contrast (Green) blue : Input video contrast (Blue) 100 = 100% [Default] 0 to 200 = 0% to 200%

error:

- 1 = Input board is not mounted.

- 2 = Scan converter output board is not mounted.

- 3 = No video input @GIC,1

@GIC,1,100,100,100 @SIC,1,100,100,100

@SIC,1,100,100,100

@SIC,in_ch,red,green,blue

Getting the input contrast of input channel 1 Red, Green and Blue: 100% Setting the input video contrast of input channel 1 to 100% for red, gr een and blue Completed

FDX-08 Command Guide

31

FDX-08 Command Guide

@GIB / @SIB

Input brightness

@GIB,in_ch

@GIB,in_ch,error

Parameter

in_ch: Input channel

Function Getting Setting Format Return value

Example

Remarks Supported since firmware ver.2.xx

@GIB,in_ch,brightness

1 to 8 = INPUT1 to INPUT8

brightness: Input brightn es s 100 = 100% [Default] 80 to 120 = 80% to 120%

error:

- 1 = Input board is not mounted.

- 2 = Scan converter output board is not mounted.

- 3 = No video input @GIB,1

@GIB,1,100 @SIB,1,100

@SIB,1,100

@SIB,in_ch,brightness

Getting the input brightness of input channel 1 100% Setting the input brightness of input channel 1 to 100% Completed

32

@GGM / @SGM

Input gamma

@GGM,in_ch

@GGM,in_ch,error

Parameter

in_ch: Input channel

Function Getting Setting Format Return value

Example

Remarks Supported since firmware ver.2.xx

@GGM,in_ch,gamma

1 to 8 = INPUT1 to INPUT8

gamma: Input gamma 10 = 1.0 [Default] 1 to 30 = 0.1 to 3.0

error:

- 1 = Input board is not mounted.

- 2 = Scan converter output board is not mounted.

- 3 = No video input @GGM,1

@GGM,1,10 @SGM,1,10

@SGM,1,10

@SGM,in_ch, gamma

Getting the input gamma of input channel 1

1.0 Setting the input gamma of input channel 1 to 1.0 Completed

FDX-08 Command Guide

33

FDX-08 Command Guide

@GFL / @SFL

Input sharpness

@GFL,in_ch

@GFL,in_ch,error

Parameter

in_ch: Input channel

Function Getting Setting Format Return value

Example

Remarks Supported since firmware ver.2.xx

@GFL,in_ch,sharpness

1 to 8 = INPUT1 to INPUT8

sharpness: Input sharpness 0 = NORMAL [Default]

-5 to 15 = -5 to +15

error:

- 1 = Input board is not mounted.

- 2 = Scan converter output board is not mounted.

- 3 = No video input @GFL,1

@GFL,1,0 @SFL,1,0

@SFL,1,0

@SFL,in_ch,sharpness

Getting the input sharpness of input channel 1 NORMAL Setting the input sharpness of input channel 1 to NORMAL Completed

34

@GHU / @SHU

Input HUE

@GHU,in_ch

@GHU,in_ch,error

Parameter

in_ch: Input channel

0°

@SHU,1,0

Completed

Remarks

Supported since firmware ver.2.xx

Function Getting Setting Format Return value

Example

@GHU,in_ch,hue

1 to 8 = INPUT1 to INPUT8

hue: Input HUE 0 = 0° [Default] 0 to 359 = 0° to 359°

error:

- 1 = Input board is not mounted.

- 2 = Scan converter output board is not mounted.

- 3 = No video input @GHU,1 @GHU,1,0

@SHU,1,0

@SHU,in_ch,hue

Getting the input HUE of input channel 1

Setting the input HUE of input channel 1 to 0°

FDX-08 Command Guide

35

FDX-08 Command Guide

@GSR / @SSR

Input saturation

@GSR,in_ch

@GSR,in_ch,error

Parameter

in_ch: Input channel

Function Getting Setting Format Return value

Example

Remarks Supported since firmware ver.2.xx

@GSR,in_ch,saturation

1 to 8 = INPUT1 to INPUT8

saturation: Input saturation 100 = 100% [Default] 0 to 200 = 0% to 200%

error:

- 1 = Input board is not mounted.

- 2 = Scan converter output board is not mounted.

- 3 = No video input @GSR,1

@GSR,1,100 @SSR,1,100

@SSR,1,100

@SSR,in_ch,saturation

Getting the input saturation of input channel 1 100% Setting the Input video saturation edited setting to 100% Completed

36

@GEF / @SEF

Input video settings

Return value

@GEF,in_ch,h_size,v_size,h_posi,v_posi,

@SEF,in_ch,h_size,v_size,h_posi,v_posi,

@GEF,in_ch,error

7 = 16:9 LETTER BOX

Function Getting Setting Format

@GEF,in_ch

@SEF,in_ch,h_size,v_size,h_posi,v_posi, aspect,red,green,blue,brightness,gamma, sharpness,hue,saturation

FDX-08 Command Guide

aspect,red,green,blue,brightness,gamma, sharpness,hue,saturation

Parameter in_ch: Input channel

1 to 8 = INPUT1 to INPUT8

h_size: Horizontal active area 0 = [Default],

-100 to +100 = -100 dots to +100 dots

v_size: Vertical active area 0 = [Default],

-30 to +30 = -30 lines to +30 lines

h_posi: Horizontal start position 0 = [Default],

-100 to +100 = -100 dots to +100 dots

v_posi: Vertical start posi tion 0 = [Default],

-30 to +30 = -30 lines to +30 lines

aspect: Input video aspect ratio 0 = AUTO [Default] 1 = FULL 2 = 4:3 3 = 5:3 4 = 5:4 5 = 16:9 6 = 16:10

aspect,red,green,blue,brightness,gamma, sharpness,hue,saturation

37

FDX-08 Command Guide

@GEF / @SEF

Input video settings (cont’d)

- Saturation: 100%

Parameter red : Input video contrast (Red)

green : Input video contrast (Green) blue : Input video contrast (Blue) 100 = 100% [Default] 0 to 200 = 0% to 200%

brightness: Input brightn es s 100 = 100% [Default] 80 to 120 = 80% to 120%

gamma: Input gamma 10 = 1.0 [Default] 1 to 30 = 0.1 to 3.0

sharpness: Input sharpness 0 = NORMAL [Default]

- 5 to 15 = - 5 to + 15

hue: Input HUE 0 = 0° [Default] 0 to 359 = 0° to 359°

saturation: Input saturation 100 = 100% [Default] 0 to 200 = 0% to 200%

error:

- 1 = Input board is not mounted.

- 2 = Scan converter output board is not mounted.

