Planar Planer LAN Command Potocol User Manual

Planar PS5580  
RS232 and LAN  
Command Protocol  
 
Table of Contents  
Command Protocol Description. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .1  
Commands Supported in the PS5580 Display . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .4  
PS5580 RS232 and LAN Command Protocol  
 
Command Protocol  
Command Protocol Description  
This document specifies the protocols used on the PS5580 RS232 and LAN  
connectors.  
Command Protocol  
Communications Link  
Communication between the host and the display can be either a standard RS232  
connection or a standard LAN connection.  
Communication Settings  
The RS232 connections uses these settings:  
• Straight-thru DB9 male-to-female cable  
• 115200 baud rate  
• 8 data bits  
• 1 stop bit  
• No parity bit  
• No HW (RTS/CTS or SW (XON/XOFF) flow control  
The LAN connections is used by initiating a TCP connection to port 9761.  
Directly Addressed Command Format  
Commands that are sent to only one display are directly addressed commands.  
Directly addressed commands and responses have the following format:  
STX Command Length Group ID Multi ID Mode Data Checksum ETX  
Send to Display  
Received from Display 1 byte  
1 byte  
1 byte  
1 byte  
1 byte  
1 byte  
1 byte  
1 byte  
1 byte 1 byte n bytes  
1 byte 1 byte n bytes  
N/A  
1 byte  
1 byte  
1 byte  
PS5580 RS232 and LAN Command Protocol  
1
 
         
Broadcast Command Format  
Definition of terms in Directly Addressed Command Format table:  
STX is the ascii STX character (0x02).  
Command is the command code.  
Length is the number of bytes in the Group ID, Multi ID, Mode and Data fields.  
Group ID is the Group ID value in the display’s Option menu. A=1, B=2, C=3, etc.  
Multi ID is the Monitor ID value in the display’s Tiling menu.  
Mode selects whether the command is a Read command or a Write command.  
• Read = 0x00  
• Write = 0x02  
Data contains values specific to the selected command.  
Checksum is the one's complement of the following response fields: STX,  
Command, Length, Group ID, Multi ID, Mode, Data (i.e. the sum of these fields  
and the checksum field, modulo 256, will be 0xFF).  
ETX is the ascii ETX character (0x03).  
Broadcast Command Format  
Commands that are sent to all displays are broadcast commands. They have the this  
format:  
STX Command Length Group ID Multi ID Data  
ETX  
Send to Display  
1 byte 1 byte 1 byte 1 byte 1 byte n bytes 1 byte  
Definition of terms in Broadcast Command Format table:  
STX is the ascii STX character (0x02).  
Command is the command code.  
Length is the number of bytes in the Group ID, Multi ID and Data fields.  
Group ID is set to 0x00.  
Multi ID is set to 0x00  
Data contains values specific to the selected command.  
ETX is the ascii ETX character (0x03).  
The displays do not send responses to broadcast commands.  
Command / Response Examples  
Example: Power query when unit is powered on (Group ID = A, Multi ID = 4)  
STX CMD LEN  
GID  
01  
MID MOD DAT  
CHK  
E3  
ETX  
03  
Command  
Response  
02  
02  
10  
10  
03  
04  
04  
04  
00  
00  
01  
01  
03  
PS5580 RS232 and LAN Command Protocol  
2
 
   
Command / Response Examples  
Example: Set power to off (Group ID = B, Multi ID = 1)  
STX CMD LEN  
GID  
02  
MID MOD DAT  
CHK  
E4  
ETX  
03  
Command  
Response  
02  
02  
11  
11  
03  
03  
01  
01  
02  
02  
02  
03  
Example: Set power to off (broadcast)  
STX CMD LEN  
GID  
00  
MID MOD DAT  
00  
CHK  
ETX  
03  
Command  
Response  
02  
11  
02  
[None]  
PS5580 RS232 and LAN Command Protocol  
3
 
Commands Supported in the PS5580 Display  
Example  
(Group ID = ‘A, Multi ID = 4)  
Example  
(Broadcast)  
Name  
Mode  
Data Bytes  
Response Data  
Byte 1: Red Gain (Range 0x00-0xFF)  
Byte 2: Green Gain (Range 0x00-0xFF)  
Byte 3: Blue Gain (Range 0x00-0xFF)  
Byte 4: Red Offset (Range 0x00-0xFF)  
Byte 5: Green Offset (Range 0x00-0xFF)  
Byte 6: Blue Offset (Range 0x00-0xFF)  
Red Gain = 49 (0x31)  
Green Gain = 48 (0x30)  
Blue Gain = 47 (0x2F)  
Red Offset = 46 (0x2E)  
Green Offset = 45 (0x2D)  
Blue Offset = 44 (0x2C)  
Command:  
02 61 03 01 04 02 03  
Response:  
02 61 09 01 04 02 31 30 2F 2E 2D 2C 75 03  
Command:  
02 61 02 00 00 03  
Auto Calibration 0x61  
Y
Y
W
W
3
4
2
3
0x02 = Write [None]  
9
4
Byte 1: Auto Power  
-0x00 = Off  
-0x01 = On  
Set Auto Power = On  
Command:  
02 64 04 01 04 02 01 03  
Response:  
Byte 1: Auto Power  
0x02 = Write -0x00 = Off  
-0x01 = On  
Set Auto Power = On:  
Command: 02 64 03  
00 00 01 03  
Auto Power  
0x64  
02 64 04 01 04 02 01 8D 03  
Byte 1: H Position (Range 0x00-0x64)  
Byte 2: V Position (Range 0x00-0x64)  
Byte 3: Clock (Range 0x00-0x64)  
H Position = 51 (0x33)  
V Position = 52 (0x34)  
Clock = 53 (0x35)  
Clock Phase = 32 (0x20)  
Command: 02 62 03 01 04 02 03  
Response: 02 62 07 01 04 02 33 34 35 20 D1 03  
Command:  
02 62 02 00 00 03  
Auto Tracking  
Backlight  
0x62  
Y
Y
W
W
3
4
2
3
0x02 = Write [None]  
7
4
Byte 4: Clock Phase (Range 0x00-0x3F)  
Byte 1: Backlight (Range 0x00-0x64)  
Write 50 (0x32):  
Command: 02 DC 04 01 04 02 32 03  
Response: 02 DC 04 01 04 02 32 E4 03  
Write 50 (0x32):  
Command: 02 DC 03  
00  
Byte 1: Backlight  
0xDC  
0x02 = Write  
(Range 0x00-0x64)  
00 32 03  
Byte 1: Brightness (Range 0x00-0x64)  
Byte 1: Color (Range 0x00-0x64)  
Write 50 (0x32):  
Command: 02 20 04 01 04 02 32 03  
Response: 02 20 04 01 04 02 32 A0 03  
Write 50 (0x32)  
Command:  
02 20 03 00 00 32 03  
Byte 1: Brightness  
(Range 0x00-0x64)  
Brightness  
Color  
0x20  
0x25  
Y
Y
W
W
4
4
3
3
0x02 = Write  
0x02 = Write  
4
4
Write 50 (0x32):  
Command: 02 25 04 01 04 02 32 03  
Response: 02 25 04 01 04 02 32 9B 03  
Write 50 (0x32)  
Command:  
02 25 03 00 00 32 03  
Byte 1: Color  
(Range 0x00-0x64)  
PS5580 RS232 and LAN Command Protocol  
4
 
