Sony VPH-G70Q User manual

Ñ 1 Ñ
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AEP
SCC-K78A-A
SCC-K79A-A
PROTOCOL MANUAL
MODEL
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CHASSIS NO.
MODEL
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DEST.
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CHASSIS NO.
VPH-G70Q
VPH-G70QM
VPH-G70QMG
R
Canadian
US SCC-K81A-A
AEP SCC-K82A-A
AEP SCC-K89C-A
Canadian
US
MULTISCAN PROJECTOR
VPH-D50Q/D50QM
VPH-G70Q/G70QM/G70QMG
REVISED-1
DEST.
VPH-D50Q
VPH-D50QM
For General Release

— 2 —
The material contained in this manual consists of
information that is the property of Sony Corporation and
is intended solely for use by the purchasers of the
equipment described in this manual.
Sony Corporation expressly prohibits the duplication of
any portion of this manual or the use thereof for any
purpose other than the operation or maintenance of the
equipment described in this manual without the express
written permission of Sony Corporation.
Content of this manual is subject to change without
prior notice.

— 3 —
1. INTRODUCTION
This protocol manual describes various commands provided for projectors VPH-G70 and VPH-D50.
Using these commands, an external computer is able to control VPH-G70 and VPH-D50. In the following
paragraphs, CONTROLLER means an external device such as a PC which controls VPH-G70 and VPH-
D50 using these commands.
2. PROTOCOL SPECIFICATION
2-1. Communication Signal
• Standard (4 Wire) communication channel
• Unsynchronous bit serial, word serial digital signal
• Baud rate : 38.4K, 19.2K, 9600, 4800 bits per second (bps)
<Note>
1:Baud rate of PROJECTOR is originally set to 38.4Kbps for the standard at the factory.
2:Baud rate of PROJECTOR is able to be changed in the item of ‘Service Setting for RS422A’ of
OSD Menu of PROJECTOR.
• Bit configuration is defined as follows
1 START Bit + 8 DATA Bits + 1 PARITY Bit + 1 STOP Bit
EVEN Parity ... Total number of ‘1’s from D0 to D7 is even number
START
BIT D0 (LSB) D1 D2 D3 D4 D5 D6 D7 (MSB) PARITY (EVEN) STOP BIT

— 4 —
RECEIVER (To) Index
2-2. Command Block Format
Code from B0 up to Bn+2 as described bellow shall be transmitted.
< Note > n = 16 + the number of bytes of Data transmitted
1
B0
Start Code
B2 B3 B4 B5
Group Index Device Index
B7
SENDER (From) Index
B8 B9 B10
Group Index Device Index
B11
CMD1
B12
CMD2
COMMAND
B13
CMD3
8
Bn+2
End Code
5
B16
Data Size of 6
6
B17
Data (TOP)
7
Bn+1
Check SUM
B1 ~ Bn XOR
4
B15
Sub Command
Bn
Data (END)
~
2
B1
Peripheral Index
B6
Peripheral Index
3
B14
Data Size of 4~6

— 5 —
2-3. Data of Code
1Start Condition
2Index Header
/*-- RECEIVER INDEX --*/
/*-- SENDER INDEX --*/
/*-- COMMAND --*/
3Data Size
4Sub Command
5Data Size
6Data
7Check SUM
8End Condition
CONTROLLER
Group Index = 0001 hex
Device Index = 0001 hex
Projector
Group Index = 0001 hex
Device Index = 0001 hex
Bn
B0 NAME
Start Code
NOTEDATA
A5
B1
B2
B3
B4
B5
PERIPHERAL INDEX
GROUP INDEX UPPER BYTE
GROUP INDEX LOWER BYTE
DEVICE INDEX UPPER BYTE
DEVICE INDEX LOWER BYTE
01
00
01
00
01
B6
B7
B8
B9
B10
PERIPHERAL INDEX
GROUP INDEX UPPER BYTE
GROUP INDEX LOWER BYTE
DEVICE INDEX UPPER BYTE
DEVICE INDEX LOWER BYTE
03
00
01
00
01
B11
B12
B13
CMD1
CMD2
CMD3 CRT Projector
LCD Projector
DMD Projector
10
80
B0
Refer to attached
Refer to attached
B14 Data Size Total Data Size of 4~6xx
B15 Sub Command I am stationary in 00.00
B16 Data Size Data Size of 6xx
B17~Bn Data Bytes of Data depend on a COMMANDxx
Bn+1 Check Sum Check SUM of Data of 2~6
(XOR of Data of 2~6)
xx
Bn+2 END Code 5A

