Orion OLW-4651, User Manual

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ORION
Hybrid Video System
No. Data Length Explanation
5 White Balance-Gain R 1 byte Range: 0(0x00)~255(0xFF)
6 White Balance- Gain G 1byte Range: 0(0x00)~255(0xFF)
7 White Balance – Gain B 1byte Range: 0(0x00)~255(0xFF)
8 White Balance – Offset R 1byte Range: 0(0x00)~255(0xFF)
9 White Balance – Offset G 1byte Range: 0(0x00)~255(0xFF)
10 White Balance – Offset B 1byte Range: 0(0x00)~255(0xFF)
11 Gamma 1byte Range: 0(0x00)~6(0x06)
- Receive Data
STX CMD LENGTH
Data
Check sum ETX
ID(1Byte)
Picture
Control
Image Processor
Module ID
IP ID
value 0X02 0x84 0x0C Variable Variable ……….. Variable 0x03
- Control(11 Bytes)
No. Data Length Explanation
1 Color Temperature Mode 1 byte Normal : 0x00, Studio : 0x01
2 Brightness 1 byte Range: 0(0x00)~100(0x64)
3 Contrast 1 byte Range:0(0x00)~100(0x64)
4 Sharpness 1 byte Range:0(0x00)~28(0x1C)
5 White Balance-Gain R 1 byte Range:0(0x00)~255(0xFF)
6 White Balance- Gain G 1byte Range:0(0x00)~255(0xFF)
7 White Balance – Gain B 1byte Range:0(0x00)~255(0xFF)
8 White Balance – Offset R 1byte Range:0(0x00)~255(0xFF)
9 White Balance – Offset G 1byte Range:0(0x00)~255(0xFF)
10 White Balance – Offset B 1byte Range:0(0x00)~255(0xFF)
11 Gamma 1byte Range:0(0x00)~6(0x06)
• ID Range (0x11~0x94): Upper Byte is Image Processor Module Set ID(1~9) and Lower Byte is the ID of IP Board(1~4.) In case of 4 LCD
sets, IDs will be 0x11, 0x12, 0x13, and 0x14.
• Check Sum : Add values from STX to Data and execute logical operation “NOT.”
25. Picture Control Data Load to IP
- The command for loading Picture Control Data; Brightness, Contrast, Sharpness, White Balance Data and
Gamma Data
- Send To MLCD
STX CMD LENGTH
Data
Check sum ETX
ID(1Byte)
Color Temperature
Mode
Image Processor
Module ID
IP ID
value 0X02 0x85 0x02 Variable Variable Variable Variable 0x03
- CMD : 0x85
- Color Temperature Mode : Normal(0x00), Studio(0x01)
• ID Range (0x11~0x94): Upper Byte is Image Processor Module Set ID(1~9) and Lower Byte is the ID of IP Board(1~4.) In case of 4 LCD
sets, IDs will be 0x11, 0x12, 0x13, and 0x14.
• Check Sum : Add values from STX to Data and execute logical operation “NOT.”
23. Equalizer Get Current Status
- The command for collecting information of the current Equalizer configuration.
Equalizer is adjusted to compensate the input signal loss according to the cable length.
- CMD : 0x52
A. General Command
STX CMD LENGTH
Data
Check sum ETX
ID(1Byte)
Image Processor
Module ID
IR ID
Value 0X02 0x52 0X01 Variable Variable Variable 0x03
- Send To MLCD
• ID Range (0x15~0x98): Upper Byte is Image Processor Module Set ID(1~9) and Lower Byte is the ID of IR Board(5~8.) In case of 4 LCD
sets, IDs will be 0x15, 0x16, 0x17, and 0x18.
• Check Sum : Add values from STX to Data and execute logical operation “NOT.”
• Command cannot be executed with Broadcast mode.
- Receive Data
STX CMD LENGTH
Data
Check sum ETX
ID(1Byte)
Equalizer
Current
Status
DE-
Emphasis
Current
Status
Image Processor
Module ID
IR ID
Value 0X02 0x52 0x03 Variable Variable Variable 0x00 Variable
0x03
- Equalizer Current Status Value: 0(0x00),1(0x01),2(0x02),3(0x03),4(0x04),5(0x05),6(0x06),7(0x07)
• ID Range (0x15~0x98): Upper Byte is Image Processor Module Set ID(1~9) and Lower Byte is the ID of IR Board(5~8.) In case of 4 LCD
sets, IDs will be 0x15, 0x16, 0x17, and 0x18.
• Check Sum : Add values from STX to Data and execute logical operation “NOT.”
24. Picture Control Data Save in IR
- The command for saving Picture Control Data in IR ; Brightness, Contrast, Sharpness, White Balance Data and
Gamma Data
- Send To MLCD
STX CMD LENGTH
Data
Check sum ETX
ID(1Byte)
Picture
Control
Image Processor
Module ID
IP ID
value 0X02 0x84 0x0C Variable Variable ……….. Variable 0x03
- CMD : 0x84
• ID Range (0x11~0x94): Upper Byte is Image Processor Module Set ID(1~9) and Lower Byte is the ID of IP Board(1~4.) In case of 4 LCD
sets, IDs will be 0x11, 0x12, 0x13, and 0x14.
• Check Sum : Add values from STX to Data and execute logical operation “NOT.”
• Command cannot be executed with Broadcast mode.
- Control
No. Data Length Explanation
1 Color Temperature Mode 1 byte Normal : 0x00, Studio : 0x01
2 Brightness 1 byte Range: 0(0x00)~100(0x64)
3 Contrast 1 byte Range: 0(0x00)~100(0x64)
4 Sharpness 1 byte Range:0(0x00)~28(0x1C)