 
Example  
Example  
Name  
Mode  
Data Bytes  
Response Data  
(Group ID = ‘A, Multi ID = 4)  
(Broadcast)  
Byte 1: Color Space  
- 0x00 = Auto  
- 0x01 = RGB PC  
- 0x02 = RGB Video  
Byte 1: Color Space  
- 0x00 = Auto  
- 0x01 = RGB PC  
- 0x02 = RGB Video  
Set Color Space = Auto:  
Command: 02 B4 04 01 04 02 00 03  
Response: 02 B4 04 01 04 02 00 3E 03  
Set Color Space =  
Auto  
Command: 02 B4 03  
00 00 00 03  
Color Space  
Configuration  
0xB4  
Y
W
4
3
0x02 = Write  
4
Byte 1: Color Temp  
- 0x01 = 4000K  
0x02 = Write - 0x02 = 6500K  
- 0x03 = 10000K  
Byte 1: Color Temp  
- 0x01 = 4000K  
- 0x02 = 6500K  
- 0x03 = 10000K  
- 0x04 = User Mode  
Set Color Temperature = 6500K  
Command: 02 26 04 01 04 02 02 03  
Response: 02 26 04 01 04 02 02 CA 03  
Set Color Temp =  
6500K:  
Command: 02 26 03  
00 00 02 03  
Color  
Temperature  
0x26  
0x21  
Y
Y
W
W
4
4
3
3
4
4
- 0x04 = User Mode  
Byte 1: Contrast (Range 0x00-0x64)  
Write 50 (0x32):  
Command: 02 21 04 01 04 02 32 03  
Response: 02 21 04 01 04 02 32 9F 03  
Write 50 (0x32)  
Command: 02 21 03  
00 00 32 03  
Byte 1: Contrast  
0x02 = Write  
Contrast  
(Range 0x00-0x64)  
[None]  
[None]  
[None]  
[None]  
[None]  
Command: 02 74 03 01 04 02 03  
Response: 02 74 03 01 04 02 7F 03  
Command: 02 74 02  
00 00 03  
DHCP Off  
0x74  
0x73  
0xBB  
Y
Y
Y
Y
Y
W
W
W
W
W
3
3
3
3
3
2
2
2
2
2
0x02 = Write [None]  
0x02 = Write [None]  
0x02 = Write [None]  
0x02 = Write [None]  
0x02 = Write [None]  
3
3
3
3
3
1
Command: 02 73 03 01 04 02 03  
Response: 02 73 03 01 04 02 80 03  
Command: 02 73 02  
00 00 03  
DHCP On  
1
Command: 02 BB 03 01 04 02 03  
Response: 02 BB 03 01 04 02 38 03  
Command: 02 BB 02  
00 00 03  
Factory Reset  
Command: 02 2D 03 01 04 02 03  
Response: 02 2D 03 01 04 02 C6 03  
Command: 02 2D 02  
00 00 03  
Frame Comp - Off 0x2D  
Frame Comp - On 0x2C  
Command: 02 2C 03 01 04 02 03  
Response: 02 2C 03 01 04 02 C7 03  
Command: 02 2C 02  
00 00 03  
Byte 1: Gamma  
0x02 = Write - 0x00 = 1.8  
- 0x01 = 2.2  
Byte 1: Gamma  
- 0x00 = 1.8  
- 0x01 = 2.2  
Set Gamma = 2.2:  
Command: 02 35 04 01 04 02 01 03  
Response: 02 35 04 01 04 02 01 BC 03  
Set Gamma = 2.2:  
Command: 02 35 03  
00 00 01 03  
Gamma  
0x35  
Y
W
4
3
4
PS5580 RS232 and LAN Command Protocol  
5
 
Example  
Example  
Name  
Mode  
Data Bytes  
Response Data  
(Group ID = ‘A, Multi ID = 4)  
(Broadcast)  
Bytes 1-2: Scaler Firmware Year (last two digits) Scaler Firmware Year = 2013  
Bytes 3-4: Scaler Firmware Month (two digits)  
Bytes 5-6: Scaler Firmware Day (two digits)  
Bytes 7-8: Scaler Firmware Revision (two  
digits)  
Scaler Firmware Month = November  
Scaler Firmware Day = 21  
Scaler Firmware Revision = 00  
Bytes 9-10: Micom Firmware Year (last two  
digits)  
19 Bytes 11-12: Micom Firmware Month (two  
digits)  
Micom Firmware Year = 2013  
Get Firmware  
Version  
0xF9  
N
R
3
N/A 0x00 = Read [None]  
N/A  
Micom Firmware Month = October  
Bytes 13-14: Micom Firmware Day (two digits)  
Bytes 15-16: Micom Firmware Revision (two  
digits)  
Micom Firmware Day = 15  
Micom Firmware Revision = 02  
Command: 02 F9 03 01 04 00 03  
Response: 02 F9 13 01 04 00 01 03 01 01 02 01 00 00 01  
03 01 00 01 05 00 02 D6 03  
Byte 1: LAN On/Off  
- 0x00 = Off  
LAN On/Off = On  
DHCP = On  
- 0x01 = On  
Byte 2: DHCP  
- 0x00 = Off  
- 0x01 = On  
IP Address = 192.168.12.2  
Subnet Mask = 255.255.255.0  
Default Gateway = 192.168.12.1  
Primary DNS = 192.168.12.100  
Secondary DNS = 192.168.12.101  
Port Number = 9761  
Get IP Address  
0x7A  
N
R
3
N/A 0x00 = Read [None]  
30 Bytes 3-6: IP Address  
Bytes 7-10: Subnet Mask  
Bytes 11-14: Default Gateway  
Bytes 15-18: Primary DNS  
Bytes 19-22: Secondary DNS  
Bytes 23-27: Port Number  
N/A  
Cmmand: 02 7A 03 01 04 00 03  
Response: 02 7A 1E 01 04 00 01 01 C0 A8 0C 02 FF FF FF  
00 C0 A8 0C 01 C0 A8 0C 64 C0 A8 0C 65 00 09 07 06 01  
AE 03  
PS5580 RS232 and LAN Command Protocol  
6
 
