Orion Pdp Mis 4240 Users Manual

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Go to "Control" in menu bar → PC Tracking → Auto in order to run "Tracking Auto" window.   y
  
In case alignment doesn't work through "Tracking Auto" command,  y
users can tune finely through "Tracking Manual". Go to "Control" of 
menu bar → PC Tracking → Manual or press "Ctrl+M" using keyboard.
"Tracking Manual" window enables users to set Frequency, Phase,  y
LineStart and PixelStart.
When "Tracking Manual" window is on display, users cannot display  y
"Picture Control" window.
  
Even when "Tracking Manual" window is on display, selecting 'ID' is  y
available by clicking right button of mouse. 
(Refer to "5.5 PDP ID Setting".) 
Detail adjustment steps are as follows. y
1) Tune "Phase" until the vertical lines are clearly adjusted..
2) Tune "LineStart" to adjust vertical alignment. "PixelStart" for horizontal alignment. 
3)  Adjust "Frequency" if alignment is still wrong. 
If you adjust "Frequency", repeat step 1) and 2) to fit alignment. 
Adjustable range is as follows
-The range of "Frequency" you can adjust is -50 to 50
-The range of "Phase" you can adjust is 0 to 31
-The range of "Linestart" you can adjust is -23 to 10
-The range of "Pixelstart" you can adjust is -50 to 40 
  
Click "Exit" button or press "Ctrl+X" using keyboard to close "Tracking Manual" window. y
5.12. PC Tracking 
Alignment adjustment is available when input source is PC. y
Tracking Manual Window
5.13. Timer Control
Users can decide the time of turning on or off MPDP set by timer control. y
To use this function, click Menu -> Control-> Timer Control or use 'Ctrl +T' keys from the keyboard.  y
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
How to set the time of power on or off. y
I. Select Hour and Minutes of turn on or off -
II. Select once for one time use and Daily for daily use, then click 'Start' -
III. Power on or off signal will be transmitted to MPDP at the time of user set.  -
Time Dialog must be activated to use Timer function y
Timer Control Dialog
               
						

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5.14. BiC Control
You can control BIC functions related with burn-in compensation.  y
Please select "Menu → Control → BIC Control" or "Ctrl+B" to start BIC control. y
Select one of BIC mode, BYPASS mode, REGENERAION mode and ANTI IMAGE STICKING mode and  y
click “EXE” to control Burn-in compensation function.	
	
	
	
	
	
	
	
1.BICOn/Off
BiC Mode:1)   
Activate BIC function to reduce burn-in effect. (BIC function On)
BYPaSS Mode:2)   
Deactivate BIC function, but BIC board keeps recording burn-in history.(BIC function Off)
	
2.Additionalcompensation
rEgEnEra TiOn Mode:1)  
 
Compensate burn-in effect by displaying a reversal image of the current burn-in image.
anTi iMagE S TiCking 2) Mode : 
In case you find serious Burn-in effect in a certain area, select "Anti Image Sticking Mode," 
White Stripe pattern scans whole screen to make uniform screen condition to eliminate unequally 
burned pixels.  
White bar pattern in the screen moves horizontally. 
Precaution for MVP device
*  MVP devices can be used with APL off mode and it can be selected by 
MSCS control. 
When APL is turned off, brightness is slightly decreased.  
MVP (Multi Video Processor) device?
It is a multi channel image processing system using digital signal proce\
ssing 
methods. It converts analog composite videos to digital format, save in \
a 
memory and process the saved image data without any frame loss and 
image deterioration to communicate with a computer. 
※		 For	more	information	for	 APL,	please	contact	with	the	dealers	or	agent	
where you purchased the MPDP.
BIC Control
               
						

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Phosphor Update function changes phosphor value.  y
If you cannot have satisfactory compensation result by adjusting Deterioration function, you can change 
phosphor value.  
 
 
 
 
 
 
Deterioration function adjusts deterioration range for Red, Green and Blue respectively.  y
Set up Test pattern-Red, Green, Blue and "SCREEN" external image source, to control Deterioration.1) 
Adjust Deterioration range for Red, Green and Blue respectively.  2) 
Adjustable range is 70% to 130% and initial value is 100%. 
In case surrounding pixels are brighter than burn-in image, increase the present value and 
surrounding pixels are darker, decrease the value. 
 