- 3 = No video input

Example

@GEF,1

@GEF,1,+0,+0,+0,+0,0,100,100,100, 100,10,0,0,100

Getting the input video settings of input channel 1 input

- Horizontal and Vertical active area: “0”

- Horizontal and Vertical start position: “0”

- Aspect ratio: AUTO

- Contrast: 100% for all red, green and blue

- Brightness: 100%

- Gamma: 1.0

- Sharpness: NORMAL

- Hue: 0°

38

FDX-08 Command Guide

@GEF / @SEF

Input video settings (cont’d)

Example @SEF,1,+0,+0,+0,+0,0,100,100,100,

100,10,0,0,100

@SEF,1,+0,+0,+0,+0,0,100,100,100, 100,10,0,0,100

Remarks Supported since firmware ver.2.xx

Setting the input video of input channel 1 input video as follows:

- Horizontal and Vertical active area: “0”

- Horizontal and Vertical start position: “0”

- Aspect ratio: AUTO

- Contrast: 100% for all red, green and blue

- Brightness: 100%

- Gamma: 1.0

- Sharpness: NORMAL

- Hue: 0°

- Saturation: 100% Completed

39

FDX-08 Command Guide

@GEQ / @SEQ

Output equalizer

Function

Getting

Setting

- 2 = Digital output board or digital scan converter output board is not mounted.

@GEQ Completed

Remarks

@GDM / @SDM

Output mode

Function

Getting

Setting

Format

@SDM,out_1,mode_1 (,out_2,mode_2･･) @GDM,0,0,0,0,0,0,0,0

All output channels: AUTO MODE

@SDM,0,0

4.3.5 Output settings

Format

Return value @GEQ,level_1, ･･･ level_8 @SEQ,out_1,level_1 (,out_2,level_2･･･)

Parameter out_1 to out_8: Output channel

Example

Return value @GDM,mode_1, ･･･ mode_8 @SDM,out_1,mode_1 (,out_2,mode_2･･)

Parameter out_1 to out_8: Output channel

Example

Remarks －

@GEQ

0 = All outputs, 1 to 8 = OUTPUT1 to OUTPUT8

level_1 to level_8: Output equalizer of each output channel 0 = OFF [Default], 1 = LOW, 2 = MEDIUM, 3 = HIGH,

@GEQ,0,0,0,0,0,0,0,0 @SEQ,0,0

@SEQ,0,0

－

@GDM

0 = All outputs, 1 to 8 = OUTPUT1 to OUTPUT8

mode_1 to mode_8: Output mode of output channel 0 = AUTO MODE [Default], 1 = DVI MODE, 2 = HDMI YCbCr 4:4:4 MODE, 3 = HDMI YCbCr 4:2:2 MODE, 4 = HDMI RGB MODE, - 2 = Output board is not mounted.

@GDM

@SDM,0,0

@SEQ,out_1,level_1 (,out_2,level_2･･･)

Getting output equalizer status All output channels: OFF Setting the output equalizer of all output channels to OFF

Getting the output mode status

Setting the output mode of all output channels to AUTO MODE Completed

40

FDX-08 Command Guide

@GHM / @SHM

Sink device EDID check

Parameter

out_1 to out_8: Output channel

device is treated as a DVI device.)

@SHM,0,0

Function Getting Setting Format

Return value @GHM,mode_1, ･･･ mode_8 @SHM,out_1,mode_1 (,out_2,mode_2･･)

Example

@GHM

0 = All outputs, 1 to 8 = OUTPUT1 to OUTPUT8

mode_1 to mode_8: Sink device EDID check method of each output channel 0 = In case of EDID load error, the sink device is treated as a DVI device.

[Default] 1 = In case of EDID load error, the sink device is treated as a HDMI device. 2 = Always HDMI output

- 2 = Output board is not mounted.

@GHM

@GHM,0,0,0,0,0,0,0,0

@SHM,out_1,mode_1 (,out_2,mode_2･･)

Getting the sink device EDID check method “0” (In case of EDID load error, the sink

@SHM,0,0

Remarks －

Setting the EDID check mode to “0” (In case of EDID load error, the sink device is treated as a DVI device.) Completed

41

FDX-08 Command Guide

@GMK / @SMK

Hot plug ignoring duration

Parameter

out_1 to out_8: Output channel

-2 = Digital output board or digital scan converter output board is not mounted.

@GMK All output channels: OFF

@SMK,0,1

Setting the hot plug ignoring duration of all

Completed

Remarks

@GDC / @SDC

Output Deep Color

Function

Getting

Setting

Return value

@GDC,color_1,

color_8

@SDC,out_1,color_1 (,out_2,color_2

)

board, HDBaseT scan converter output board are not mounted.

Example

@GDC

Getting the deep color status

24 bit/pixel (8 bit/component)

@SDC,0,0

Completed

Remarks

Supported since firmware ver.2.xx

Function Getting Setting Format

Return value @GMK,mask_1, ･･･ mask_8 @SMK,out_1,mask_1 (,out_2,mask_2･･)

@GMK

0 = All outputs, 1 to 8 = OUTPUT1 to OUTPUT8

mask_1 to mask_8: Hot plug ignoring durat ion of each output channel 1 = OFF [Default] 2 to 15 = 2 sec. to 15 sec.

@SMK,out_1,mask_1 (,out_2,mask_2･･)

Example

Format

Parameter out_1 to out_8: Output channel

@GMK,1,1,1,1,1,1,1,1

@SMK,0,1

－

@GDC

0 = All outputs, 1 to 8 = OUTPUT1 to OUTPUT8

color_1 to color_8: Deep Color of each output channel 0 = 24 bit/pixel ( 8 bit/component) [Default] 1 = 30 bit/pixel (10 bit/component) 2 = 36 bit/pixel (12 bit/component)

-2 = Digital output board, digital scan converter output board or HDBaseT output

･･･

Getting the hot plug ignoring duration

output channels to OFF

@SDC,out_1,color_1 (,out_2,color_2･･･)

･･･

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

@SDC,0,0

All output channels:

Setting the Deep Color of all output channels to 24 bit/pixel (8bit/component)

42

4.3.6 Output timing settings

@GOT / @SOT

Output resolution

Function

Getting

Setting

Format

@GOT,out_ch

@SOT,out_ch,auto,resolution

Return value

@GOT,out_ch,auto,resolution

@SOT,out_ch,auto,resolution

@GOT,out_ch,error

Parameter out_ch: Output channel

1 to 8 = OUTPUT1 to OUTPUT8

auto: Output resolution mode 0 = Resolution can be specified for the “resolution” parameter below. 1 = Resolution can be selected automatically [Default]

resolution: Output resolution 01 = VGA@60 (640x480) 02 = SVGA@60 (800x600) 03 = XGA@60 (1024x768) 04 = WXGA@60 (1280x768) 05 = WXGA@60 (1280x800) 06 = Quad-VGA@60 (1280x960) 07 = SXGA@60 (1280x1024) 08 = WXGA@60 (1360x768) 09 = 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 = 576p@50 (720x576) 20 = 720p@50 (1280x720) 21 = [email protected] (1280x720) 22 = 1080i@50 (1920x1080) 23 = [email protected] (1920x1080) 24 = 1080p@50 (1920x1080) 25 = [email protected] (1920x1080) [Default]

error:

-2 = Scan converter output board is not mounted.