- 6 -
FUNCTION
RETURN DATA FROM PJ
STATUS SENSE
SYSTEM SELECT
INTERNAL TEST SIGNAL GEN.
SIRCS CODE DIRECT
ACTIVE MEMORY READ
ACTIVE MEMORY WRITE
Place Data for a Command Block as follows for VPH-G70 / D50.
¥ Command Blocks from B0 up to Bn+2 shall be transmitted continuously. Transfer interval between
bytes within a Command Block sent from CONTROLLER shall not exceed 4 ms.
COMMAND is composed of 3 part commands CMD1, CMD2 and CMD3 as shown on the section 3rd.
<CMD1> CMD1 is the first part command represents the basic operation of COMMAND, and classified
into as follows.
~
DATA
B16
SIZE of 6
B0
A5
B14
SIZE of 4 ~6
B15
00
B1
01
B2
00
B3
01
B4
00
B5
01
B6
03
B7
00
B8
01
B9
00
B10
01
B17 Bn Bn+1
Check SUM
Bn+2
5A
<CMD2> CMD2 is the second part command and shall be used with CMD1 for the real operation of
COMMAND. Its role depends on a CMD1 combined.
<CMD3> CMD3 is the third part command which clarifies a category of PROJECTOR. This shall be
set to 10 hex for VPH-G70 and D50.
CMD1
10
11
13
15
16
30
32
DIRECTION
CONTROLLER <-- PROJECTOR
CONTROLLER --> PROJECTOR
CONTROLLER --> PROJECTOR
CONTROLLER --> PROJECTOR
CONTROLLER --> PROJECTOR
CONTROLLER --> PROJECTOR
CONTROLLER --> PROJECTOR
B11
CMD1
B12
CMD2
B13
10

— 7 —
2-4. Connection
Connector : 9 Pin D-subminiature female(D-9S)
If CONTROLLER is wired with RS-232C and PROJECTOR is with RS-422A, the following connection
is recommended.
2-5. Communication Procedure
Communication between CONTROLLER (such as a PC) and DEVICE (such as a PROJECTOR) shall be
performed with transmission of a Command Block format.
Communication starts with a Command transmitted by CONTROLLER, and ends with a Return Data from
DEVICE to CONTROLLER, if DEVICE receives a Command and deal with it correctly.
CONTROLLER is prohibited to send plural Commands simultaneously, so that after transmission of a
Command to DEVICE, CONTROLLER shall not transmit the next Command before receiving a Return
Data from DEVICE.
Required time between transmission of a Command from CONTROLLER and that of Return Data from
DEVICE depends on a Command transmitted, since DEVICE needs some time for dealing with it and then
send back a Return Data
signal
pin
1
2
3
4
5
6
7
8
9
CONTROLLER
NC
RXDA
TXDA
NC
GND
DSR
RTS
CTS
NC
PROJECTOR
GND
TX
RX
GND
NC
GND
TX
RX
GND
CONTROLLER MAX489ECSD
MAX202E
or
MA232E
PROJECTOR