 
 
 
 
 
 
 
 
 
 
 
BiC status indicator 
Red: Malfunction, a small red square continuously blinks at the lower right corner of the screen.
Green: Normal, a small green square blinks several times and disappears at the same position. 
Yellow:  BIC related events such as Update, a small yellow square continuously blinks at the same 
position. 
※Caution
- Screen may fade in and out when power on. It is a process of BIC initial update.
   It is not a malfunction of MPDP.
- Do not use BIC function during moving images. (BYPASS MODE)
- Brightness can be decreased for burn-in compensation.
  Lower luminescence.  Higher luminescence.  
Activation status between 70% ~ 130%
Burn-in-Compensation Control Method
User can select a color (Red, Green or Blue) for compensation from Deterioration Menu in the BIC 1. 
Control menu.  
When you find disturbing Burn-in effect on your screen, please select a proper value from Data 1, 2. 
Data 2, Data 3 and Data 4 in the phosphor change option and execute. (It takes 1 ~2 seconds)
Please select Data 1 when Burn-in pattern is brighter than surrounding screen area and select Data 4 
for darker Burn-in pattern than surrounding screen area
If the selected value does not cause enough compensation result, repeat above process up to 4 3. 
times, and select the most satisfactory value and fix the value.
If the compensation result is still not good enough, you can fine tune Red, Green and Blue colors one 4. 
by one in Deterioration Menu
Please control Green, Blue and Red sequentially.  5. 
Initial value is set as 100% and it can be controlled within the range of 70% ~ 130%.
In case of Burn-in pattern is brighter than surrounding area, select lower value (under 100%) and 6. 
higher value (over 100%) for darker Burn-in pattern. 
(Please find optimal value through changing the value by 10 %)
Sequentially control Red, Green, and Blue, examine the result with white pattern and repeat the 7. 
process. 
If you do not have satisfactory result after repeating above process, please change the value of 8. 
Green, Red and Blue by 1% until you can find the best result.
In case, the compensation result is still unsatisfactory, REGENERATION Mode and ANTI IMAGE 9. 
STICKING Mode may be applied for better result.
Adjusting White Balance after BIC control process may improve compensation result. 10. 
BiC intervals and effect 
Burn-In-Compensation function is executed automatically. However, the level of burn-in effect may vary 
due to input sources and display period.  
In case, you can notice disturbing level of visual burn-in effect, we recommend to execute additional 
compensation functions. 
It is very effective to execute such compensation after 3months of daily 24hour use.   
If you do compensation prior to 3 months, the compensation result may be less effective.
If you have any questions or need further information, please contact us or the dealers where you 
purchased the product. 
               
						

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How to Control BiC  
1.MSCS
1) MSCS and MPDP must be always connected.
2)  If MSCS command is executed prior to the BIC command, the BIC command will be executed again 
one hour later.  
3) Turn off the energy save mode of the computer.
4)  The compensation for undesirable burn-in effect is made automatically when BIC function is executed. 
If the compensation result is not satisfactory, use additional Burn-in compensation function in MSCS. 
(Please see page 39 for further information.)
BIC
B/D
IP
B/D
MPDP
BIC
B/D
MPDP
BIC
B/D
MPDP
BIC
B/D
MPDP
IP
B/D
IP
B/D
IP
B/D
2.  The other control program (beside MSCS) 
     Refer to BIC protocol and program guide to insert BIC control program into the MPDP control program. 
※BIC board is installed inside of MPDP unit.
※ BIC function is working hourly by MSCS.
 
MSCS
Connect to RS-232C in MPDP
3. MF-Controller 
1)   If you want to use the other MPDP control program beside MSCS and you cannot integrate BIC control 
program into the MPDP control program, you can use MF-Controller.
2) The numbers of MPDP units should be set by MF-Controller.
3) The MF-Controller connected to MPDP must be always turned on.
4)  During BIC function is being executed, all the commands are ignored. Even the remote controller is 
not responding.  If BIC command is given during the command from MF-Controller is being executed, 
the BIC command will be executed one hour later. 
5) Please refer to the next page for MF Controller configuration.
BIC
B/D
IP
B/D
MPDP
BIC
B/D
MPDP
BIC
B/D
MPDP
BIC
B/D
MPDP
IP
B/D
IP
B/D
IP
B/D
PWR
DVDCVBSY/CB.CA T.P.
STB
PC
DVI
DTV
※BIC board is installed inside of MPDP unit.
※  BIC function is working hourly by MSCS.
 