Example  
Example  
Name  
Mode  
Data Bytes  
Response Data  
(Group ID = ‘A, Multi ID = 4)  
(Broadcast)  
Byte 1: Power Status  
Power Status = On  
- 0x00 = Off  
- 0x01 = On  
Byte 2: Input Source  
- 0x01 = DisplayPort  
- 0x02 = HDMI 1  
- 0x03 = HDMI 2  
- 0x04 = DVI  
Input Source = DVI  
- 0x05 = PC  
Byte 3: Resolution  
2
Resolution = 1080p/60  
Color Temp = User Mode  
Byte 4: Color Temp  
- 0x01 = 4000K  
- 0x02 = 6500K  
- 0x03 = 10000K  
- 0x04 = User Mode  
12 Byte 5: Power Save  
- 0x00 = Off  
Get LCD Status  
0x87  
N
R
3
N/A 0x00 = Read [None]  
Power Save = On  
N/A  
- 0x01 = On  
Byte 6: Auto Power  
- 0x00 = Off  
Auto Power = On  
- 0x01 = On  
Byte 7 = Frame Comp  
- 0x00 = Off  
- 0x01 = On  
Byte 8: Scan Mode  
- 0x00 = Overscan Off  
- 0x01 = Overscan On  
Byte 9: Loop Source  
- 0xD2 = HDMI 1  
- 0xD3 = HDMI 2  
- 0xD4 = DVI  
Frame Comp = On  
Scan Mode = Overscan Off  
Loop Source = HDMI 1  
Command = 02 87 03 01 04 00 03  
Response: 02 87 0C 01 04 00 01 04 3A 04 01 01 01 00 D2  
4D 03  
Bytes 1-6: MAC Address in hex  
9
MAC Address = 00:0A:36:E0:00:01  
Command: 02 D0 03 01 04 00 03  
Get MAC Address 0xD0  
N
R
3
N/A 0x00 = Read [None]  
N/A  
Response: 02 D0 09 01 04 00 00 0A 36 E0 00 01FE 03  
PS5580 RS232 and LAN Command Protocol  
7
 
Example  
Example  
Name  
Mode  
Data Bytes  
Response Data  
(Group ID = ‘A, Multi ID = 4)  
(Broadcast)  
Bytes 1-9: Model Name  
Model Name = PS5580  
Get Model Name  
and Serial  
Bytes 10-22: Serial Number  
Serial Number = ABCDEFGHIJKLM  
Command: 02 B9 03 01 04 00 03  
0xB9  
N
R
3
N/A 0x00 = Read [None]  
25  
N/A  
Number  
Response: 02 B9 19 01 04 00 50 53 35 35 38 30 00 00 00  
41 42 43 44 45 46 47 48 49 4A 4B 4C 4D 16 03  
Byte 1: OSD Language  
OSD Language = 0  
- 0x00 = English  
3
Byte 2: OSD Timeout (Range 0x05-0x78)  
Byte 3: OSD H Position (Range 0x00-0x64)  
Byte 4: OSD V Position (Range 0x00-0x64)  
Byte 5: OSD Rotation  
OSD Timeout = 10 seconds  
H Position = 50  
V Position = 50  
OSD Rotation = No Rotation  
Get OSD Control  
Data  
- 0x00 = No Rotation  
- 0x01 = H Mirror  
0x98  
N
R
3
N/A 0x00 = Read [None]  
10  
N/A  
- 0x02 = V Mirror  
4
Byte 6: Info Timeout (Range 0x00, 0x03-0x0A) Info Timeout = 10  
Byte 7: Transparency (Range 0x00-0x0F)  
Transparency = 0  
Command: 02 98 03 01 04 00 03  
Response: 02 98 0A 01 04 00 00 0A 32 32 00 0A 00 DE 03  
Byte 1: ADC Red Gain (Range 0x00-0x64)  
Byte 2: ADC Green Gain (Range 0x00-0x64)  
Byte 3: ADC Blue Gain (Range 0x00-0x64)  
Byte 4: ADC Red Offset (Range 0x00-0x64)  
Byte 5: ADC Green Offset (Range 0x00-0x64)  
Byte 6: ADC Blue Offset (Range 0x00-0x64)  
ADC Red Gain = 51  
ADC Green Gain = 52  
ADC Blue Gain = 53  
ADC Red Offset = 49  
ADC Green Offset = 48  
ADC Blue Offset = 47  
H Position = 50  
Get PC Setup  
Control Data  
0x96  
N
R
3
N/A 0x00 = Read [None]  
13 Byte 7: H Position (Range 0x00-0x64)  
Byte 8: V Position (Range 0x00-0x64)  
Byte 9: Clock (Range 0x00-0x64)  
N/A  
V Position = 50  
Clock = 50  
Byte 10: Clock Phase (Range 0x00-0x3F)  
Clock Phase = 32  
Command: 02 96 03 01 04 00 03  
Response: 02 96 0D 01 04 00 33 34 35 31 30 2F 32 32 32  
20 73 03  
PS5580 RS232 and LAN Command Protocol  
8
 