— 8 —
2-6. Communication Rules
• INDEX NUMBER of PROJECTOR shall be set to ‘01’.
• After transmission of a Command to PROJECTOR, CONTROLLER shall not send the next Command
before receiving Return Data ( CMD1=10 hex ) from PROJECTOR. If not, any Data is not transmitted
from PROJECTOR, neither any Error Code.
• In case of a communication error, PROJECTOR ignores all Data sent so far, and transmits ‘NAK’ to
CONTROLLER as a Return Data.
• If unidentified Command is transmitted or Data is not acknowledged by PROJECTOR, PROJECTOR
transmits ‘NAK’ to CONTROLLER as a Return Data.
• While a signal inputted to PROJECTOR is not stable ( where 7 SEG LED indicates ‘10’ ), Data
transmitted to PROJECTOR is not recognised.
• In case of USER mode on PROJECTOR, a picture displayed might disappear accidentally and also
might come out of any status to the normal, when a Command, especially DATA WRITE COMMAND
is transmitted.
• In both cases of USER and SERVICEMAN mode, if PROJECTOR receives DATA WRITE
COMMAND such as SYSTEM SELECT COMMAND and ACTIVE MEMORY WRITE
COMMAND, PROJECTOR needs some more time to check its Data as explained bellow before
sending back the Return Data to CONTROLLER. It takes around 800 ms totally between transmission
of a Command from CONTROLLER and that of a Return Data from PROJECTOR.
• WhenSYSTEMSELECT COMMAND (CMD1=13hex) orACTIVEMEMORY WRITE COMMAND
(CMD1=32hex) is transmitted, its Data is checked by PROJECTOR firstly whether it is out of range
or not. In case of out of range of Data, the followings are implemented by PROJECTOR.
a) In case of SYSTEM SELECT COMMAND (CMD1=13hex)
- ‘NAK’ is sent back from PROJECTOR to CONTROLLER. It takes around 800 ms until
‘NAK’ is sent back.
b) In case of ACTIVE MEMORY COMMAND (CMD1=32hex)
- Data is replaced automatically into appropriate one as it is just within a range, and ‘NAK
(RANGE OVER / Data = 06hex)’ is transmitted to CONTROLLER. It takes also around
800 ms until ‘NAK’ is sent back.
- Range of Data for SYSTEM SELECT COMMAND is described on Protocol Table attached.
- Range of Data for ACTIVE MEMORY WRITE COMMAND is not available as Table, since its
Data is justified automatically as mentioned above.
- Range of Data for ACTIVE MEMORY WRITE COMMAND depends on the horizontal frequency
of a signal inputted, either a product model ( G70/D50 ) itself.
• After transmission of SIRCS DIRECT COMMAND (CMD1=16hex) and that of a Return Data
(CMD1=10hex) from PROJECTOR , CONTROLLER shall not send the next SIRCS DIRECT
COMMAND immediately. More than 180 ms is required for its interval.

— 9 —
B22
Check SUM
2A
B19
Data3
00
B11
CMD1
32
B12
CMD2
08
B14
Data Size
07
B13
CND3
10
B15
Sub Command
00
B16
Data Size
05
B17
Data1
01
B18
Data2
01
B20
Data4
00
B21
Data5
00
Please pay special attention to the following ERROR Data, when SIRCS DIRECT COMMAND is
transmitted.
04 : SIZE ERROR The value of Data is not ‘2’.
05 : SELECT ERROR The value of the first Data is not ‘0’, neither ‘1’.
- ‘0’ : simulation to press a key of the remote commander
once
- ‘1’ : simulation to keep pressing a key of theremote
commander
07 : SIRCS BUSY ERROR SIRCS Encoder inside PROJECTOR is busy.
3. Command Block Table
The following is one of examples about a Command Block, which intends to set the green data of
COLOR UNIFORMITY adjustment as HG=0, VG=0 and V=0.