FDX-08 Command Guide

43

FDX-08 Command Guide

@GOT / @SOT

Output resolution (cont’d)

@SOT,1,0,25

Setting the output resolution of output

Completed

Remarks

Supported since firmware ver.2.xx

@GUM / @SUM

Aspect ratio of sink device

Function

Getting

Setting

Format

@GUM,out_ch

@SUM,out_ch,aspect

Return value

@GUM,out_ch,aspect

@SUM,out_ch,aspect

@GUM,out_ch,error

- 2 = Scan converter output board is not mounted.

Example

@GUM,1

Getting the sink device aspect ratio of

Example

Parameter out_ch: Output channel

@GOT,1

@GOT,1,1,25

@SOT,1,0,25

1 to 8 = OUTPUT1 to OUTPUT8

aspect: Aspect ratio of sink device 0 = To be output with aspect ratio of output resolution [Default] 1 = 4:3 2 = 5:3 3 = 5:4 4 = 16:9 5 = 16:10

error:

Getting the output resolution setting of output channel 1 [email protected] (1920x1080) (AUTO)

channel 1 to [email protected] (1920x1080)

@GUM,1,0

@SUM,1,0

Remarks Supported since firmware ver.2.xx

output channel 1 “0” (To be output with aspect ratio of output resolution) Setting the sink device aspect ratio of output channel 1 to “0” (To be output with aspect ratio of output resolution) Completed

44

@GTP / @STP

Output test pattern

@GTP,out_ch

@GTP,out_ch,error

Parameter

out_ch: Output channel

@STP,1,0

Function Getting Setting Format Return value

Example

Remarks Supported since firmware ver.2.xx

@GTP,out_ch,pattern

1 to 8 = OUTPUT1 to OUTPUT8

pattern: Test pattern 0 = OFF [Default] 1 = V-STRIPES 2 = CROSS HATCH 3 = WHITE RASTER 4 = RED RASTER 5 = GREEN RASTER 6 = BLUE RASTER 7 = COLOR BAR 8 = 16 STEP GRAY 9 = 256 STEP GRAY

error:

-2 = Scan converter output board is not mounted.

@GTP,1 @GTP,1,0

@STP,1,0

@STP,out_ch,pattern

Getting the test pattern of output channel 1 OFF Setting the test pattern of output channel 1 to OFF Completed

FDX-08 Command Guide

45

FDX-08 Command Guide

@GMR / @SMR

Display size/position

@GMR,out_ch,error

Parameter

out_ch: Output channel

Function Getting Setting Format

Return value @GMR,out_ch,h_zoom,v_zoom,h_posi,

Example

Remarks Supported since firmware ver.2.xx

@GMR,out_ch

v_posi

1 to 8 = OUTPUT1 to OUTPUT8

h_zoom: Horizontal size v_zoom : Vertical size 1000 = 100% [Default] 200 to 4000 = 20.0% to 400%

h_posi: Horizontal position v_posi: Vertical position 0 = 0% [Default]

-4000 to +4000 = -400% to +400%

error:

-2 = Scan converter output board is not mounted.

@GMR,1

@GMR,1,1000,1000,0,0

@SMR,1,1000,1000,0,0

@SMR,out_ch,h_zoom,v_zoom,h_posi, v_posi

Getting the size and position of output channel 1 Horizontal and vertical size: 100%; Horizontal and vertical position: 0% Setting the size and position of output channel 1 to 100% and 0%, respectively Completed

46

@GBC / @SBC

Blank color/Background color

@GBC,out_ch,error

Parameter

out_ch: Output channel

All: “0” (black)

@SBC,1,0,0,0,0,0,0

Setting all blank and background colors of

Completed

Remarks

Supported since firmware ver.2.xx

Function Getting Setting Format

Return value @GBC,out_ch,mred,mgreen,mblue,bred,

Example

@GBC,out_ch

bgreen,bblue

0 = All outputs 1 to 8 = OUTPUT1 to OUTPUT8

mred : Blank color (Red) mgreen : Blank color (Green) mblue : Blank color (Blue) bred : Background color (Red) bgreen : Background color (Green) bblue : Background color (Blue) 0 [Default] 0 to 255

error:

-2 = Scan converter output board is not mounted.

@GBC,1

@GBC,1,0,0,0,0,0,0

@SBC,out_ch,mred,mgreen,mblue,bred, bgreen,bblue

Getting the blank and bac kgr oun d colors of output channel 1

FDX-08 Command Guide

@SBC,1,0,0,0,0,0,0

output channel 1 to “0” (black)

47

FDX-08 Command Guide

@GOC / @SOC

Output contrast

@GOC,out_ch

@GOC,out_ch,error

Parameter

out_ch: Output channel

-2 = Scan converter output board is not mounted.

Example

@GOC,1

Getting the output contrast of output

100%

@SOC,1,100

Completed

Remarks

Supported since firmware ver.2.xx

Function Getting Setting Format Return value

@GOC,out_ch,contrast

0 = All outputs 1 to 8 = OUTPUT1 to OUTPUT8

contrast: Output contrast 100 = 100% [Default] 0 to 200 = 0% to 200%

error:

@SOC,out_ch,contrast

@GOC,1,100

@SOC,1,100

channel 1

Setting the output contrast of output channel 1 to 100%

48

@GOB / @SOB

Output brightness

@GOB,out _ch

@GOB,out _ch,error

Parameter

out_ch: Output channel

-2 = Scan converter output board is not mounted.

Example

@GOB,1

Getting the output brightness of output

100%

@SOB,1,100

Completed

Remarks

Supported since firmware ver.2.xx

Function Getting Setting Format Return value

@GOB,out _ch,brightness

0 = All outputs 1 to 8 = OUTPUT1 to OUTPUT8

brightness: Output brightness 100 = 100% [Default] 0 to 200 = 0% to 200%

error:

@SOB,out _ch,brightness

FDX-08 Command Guide

@GOB,1,100

@SOB,1,100

channel 1

Setting the output brightness of output channel 1 to 100%

49

FDX-08 Command Guide

@GFA / @SFA

Dissolve effect

@GFA,out_ch,error

Parameter

out_ch: Output channel

- 2 = Scan converter output board is not mounted.

Example

@GFA,1

Getting the dissolve effect of output

Enabled

@SFA,1,1

Completed

Remarks

Supported since firmware ver.2.xx

Function Getting Setting Format Return value

@GFA,out_ch @GFA,out_ch,mode

0 = All outputs 1 to 8 = OUTPUT1 to OUTPUT8

mode : Dissolve effect 1 = Enabled [Default] 0 = Disabled

error:

@SFA,out_ch,mode

@GFA,1,1

@SFA,1,1

channel 1

Setting the dissolve effect of output channel 1 to be enabled

50

@GEN / @SEN

HDCP output

@GEN,out_ch,error

Parameter

out_ch: Output channel

- 2 = Scan converter output board is not mounted.

Example

@GEN,1

Getting the HDCP output of output

@SEN,1,1

Completed

Function Getting Setting Format Return value

@GEN,out_ch @GEN,out_ch,hdcp

0 = All outputs 1 to 8 = OUTPUT1 to OUTPUT8

hdcp: HDCP output 0 = HDCP is not output until an input channel with HDCP is selected. [Default] 1 = HDCP is encrypted only if input signal is with HDCP.

error:

@SEN,out_ch,hdcp

FDX-08 Command Guide

Remarks Supported since firmware ver.2.xx

@GEN,1,0

@SEN,1,1

channel 1 Set to “0” (HDCP is not output until an input channel with HDCP is selected.) Setting HDCP output of output channel 1 to “0” (HDCP is not output until an input channel with HDCP is selected.)