Example  
Example  
Name  
Mode  
Data Bytes  
Response Data  
(Group ID = ‘A, Multi ID = 4)  
(Broadcast)  
Byte 1: Input Source  
Input Source = DVI  
- 0x01 = DisplayPort  
- 0x02 = HDMI 1  
- 0x03 = HDMI 2  
- 0x04 = DVI  
- 0x05 = PC  
Byte 2: Brightness (Range 0x00-0x64)  
Byte 3: Contrast (Range 0x00-0x64)  
Byte 4: Sharpness (Range 0x00-0x18)  
Brightness = 50 (0x32)  
Contrast = 51 (0x33)  
Sharpness = 10 (0x0A)  
Tint = 0 (0x7F)  
5
Byte 5: Tint (Range 0x4D-0xB1)  
Byte 6: Color (Range 0x00-0x64)  
Byte 7: Backlight (Range 0x00-0x64)  
Byte 8: Color Temp  
Color = 52 (0x34)  
Backlight = 53 (0x35)  
Color Temp = 6500K  
- 0x01 = 4000K  
- 0x02 = 6500K  
- 0x03 = 10000K  
- 0x04 = User Mode  
Byte 9: Digital Red Gain (Range 0x00-0x64)  
Digital Red Gain = 49 (0x31)  
Get Picture  
Control Data  
0x90  
N
R
3
N/A 0x00 = Read [None]  
24 Byte 10: Digital Green Gain (Range 0x00-0x64) Digital Green Gain = 48 (0x30)  
Byte 11: Digital Blue Gain (Range 0x00-0x64) Digital Blue Gain = 47 (0x2F)  
Byte 12: Digital Red Offset (Range 0x00-0x64) Digital Red Offset = 46 (0x2E)  
N/A  
Byte 13: Digital Green Offset (Range 0x00-  
0x64)  
Digital Green Offset = 45 (0x2D)  
Byte 14: Digital Blue Offset (Range 0x00-0x64) Digital Blue Offset = 44 (0x2C)  
Byte 15: Analog Red Gain (Range 0x00-0x64) Analog Red Gain = 43 (0x2B)  
Byte 16: Analog Green Gain (Range 0x00-0x64) Analog Green Gain = 42 (0x2A)  
Byte 17: Analog Blue Gain (Range 0x00-0x64)  
Byte 18: Analog Red Offset (Range 0x00-0x64) Analog Blue Gain = 41 (0x29)  
Byte 19: Analog Green Offset (Range 0x00-  
0x64)  
Analog Red Offset = 40 (0x28)  
Analog Green Offset = 39 (0x27)  
Byte 20: Analog Blue Offset (Range 0x00-0x64)  
Byte 21: Gamma  
- 0x00 = 1.8  
Analog Blue Offset = 38 (0x26)  
- 0x01 = 2.2  
Gamma = 2.2  
Command: 02 90 03 01 04 00 03  
Response: 02 90 18 01 04 00 04 32 33 0A 7F 34 35 02 31  
30 2F 2E 2D 2C 2B 2A 29 28 27 26 01 E8 03  
PS5580 RS232 and LAN Command Protocol  
9
 
Example  
Example  
Name  
Mode  
Data Bytes  
Response Data  
(Group ID = ‘A, Multi ID = 4)  
(Broadcast)  
Byte 1: Group ID  
(Range 0x01-0xFF)  
Byte 2: Multi ID  
Byte 1: Group ID (Range 0x01-0xFF)  
Byte 2: Multi ID (Range 0x01-0xFF)  
Command: 02 FF 05 01 04 02 01 04 03  
Response: 02 FF 05 01 04 02 01 04 ED 03  
ID Configuration 0xFF  
N
N
W
W
5
3
N/A 0x02 = Write  
5
3
N/A  
N/A  
(Range 0x01-0xFF)  
Input Source  
0xD1  
[None]  
Command: 02 D1 03 01 04 02 03  
Response: 02 D1 03 01 04 02 22 03  
N/A 0x02 = Write [None]  
DisplayPort  
Byte 1: Number of  
Byte 1: Number of Horizontal Monitors  
H Monitors = 5  
Horizontal  
Monitors  
N/A 0x02 = Write Byte 2: Number of  
Vertical Monitors  
V Monitors = 6  
Command: 02 D1 07 01 04 02 05 06 00 00 03  
Response: 02 D1 07 01 04 02 05 06 00 00 13 03  
Input Source  
DisplayPort  
with Multi Scale  
0xD1  
0xD4  
0xD4  
0xD2  
0xD2  
0xD3  
N
N
N
N
N
N
W
W
W
W
W
W
7
3
7
3
7
3
7
3
7
3
7
3
Byte 2: Number of Vertical Monitors  
N/A  
N/A  
N/A  
N/A  
N/A  
N/A  
Byte 3: Unused  
Byte 4: Unused  
Byte 3: Unused  
Byte 4: Unused  
Input Source  
DVI  
[None]  
Command: 02 D4 03 01 04 02 03  
Response: 02 D4 03 01 04 02 1F 03  
N/A 0x02 = Write [None]  
Byte 1: Number of  
Horizontal  
Monitors  
Byte 1: Number of Horizontal Monitors  
H Monitors = 5  
V Monitors = 6  
Command: 02 D4 07 01 04 02 05 06 00 00 03  
Response: 02 D4 07 01 04 02 05 06 00 00 10 03  
Input Source  
DVI  
with Multi Scale  
N/A 0x02 = Write Byte 2: Number of  
Vertical Monitors  
Byte 2: Number of Vertical Monitors  
Byte 3: Unused  
Byte 4: Unused  
Byte 3: Unused  
Byte 4: Unused  
Input Source  
HDMI 1  
[None]  
Command: 02 D2 03 01 04 02 03  
Response: 02 D2 03 01 04 02 21 03  
N/A 0x02 = Write [None]  
Byte 1: Number of  
Horizontal  
Monitors  
Byte 1: Number of Horizontal Monitors  
H Monitors = 5  
V Monitors = 6  
Command: 02 D2 07 01 04 02 05 06 00 00 03  
Response: 02 D2 07 01 04 02 05 06 00 00 12 03  
Input Source  
HDMI 1  
with Multi Scale  
N/A 0x02 = Write Byte 2: Number of  
Vertical Monitors  
Byte 2: Number of Vertical Monitors  
Byte 3: Unused  
Byte 4: Unused  
Byte 3: Unused  
Byte 4: Unused  
Input Source  
HDMI 2  
[None]  
Command: 02 D3 03 01 04 02 03  
Response: 02 D3 03 01 04 02 20 03  
N/A 0x02 = Write [None]  
PS5580 RS232 and LAN Command Protocol  
10  
 