— 10 —
FUNCTION COMMAND DIRECTION CMD1 CMD2 DATA
RETURN DATA ACK(ACKNOWLEDGE) CONTROLLER ++
++ PROJECTOR 10 10 00
FROM PJ
<CMD1=10 HEX>
ACK WITH DATA CONTROLLER ++
++ PROJECTOR 10 20 DATA 1 DATA 2 ~ DATA N
NAK(NOT ANKNOWLEDGE) CONTROLLER ++
++ PROJECTOR 10 F0 ERROR DATA
COMMAND ERROR
01 UNDEFINED COMMAND
02 PROJECTOR HEAD IS NOT POWER ON 03 ANY PROTECT IS ON 04 SIZE ERROR 05 SELECT ERROR 06 RANGE OVER 07 SIRCS BUSY 08 DATA NOT STABILIZED
COMMUNICATION ERROR
10 CHECK SUM ERROR 20 FRAMING ERROR 30 PARITY ERROR 40 OVER ERROR 50 OTHER ERROR
STATUS SENSE DEVICE TYPE REQUEST CONTROLLER ==
== PROJECTOR 11 00 XX
<CMD1=11 HEX>
RETURN DATA CONTROLLER ++
++ PROJECTOR 10 20 SET NAME SET SERIAL
32BYTES(MAX) 4BYTES
ASCII CHARACTOR 32BITS CODE
SOFTWARE VER. REQUEST CONTROLLER ==
== PROJECTOR 11 *CMD2 XX
*CMD2
03 ALL MCU 04 MAIN MCU 05 REGI MCU 06 OSD MCU 07 COMM MCU
RETURN DATA CONTROLLER ++
++ PROJECTOR 10 20 DATA #1 DATA #2 DATA #3 DATA #4 ~ DATA #16
ALL MCU ROM VERSION (MAIN REGI OSD COM) DATA 4BYTES * 4 = 16BYTES OR DATA #1 DATA #2 DATA #3 DATA #4 MAIN MCU ROM VERSION DATA REGI MCU ROM VERSION DATA OSD MCU ROM VERSION DATA
COMM MCU ROM VERSION DATA
ERR REQUEST CONTROLLER ==
== PROJECTOR 11 08 XX
RETURN DATA CONTROLLER ++
++ PROJECTOR 10 20 MAIN MCU ERROR REGI MCU ERROR OSD MCU ERROR COMM MCU ERROR
00~99(BCD) 00~99(BCD) 00~99(BCD) 00~99(BCD)
POWER STATUS SENSE CONTROLLER ==
== PROJECTOR 11 0B XX
RETURN DATA CONTROLLER ++
++ PROJECTOR 10 20 POWER
00 OFF 01 ON

— 11 —
FUNCTION COMMAND DIRECTION CMD1 CMD2 DATA
SET MODE ACT STATUS SENSE CONTROLLER ==
== PROJECTOR 11 0D XX
RETURN DATA CONTROLLER ++
++ PROJECTOR 10 20 SET MODE
00 USER 01 SERVICE 02 FACTORY
POLE STATUS SENSE CONTROLLER ==
== PROJECTOR 11 0E XX
RETURN DATA CONTROLLER ++
++ PROJECTOR 10 20 POLE
00 NORMAL 01 HINV 02 VINV 03 HVINV
ALL WHITE MODE STATUS SENSE CONTROLLER ==
== PROJECTOR 11 0F XX
RETURN DATA CONTROLLER ++
++ PROJECTOR 10 20 ALL WHITE
00 OFF 01 ON
POWER SAVING STATUS SENSE CONTROLLER ==
== PROJECTOR 11 10 XX
RETURN DATA CONTROLLER ++
++ PROJECTOR 10 20 POWER SAVING
00 OFF 01 ON
PICTURE MUTING STATUS SENSE CONTROLLER ==
== PROJECTOR 11 11 XX
RETURN DATA CONTROLLER ++
++ PROJECTOR 10 20 PICTURE MUTING
00 OFF 01 ON
PROTECTION STATUS SENSE CONTROLLER ==
== PROJECTOR 11 17 XX
RETURN DATA CONTROLLER ++
++ PROJECTOR 10 20 PROTECTION
00 OFF 01 ON
FH TOO HIGH STATUS SENSE CONTROLLER ==
== PROJECTOR 11 18 XX
RETURN DATA CONTROLLER ++
++ PROJECTOR 10 20 FH TOO HIGH
00 NORMAL 01 FH TOO HIGH
OVER CORRECTION STATUS SENSE CONTROLLER ==
== PROJECTOR 11 19 XX
RETURN DATA CONTROLLER ++
++ PROJECTOR 10 20 OVER CORRECRION
00 NORMAL
01 OVER CORRECTION
COMM TARGET DEVICE INDEX SENSE CONTROLLER ==
== PROJECTOR 11 1A XX
RETURN DATA CONTROLLER ++
++ PROJECTOR 10 20 DEVICE INDEX
UPPER DATA LOWER DATA
2BYTES DATA
NVM IMEM ENTRY LOAD FROM SENSE CONTROLLER ==
== PROJECTOR 11 1B XX
RETURN DATA CONTROLLER ++
++ PROJECTOR 10 20 LOAD FROM
00~63 0~99

