(See Sec 3 “Command Format” for details on commands and its format) Response to Command (FA-9600) FA-9600 sends “ACK” after properly receiving a command, or an error message in other cases using TCP packets. (See Sec. 3-2 “Command Response.”) Destination Address FA-9600 IP address: 192.168.0.10 (default) (Use the current FA-9600 IP address.))
1-2. Changing Status Report Destination Addresses Whenever the FA-9600 status changes, FA-9600 sends a status report to two destinations (UDP). These destination addresses and port number can be changed as shown below, as needed. Refer to FA-9600 Operation Manual to connect to FA-9600 through Web GUI.
Command Device issues a status request to FA-9600. (See Sec. 6-4 “Video Status Request.”) FA-9600 sends “ACK” to Command Device. FA-9600 send a status message in response to the command. (See Sec. 7-1 “Video Status “) Command Device sends “ACK” to FA-9600.
3-1. Setting Commands Command Example <Command code>,<ID code>,<Item code>,<Value>[CR][LF] Commands sent from Command Devices to FA-9600 are composed of 4 variables, using commas as a separator as shown above. < > Denotes a command variable in which an actual value is entered.
3-4. Video Setting Command List Add [CR][LF] at the end of commands. See Sec. 4 “Video Setting Commands.” Available commands when FA-9600 is in 3D LUT mode. Available commands when HLG BT.2100 is set for input or output gamma curve. Command statement Refer to Dynamic Range CONV,<ID code>,Gamma Curve Enable,<Value>...
3-5. Audio Setting Command List Add [CR][LF] at the end of commands. See Sec. 5 “Audio Commands. Available commands when FA-9600 is in 3D LUT mode. Commands available with FA-96AES-UBL option. Commands available with FA-96ANA-AUD option. Commands available with FA-96MADI option.
Dynamic Range/Color Space processing Only FS1 is enabled when FA-9600 is in 3D-LUT mode. See “INPUT / OUTPUT GAMMA/COLOR (UHD & HD)” in FA-9600 Operation Manual. 4-2. In Gamma Curve Command statement: Dynamic Range CONV,<ID code>,EOTF DeGamma,<Value>[CR][LF]...
U02:User2 U03:User3 U04:User4 U05:User5 This command is disabled when FA-9600 is in 3D-LUT mode. See “INPUT / OUTPUT GAMMA/COLOR (UHD & HD)” in FA-9600 Operation Manual. 4-4. Out Gamma Curve Command statement: Dynamic Range CONV,<ID code>,OETF Gamma,<Value>[CR][LF] Value FA-9600 setting ID code U01: SDR 2.2 BT.1886...
U01: S-Gamut/Gamut3 U02:User2 U03:User3 U04:User4 U05:User5 This command is disabled when FA-9600 is in 3D-LUT mode. See “INPUT / OUTPUT GAMMA/COLOR (UHD & HD)” in FA-9600 Operation Manual. 4-6. 3D-LUT Data Command statement: Dynamic Range CONV,<ID code>,DRC 3DLUT,<Value>[CR][LF] Value FA-9600 setting ID code U01: HLG >>...
FS1 (fixed) SDI >> SDI Narrow >> SDI SDI >> Narrow This command is enabled when FA-9600 is in 3D-LUT mode. See “IN / OUT GAMMA/COLOR」” in FA-9600 Operation Manual. 4-8. Gain Adjustment Command statement: Dynamic Range CONV,<ID code>,Dynamic Range Gain,<Value>[CR][LF]...
Dynamic Range CONV,COM,Simul Mode,<Value>[CR][LF] Value FA-9600 setting Disable Enable This command is disabled when FA-9600 is in 3D-LUT mode. See “DYNAMIC RANGE GAIN CONTROL” in FA-9600 Operation Manual. 4-11. OOTF IN for HLG Command statement: Dynamic Range CONV,<ID code>,OOTF IN Mode,<Value>[CR][LF]...
This command is enabled when “OOTF IN for HLG” is set to “Enable.” (See 4-11. “OOTF IN for HLG.”) This command is disabled when FA-9600 is in 3D-LUT mode. See “OOTF for HLG” in FA-9600 Operation Manual. 4-14. OOTF IN Display Black for HLG Command statement: Dynamic Range CONV,<ID code>,OOTF IN Display Black,<Value>[CR][LF]...
This command is enabled when “OOTF OUT for HLG” is set to “Inverse OOTF.” (See 4-15. “OOTF OUT for HLG.”) This command is disabled when FA-9600 is in 3D-LUT mode. See “OOTF for HLG” in FA-9600 Operation Manual. 4-17. OOTF OUT Display Peak for HLG Command statement: Dynamic Range CONV,<ID code>,OOTF OUT Display Peak,<Value>[CR][LF]...
Value FA-9600 setting Adjustment SR-Live This command is disabled when FA-9600 is in 3D-LUT mode. This command requires the FA-96AHDR2 option and certain conditions. See “Optional Function (FA-96AHDR2) in FA-9600 Operation Manual for more details. 4-20. Optional Function (Operation) Command statement: Dynamic Range CONV,<ID code>,OOTF FOR SR-Live,<Value>[CR][LF]...
FA-9600 setting STANDARD1-7 7-10 HYPER1-4 This command is disabled when FA-9600 is in 3D-LUT mode. This command requires the FA-96AHDR2 option and certain conditions. See “Optional Function (FA-96AHDR2) in FA-9600 Operation Manual for more details. 4-23. KNEE (RGB) CLIP White Clip Command statement: Knee Clip,<ID code>,White Clip Enable,<Value>[CR][LF]...