51

FDX-08 Command Guide

@GOA / @SOA

Output settings

@GOA,out_ch,error

25 = [email protected] (1920x1080) [Default]

Function Getting Setting Format

Return value @GOA,out_ch,auto,resolution,aspect,patt

Parameter out_ch: Output channel

@GOA,out_ch

ern,h_zoom,v_zoom,h_posi,v_posi,mred, mgreen,mblue,bred,bgreen,bblue, contrast,brightness,mode,hdcp

1 to 8 = OUTPUT1 to OUTPUT8

auto: Output resolution mode 0 = Resolution can be specified for the “resolution” parameter below. 1 = Resolution can be selected automatically [Default]

resolution: Output resolution 01 = VGA@60 (640x480) 02 = SVGA@60 (800x600) 03 = XGA@60 (1024x768) 04 = WXGA@60 (1280x768) 05 = WXGA@60 (1280x800) 06 = Quad-VGA@60 (1280x960) 07 = SXGA@60 (1280x1024) 08 = WXGA@60 (1360x768) 09 = 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 = 576p@50 (720x576) 20 = 720p@50 (1280x720) 21 = [email protected] (1280x720) 22 = 1080i@50 (1920x1080) 23 = [email protected] (1920x1080) 24 = 1080p@50 (1920x1080)

@SOA,out_ch,auto,resolution,aspect,patte rn,h_zoom,v_zoom,h_posi,v_posi,mred, mgreen,mblue,bred,bgreen,bblue,contrast, brightness,mode,hdcp @SOA,out_ch,auto,resolution,aspect,patte rn,h_zoom,v_zoom,h_posi,v_posi,mred, mgreen,mblue,bred,bgreen,bblue,contrast, brightness,mode,hdcp

52

@GOA / @SOA

Output settings (cont’d)

Parameter aspect: Aspect ratio of sink device

0 = To be output with aspect ratio of output resolution [Default] 1 = 4:3 2 = 5:3 3 = 5:4 4 = 16:9 5 = 16:10

pattern: Test pattern 0 = OFF [Default] 1 = V-STRIPES 2 = CROSS HATCH 3 = WHITE RASTER 4 = RED RASTER 5 = GREEN RASTER 6 = BLUE RASTER 7 = COLOR BAR 8 = 16 STEP GRAY 9 = 256 STEP GRAY

h_zoom : Horizontal size v_zoom : Vertical size 1000 = 100% [Default] 200 to 4000 = 20.0% to 400%

h_posi: Horizontal position v_posi: Vertical position 0 = 0% [Default]

-4000 to +4000 = -400% to +400%

mred : Blank color (Red) mgreen : Blank color (Green) mblue : Blank color (Blue) bred : Background color (Red) bgreen : Background color (Green) bblue : Background color (Blue) 0 [Default] 0 to 255

contrast : Output contrast 100 = 100% [Default] 0 to 200 = 0% to 200%

brightness: Output brigh tne s s 100 = 100% [Default] 0 to 200 = 0% to 200%

FDX-08 Command Guide

53

FDX-08 Command Guide

@GOA / @SOA

Output settings (cont’d)

with HDCP is selected.

Parameter mode: Dissolve effect

1 = Enabled [Default] 0 = Disabled

hdcp: HDCP output 0 = HDCP is not output until an input channel with HDCP is selected. [Default] 1 = HDCP is encrypted only if input signal is with HDCP.

error:

- 2 = Scan converter output board is not mounted.

Example

@GOA,1

@GOA,1,1,25,0,0,1000,1000,+0,+0,0,0,0, 0,0,0,100,100,1,0

Getting the output settings of output channel 1

- Output resolution mode: AUTO

- Output resolution: [email protected](1920x1080)

- Sink device aspect ratio:

To be output with aspect ratio of output resolution

- Test pattern: No output

- Horizontal size: 100%

- Vertical size: 100%

- Horizontal position: 0%

- Vertical position: 0%

- Blank color: Red, green, blue: “0” (black)

- Background color:

Red, green, blue: “0” (black)

- Output contrast: 100%

- Output brightness: 100%

- Dissolve effect: Enabled

- HDCP output: HDCP is not output until an input channel

54

FDX-08 Command Guide

@GOA / @SOA

Output settings (cont’d)

Remarks

Supported since firmware ver.2.xx

Example @SOA,1,0,25,0,0,1000,1000,+0,+0,0,0,0,

0,0,0,100,100,1,0

@SOA,1,0,25,0,0,1000,1000,+0,+0,0,0,0, 0,0,0,100,100,1,0

Setting output channel 1 as follows:

- Output resolution mode: AUTO

- Output resolution:

[email protected](1920x1080)

- Sink device aspect ratio:

To be output with aspect ratio of output resolution

- Test pattern: No output

- Horizontal size: 100%

- Vertical size: 100%

- Horizontal position: 0%

- Vertical position: 0%

- Blank color: Red, green, blue: “0” (black)

- Background color:

Red, green, blue: “0” (black)

- Output contrast: 100%

- Output brightness: 100%

- Dissolve effect: Enabled

- HDCP output:

HDCP is not output until an input channel with HDCP is selected.

Completed

55

FDX-08 Command Guide

@GDO / @SDO

Digital audio output

Function

Getting

Setting

- 2 = Output board is not mounted.

@GDO

audio

@SDO,0,0

4.3.7 Audio

Format

Return value @GDO,mode_1, ･･･ mode_8 @SDO,out_1,mode_1 (,out_2,mode_2･･)

Parameter out_1 to out_8: Output channel

Example

Remarks －

@GDO

0 = All outputs, 1 to 8 = OUTPUT1 to OUTPUT8

mode_1 to mode_8: Digit al aud io outp ut status of each output channel 0 = Not outputting, 1 = Outputting [Default],

@GDO,1,1,1,1,1,1,1,1

@SDO,0,0

@SDO,out_1,mode_1 (,out_2,mode_2･･)

Getting the digital audio output status All output channels: Outputting digital

Setting digital audio output of all output channels to “0” (Not outputting ) Completed

56

4.3.8 EDID settings

@GED / @SED

EDID resolution

Function

Getting

Setting

All input channels: 1080p (59.94 / 60)

@SED,0,0

“@RME” command beforehand.