— 12 —
FUNCTION COMMAND DIRECTION CMD1 CMD2 DATA
NVM IMEM ENTRY SAVE TO SENSE CONTROLLER ==
== PROJECTOR 11 1C XX
RETURN DATA CONTROLLER ++
++ PROJECTOR 10 20 SAVE TO
00~63 0~99
SIGNAL STABILIZED STATUS SENSE CONTROLLER ==
== PROJECTOR 11 1D XX
RETURN DATA CONTROLLER ++
++ PROJECTOR 10 20 SIGNAL STABILIZED
00 INSTABILITY 01 STABILITY
INPUT SIGNAL SENSE CONTROLLER ==
== PROJECTOR 11 2B XX
RETURN DATA CONTROLLER ++
++ PROJECTOR 10 20 CHANNEL CHANNEL SW'ER SIGNAL REQ SIGNAL ACT HIGH SCAN COL SYS
00 VIDEO OLD 00~07(1-1~2-8) 10 VIDEOCVBS 00 NOINPUT 00 NORMAL 00 INVALID 01 INPUT A 20(OTHER) 11 VIDEOYC 10 VIDEOCVBS 01 INT_2FH 07 NTSC 02 INPUT B 20 RGB 11 VIDEOYC 02 INT_2FHFV 19 PAL 03 OLD SW'ER 30 COMP 20 RGB 04 INT_EDTVII 1D SECAM
40 HDTVYPBPR 21 RGB15K 08 INT_PALPLUS 05 NTSC443 41 HDTVGBR 30 COMP 10 EXT_2FH 2B PALM 50 IDTVCOMP60 40 HDTVYPBPR 20 EXT_2FHFV 02 BW60 51 IDTVNOTCOMP60 41 HDTVGBR 40 EXT_EDTVII 10 BW50
50 IDTV 80 EXT_PALPLUS 52 IDTVNTSC
INPUT fH,fV,SYNC DATA SENSE CONTROLLER ==
== PROJECTOR 11 2C XX
RETURN DATA CONTROLLER ++
++ PROJECTOR 10 20 DATA #11 DATA #12 DATA #21 DATA #22 SonG H/C V Sync Level
fH fV 00 OFF 00 OFF 00 OFF 00 UNKNOWN
(DATA#11*256+DATA#12)/10 (KHz) (DATA#21*256+DATA#22)/10 (Hz) 01 NEGATIVE 01 NEGATIVE 01 NEGATIVE 01 2
02 POSITIVE 02 POSITIVE 02 POSITIVE 02 3
OPERATION TIME STATUS SENSE CONTROLLER ==
== PROJECTOR 11 30 XX
RETURN DATA CONTROLLER ++
++ PROJECTOR 10 20 DATA #1 DATA #2 DATA #3 DATA #4
SET ACTIVE TIME 4BYTES (* 10 mSec)
CRT TIME STATUS SENSE CONTROLLER ==
== PROJECTOR 11 31 XX
RETURN DATA CONTROLLER ++
++ PROJECTOR 10 20 DATA #1 ~ DATA #5 ~ DATA #9 ~ DATA #12
CRT ACTIVE TIME(R) CRT ACTIVE TIME(G) CRT ACTIVE TIME(B) 4BYTES (* 10 mSec) 4BYTES (* 10 mSec) 4BYTES (* 10 mSec)
ALL WHITE MODE STATUS SENSE CONTROLLER ==
== PROJECTOR 11 40 XX
RETURN DATA CONTROLLER ++
++ PROJECTOR 10 20 ALL WHITE ALL WHITE TIME
00 OFF 1BYTE (* 1 Min) 01 ON
PIC ORBITING STATUS SENSE CONTROLLER ==
== PROJECTOR 11 43 XX
RETURN DATA CONTROLLER ++
++ PROJECTOR 10 20 PIC ORBITING PIC ORBITING TIME
00 OFF 1BYTE (* 1 Min) 01 ON
POWER SAVING STATUS SENSE CONTROLLER ==
== PROJECTOR 11 49 XX
RETURN DATA CONTROLLER ++
++ PROJECTOR 10 20 POWER SAVING
POWER SAVING TIME
00 OFF 1BYTE (* 1 Min) 01 ON