Example  
Example  
Name  
Mode  
Data Bytes  
Response Data  
(Group ID = ‘A, Multi ID = 4)  
(Broadcast)  
Byte 1: Number of  
Horizontal  
Byte 1: Number of Horizontal Monitors  
H Monitors = 5  
V Monitors = 6  
Input Source  
HDMI 2  
with Multi Scale  
Monitors  
Command: 02 D3 07 01 04 02 05 06 00 00 03  
Response: 02 D3 07 01 04 02 05 06 00 00 11 03  
0xD3  
0xD5  
0xD5  
N
N
N
W
W
W
7
3
7
N/A 0x02 = Write Byte 2: Number of  
Vertical Monitors  
7
3
7
Byte 2: Number of Vertical Monitors  
N/A  
N/A  
N/A  
Byte 3: Unused  
Byte 4: Unused  
Byte 3: Unused  
Byte 4: Unused  
Input Source  
PC  
[None]  
Command: 02 D5 03 01 04 02 03  
Response: 02 D5 03 01 04 02 1E 03  
N/A 0x02 = Write [None]  
Byte 1: Number of  
Horizontal  
Monitors  
Byte 1: Number of Horizontal Monitors  
H Monitors = 5  
V Monitors = 6  
Command: 02 D5 07 01 04 02 05 06 00 00 03  
Response: 02 D5 07 01 04 02 05 06 00 00 0F03  
Input Source  
PC  
with Multi Scale  
N/A 0x02 = Write Byte 2: Number of  
Vertical Monitors  
Byte 2: Number of Vertical Monitors  
Byte 3: Unused  
Byte 4: Unused  
Byte 3: Unused  
Byte 4: Unused  
Input Source  
Resolution  
Display  
[None]  
Command: 02 2A 03 01 04 02 03  
Response: 02 2A 03 01 04 02 C9 03  
Command: 02 2A 02  
00 00 03  
0x2A  
0x75  
Y
W
W
3
2
0x02 = Write [None]  
Bytes 1-4:  
3
Bytes 1-4: IP Address  
IP Address = 192.168.12.2  
Subnet Mask = 255.255.255.0  
Default Gateway = 192.168.12.1  
Primary DNS = 192.168.12.100  
IP Address  
Bytes 5-8:  
Subnet Mask  
Bytes 9-12:  
Default Gateway  
Bytes 13-16:  
Primary DNS  
Bytes 17-20:  
Secondary DNS  
Bytes 5-8: Subnet Mask  
Bytes 9-12: Default Gateway  
Bytes 13-16: Primary DNS  
Bytes 17-20: Secondary DNS  
Secondary DNS: 192.168.12.101  
IP Address  
N
23 N/A 0x02 = Write  
23  
N/A  
Command: 02 75 17 01 04 02 C0 A8 0C 02 FF FF FF 00  
C0 A8 0C 01 C0 A8 0C 64 C0 A8 0C 65 03  
Response: 02 75 17 01 04 02 C0 A8 0C 02 FF FF FF 00 C0  
A8 0C 01 C0 A8 0C 64 C0 A8 0C 65 D1 03  
Bytes 1-4: IP Address  
IP Address = 192.168.12.2  
Bytes 5-8: Subnet Mask  
Bytes 9-12: Default Gateway  
Bytes 13-16: Primary DNS  
Bytes 17-20: Secondary DNS  
Subnet Mask = 255.255.255.0  
Default Gateway = 192.168.12.1  
Primary DNS = 192.168.12.100  
Secondary DNS: 192.168.12.101  
Command: 02 7B 03 01 04 02 03  
Command: 02 7B 02  
00 00 03  
IP Reset  
0x7B  
Y
W
3
2
0x02 = Write [None]  
23  
1
Response: 02 75 17 01 04 02 C0 A8 0C 02 FF FF FF 00  
C0 A8 0C 01 C0 A8 0C 64 C0 A8 0C 65 D1 03  
PS5580 RS232 and LAN Command Protocol  
11  
 
Example  
Example  
Name  
Mode  
Data Bytes  
Response Data  
(Group ID = ‘A, Multi ID = 4)  
(Broadcast)  
Byte 1: IR Lock  
- 0x00 = Lock  
0x02 = Write disabled  
- 0x01 = Lock  
Byte 1: IR Lock  
- 0x00 = Lock disabled  
IR Lock = Enabled:  
Command: 02 B2 04 01 04 02 01 03  
Response: 02 B2 04 01 04 02 01 3F 03  
IR Lock = Enabled:  
Command: 02 B2 03  
00 00 01 03  
IR Lock  
Configuration  
0xB2  
0xB1  
Y
Y
W
W
4
4
3
3
4
4
- 0x01 = Lock enabled  
enabled  
Byte 1: Keypad  
Lock  
- 0x00 = Off  
- 0x01 = On  
Byte 1: Keypad Lock  
- 0x00 = Off  
Set Key Lock = On:  
Command: 02 B1 04 01 04 02 01 03  
Response: 02 B1 04 01 04 02 01 40 03  
Set Key Lock = On:  
Command: 02 B1 03  
00 00 01 03  
Keypad Lock  
Configuration  
0x02 = Write  
- 0x01 = On  
Byte 1: Loop Source  
Loop Source = HDMI 1:  
Command: 02 E9 04 01 04 02 D2 03  
Response: 02 E9 04 01 04 02 D2 37 03  
Byte 1: Loop  
Source  
0x02 = Write - 0xD2 = HDMI 1  
- 0xD3 = HDMI 2  
Loop Source = HDMI  
1:  
Command: 02 E9 03  
00 00 D2 03  
Loop Out Input  
Source Select  
- 0xD2 = HDMI 1  
- 0xD3 = HDMI 2  
- 0xD4 = DVI  
0xE9  
0x7E  
Y
W
4
3
4
- 0xD4 = DVI  
Byte 1: H Position (Range 0x00-0x64)  
Write 50 (0x32):  
Command: 02 7E 04 01 04 02 32 03  
Response: 02 7E 04 01 04 02 32 42 03  
Write 50 (0x32):  
Command: 02 7E 03  
00 00 32 03  
Byte 1: H Position  
0x02 = Write  
OSD H Position  
Y
Y
W
W
4
4
3
3
4
4
(Range 0x00-0x64)  
6
Byte 1: Info Timeout (Range 0x00, 0x03-  
Set Info Timeout = 10 seconds:  
Command: 02 81 04 01 04 02 0A 03  
Response: 02 81 04 01 04 02 0A 67 03  
Set Info Timeout = 10  
seconds:  
Command: 02 81 03  
00 00 0A 03  
6
Byte 1: Info  
0x0A)  
OSD Info Display 0x81  
0x02 = Write Timeout (Range  
0x00, 0x03-0x0A)  
Byte 1: OSD  
Rotation  
- 0x00 = No  
Rotation  
- 0x01 = H Mirror  
- 0x02 = V Mirror  
Byte 1: OSD Rotation  
- 0x00 = No Rotation  
Set OSD Rotation = No Rotation:  
Command: 02 80 04 01 04 02 00 03  
Response: 02 80 04 01 04 02 00 72 03  
Set OSD Rotation = No  
Rotation:  
Command: 02 80 03  
00 00 00 03  
OSD Rotation  
0x80  
Y
W
4
3
0x02 = Write  
4
- 0x01 = H Mirror  
- 0x02 = V Mirror  
Byte 1:  
0x02 = Write Transparency  
(Range 0x00-0x0F)  
Byte 1: Transparency (Range 0x00-0x0F)  
Set Transparency = 0:  
Command: 02 82 04 01 04 02 00 03  
Response: 02 82 04 01 04 02 00 70 03  
Set Transparency = 0:  
Command: 02 82 03  
00 00 00 03  
OSD  
Transparency  
0x82  
0x7D  
Y
Y
W
W
4
4
3
3
4
4
7
Byte 1: OSD Timeout (Range 0x05-0x78)  
Set OSD Timeout = 10 seconds:  
Command: 02 7D 04 01 04 02 0A 03  
Response: 02 7D 04 01 04 02 0A 6B 03  
Set OSD Timeout = 10  
seconds:  
Command: 02 7D 03  
00 00 0A 03  
7
Byte 1 OSD  
OSD Turn Off  
0x02 = Write Timeout (Range  
0x05-0x78)  
PS5580 RS232 and LAN Command Protocol  
12  
 