MSCS
RS232
MF-Controller
RS232
               
						

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MF-Controller configuration method 
1. Connect power.
2. Connect female D-sub to the Com port in a computer.
3. Connect male D-sub to the RS-232C port in MPDP.
4.  Set the number of the connected MPDP units in advance. The number can be set only by the Remote 
controller.
5. Set the switch at REMOCON side
DC 5~9V
BOOSTER REMOCONTO PDP
FROM PC
아답터 연결잭(5V 1A 사용)  MPDP연결PC연결
BOOSTER 또는 REMOCON 선택 스위치
※note
Select BOOSTER for a booster and BIC functions.
Select REMOCON for a remote controller and BIC functions. 
DC 5~9V
BOOSTERREMOCONTO PDP
FROM PC
BOOSTER
REMOCON
6. Start with press "GO" button.
7.  Configure the number of horizontally installed MPDP units at first.  
Press  "LEFT" and "RIGHT" buttons to begin horizontal configuration. (◀ ▶)  
 
 
Press the button for the number of the MPDP units and the same number of LEDs are turned on from 
the right side.  (In case of 2X2, press    button.)
 
2sets are selected.
Horizontal & Vertical 
configuration
The LEDs are turned on one by one from the 
rightmost as the number increases from 1 to 
7 and turned off from the rightmost for the 
number 8 or higher.
Horizontal configuration    7sets
Horizontal configuration    8sets
Horizontal configuration    10sets
가로설정상태설정상태 나타냄
POWER ON POWER OFF
INPUT SELECT
PC
DVD
AUTO R GBWGO
VIDEO
S-VIDEO
DVI
DTV
BROAD CAST
NORMALCOMMAND
TEST PATTERN
PDP
REMOTE CONTROL MPDP
Enter
S1S2S3S4
S5S6S7SCR
R
G BW
S1S2S3S4
S5S6S7SCR
1234
5678
90
               
						

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8. Press "UP" and "DOWN" buttons to begin vertical configuration.(▲▼) 
 
Press the button for the number of the MPDP units and the same number of LEDs are turned on from 
the right side. (In case of 2X2, press    button.)
2sets are selected.
9. Press "GO" button to finish configuration mode. (Configuration finish & save)
10.   The rightmost LED (T.P.) is turned on when MF Controller starts BIC communication. If this LED 
blinks, there are some communication errors. The LED is turned off after the communication.
 
가로설정상태설정상태 나타냄
POWER ON POWER OFF
INPUT SELECT
PC
DVD
AUTO R GBWGO
VIDEO
S-VIDEO
DVI
DTV
BROAD CAST
NORMALCOMMAND
TEST PATTERN
PDP
REMOTE CONTROL MPDP
Enter
S1S2S3S4
S5S6S7SCR
POWER ON
POWER OFF
INPUT SELECT
PC
DVD
AUTO R GBWGO
VIDEO
S-VIDEO
DVI
DTV
BROAD CAST
NORMALCOMMAND
TEST PATTERN
PDP
REMOTE CONTROL MPDP
Enter
S1S2S3S4
S5S6S7SCR
Horizontal configuration    configuration    
Horizontal configuration    configuration    
Horizontal configuration    configuration    
R
G BW
S1S2S3S4
S5S6S7SCR
1234
5678
90
5.15. Orion PDP Home Page logon and Version information
In order to move to Orion PDP's website, go to "Help" of menu bar → "OrionDisplay HomePage". y
Orion PDP Home Page Logon
Go to "Help" of menu bar → "About" to check MSCS. y
Checking MSCS Version
               
						