— 13 —
FUNCTION COMMAND DIRECTION CMD1 CMD2 DATA
POWER DIRECT STATUS SENSE CONTROLLER ==
== PROJECTOR 11 50 XX
RETURN DATA CONTROLLER ++
++ PROJECTOR 10 20 AC POWER ON/OFF
00 OFF 01 ON
POWER ON DELAY STATUS SENSE CONTROLLER ==
== PROJECTOR 11 51 XX
RETURN DATA CONTROLLER ++
++ PROJECTOR 10 20 POWER ON DELAY
00 OFF 01 ON
5BNC OLD SW'ER STATUS SENSE CONTROLLER ==
== PROJECTOR 11 52 XX
RETURN DATA CONTROLLER ++
++ PROJECTOR 10 20 5BNC OLD SW'ER
00 OFF 01 ON
AUTO BACK GROUND STATUS SENSE CONTROLLER ==
== PROJECTOR 11 55 XX
RETURN DATA CONTROLLER ++
++ PROJECTOR 10 20 AUTO BK
00 OFF 01 ON
ABL LINK STATUS SENSE CONTROLLER ==
== PROJECTOR 11 56 XX
RETURN DATA CONTROLLER ++
++ PROJECTOR 10 20 ABL LINK
00 OFF 01 ON
IR IN STATUS SENSE CONTROLLER ==
== PROJECTOR 11 57 XX
IR IN
00 FRONT REAR 01 FRONT 02 REAR
OSD LANGUAGE STATUS SENSE CONTROLLER ==
== PROJECTOR 11 60 XX
RETURN DATA CONTROLLER ++
++ PROJECTOR 10 20 OSD LANGUAGE
00 ENGLISH 01 FRENCH 02 GERMAN 03 ITALIAN 04 SPANISH 05 JAPANESE 06 CHINESE
OSD SHOW STATUS SENSE CONTROLLER ==
== PROJECTOR 11 61 XX
RETURN DATA CONTROLLER ++
++ PROJECTOR 10 20 OSD SHOW
00 ON 01 NORMAL OFF 02 ALL OFF
INPUT STATUS SENSE CONTROLLER ==
== PROJECTOR 11 70 XX
RETURN DATA CONTROLLER ++
++ PROJECTOR 10 20 INPUT CHANNEL
OLD SW'ER CHANNEL
DUMMY
00 VIDEO 00~07 SW'ER1-1~8 0 01 INPUT A 10~17 SW'ER2-1~8 02 INPUT B 20 OTHER 03 OLD SW'ER