Example  
Example  
Name  
Mode  
Data Bytes  
Response Data  
(Group ID = ‘A, Multi ID = 4)  
(Broadcast)  
Byte 1: V Position (Range 0x00-0x64)  
Write 50 (0x32):  
Command: 02 7F 04 01 04 02 32 03  
Response: 02 7F 04 01 04 02 32 41 03  
Write 50 (0x32):  
Command: 02 7F 03  
00 00 32 03  
Byte 1: V Position  
(Range 0x00-0x64)  
OSD V Position  
0x7F  
0x11  
Y
Y
W
4
3
3
2
0x02 = Write  
4
Byte 1: Power Status  
- 0x00 = Off  
- 0x01 = On  
Power Off Write:  
Command: 02 11 03 01 04 02 03  
Response: 02 11 03 01 04 02 E2 03  
8
Power Off Write:  
0x00 = Read  
0x02 = Write  
Power Off  
Power On  
RW  
[None]  
[None]  
Command: 02 11 02  
00 00 03  
Power Read (display is off):  
Command: 02 11 03 01 04 00 03  
Response: 02 11 04 01 04 00 00 E3 03  
Byte 1: Power Status  
- 0x00 = Off  
- 0x01 = On  
Power On Write:  
Command: 02 10 03 01 04 02 03  
Response: 02 10 03 01 04 02 E3 03  
8
Power On Write:  
0x00 = Read  
0x02 = Write  
0x10  
Y
RW  
3
2
Command: 02 10 02  
00 00 03  
Power Read (display is on):  
Command: 02 10 03 01 04 00 03  
Response: 02 10 04 01 04 00 01 E3 03  
6
Byte 1: Delay Time (Range 0x00-0x32)  
Delay Time = 25:  
Delay Time = 25:  
Byte 1: Delay Time  
(Range 0x00-0x32)  
Power On Delay 0x9E  
Y
Y
W
W
4
4
3
3
0x02 = Write  
4
4
Command: 02 9E 04 01 04 02 19 03  
Response: 02 9E 04 01 04 02 19 3B 03  
Command: 02 9E 03  
00 00 19 03  
Byte 1: Power Save  
0x02 = Write - 0x00 = Off  
- 0x01 = On  
Byte 1: Power Save  
- 0x00 = Off  
- 0x01 = On  
Set Power Save = On:  
Command: 02 63 04 01 04 02 01 03  
Response: 02 63 04 01 04 02 01 8E 03  
Set Power Save = On:  
Command: 02 63 03  
00 00 01 03  
Power Save  
0x63  
Scan Mode  
(Overscan Off)  
[None]  
Command: 02 9B 03 01 04 02 03  
Response: 02 9B 03 01 04 02 58 03  
Command: 02  
9B 02 00 00 03  
0x9B  
0x9A  
Y
Y
W
W
3
3
2
2
0x02 = Write [None]  
0x02 = Write [None]  
3
3
Scan Mode  
(Overscan On)  
[None]  
Command: 02 9A 03 01 04 02 03  
Response: 02 9A 03 01 04 02 59 03  
Command: 02 9A 02  
00 00 03  
Byte 1: Clock (Range 0x00-0x64)  
Write 50 (0x32):  
Command: 02 38 04 01 04 02 32 03  
Response: 02 38 04 01 04 02 32 88 03  
Write 50 (0x32)  
Command: 02 38 03  
00 00 32 03  
Byte 1: Clock  
0x02 = Write  
Screen Clock  
0x38  
0x39  
Y
Y
Y
W
W
W
4
4
4
3
3
3
4
4
4
(Range 0x00-0x64)  
Byte 1: Clock Phase (Range 0x00-0x3F)  
Byte 1: H Position (Range 0x00-0x64)  
Write 32 (0x20):  
Command: 02 39 04 01 04 02 20 03  
Response: 02 39 04 01 04 02 20 99 03  
Write 32 (0x20)  
Command: 02 39 03  
00 00 20 03  
Screen Clock  
Phase  
Byte 1: Clock Phase  
(Range 0x00-0x3F)  
0x02 = Write  
0x02 = Write  
Write 50 (0x32):  
Command: 02 36 04 01 04 02 32 03  
Response: 02 36 04 01 04 02 32 8A 03  
Write 50 (0x32)  
Command: 02 36 03  
00 00 32 03  
Byte 1: H Position  
(Range 0x00-0x64)  
Screen H Position 0x36  
PS5580 RS232 and LAN Command Protocol  
13  
 