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Introduction1. 
This document contains the communication protocol between PDP and its control devices such as computer for better 
use of the product. However, it does not include detailed technical matters. It rather focuses on t\
he brief functional 
explanation and communication protocol.
ID:1
Controller Tx/Rx Line ID:2ID:N-1ID:N
ID:N+1 ID:N+N
ID:(M-2)N+1 ID:(M-2)N+N
ID:(M-1)N ID:(M-1)N+2 ID:(M-1)N+N-1ID:MXN
※	Connection	formation	can	be	vary	based	on	the	configuration	or	user	setting.
Communication Setting1.1. 
Transmission & Reception type: Asynchronous Serial Communication -Connection type: Daisy Chain  -Baudrate : 115200 -Data Bits : 8 -Parity : None -Stop Bits : 1 -Flow Control : None -
Protocol Format2. 
Send To PDP2.1. 
STXCommandLengthDataETX
1 byte1 byte1 byteVariable1 byte
IDOther Data
1 byteN byte
This is how to send commands to PDP.  Only the set of the designated ID is working according to the "Comman\
d." But, if the "ID" value is "0", all  -MPDP sets are working according to command as "Broad Cast".STX(0x02): The initial code. It means the beginning of Protocol. (Fixed value) -Command: Code for actual operation. (Variable) -Length: the length of "Data" area. (Variable: 0~255) -Data: the areas for "ID" and the other Data (Variable) -ID:	Set	identification	(0~255)	(Variable) -ETX(0x03): The end of the code. (Fixed value) -
6. MSCS  Protocol
Receive From PDP2.2. 
STXCMDLengthDataCheck SumETX
1 byte1 byte1 byteVariable1 byte1 byte
IDOther Data
1 byteN byte
Response by a certain command from the designated set among MPDP sets. The difference from "Send to PDP" is "Check sum". -STX(0x02): The initial code. It means the beginning of Protocol. (Fixed value) -Command: Code for actual operation. (Variable) -Length: the length of "Data" area. (Variable: 0~255) -Data: the areas for "ID" and the other Data (Variable) -ID:	Set	identification	(0~255)	(Variable) -Check Sum: Add all the values in "Data" area. Then perform "NOT" operation. (Variables) -ETX(0x03): The end of the code. (Fixed value)) -
Command3. 
Power On3.1. 
Power On command for MPDP -Command Code: 0x40 -One way communication (Send to PDP) -Data: ID(1 byte) -E.g.) Power On Condition for MPDP ID No.1 set -
STXCMDLengthIDETX
Value0x020x400x010x010x03
1.Clicktherightbuttonofthemousetoselectdesiredset
2.SelectONEPDPandclick"On"



Power Off3.2. 
Power off command for MPDP -PDP will be turn into “Stand-by” mode after execute this command -Command Code: 0x41 -One way communication (Send to PDP) -Data: ID(1 byte) -E.g.) Power Off Condition for MPDP ID No.1 set -
STXCMDLengthIDETX
Value0x020 x410x010x010x03
1.Clicktherightbuttonofthemousetoselectdesiredset
2.SelectONEPDPandclick"Off"
ID : 1
ID : 4
ID : 7
ID : 2
ID : 5
ID : 8
ID : 3
ID : 6
ID : 9
➊
➋
ID : 1
ID : 4
ID : 7
ID : 2
ID : 5
ID : 8
ID : 3
ID : 6
ID : 9
➊
➋
               
						