— 14 —
FUNCTION COMMAND DIRECTION CMD1 CMD2 DATA
VIDEO SETTING SENSE CONTROLLER ==
== PROJECTOR 11 74 XX
RETURN DATA CONTROLLER ++
++ PROJECTOR 10 20 VIDEO VIDEO COL SYS VIDEO IDTV USE
10 VIDEO 00 AUTO 00 NOT USE 11 SVIDEO 07 NTSC 01 USE
19 PAL 1D SECAM 05 NTSC443 2B PALM
INPUT A SETTING SENSE CONTROLLER ==
== PROJECTOR 11 78 XX
RETURN DATA CONTROLLER ++
++ PROJECTOR 10 20 INPUT A INPUT A COL SYS INPUT A IDTV USE
10 VIDEO 00 AUTO 00 NOT USE 11 SVIDEO 07 NTSC 01 USE 20 RGB 19 PAL 30 COMP 1D SECAM 40 HDTVYPBPR 05 NTSC443 41 HDTVGBR 2B PALM
INPUT B SETTING SENSE CONTROLLER ==
== PROJECTOR 11 7C XX
RETURN DATA CONTROLLER ++
++ PROJECTOR 10 20 INPUT B INPUT B COL SYS INPUT B IDTV USE
10 VIDEO 00 AUTO 00 NOT USE 11 SVIDEO 07 NTSC 01 USE 20 RGB 19 PAL 30 COMP 1D SECAM 40 HDTVYPBPR 05 NTSC443 41 HDTVGBR 2B PALM
OLD SW'ER ALL SETTING SENSE CONTROLLER ==
== PROJECTOR 11 80 XX
RETURN DATA CONTROLLER ++
++ PROJECTOR 10 20 DATA 1 ~ DATA 24 DATA 25 ~ DATA 48
OLD SW'ER 1-1 ~ OTHER OLD SW'ER 1-1 ~ OTHER
OLD SW'ER COL SYS ~ OLD SW'ER COL SYS OLD SW'ER IDTV USE ~ OLD SW'ER IDTV USE 00 AUTO 00 NOT USE 07 NTSC 01 USE 19 PAL 1D SECAM 05 NTSC443 2B PALM 24BYTES 24BYTES
OLD SW'ER SETTING SENSE CONTROLLER ==
== PROJECTOR 11 81
OLD SW'ER CHANNEL
SLOT No.
00 1 00~07 1~8 01 2 02 OTHER
RETURN DATA CONTROLLER ++
++ PROJECTOR 10 20 OLD SW'ER COL SYS OLD SW'ER IDTV USE
00 AUTO 00 NOT USE 07 NTSC 01 USE 19 PAL 1D SECAM 05 NTSC443 2B PALM
SCREEN TYPE SENSE CONTROLLER ==
== PROJECTOR 11 88 XX
RETURN DATA CONTROLLER ++
++ PROJECTOR 10 20 SCREEN TYPE
00 S1 01 S2

— 15 —
FUNCTION COMMAND DIRECTION CMD1 CMD2 DATA
COLOR UNIFORMITY SETTING SENSE CONTROLLER ==
== PROJECTOR 11 89 XX
RETURN DATA CONTROLLER ++
++ PROJECTOR 10 20 COLOR UNIFORMITY
00 OFF 01 ADJUST 02 PRESET S1 03 PRESET S2
BRIGHTNESS UNIFORMITY CONTROLLER ==
== PROJECTOR 11 8A XX
SETTING SENSE RETURN DATA CONTROLLER ++
++ PROJECTOR 10 20 BRIGHTNESS UNIFORMITY
00 OFF 01 ADJUST 02 PRESET S1 03 PRESET S2
COLOR TEMP. SETTING SENSE CONTROLLER ==
== PROJECTOR 11 9 *CMD2 XX
*CMD2
0 OFF 1~A 1~10 VIDEO MEMRY No.
RETURN DATA CONTROLLER ++
++ PROJECTOR 10 20 TEMP.
00 9300K 01 6500K 02 5400K 03 3200K 04 PRESET
D PICTURE SETTING SENSE CONTROLLER ==
== PROJECTOR 11 A *CMD2 XX
*CMD2
0 OFF 1~A 1~10 VIDEO MEMRY No.
RETURN DATA CONTROLLER ++
++ PROJECTOR 10 20 D PICTURE
00 OFF 01 ON
V.SHIFT SETTING SENSE CONTROLLER ==
== PROJECTOR 11 B *CMD2 XX
*CMD2
0 OFF 1~A 1~10 VIDEO MEMRY No.
RETURN DATA CONTROLLER ++
++ PROJECTOR 10 20 V.SHIFT NARROW/WIDE
00 WIDE 01 NARROW
NTSCSETUP COMPONENT SETTING SENSE CONTROLLER ==
== PROJECTOR 11 D *CMD2 XX
*CMD2
0 OFF 1~A 1~10 VIDEO MEMRY No.
RETURN DATA CONTROLLER ++
++ PROJECTOR 10 20 NTSC SETUP 75 COMPONENT FORMAT
00 0% 00 SMPTE/EBU-N10 01 7.5% 01 BETACAM 7.5
VIDEO MEMORY SETTING SENSE CONTROLLER ==
== PROJECTOR 11 F1 XX
RETURN DATA CONTROLLER ++
++ PROJECTOR 10 20 VIDEO MEMORY
00 OFF 01~0A 1~10 VIDEO MEMRY No.