Example  
Example  
Name  
Mode  
Data Bytes  
Response Data  
(Group ID = ‘A, Multi ID = 4)  
(Broadcast)  
Byte 1: V Position (Range 0x00-0x64)  
Write 50 (0x32):  
Command: 02 37 04 01 04 02 32 03  
Response: 02 37 04 01 04 02 32 89 03  
Write 50 (0x32)  
Command: 02 37 03  
00 00 32 03  
Byte 1: V Position  
(Range 0x00-0x64)  
Screen V Position 0x37  
Y
W
4
3
0x02 = Write  
4
Serial Control  
0x71  
[None]  
Command: 02 71 03 01 04 02 03  
Response: 02 71 03 01 04 02 82 03  
Command: 02 71 02  
00 00 03  
Y
Y
W
W
3
3
2
2
0x02 = Write [None]  
0x02 = Write [None]  
3
3
(LAN Off)  
Serial Control  
0x70  
[None]  
Command: 02 70 03 01 04 02 03  
Response: 02 70 03 01 04 0283 03  
Command: 02 70 02  
00 00 03  
(LAN On)  
Byte 1: Sharpness (Range 0x00-0x18)  
Write 50 (0x32):  
Command: 02 22 04 01 04 02 32 03  
Response: 02 22 04 01 04 02 32 9E 03  
Write 50 (0x32)  
Command: 02 22 03  
00 00 32 03  
Byte 1: Sharpness  
(Range 0x00-0x18)  
Sharpness  
0x22  
0xE7  
Y
Y
W
W
4
4
3
3
0x02 = Write  
0x02 = Write  
4
4
Byte 1: Test Pattern  
- 0x00 = Disabled  
- 0x01 = White  
Pattern  
Byte 1: Test Pattern  
- 0x00 = Disabled  
- 0x01 = White Pattern  
Test Pattern = White Pattern:  
Command: 02 E7 04 01 04 02 01 03  
Response: 02 E7 04 01 04 02 01 0A 03  
Test Pattern = White  
Pattern:  
Command: 02 E7 03  
00 00 01 03  
Test Pattern  
Mode  
Byte 1: Tiling Lock  
- 0x00 = Lock  
0x02 = Write disabled  
- 0x01 = Lock  
Byte 1: Tiling Lock  
- 0x00 = Lock disabled  
- 0x01 = Lock enabled  
Tiling Lock = Enabled:  
Command: 02 B3 04 01 04 02 01 03  
Response: 02 B3 04 01 04 02 01 3E 03  
Tiling Lock = Enabled:  
Command: 02 B3 03  
00 00 01 03  
Tiling Menu Lock  
Configuration  
0xB3  
0x24  
Y
Y
W
W
4
4
3
3
4
4
enabled  
9
Byte 1: Tint (Range 0x4D-0xB1)  
Write 0 (0x7F):  
Write 0 (0x7F)  
Command: 02 24 03  
00 00 7F 03  
Byte 1: Tint (Range  
0x4D-0xB1)  
Tint  
0x02 = Write  
Command: 02 24 04 01 04 02 7F 03  
Response: 02 24 04 01 04 02 7F 4F 03  
Byte 1: Input  
Source  
- 0x01 =  
Byte 1: Input Source  
- 0x01 = DisplayPort  
Input Source = PC  
Blue Gain = 50  
DisplayPort  
Command: 02 BE 05 01 04 02 05 32 03  
Response: 02 BE 05 01 04 02 05 32 FC 03  
White Balance  
Control:  
Blue Gain  
- 0x02 = HDMI 1  
- 0x03 = HDMI 2  
- 0x04 = DVI  
- 0x05 = PC  
- 0x02 = HDMI 1  
- 0x03 = HDMI 2  
- 0x04 = DVI  
- 0x05 = PC  
0xBE  
N
W
5
N/A 0x02 = Write  
5
N/A  
Byte 2: Blue Gain  
(Range 0x00-0x64)  
Byte 2: Blue Gain (Range 0x00-0x64)  
PS5580 RS232 and LAN Command Protocol  
14  
 
Example  
Example  
Name  
Mode  
Data Bytes  
Response Data  
(Group ID = ‘A, Multi ID = 4)  
(Broadcast)  
Byte 1: Input  
Byte 1: Input Source  
Input Source = PC  
Source  
Blue Gain = 50  
- 0x01 =  
0x01 = DisplayPort  
DisplayPort  
Command: 02 C2 05 01 04 02 05 32 03  
Response: 02 C2 05 01 04 02 05 32 F8 03  
White Balance  
Control:  
Blue Offset  
- 0x02 = HDMI 1  
- 0x03 = HDMI 2  
- 0x04 = DVI  
- 0x05 = PC  
- 0x02 = HDMI 1  
- 0x03 = HDMI 2  
- 0x04 = DVI  
- 0x05 = PC  
0xC2  
N
W
5
N/A 0x02 = Write  
5
N/A  
Byte 2: Blue Offset  
(Range 0x00-0x64)  
Byte 2: Blue Offset (Range 0x00-0x64)  
Byte 1: Input  
Source  
- 0x01 =  
Byte 1: Input Source  
- 0x01 = DisplayPort  
Input Source = PC  
Green Gain = 50  
DisplayPort  
Command: 02 BD 05 01 04 02 05 32 03  
Response: 02 BD 05 01 04 02 05 32 FD 03  
White Balance  
Control:  
Green Gain  
- 0x02 = HDMI 1  
- 0x03 = HDMI 2  
- 0x04 = DVI  
- 0x05 = PC  
- 0x02 = HDMI 1  
- 0x03 = HDMI 2  
- 0x04 = DVI  
- 0x05 = PC  
0xBD  
N
W
5
N/A 0x02 = Write  
5
N/A  
Byte 2: Green Gain  
(Range 0x00-0x64)  
Byte 2: Green Gain (Range 0x00-0x64)  
Byte 1: Input  
Source  
- 0x01 =  
Byte 1: Input Source  
- 0x01 = DisplayPort  
Input Source = PC  
Green Offset = 50  
DisplayPort  
- 0x02 = HDMI 1  
N/A 0x02 = Write - 0x03 = HDMI 2  
- 0x04 = DVI  
Command: 02 C1 05 01 04 02 05 32 03  
Response: 02 C1 05 01 04 02 05 32 F9 03  
White Balance  
Control:  
Green Offset  
- 0x02 = HDMI 1  
- 0x03 = HDMI 2  
- 0x04 = DVI  
0xC1  
N
W
5
5
N/A  
- 0x05 = PC  
- 0x05 = PC  
Byte 2: Green  
Byte 2: Green Offset (Range 0x00-0x64)  
Offset (Range  
0x00-0x64)  
PS5580 RS232 and LAN Command Protocol  
15  
 