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Multi-Scale3.3. 
Screen expansion command for MPDP -Command Code  -0xDD (DVI), 0xDE (PC), 0xDF (DTV), 0xE0 (DVD), 0xE1(S-Video), 0xE2 (Video)One way communication (Send to PDP) -Data: ID (1 byte) +X/Y(1 byte) + P(1 byte)  -X: the number of horizontally installed MPDP Y: the number of vertically installed MPDP P: the location of expanded scaleX/Y: upper position 4bits - X (Max: 15), lower position 4bits - Y (Max: 15)e.g.)  0x44 for 4 x 4 screens, 0xFF for 15 x 15 screense.g.) Screen expansion condition of 2x2 among 3x3 MPDP 3 sets. (Input-Source - DVI) -
STXCMDLengthIDX/YPETX
Value0x020xDD0x030x010x220x010x03
Value0x020xDD0x030x020x220x020x03
Value0x020xDD0x030x040x220x030x03
Value0x020xDD0x030x050x220x040x03
1.Select"DVI"from"SourceSelect"
2.Drag2x2bymouse
※Incaseexecute"①"→"②"or
Play"①"→"③",allMPDPsetsareturnedinto1:1screen.-"X/Y"valueis0x22,"P"valueis"0x01"
Information3.4. 
Information display command for set (Input source and Resolution) -The information will be displayed on the selected PDP   -after this command. (OSD display)Command Code: 0x42 -One way communication (Send to PDP) -Data: ID (1 byte) -e.g.) Set information check for MPDP ID No.1 -
STXCMDLengthIDETX
Value0x020x420x010x010x03
1.Selectdesiredsetbyclickingtherightbuttonofthemouse.
2.SelectONEPDPandClick"INFO"ontherightside
※IfyouneedtochecktheallMPDPsets,selectALLPDPatthestep"①"and
executestep"②"
-ExecuteBroadCastwiththe"ID"areavalueof"0x00"
Auto-Power Mode3.5. 
The command for set or cancel automatic power on when AC power is connected  -Command Code: 0x62(Set), 0x63(Cancel) -One way communication (Send to PDP) -Data: ID (1 byte) -e.g.) Set or Cancel Auto Power mode for the ID No. 1 MPDP -
STXCMDLengthIDETXSTXCMDLengthIDETX
Value0x020x620x010x010x030x020x630x010x010x03
IfyouneedtosetorcancelAutoPowerModeforallMPDP,setthevalueofIDareaas"0x00".※
Global Offset3.6. 
Command for removing the image data of the seam area (set) for better \
continuous image or displaying the image data of the seam area (cancel)\
. -Command Code: 0x74 (Set), 0x73 (Cancel) -One way communication (Send to PDP) -Data: ID (1 byte) -e.g.) Set or cancel Global Offset command for MPDP ID No. -
STXCMDLengthIDETXSTXCMDLengthIDETX
Value0x020 x 740x010x010x030x020x730x010x010x03
IfyouneedtosetorcancelGlobalOffsetModeforallMPDP,setthevalueofIDareaas"0x00".※
Test Pattern3.7. 
Command for check the set condition with the internal test pattern. -Command Code: 0x57 (Red), 0x58 (Green), 0x59 (Blue), 0x5A (White), 0x5B (Screen) -To return to main screen: 0x5B -One way communication (Send to PDP) -Data: ID (1byte) -e.g.) Set or cancel White Test Pattern for MPDP ID No. 1  -
STXCMDLengthIDETXSTXCMDLengthIDETX
Value0x020x5A0x010x010x030x020x5B0x010x010x03
IfyouneedtosetorcancelTestPatternforallMPDP,setthevalueofIDareaas"0x00".※
Position3.8. 
Command for moving screen position of Component(DTV, DVD), Composite(Video), and S-Video image input. -Command Code: 0x6E (Up), 0x6F (Down), 0x70 (Left), 0x71 (Right),\
 0x72 (Center) -Data: ID(1 byte) -e.g.) Move to the left side or cancel for MPDP ID No.1  -
STXCMDLengthIDETXSTXCMDLengthIDETX
Value0x020x700x010x010x030x020x720x010x010x03
IfyouwanttosetthepositionofallMPDP,setthevalueofIDareaas"0x00".※
ID : 1
ID : 4
ID : 7
ID : 2
ID : 5
ID : 8
ID : 3
ID : 6
ID : 9
➊
➌
➋
ID : 1
ID : 4
ID : 7
ID : 2
ID : 5
ID : 8
ID : 3
ID : 6
ID : 9
➊➌
➋
               
						