FDX-08 Command Guide

Format

Return value @GED,format_1, ･･･ format_8 @SED,in_1,format_1 (,in_2,format_2･･･)

Parameter in_1 to in_8: Input channel

Example

Remarks To select 1 to 4 for EDID of each input channel, copy EDID of the sink device using

@GED

0 = Al l in p ut s , 1 to 8 = INPUT1 to INPUT8

format_1 to format_8: EDID of each input channel 0 = External EDID, 1 to 4 = Copied EDID1 to 4, 5 = 1080p (59.94 / 60) [Default], 6 = 720p, 7 = 1080i, 8 = 1080p (24 / 25 / 30 / 50), 9 = SVGA (800×600), 10 = XGA (1024×768), 11 = VESA720 (1280×720), 12 = WXGA (1280×768), 13 = WXGA (1280×800), 14 = Quad-VGA (1280×960), 15 = SXGA (1280×1024), 16 = WXGA (1360 / 1366×768), 17 = SXGA+ (1400×1050), 18 = WXGA+ (1440×900), 19 = WXGA++ (1600×900), 20 = UXGA (1600×1200), 21 = WSXGA+ (1680×1050), 22 = VESA1080 (1920×1080), 23 = WUXGA (1920×1200), 24 = QWXGA (2048×1152),

- 1 = Input board is not mounted or SDI input board is mounted. @GED @GED,5,5,5,5,5,5,5,5

@SED,0,0

@SED,in_1,format_1 (,in_2,format_2･･･)

Getting EDID resolutions

Setting EDID of all input channels to External EDID Completed

57

FDX-08 Command Guide

@RME

Copying EDID

Parameter

out: Channel to be copied

1 to 4 = Destinations 1 to 4

@RME,1,1

Completed

Remarks

@GEC / @SEC

EDID loading output channel

- 2 = Output board is not mounted.

Example

@GEC

Getting the statuses of EDID loading

This command is valid only if “EDID resolution” is set to “0” (External EDID).

Function Setting Format Return value

@RME,out,number @RME,out,number

1 to 8 = OUTPUT1 to OUTPUT8

number: Destination COPY DATA number

Example

－

Function Getting Setting Format Return value @GEC,out_1, ･･･ out_8 @SEC,in_1,out_1 (,in_2,out_2･･･) Parameter in_1 to in_8: Input channel

Remarks

@GEC

0 = All inputs, 1 to 8 = INPUT1 to INPUT8

out_1 to out_8: EDID loadi ng output channel of each input channel 1 to 8 = OUTPUT1 to OUTPUT8,

- 1 = Input board is not mounted or SDI input boar d is mount ed,

@GEC,1,1,1,1,1,1,1,1

@SEC,0,1

Setting EDID of the sink device connected to OUTPUT1 to COPY DATA 1

@SEC,in_1,out_1 (,in_2,out_2･･･)

output channel All input channels: Loaded from OUTPUT1 Setting the statuses of EDID loading output channel to OUTPUT1 Completed

58

FDX-08 Command Guide

@GDI / @SDI

Deep Color input

@GDI

Parameter

in_1 to in_8: Input channel

24 bit/pixel (8 bit/component)

@SDI,0,0

Setting Deep Color of all input channels to

Completed

Remarks

Function Getting Setting Format Return value @GDI,color_1, ･･･ color_8 @SDI,in_1,color_1 (,in_2,color_2･･･)

0 = All inputs, 1 to 8 = INPUT1 to INPUT8

color_1 to color_8: Deep Color of each input channel 0 = 24 bit/pixel ( 8 bit/component) [Default], 1 = 30 bit/pixel (10 bit/component), 2 = 36 bit/pixel (12 bit/component),

- 1 = Input board is not mounted or SDI input board is mounted.

Example

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

@SDI,in_1,color_1 (,in_2,color_2･･･)

Getting Deep Color statuses All input channels:

@SDI,0,0

－

24 bit/pixel (8bit/component)

59

FDX-08 Command Guide

@GSP / @SSP

The number of audio channels

@GSP

Parameter

in_1 to in_8: Input channel

channels

2 channels

ON

OFF

2.1 channels

ON

OFF

5.1 channels

ON

OFF

7.1 channels

ON

@GSP All input channels: 2 (channels)

@SSP,0,0

Setting the number of audio channels of all

Completed

Remarks

RL

RLC RRC

RR

FR

ＦＣ

FL

LFE

FL

：

Front Left FC ： Front Center FR ： Front Right RL

： Rear Left

RR

：

Rear Right RLC

Rear Left Center RRC

Rear Right Center

Low Frequency Effect

LFE

: : :

Function Getting Setting Format Return value @GSP,ch_1,ch_2 ･･･ ch_7,ch_8 @SSP,in_1,ch_1 (,in_2,ch_2･･･)

@SSP,in_1,ch_1 (,in_2,ch_2･･･)

0 = All inputs, 1 to 8 = INPUT1 to INPUT8

ch_1 to ch_8: The number of audio channels of each input channel 0 = 2 channels [Default], 1 = 2.1 channels, 2 = 5.1 channels, 3 = 7.1 channels,

- 1 = Input board is not mounted or SDI input board is mounted.

Number of

FL / FR LFE FC RL / RR RLC / RRC

Example

@GSP,0,0,0,0,0,0,0,0

@SSP,0,0

－

60

Getting the number of audio channels

input channels to 2 (channels)

@GAF / @SAF

Audio format

2, frequency_2

)

Parameter

in: Input channel

Audio format

Sampling frequency (kHz)

LPCM

32/44.1/48 [Default]/88.2/96/192

AC-3/Dolby Digital

OFF [Default]/32/44.1/48

48 kHz; other audio format: OFF

@SAF,1,0,7

LPCM output cannot be disabled.

Function Getting Setting Format

Return value @GAF,in,format_1,frequency_1, ･･･ for

@GAF,in

mat_7,frequency_7

1 to 8 = INPUT1 to INPUT8

format_1 to format_7: Audio format 0 = LPCM, 1 = AC-3/Dolby Digital, 2 = AAC, 3 = Dolby Digital+, 4 = DTS, 5 = DTS-HD, 6 = Dolby TrueHD

frequency_1 to frequency_7: The maximum sampling frequency 0 = OFF (Not output), 1 = 32 kHz, 2 = 44.1 kHz, 3 = 48 kHz, 4 = 88.2 kHz, 5 = 96 kHz, 6 = 176.4 kHz, 7 = 192 kHz,

- 1 = Input board is not mounted or SDI input board is mounted.

@SAF,in,format_1,frequency_1 (,format_ 2, frequency_2･･･) @SAF,in,format_1,frequency_1 (,format_

FDX-08 Command Guide

･･･

Example

Remarks The available maximum sampling frequency depends on the audio format.

AAC OFF [Default]/32/44.1/48/88.2/96 Dolby Digital + OFF [Default]/32/44.1/48 DTS OFF [Default]/32/44.1/48/96 DTS-HD OFF [Default]/44.1/48/88.2/96/176.4/192 Dolby TrueHD OFF [Default]/44.1/48/88.2/96/176.4/192

@GAF,1

@GAF,1,0,3,1,0,2,0,3,0,4,0,5,0,6,0

@SAF,1,0,7

Getting the audio format status of INPUT1 channel Maximum sampling frequency of LPCM:

Setting the maximum LPCM of INPUT1 to 192 kHz Completed

61

FDX-08 Command Guide

@GCT / @SCT

RS-232C communication

Function

Getting

Setting

Format

@GCT

@SCT,baudrate,length,parity,stop

Return value

@GCT,baudrate,length,parity,stop

@SCT,baudrate,length,parity,stop

0 = 1 bit [Default], 1 = 2 bit

@GCT

- Stop bit : 1 [bit]

@SCT,1,1,0,0

Change the environmental settings based on the FDX settings.