FA-9600 setting 50.0-150.0% 500-1500 Sets the White threshold in RGB. This command is disabled when FA-9600 is in 3D-LUT mode. See “KNEE (RGB) CLIP (White/Black)” in FA-9600 Operation Manual. 4-26. KNEE (RGB) CLIP White Knee Slope Command statement: Knee Clip,<ID code>,Knee Slop,<Value>[CR][LF]...
Knee Clip,<ID code>,Knee Saturation Enable,<Value>[CR][LF] ID code Value FA-9600 setting Disable Enable This command is disabled when FA-9600 is in 3D-LUT mode. See “KNEE (RGB) CLIP (White/Black)” in FA-9600 Operation Manual. 4-29. KNEE Saturation Level Command statement: Knee Clip,<ID code>,Knee Saturation Level,<Value>[CR][LF] ID code...
Knee Clip,<ID code>,Black Clip,<Value>[CR][LF] ID code Value FA-9600 setting -50.0 to 50.0% -500 to 500 Sets the Black threshold for RGB space. This command is disabled when FA-9600 is in 3D-LUT mode. See “KNEE (RGB) CLIP (White/Black)” in FA-9600 Operation Manual.
Normal Ch1 to Ch8 (for AES) EMB2 Invert This command is disabled for EMB2 (ID code) when FA-9600 is in 3D LUT mode. See “EMD. AUDIO INPUT POLARITY” and “AES AUDIO INPUT POLARITY” in FA-9600 Operation Manual. 5-2. Audio MAPPING Command statement: Audio MAP,<ID code>,<Item code>,<Value>[CR][LF]...
-20.0 to +20.0dB -200 to +200 Sets Gain Offset for all channels. EMB2 This command is disabled for EMB2 (ID code) when FA-9600 is in 3D LUT mode. See “AUDIO OUTPUT GAIN” in FA-9600 Operation Manual. 5-4. Audio Gain Command statement: Audio Gain,<ID code>,<Item code>,<Value>[CR][LF]...
Value FA-9600 setting Item code Normal Polarity Ch1 to Ch4 Invert This command requires FA-96ANA-AUD. See “ANALOG AUDIO INPUT POLARITY” in FA-9600 Operation Manual. 5-13. FA-96ANA-AUD MAPPING Command statement: FA-96ANAAUD,SlotB,<Item code>,<Value>[CR][LF] Item code Value FA-9600 setting MAP Ch1 to Ch4...
* Master Gain should be added to each channel gain to get the final value. (Final value range: ±20 dB) This command requires FA-96ANA-AUD. See “ANALOG INPUT/OUTPUT GAIN” in FA-9600 Operation Manual. 5-16. FA-96ANA-AUD Output Master Gain Command statement: FA-96ANAAUD,SlotB,Out Master Gain,<Value>[CR][LF]...
6-5. Audio 1 Status Request Command statement: Status2,<ID code>,Get,0[CR][LF] ID code Description EMB1 Request for FS1 embedded audio status EMB2 Request for FS2 embedded audio status Request for AES audio status 6-6. Audio 2 Status Request Command statement: Status3,<ID code>,Get,0[CR][LF] ID code Description ADLY G1 Request for audio delay group 1 status...
Send ACK[CR][LF] when receiving status report messages. Otherwise, FA-9600 re-transmits the message up to three times at 1 sec intervals and no ACK is still returned, FA-9600 performs the timeout processing. 7-1. Video Status Message (for Protocol Number 3) Return message: Status1,<ID code>,RPT,<Setting Status>,<Input Status>,<Output Status>[CR][LF]...
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Sec. 4-19 “Optional Function (OOTF RGB).” Setting19 Sec. 4-20 “Optional Function (Operation).” Setting20 Sec. 4-21 “Optional Function (System Gamma).” Setting21 Sec. 4-22 “Optional Function (SDR SONY).” Setting22 0-10 Sec. 4-23 “KNEE (RGB) CLIP White Clip.” Setting23 0, 1 Sec. 4-24 “KNEE (RGB) CLIP White Knee Type.” Setting24 0, 1 Sec.
7-2. Video Status Message (for Protocol Number 2) Return message: Status1,<ID code>,RPT,<Setting Status>,<Input Status>,<Output Status>[CR][LF] ID code Setting 1, Setting 2,…,Setting 31 Input state 1-1, Input State 1-2,…,Input State 2-1,…,Input State 2-5 Output State 1-1, Output State 1-2,…,Output State 2-1,…, Output State 2-5 See <p.
7-3. Video Status Message (for Protocol Number 1) Return message: Status1,<ID code>,RPT,<Setting Status>,<Input Status>,<Output Status>[CR][LF] ID code Setting 1, Setting 2,…,Setting 28 Input state 1-1, Input State 1-2,…,Input State 2-1,…,Input State 2-5 Output State 1-1, Output State 1-2,…,Output State 2-1,…, Output State 2-5 See <p.
7-4. Video Status Message (for Protocol Number 0) Return message: Status1,<ID code>,RPT,<Setting Status>,<Input Status>,<Output Status>[CR][LF] ID code Setting 1, Setting 2,…,Setting 23 Input state 1-1, Input State 1-2,…,Input State 2-1,…,Input State 2-5 Output State 1-1, Output State 1-2,…,Output State 2-1,…, Output State 2-5 See <p.
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