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Tracking Mode3.9. 
Automatic	or	Manual	screen	alignment	or	open	previous	configuration	at	PC	RGB	Mode. -Command Code:  -0x4A (Auto-tracking), 0x4B (Get Tracking Values), 0x4C (Frequency- tracking), 0x4D (Phase-tracking), 0x4E (Line-Start tracking), 0x4F (Pixel-Start tracking)Protocol format for each command  -:Get Tracking Values - Two way communication (Send to PDP, Receive from PDP)①SendtoPDP
STXCMDLengthIDETX
1 byte1 byte1 byte1 byte1 byte
Data:  ID(1 byte) -②ReceiveFromPDP
STXCMDLengthDataCheck SumETX
1 byte1 byte1 byte5 byte1 byte1 byte
Data:  ID(1 byte) + Frequency(1 byte) + Phase(1 byte) + LineStart(\
1 byte) + PixelStart(1 byte) -Check Sum: Add all the values in "Data" area. Then perform "NOT" operation.  -: Auto-tracking - One way communication (Send to PDP)
STXCMDLengthDataETX
1 byte1 byte1 byte1 byte1 byte
Data:  ID (1 byte) -If you want to execute Auto-tracking for all MPDP, set the value of ID area as "0x00". -: Frequency-tracking - One way communication (Send to PDP)
STXCMDLengthDataETX
1 byte1 byte1 byte2 byte1 byte
Data:  ID(1 byte) + Frequency(1 byte) -If you want to execute Frequency-tracking for all MPDP, set the value of ID area as "0x00". -: Phase-tracking - One way communication (Send to PDP)
STXCMDLengthDataETX
1 byte1 byte1 byte2 byte1 byte
Data:  ID(1 byte) + Phase (1 byte) - 
If you want to execute Phase-tracking for all MPDP, set the value of ID area as "0x00".  -: LineStart - tracking - One way communication (Send to PDP) 
STXCMDLengthDataETX
1 byte1 byte1 byte2 byte1 byte
Data:  ID(1 byte) + LineStart (1 byte) - 
If you want to execute LineStart-tracking for all MPDP, set the value of ID area as "0x00".  -: PixelStart-tracking - One way communication (Send to PDP)
STXCMDLengthDataETX
1 byte1 byte1 byte2 byte1 byte
Data:  ID(1 byte) + PixelStart (1 byte) -If you want to execute PixelStart-tracking for all MPDP, set the value of ID area as "0x00". -
Input Mode Change3.10. 
This can be used for additional input mode change. -Command Code: 0x44 (DVI), 0x45 (PC), 0x46 (DTV), 0x47 (DVD), 0x4\
8 (S-Video), 0x49 (Video) -One way communication (Send to PDP) -Data: ID (1 byte) -e.g.) ID No.1: Mode change for DVI, ID No. 2: Video  -
STXCMDLengthIDETXSTXCMDLengthIDETX
Value0x020x440x010x010x030x020x490x010x020x03
IfyouwanttosetthesameinputmodeforallMPDP,setthevalueofIDareaas"0x00".※
APL Control3.11. 
APL On/Soft/Off -Command Code: 0x54 (APL On), 0x55 (APL Soft), 0x56 (APL Off) -One way communication (Send to PDP) -Data: ID (1byte) -e.g.) APL On after APL off of MPDP ID No.1 -
STXCMDLengthIDETXSTXCMDLengthIDETX
Value0x020x560x010x010x030x020x540x010x020x03
IfyouwanttosetthesameAPLstatusforallMPDP,setthevalueofIDareaas"0x00".※
Video Zoom Control3.12. 
Default level of Video Zoom is "5", and can be set for "1" to "9". -Command Code: 0x6D -One way communication (Send to PDP) -Data: ID (1byte) + Zoom (1 byte) -e.g.) 9 times Zoom for MPDP ID No. 1 -
STXCMDLengthDataETX
Value0x020x6D0x020x010x090x03
IfyouwanttoapplythesameVideozoomlevelforallMPDP,setthevalueofIDareaas"0x00".※
Color Temperature3.13. 
Normal mode 9300k, Studio mode 3600k -Generally, Normal mode is recommended. Studio mode is suitable for broadcasting. \
(Default: Normal mode) -Command Code: 0xB3 (Normal), 0xB4 (Studio: broadcasting) -One way communication (Send to PDP) -Data: ID (1 byte) -e.g.) Mode change from Studio mode to Normal mode for MPDP ID No.1 -
STXCMDLengthIDETXSTXCMDLengthIDETX
Value0x020xB40x010x010x030x020xB30x010x010x03
IfyouwanttohavethesamecolortemperatureforallMPDP,setthevalueofIDareaas"0x00".※
               
						