4.3.9 RS-232C communication

Parameter baudrate: Baud rate

0 = 4800 bps, 1 = 9600 bps [Default], 2 = 14400 bps, 3 = 19200 bps, 4 = 38400 bps

length: Data bit length 0 = 7 bit, 1 = 8 bit [Default]

parity: Parity check 0 = NONE [Default], 1 = ODD, 2 = EVEN

stop: Stop bit

Example

Remarks If RS-232C communication setting is changed, the communication may be disabled.

@GCT,1,1,0,0

@SCT,1,1,0,0

Getting communication settings of RS-232Cs.

- Baud rate : 9600 [bps]

- Data bit length : 8 [bit]

- Parity check : NONE

Setting communication settings of RS-232Cs as follows:

- Baud rate : 9600 [bps]

- Data bit length : 8 [bit]

- Parity check : NONE

- Stop bit : 1 [bit] Completed

62

FDX-08 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

Completed

Remarks

If LAN communication setting is changed, the communication may be disabled.

@GSB / @SSB

Subnet mask

Parameter

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

Subnet mask: 255.255.255.0

@SSB,255,255,255,254

Completed

4.3.10 LAN communication

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

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

Example

@GIP @GIP,192,168,1,200 @SIP,192,168,1,200 @SIP,192,168,1,200

Change the environmental settings based on the FDX settings.

Getting the IP address

192.168.1.200 Setting the IP address to 192.168.1.200

Function Getting Setting Format Return value

Example

Remarks If LAN communication setting is changed, the communication may be disabled.

@GSB @GSB,unit_1,unit_2,unit_3,unit_4

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

@SSB,255,255,255,254

Change the environmental settings based on the FDX settings.

@SSB,unit_1,unit_2,unit_3,unit_4

Getting the subnet mask

Setting the subnet mask to

255.255.255.254

63

FDX-08 Command Guide

@GLP / @SLP

TCP port number

Parameter

port: Port number

@SLP,1100,0

Completed

@GMC

MAC address

Return value

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

Parameter

unit_1 to unit_6: Upper bit of the MAC address to lower bit of the MAC address The MAC is displayed.

Remarks

Function Getting Setting Format Return value

Example

Remarks If LAN communication setting is changed, the communication may be disabled.

@GLP @GLP,port,add

1100 [Default], 6000 to 6999

add: 8-connection setting

0 = 8-connection setting OFF [Default]

(WEB browser 4 connections/communication command control 4 connections),

1 = 8-connection setting ON

(Communication command control 8-connection) @GLP @GLP,1100,0

@SLP,1100,0

Change the environmental settings based on the FDX settings.

@SLP,port,add

Getting the TCP port number 1100; 8 connection setting disabled Setting the TCP port number and 8-connection setting to 1100 and OFF, respectively

Function Getting Format

Example

@GMC

00 to FF = 8 bit (in hexadecimal) @GMC @GMC,00,08,E5,59,00,01

－

Getting the MAC address

64

4.3.11 Preset memory

@RPM

Recalling preset memory

Function

Setting

Format

@RPM,preset

Return value

@RPM,preset

@SPM

Saving preset memory – [D] Delete

Up to 10 characters from 0x20 to 0x7D of ASCII code

Example

@SPM,1,MEMORY1

Saving the I/O channel status in preset

Completed

Remarks

You can skip the naming process. If you skip it, the current name will be used.

Parameter preset: preset memory

1 to 32 = The number of preset memory

Example

Remarks －

Function Setting Format Return value Parameter preset: preset memory

@RPM,1 @RPM,1

@SPM,preset (,name) @SPM,preset (,name)

1 to 32 = The number of preset memory

name: Memory name

FDX-08 Command Guide

Recalling preset memory 1 Completed

@SPM,1,MEMORY1

memory 1 with the name of MEMORY1

65

FDX-08 Command Guide

@SEM

Saving preset memory – [C] Continue

Parameter

preset: Preset memory

Up to 10 characters from 0x20 to 0x7D of ASCII code

@SEM,1,MEMORY1

Completed

@GCM / @ECM

Editing preset memory

All output channels: Not controlled

@ECM,1,1,1

7,7,-1,-1

Completed

Function Setting Format Return value

@SEM,preset (,name) @SEM,preset (,name)

1 to 32 = The number of preset memory

name: Memory name

Example

Remarks You can skip the naming process. If you skip it, the current name will be used.

For preset setting, if Not control channel setting is included, the output channel setting is not saved.

Function Getting Setting Format Return value @GCM,preset,v_1,a_1･･･v_8,a_8 @ECM,preset,v_1,a_1･･･v_8,a_8 Parameter preset: Preset memory

Example

Remarks －

@GCM,preset

1 to 32 = The number of preset memory

v_1 to v_8: FDX output channel

a_1 to a_8: MAU-1616 (optional) output channel

- 1 = Not control [Default], 0 = OFF, 1 to 8 = INPUT1 to INPUT8 @GCM,1 @GCM,1,-1, -1, -1, -1, -1, -1, -1, -1 @ECM,1,1,1･･･7,7,-1,-1

･･･

Saving the I/O channel status in preset

memory 1 with the name of MEMORY1

@ECM,preset,v_1,a_1･･･v_8,a_8

Getting statuses of preset memory 1

For Preset memory 1, setting OUTPUT1 to OUTPUT7 to the same number I/O channels; setting OUTPUT8 to not be controlled

66

@GPM

Preset memory number matching current I/O channel status

Parameter

video: Preset memory number matching FDX I/O status

000 = None, 001 to 032 = The number of preset memory

Example

@GPM

Getting the number of preset memory

Function Getting Format Return value

@GPM @GPM, video, audio

audio: Preset memory number matching MAU-1616 (optional) channel status

FDX-08 Command Guide

@GPM,000,000

Remarks If several memory numbers are matched, the smaller number will be returned.

matching FDX I/O status The number of preset memory will be displayed.

67

FDX-08 Command Guide

@GLM / @SLM

Front key function lock

Function

Getting

Setting

Format

@GLM

@SLM,channel,menu,preset

Return value

@GLM,channel,menu,preset

@SLM,channel,menu,preset

All keys: OFF

@SLM,1,1,1

Completed

Remarks

@GST

Board status

@GST,board,slot

@GST,0,1,3425,0

Temperature: 34.25℃; voltage: Normal

Remarks

4.3.12 Others

Parameter channel: I/O channel selection keys, channel switching selection keys,

switching mode selection keys menu: Menu operation keys preset: Preset memory loading keys 0 = Front key function lock OFF [Default], 1 = Front key function lock ON

Example

@GLM @GLM,0,0,0

@SLM,1,1,1

－

Getting the front key function lock status

Setting front key function lock of all keys to ON

Function Getting Format Return value Parameter board: Board selection

Example

@GST,board,slot,temp,voltage

0 = Input board, 1 = Output board

slot: Board position 1 to 4 = Board 1 to board 4

temp: Temperature The value of temperature x 100, - 1 = Board is not mounted. e.g.) 38.75℃: 3875

Voltage: 0 = Normal, 1 = Abnormal, - 1 = Board is not mounted. @GST,0,1

－

Getting status of input board1

68

@GSS

Board mounting status

Parameter

board: Board selection

6 = Optic scan converter output board is mounted.

