Dukane 8107WIB Gain R, Gain G, Gain B, Color Temp Offset R, Color Temp Offset G

Page 19

RS-232C Communication / Network command table (continued)

Names	Operation Type			Header						Command Data
Names	Operation Type			Header				CRC		Action	Type		Setting code
								CRC		Action	Type		Setting code

User Gamma		Get	BE EF		03		06 00	80 FE		02 00	96 30		00 00
User Gamma		Increment	BE EF		03		06 00	E6	FE	04 00	96 30		00 00
Point 7		Increment	BE EF		03		06 00	E6	FE	04 00	96 30		00 00
Point 7		Decrement	BE EF		03		06 00	37 FF		05 00	96 30		00 00
		Decrement	BE EF		03		06 00	37 FF		05 00	96 30		00 00
User Gamma		Execute	BE EF		03		06 00	D0	C2	06 00	56 70		00 00
Point 7 Reset		Execute	BE EF		03		06 00	D0	C2	06 00	56 70		00 00
Point 7 Reset
User Gamma		Get	BE EF		03		06 00	7C FF		02 00	97 30		00 00
User Gamma		Increment	BE EF		03		06 00	1A FF		04 00	97 30		00 00
Point 8		Increment	BE EF		03		06 00	1A FF		04 00	97 30		00 00
Point 8		Decrement	BE EF		03		06 00	CB FE		05 00	97 30		00 00
		Decrement	BE EF		03		06 00	CB FE		05 00	97 30		00 00
User Gamma		Execute	BE EF		03		06 00	2C	C3	06 00	57 70		00 00
Point 8 Reset		Execute	BE EF		03		06 00	2C	C3	06 00	57 70		00 00
Point 8 Reset
		1 HIGH	BE EF		03		06 00	0B F5		01 00	B0	30	03 00
		1 CUSTOM	BE EF		03		06 00	CB F8		01 00	B0	30	13 00
		2 MID	BE EF		03		06 00	9B F4		01 00	B0	30	02 00
		2 CUSTOM	BE EF		03		06 00	5B F9		01 00	B0	30	12 00
		3 LOW	BE EF		03		06 00	6B F4		01 00	B0	30	01 00
COLOR TEMP	Set	3 CUSTOM	BE EF		03		06 00	AB F9		01 00	B0	30	11 00
COLOR TEMP	Set	4 Hi-BRIGHT-1	BE EF		03		06 00	3B F2		01 00	B0	30	08 00
		4 CUSTOM	BE EF		03		06 00	FB FF		01 00	B0	30	18 00
		5 Hi-BRIGHT-2	BE EF		03		06 00	AB F3		01 00	B0	30	09 00
		5 CUSTOM	BE EF		03		06 00	6B	FE	01 00	B0	30	19 00
		6 Hi-BRIGHT-3	BE EF		03		06 00	5B F3		01 00	B0	30	0A 00
		6 CUSTOM	BE EF		03		06 00	9B	FE	01 00	B0	30	1A 00
		Get	BE EF		03		06 00	C8 F5		02 00	B0	30	00 00
COLOR TEMP		Get	BE EF		03		06 00	34	F4	02 00	B1	30	00 00
COLOR TEMP		Increment	BE EF		03		06 00	52	F4	04 00	B1	30	00 00
GAIN R		Increment	BE EF		03		06 00	52	F4	04 00	B1	30	00 00
GAIN R		Decrement	BE EF		03		06 00	83	F5	05 00	B1	30	00 00
		Decrement	BE EF		03		06 00	83	F5	05 00	B1	30	00 00
COLOR TEMP		Execute	BE EF		03		06 00	10 C6		06 00	46 70		00 00
GAIN R Reset		Execute	BE EF		03		06 00	10 C6		06 00	46 70		00 00
GAIN R Reset
COLOR TEMP		Get	BE EF		03		06 00	70	F4	02 00	B2	30	00 00
COLOR TEMP		Increment	BE EF		03		06 00	16	F4	04 00	B2	30	00 00
GAIN G		Increment	BE EF		03		06 00	16	F4	04 00	B2	30	00 00
GAIN G		Decrement	BE EF		03		06 00	C7 F5		05 00	B2	30	00 00
		Decrement	BE EF		03		06 00	C7 F5		05 00	B2	30	00 00
COLOR TEMP		Execute	BE EF		03		06 00	EC C7		06 00	47 70		00 00
GAIN G Reset		Execute	BE EF		03		06 00	EC C7		06 00	47 70		00 00
GAIN G Reset
COLOR TEMP		Get	BE EF		03		06 00	8C F5		02 00	B3	30	00 00
COLOR TEMP		Increment	BE EF		03		06 00	EA F5		04 00	B3	30	00 00
GAIN B		Increment	BE EF		03		06 00	EA F5		04 00	B3	30	00 00
GAIN B		Decrement	BE EF		03		06 00	3B F4		05 00	B3	30	00 00
		Decrement	BE EF		03		06 00	3B F4		05 00	B3	30	00 00
COLOR TEMP		Execute	BE EF		03		06 00	F8 C4		06 00	48 70		00 00
GAIN B Reset		Execute	BE EF		03		06 00	F8 C4		06 00	48 70		00 00
GAIN B Reset
COLOR TEMP		Get	BE EF		03		06 00	04	F5	02 00	B5	30	00 00
COLOR TEMP		Increment	BE EF		03		06 00	62	F5	04 00	B5	30	00 00
OFFSET R		Increment	BE EF		03		06 00	62	F5	04 00	B5	30	00 00
OFFSET R		Decrement	BE EF		03		06 00	B3 F4		05 00	B5	30	00 00
		Decrement	BE EF		03		06 00	B3 F4		05 00	B5	30	00 00
COLOR TEMP
OFFSET R		Execute	BE EF		03		06 00	40 C5		06 00	4A	70	00 00
Reset
COLOR TEMP		Get	BE EF		03		06 00	40	F5	02 00	B6	30	00 00
COLOR TEMP		Increment	BE EF		03		06 00	26	F5	04 00	B6	30	00 00
OFFSET G		Increment	BE EF		03		06 00	26	F5	04 00	B6	30	00 00
OFFSET G		Decrement	BE EF		03		06 00	F7	F4	05 00	B6	30	00 00
		Decrement	BE EF		03		06 00	F7	F4	05 00	B6	30	00 00
COLOR TEMP
OFFSET G		Execute	BE EF		03		06 00	BC C4		06 00	4B	70	00 00
Reset

(continued on next page)

19

Image 19

Contents 8107WIB Example of computer signalInitial set signals Computer IN1, B Computer IN2, C Monitor OUT Connection to the portsVideo SDA SCLCEC USB Type a To input component video signal to Computer in ports RS-232C Communication ConnectionCRC Communication settingsResponse code / Error code h shows hexadecimal Command Control via the Network Port1 Port Communicaion PortTCP #9715 Command format Command control settingsAutomatic Connection Break AuthenticationNetwork Bridge Communication Network Guide RS-232C Communication / Network command table Gamma Gain B Color TempGain R Gain GTint Offset BColor Temp Offset B ColorExecute PhaseAuto Adjust SizeFrame Lock Hdmi RangeComputer IN1 Computer IN2Auto ECO PerfectMonitor OUT ECO ModeVolume MirrorType a Volume HdmiVolume LAN Volume USBLanguage MIC VolumeHdmi Audio MIC LevelMenu Position MenuPosition H Menu Position HDisplay Power onAuto Power TemplateMY BUTTON-2 MY BUTTON-1High MY SourceRemote Freq NormalAvmt ? PJLink commandLamp ?