Orion OLW-4651, User Manual

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ORION
Hybrid Video System
• 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.”
B. Broadcast Command
STX CMD LENGTH
Data
Check sum ETX
ID(1Byte)
Image Processor
Module ID
IP ID
Value 0X02 Variable 0X01 0x00 Variable 0x03
- Send To MLCD
• Send the same command for all MLCD. No response will be made.
- Receive Data
STX CMD LENGTH
Data
Check sum ETX
ID(1Byte)
Master
Image Processor
Module ID
IP ID
Value 0X02 Variable 0X02 Variable Variable 0x01 Variable 0x03
• 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.”
7. White Balance Control
- Command to control Gain RGB and Offset RGB for White Balance
A. General Command
STX CMD LENGTH
Data
Check sum ETX ID(1Byte)
Master Control
Image Processor
Module ID
IP ID
Value 0X02 Variable 0X03 Variable Variable 0x01 Variable Variable 0x03
- Send To MLCD
- CMD : 0xAC(Gain R), 0xAD(Gain G), 0xAE(Gain B), 0xB0(Offset R), 0xB1(Offset G), 0xB2(Offset B)
- Control Value : 0(0x00)~255(0xFF)
• The adjusted value can be applied while MLCD is operating with the input signal of the responding Mode.It cannot be applied during
stand-by phase or with no input signal.
• The adjusted value can be applied to all MLCD sets by configuring the ID value as “0x00.” However, it is hard to adjust white balance for
all MLCD set with the same value, because each MLCD set has its own characteristics. So, it is recommended to adjust white balance
one by one.
• 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.”
- Receive Data
STX CMD LENGTH
Data
Check sum ETX
ID(1Byte)
Master
Image Processor
Module ID
IP ID
Value 0X02 Variable 0X02 Variable Variable 0x01 Variable 0x03
5. Graphic User Mode Control
- Commands for Brightness, Sharpness, and Contrast
A. General Command
STX CMD LENGTH
Data
Check sum ETX ID(1Byte)
Master Control
Image Processor
Module ID
IP ID
Value 0X02 Variable 0X03 Variable Variable 0x01 Variable Variable 0x03
- Send To MLCD
- CMD : Brightness(0x8A), Contrast(0x8B), Sharpness(0x8C)
- Control Value : Brightness(0~100), Contrast(0~100), Sharpness(0~28)
• 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.”
B. Broadcast Command
STX CMD LENGTH
Data
Check sum ETX ID(1Byte)
Control
Image Processor
Module ID
IP ID
Value 0X02 Variable 0X02 0x00 Variable Variable 0x03
- Send To MLCD
• Send the same command for all MLCD. No response will be made.
- Receive Data
STX CMD LENGTH
Data
Check sum ETX
ID(1Byte)
Master
Image Processor
Module ID
IP ID
Value 0X02 Variable 0X02 Variable 0x01 Variable
0x03
• 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.”
6. Color Temperature
- Normal mode is designed for general use and Studio mode for broadcasting purpose.
A. General Command
STX CMD LENGTH
Data
Check sum ETX ID(1Byte)
Master
Image Processor
Module ID
IP ID
Value 0X02 Variable 0X02 Variable Variable 0x01 Variable 0x03
- Send To MLCD
- CMD : Normal(0xB3), Studio(0xB4)