@GSS,0 Digital board is mounted.

Remarks

@GIV

Version

Function

Getting

Format

@GIV

Return value

@GIV,id,version,input,output

Function Getting Format Return value

@GSS,board @GSS,board,slot1,slot2

0 = Input board, 1 = Output board

slot1 to slot4: Board mounting status

If “board” is set to “0”:

0 =Board is not mounted, 1 = Digital board is mounted, 2 = HDBaseT board is mounted, 3 = Optic board is mounted, 4 = SDI input board is mounted.

If “board” is set to “1”:

0 = Board is not mounted, 1 = Digital board is mounted, 2 = HDBaseT board is mounted, 3 = Optic board is mounted, 4 = Digital scan converter output board is mounted, 5 = HDBaseT scan converter output board is mounted,

FDX-08 Command Guide

Example

Parameter id: Model number

Example

Remarks －

@GSS,0,1,1

－

version: Firmware version

input: The number of inputs 1 to 8

output: The number of outputs 1 to 8 @GIV @GIV,FDX-08 ,1.00R0,8,8

Getting input board status

Getting firmware version Firmware version: 1.00R0; the number of inputs and outputs: 8

69

FDX-08 Command Guide

@GIS

Input signal status (For each channel)

Parameter

in: Input channel

Example

Description

L-PCM 48kHz

2-channel LPCM 48 kHz

L-PCM 48kHz M

Multi-channel LPCM 48 kHz

COMPRESSED AUDIO

Compressed audio

- Input audio : 2-channel LPCM48 kHz

Remarks

Function Getting Format Return value

@GIS,in,mode @GIS,in,mode,status_1 (,status_2,status_3)

1 to 8 = INPUT1 to INPUT8

mode : Status

0 = All statuses of input signals, 1 = Input mode/Input color depth,

2 = Input resolution/vertical sync frequency,

3 = Input audio/Input sampling frequency

status_1: Input mode/Input color depth

Input

mode

d DVI signal, without HDCP

D DVI signal, with HDCP

h HDMI signal, without HDCP

H HDMI signal, with HDCP

s SDI signal

N

No input signal

Description

Input color

depth

08 24bit/pixel ( 8bit/component) 10 30bit/pixel ( 10bit/component) 12 36bit/pixel ( 12bit/component)

Description

status_2: Input resolution/vertical sync frequency

Example

Description

1920x1080p 59.94Hz [email protected] 1600x1200p 60Hz UXGA@60 NO SIGNAL No input signal

status_3: Input audio/Input sampling frequency

NO AUDIO No audio input

Example

@GIS,1,0 @GIS,1,0,H08,1920x1080p 59.94Hz, L-PCM 48kHz

－

70

Getting all statuses of INPUT1

- Input mode : HDMI signal, with HDCP

- Input color depth : 24 bit/pixel (8 bit/component)

- Input resolution: [email protected]

@GII

Input signal status

Parameter

status_1 to status_8: Input signal status

No input signal

depth

0

24bit/pixel ( 8bit/component)

1

30bit/pixel ( 10bit/component)

Example

Description

X

No audio input

0

44.1kHz

2

48kHz

3

32kHz

Function Getting Format

@GII

Return value @GII,status_1, ･･･ status_8

-1 = Input board is not mounted.

-3 = No input signal

In other cases, six characters is replied to show input signal status

The first digit: Input mode

Input mode Description

The second digit: Input color depth

Input color

d DVI signal, without HDCP

D DVI signal, with HDCP

h HDMI signal, without HDCP

H HDMI signal, with HDCP

s SDI signal

N

Description

FDX-08 Command Guide

2 36bit/pixel ( 12bit/component)

The third and fourth digits: VIC number (hex)

The fifth digit: Input audio/input sampling frequency

8 88.2kHz A 96kHz B 176kHz C 192kHz

71

FDX-08 Command Guide

@GII

Input signal status (cont’d)

X

No audio input

-

Compressed audio

2

2 channels

3

2.1 channels

5

5 channels

8

7.1 channels

@GII

Input board is not mounted.

Remarks

Supported since firmware ver.2.xx

Parameter The last digit: the number of input audio channels

Example

@GII,H01022,H01022,-3,-3,-1,-1,-1,-1

Description

Getting input signal status

- Input channel 1 to 2: Input mode: HDMI signal, HDCP; Input color depth: 24 bit/pixel (8 bit/component); VIC number: 10 in hex (16 in decimal); Input audio sampling frequency: 48 kHz; Input audio channel: 2 channels

- Input channel 3 to 4: No input signal

- Input channel 5 to 8:

72

@GOS

Sink device status (For each channel)

Parameter

out : Output channel

HDCP SUPPORT

HDCP compliant sink device is connected.

HDCP NOT SUPPORT

Non-HDCP compliant sink device is

Example

Description

HDCP OFF

Signal with HDCP is not input.

HDCP ERROR

Authentication failed

Function Getting Format Return value

@GOS,out,mode @GOS,out,mode,status_1 (,status_2)

1 to 8 = OUTPUT1 to OUTPUT8

mode: Status

0 = All statuses of sink device, 1 = HDCP of sink device,

2 = HDCP authentication between the FDX and sink device

status_1: HDCP of sink device

Example

connected. HDCP NOT CHECK HDCP of sink device is not checked. UNCONNECTED Sink device is not connected.

status_2: HDCP authentication between the FDX and sink device

FDX-08 Command Guide

Description

Example

Remarks －

HDCP OK Authentication succeeded

HDCP CHECK NOW Being authentication proce s sing

@GOS,1,0

@GOS,1,0,HDCP SUPPORT,HDCP OK

Getting all statuses of output channel 1 sink device The connected sink device is HDCP compliant and HDCP is authorized correctly.

73

FDX-08 Command Guide

@GOI

Sink device status

Parameter

status_1 to status_8: Sink device status

Example

Description

00

Sink device is not connected.

Example

Description

000

Signal with HDCP is not input.

001

Being HDP authentication process ing

002

Being HDP authentication process ing

003

Being HDP authentication proc ess ing

Function Getting Format

@GOI

Return value @GOI,status_1, ･･･ status_8

-2 = Output board is not mounted.

Upper two digits = Sink device HDCP status, Lower three digits = HDCP authentication status between sink device

Upper two digits = Sink device HDCP status

01 HDCP of sink device is not checked. 02 HDCP compliant sink device is connected. 03 Non-HDCP compliant sink device is connected.

Lower three digits = HDCP authentication status between sink device

Example

@GOI @GOI,02004,01000,00000,-2,-2,-2,-2,-2

Remarks Supported since firmware ver.2.xx

004 HDCP authentication succeeded 005 HDCP authentication failed

Getting all statuses of sink device

- Output channel 1: Sink device supporting HDCP is connected and authentication has been succeeded.