Example  
Example  
Name  
Mode  
Data Bytes  
Response Data  
(Group ID = ‘A, Multi ID = 4)  
(Broadcast)  
Byte 1: Input  
Byte 1: Input Source  
Input Source = PC  
Source  
Red Gain = 50  
- 0x01 =  
- 0x01 = DisplayPort  
DisplayPort  
Command: 02 BC 05 01 04 02 05 32 03  
Response: 02 BC 05 01 04 02 05 32 FE 03  
White Balance  
Control:  
Red Gain  
- 0x02 = HDMI 1  
- 0x03 = HDMI 2  
- 0x04 = DVI  
- 0x05 = PC  
- 0x02 = HDMI 1  
- 0x03 = HDMI 2  
- 0x04 = DVI  
- 0x05 = PC  
0xBC  
N
W
5
N/A 0x02 = Write  
5
N/A  
Byte 2: Red Gain  
(Range 0x00-0x64)  
Byte 2: Red Gain (Range 0x00-0x64)  
Byte 1: Input  
Source  
- 0x01 =  
Byte 1: Input Source  
- 0x01 = DisplayPort  
Input Source = PC  
Red Offset = 50  
DisplayPort  
Command: 02 BF 05 01 04 02 05 32 03  
Response: 02 BF 05 01 04 02 05 32 FB 03  
White Balance  
Control:  
Red Offset  
- 0x02 = HDMI 1  
- 0x03 = HDMI 2  
- 0x04 = DVI  
- 0x05 = PC  
- 0x02 = HDMI 1  
- 0x03 = HDMI 2  
- 0x04 = DVI  
- 0x05 = PC  
0xBF  
N
W
5
N/A 0x02 = Write  
5
N/A  
Byte 2: Red Offset  
(Range 0x00-0x64)  
Byte 2: Red Offset (Range 0x00-0x64)  
PS5580 RS232 and LAN Command Protocol  
16  
 
Notes for Commands Table  
Note #  
Note Text  
The response is followed by a response in the same format as the IP address response, including the IP address command byte.  
See table below for Response values. (Click here for table)  
Byte 2: Value is in seconds.  
1
2
3
4
5
6
7
8
9
Byte 6: Value is in seconds. 0x00 = Off.  
Byte 5: Values: 0x4D = -50; 0xB1 = +50  
Data byte values are in seconds. 0x00 = Off  
Data byte values are in seconds.  
No broadcast Read commands. Response data bytes apply to Read commands only.  
0x4D = -50; 0xB1 = +50  
PS5580 RS232 and LAN Command Protocol  
17  
 
                   
The following table lists the values for the Resolution data byte in the Get LCD Status response.  
Get LCD Status Response  
Resolution  
Value  
Resolution  
Value  
Resolution  
Value  
640 x 480 @ 60Hz  
640 x 480 @ 85Hz  
800 x 600 @ 56Hz  
800 x 600 @ 60Hz  
800 x 600 @ 75Hz  
800 x 600 @ 85Hz  
853 x 480 @ 60Hz  
1024 x 768 @ 60Hz  
1024 x 768 @ 70Hz  
1024 x 768 @ 75Hz  
1024 x 768 @ 85Hz  
1280 x 768 @ 60Hz  
1280 x 960 @ 60Hz  
1280 x 1024 @ 60Hz  
1366 x 768 @ 60Hz  
1600 x 1200 @ 60Hz  
1400 x 1050 @ 60Hz  
1706 x 960 @ 60Hz  
1080i @ 60Hz  
0 (0x00)  
720P @ 50Hz  
29 (0x1D)  
1360 x 768 @ 60Hz  
640 x 350 @ 85Hz  
640 x 480 @ 75Hz  
640 x 480 @ 72Hz  
1152 x 864 @ 75Hz  
1280 x 720 @ 60Hz  
1280 x 768 @ 75Hz  
1280 x 1024 @ 75Hz  
1366 x 768 @ 50Hz  
1400 x 1050 @ 50Hz  
1440 x 900 @ 60Hz  
576i @ 50Hz  
25 (0x19)  
1 (0x01)  
2 (0x02)  
3 (0x03)  
4 (0x04)  
5 (0x05)  
6 (0x06)  
7 (0x07)  
8 (0x08)  
9 (0x09)  
10 (0x0A)  
11 (0x0B)  
12 (0x0C)  
13 (0x0D)  
14 (0x0E)  
15 (0x0F)  
16 (0x10)  
17 (0x11)  
26 (0x1A)  
27 (0x1B)  
28 (0x1C)  
73 (0x49)  
576P @ 50Hz  
30 (0x1E)  
31 (0x1F)  
32 (0x20)  
33 (0x21)  
34 (0x22)  
35 (0x23)  
36 (0x24)  
37 (0x25)  
38 (0x26)  
39 (0x27)  
40 (0x28)  
42 (0x2A)  
43 (0x2B)  
18 (0x12)  
19 (0x13)  
20 (0x14)  
21 (0x15)  
22 (0x16)  
23 (0x17)  
24 (0x18)  
74 (0x4A)  
46 (0x2E)  
47 (0x2F)  
48 (0x30)  
49 (0x31)  
50 (0x32)  
51 (0x33)  
52 (0x34)  
53 (0x35)  
54 (0x36)  
55 (0x37)  
56 (0x38)  
57 (0x39)  
58 (0x3A)  
59 (0x3B)  
60 (0x3C)  
61 (0x3D)  
62 (0x3E)  
63 (0x3F)  
71 (0x47)  
72 (0x48)  
75 (0x4B)  
480P @ 60Hz  
1920 x 1080i @ 60Hz  
1920 x 1080i @ 50Hz  
1280 x 720P @ 60Hz  
1280 x 720P @ 50Hz  
PAL  
SECAM  
PALP  
NTSC  
NTSCP  
Unknown  
480i @ 60Hz  
No Signal  
1080P @ 60Hz  
853 x 480 @ 50Hz  
1280 x 1024 @ 50Hz  
1360 x 768 @ 50Hz  
1600 x 900 @ 50Hz  
1600 x 900 @ 60Hz  
1600 x 1200 @ 50Hz  
800 x 600 @ 50Hz  
1152 x 864 @ 70Hz  
1080P @ 50Hz  
1920 x 1080p @ 60Hz  
1920 x 1080p @ 50Hz  
1024 x 576 @ 50Hz  
1024 x 576 @ 60Hz  
640 x 400 @ 85Hz  
800 x 600 @ 72Hz  
720 x 400 @ 85Hz  
1080i @ 50Hz  
720P @ 60Hz  
1152 x 864 @ 60Hz  
PS5580 RS232 and LAN Command Protocol  
18  
 
 

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