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Elapsed Time3.14. 
Command	for	finding	out	how	long	the	set	was	actually	used.	 -Command code: 0x78 -Protocol Format: - two way communication (Send to PDP, Receive from PDP) -*SendtoPDP
STXCMDLengthIDETX
1 byte1 byte1 byte1 byte1 byte
Data:  ID(1 byte) -*ReceiveFromPDP
STXCMDLengthDataCheck SumETX
1 byte1 byte1 byte7 byte1 byte1 byte
Data:  ID(1 byte) + Elapsed Time Data(5 byte) -Elapsed Time Data  -Data 0: position for hundred thousand, Data 1: position for ten thousand\
  Data 2: position for thousand, Data 3: position for hundred Data4: position for ten, Data5: position for oneCheck sum: Add all the values in "Data" area. Then perform "NOT" operation. -
IP Serial Number3.15. 
Apply serial number of IP board to each set and identify the number again. -Command Code: 0x75 (Get S/N), 0x76 (Set S/N) -Protocol Format for each command -①GetSerialNumber-Twowaycommunication(SendtoPDP,ReceiveFromPDP)* Send to PDP
STXCMDLengthIDETX
1 byte1 byte1 byte1 byte1 byte
Data:  ID(1 byte) -* Receive From PDP
STXCMDLengthDataCheck SumETX
1 byte1 byte1 byte9 byte1 bytebyte
Data:  ID(1 byte) + S/N(8 byte) -Check Sum: Add all the values in "Data" area. Then perform "NOT" operation.  -
②SetSerialNumber-Onewaycommunication(SendtoPDP)
STXCMDLengthDataETX
1 byte1 byte1 byte1 byte1 byte
Data: ID(1 byte) + S/N(8 byte) -
Auto-Calibration3.16. 
Adjust ADC Gain and Offset at 100% 8 -Color input. It is available only with PC, DTV and DVD i\
nput modes. -Caution: This command is available only with PC, DTV and DVD input modes at 100% \
8 -Color input signal. -Command Code: 0x80 -One way communication (Send to PDP) -Data: ID (1 byte) -e.g.) Auto-Calibration for MPDP ID No. 1 -
STXCMDLengthIDETX
Value0x020x800x010x010x03
IfyouwanttoexecuteAuto-CalibrationforallMPDP,setthevalueofIDareaas"0x00".※
Default Data Load (Picture Control Data)3.17. 
Return every adjusted value to default values. All the built-in values are applied. -Caution: Existing Picture Control Data will be lost with this command. -Command Code: 0x81 -One way communication (Send to PDP) -Data: ID (1 byte) -e.g.) Execute Default Data Load for MPDP ID No. 1 -
STXCMDLengthIDETX
Value0x020x810x010x010x03
IfyouwanttoexecuteDefaultDataLoadforallMPDP,setthevalueofIDareaas"0x00".※
BIC (Burn-In Compensation)3.18. 
The purpose of BIC function is reducing Burn-in effect. Please refer to detailed explanation and register for BIC document\
. -Command Code: 0x6A -Protocol Format -1.SetData-Onewaycommunication(SendtoPDP)
STXCMDLengthDataETX
1 byte1 byte1 byten byte1 byte
Data -
IndexIDSet Data BitRead /WriteAddressBIC Data
Size1 byte1 byte1 byte1 byte4 byte
ValueVariable0x040x00VariableVariable
SetDataBits:8,16,32bitsettingarea.Currently32bitconfigurationisused.※(8bit:0x01,16bit:0x02,32bit:0x04)BICdata:Accordingto"SetDataBit"areaconfiguration,Datalengthisvary.※(8bit:1byte,16bit:2byte,32bit:4byte)IfyouwanttoexecuteBICcommandforallMPDP,setthevalueofIDareaas"0x00".※
Length -:	Length	value	is	0x08	for	32bit	configuration.Lengthvaluefor"SetDataBit"areaconfiguration※
Length8bit16bit32bit
0x050x060x08
2.GetData-Twowaycommunication(SendtoPDP,ReceiveFromPDP)* Send to PDP
STXCMDLengthDataETX
1 byte1 byte1 byten byte1 byte
 Data -
IndexIDSet Data BitRead /WriteAddress
Size1 byte1 byte1 byte1 byte
ValueVariable0x040x01Variable
Length -:	Length	value	is	0x04,	because	currently	only	32bit	configuration	is	applied.* Receive From PDP
STXCMDLengthDataCheck SumETX
1 byte1 byte1 byten byte1 byte1 byte