- Output channel 2: HDCP of sink device has not been founded and signal with HDCP is not input.

- Output channel 3: Sink device is not connected and signal with HDCP is not input.

- Output channel 4 to 8: Output board is not mounted.

74

@GFS

Cooling fan status

Parameter

rpm1 to rpm5: Cooling fan rotation speed

@GPS

Voltage status

Function

Getting

Format

@GPS

Return value

@GPS,status

Parameter

status: @GPS,0

Normal

Remarks

Function Getting Format Return value

Example

Remarks －

@GFS @GFS,rpm1,s1, rpm2,s2, rpm3,s3, rpm4,s4, rpm5,s5

s1 to s5: Status 0 = Normal, 1 = Abnormal @GFS @GFS,3540,0,3540,0,3540,0,3540,0,354 0,0

FDX-08 Command Guide

Getting the cooling fan rotations All cooling fan speed: 3540; status: Normal

0 = Normal, 1 = Abnormal

Example

@GPS

－

Getting voltage status

75

FDX-08 Command Guide

HDMI/DVI conversion c able DVI cabl e

Cat5e/Cat6 cable Opt i c fi ber cable RS-232C cable

DVI

Projector

HDBaseT outputs

Optic outputs

PC

External control

FDX-08

RS-232C

OPF-RH1000-A

HDC-R series

RS-232C

Projector

HDMI/DVI

RS-232C

INPUT

～

1

4

INPUT

～

5 8

A

D

A

D

～

1 4

～

5 8

OUTPUT

A D

FG

BREAKER

AC 100-240V

50/60Hz

S/N

OPTIONRS-232C LAN

UPDATE

ALARM

DVI-D(HDMI)

DVI-D(HDMI) DVI-D(HDMI) DVI-D(HDMI)

A B C D

LINK

HDBaseTA

B C

D

HDBaseT HDBaseT

HDBaseT

A

RX

TX RX

TX

RX TX RX TX

B C

D

OPTICAL OPTICAL OPTICAL OPTICAL

4.3.13 RS-232C transmission mode

Sink devices connected to HDC-R series and OPF-RH1000 via RS-232C can be controlled using FDX’s HDBaseT output board or optic output board.

【See: 2.1.1 Setup of RS-232C communication】

[Fig. 4.1] RS-232C mode application example

76

FDX-08 Command Guide

data bit length: 8 bit; parity check: none; stop bit: 1 bit

Setting RS-232C transmission sending channel, specifying OUTPUT7 and @S+R,7

@S+S,1

⑤

POWER ON

Sending projector powered ON command

OK

Receiving projector powered ON command

⑦

@S+S,0

Setting to RS-232C transmission normal mode

@GIV

INPUT

～

1 4

INPUT

～

5 8

A D

～

1 4

～

5 8

OUTPUT

A D

FG

BREAKER

AC 100-240V

50/60Hz

S/N

OPTIONRS-232C LAN

UPDATE

ALARM

DVI-D(HDMI) DVI-D(HDMI) DVI-D(HDMI) DVI-D(HDMI)

A B C D

LINK LINK LINK LIN K

HDBaseTA B C DHDBaseT HDBaseT HDBaseT

A

RX TX RX TX RX TX RX TX

B C D

OPTICAL OPTICAL OPTICAL OPTICAL

Projector

PC

External control

OPF-RH1000

HDC-R series

Data can be received from the projector according to ③’s setting

FDX-08

Only one channel can receive data from the projector according to ③’s setting

⑤ POWER ON

Sending ⑤ data from the PC according to ②’s setting

⑤ POWER ON

⑥ OK

Projector

⑤ POWER ON

⑥ OK

When the transmission mode is set to RS-232C transmission mode, received data will be sent to the specified output channel until normal mode is set. Several sending channels can be set while only 1 receiving channel can be set.

Example: Sending data to OUTPUT7 and OUTPUT8 and receiving the response from OUTPUT12

①

@SCT,1,1,0,0

②

@S++,7,8

Setting RS-232C communication as follows: baud rate: 9600 bps;

OUTPUT8

③ ④

Setting to RS-232C transmission receiving, specifying OUTPUT7 Setting to RS-232C transmission mode

After this, received data is sent to OUTPUT7 and OUTPUT8 set by

@S++.

⑥

After this, command can be sent to the FDX. ⑧

Getting versions

[Fig. 4.2] RS-232C mode communication example

77

FDX-08 Command Guide

@G++ / @S++

RS-232C transmission sending channel

Parameter

ch_1 to ch_8: RS-232C transmission sending channel transmission sending channel

@S++,1,8

Completed

@G+R / @S+R

RS-232C transmission receiving channel

1 to 8 = OUTPUT1 to OUTPUT8

@G+R

receiving channel

@S+R,1

Setting OUTPUT1 to RS-232C

Completed

Remarks

@S+S

RS-232C transmission

Function

Setting

Format

@S+S,mode

with FDX until a normal mode command is received.

Example

@S+S,1

Setting to RS-232C transmission mode Remarks

Function Getting Setting Format Return value @G++,ch_1,･･･ch_8 @S++,ch_1 (,ch_2,･･･)

Example

Remarks －

Function Getting Setting Format Return value Parameter channel: RS-232C transmission receiving channel

@G++

1 to 8 = OUTPUT1 to OUTPUT8

@G++

@G++,1,2,3,4

@G+R @G+R,channel

@S+R,channel

@S++,ch_1 (,ch_2,･･･)

Getting status of RS-232C transmission sending channel OUTPUT1 to OUTPUT4: RS-232C

Setting OUTPUT1 and OUTPUT8 to RS-232C transmission sending channel

Example

Return value Parameter mode: Setting RS-232C transmission mode

@G+R,4

@S+R,1

－

0 = Normal mode, 1 = RS-232C transmission mode

After setting to RS-232C transmission mode, RS-232C is used for the communication

@S+S,1 @S+S,0

@S+S,0

－

Getting status of RS-232C transmission receiving channel OUTPUT4: RS-232C transmission

transmission receiving channel

Completed Setting RS-232C transmission mode to normal mode Completed

78

FDX-08 Command Guide

Headquarters

IDK Corporation

Email: [email protected] URL: http://www.idkav.com

TEL: +49-2102-578-301-0

Email: [email protected] URL: http://www.idkav.com

TEL: +81-46-259-6920 FAX: +81-46-259-6930

Email: [email protected] URL: http://www.arvanics.com

User Guide (Command Guide) of FDX-08

Ver.1.0.0

Issued on: 9 April 2019

USA

Europe

Product information Support

7-9-1 Chuo, Yamato-s hi, Kanagawa-pref. 242-0021 JAPAN TEL: +81-46-200-0764 FAX: +81-46-200-0765

IDK America Inc. 72 Grays Bridge Road Suite 1-C, Brookfield, CT 06804 TEL: +1-203-204-2445

IDK Europe GmbH Lise-Meitner-Str. 6, D-40878 Ratingen

Arvanics Corporation 7-9-1 Chuo, Yamato-s hi, Kanagawa-pref. 242-0021 JAPAN

79