- 16 -
FUNCTION COMMAND DIRECTION CMD1 CMD2 DATA
CLAMP SETTING SENSE CONTROLLER ==
== PROJECTOR 11 F2 XX
RETURN DATA CONTROLLER ++
++ PROJECTOR 10 20 CLAMP
00 AUTO 01 SONG 02 HC 03 HP 04 TRILEVELS
SYNC SETTING SENSE CONTROLLER ==
== PROJECTOR 11 F3 XX
. .
RETURN DATA CONTROLLER ++
++ PROJECTOR 10 20 SYNC SELECT
00 AUTO 01 INTERNAL 02 EXTERNAL 02 EXTERNAL C 03 EXTERNAL HV
SYNC OSC SHIFT SETTING SENSE CONTROLLER ==
== PROJECTOR 11 F5 XX
RETURN DATA CONTROLLER ++
++ PROJECTOR 10 20 SYNC OSDC SHIFT
00 1 01 2
SYSTEM SELECT CONTROLLER ==
== PROJECTOR 13
<CMD1=13HEX>
POWER REQUEST
CONTROLLER ==
== PROJECTOR 13
0APOWER
00 OFF 01 ON
SET MODE ACT SELECT
CONTROLLER ==
== PROJECTOR 13
0D SET MODE
00 USER 01 SERVICE
POLE STATUS SELECT 0E POLE
00 NORMAL 01 HINV 02 VINV 03 HVINV
PICTURE MUTING STATUS SELECT CONTROLLER =PROJECTOR 13 11 PICTURE MUTING
00 OFF 01 ON

— 17 —
FUNCTION COMMAND DIRECTION CMD1 CMD2 DATA
ALL WHITE MODE ALL WRITE CONTROLLER ==
== PROJECTOR 13 40 ALL WHITE TIME ALL WHITE TIME
00 OFF 1BYTE (* 1 Min) 01 ON
ALL WHITE MODE ON/OFF SELECT CONTROLLER ==
== PROJECTOR 13 41 ALL WHITE TIME
00 OFF 01 ON
ALL WHITE MODE TIME WRITE CONTROLLER ==
== PROJECTOR 13 42 ALL WHITE TIME
1BYTE (* 1 Min)
PIC ORBITING ALL WRITE CONTROLLER ==
== PROJECTOR 13 43 PIC ORBITING PIC ORBITING TIME
00 OFF 1BYTE (* 1 Min) 01 ON
PIC ORBITING ON/OFF SELECT CONTROLLER ==
== PROJECTOR 13 44 PIC ORBITING
00 OFF 01 ON
PIC ORBITING TIME WRITE CONTROLLER ==
== PROJECTOR 13 45 PIC ORBITING TIME
1BYTE (* 1 Min)
POWER SAVING ALL SELECT CONTROLLER ==
== PROJECTOR 13 49 POWER SAVING
POWER SAVING TIME
00 OFF 1BYTE (* 1 Min) 01 ON
POWER SAVING ON/OFF SELSECT CONTROLLER ==
== PROJECTOR 13 4A POWER SAVING
00 OFF 01 ON
POWER SAVING TIME WRITE CONTROLLER ==
== PROJECTOR 13 4B
POWER SAVING TIME
1BYTE (* 1 Min)
POWER DIRECT SELECT CONTROLLER ==
== PROJECTOR 13 50 AC POWER ON/OFF
00 OFF 01 ON
POWER ON DELAY STATUS SELECT CONTROLLER ==
== PROJECTOR 13 51 POWER ON DELAY
00 OFF 01 ON
5BNC OLD SW'ER STATUS SELECT CONTROLLER ==
== PROJECTOR 13 52 5BNC OLD SW'ER
00 OFF 01 ON
AUTO BACK GROUND SELECT CONTROLLER ==
== PROJECTOR 13 55 AUTO BK
00 OFF 01 ON
ABL LINK STATUS SELECT CONTROLLER ==
== PROJECTOR 13 56 ABL LINK
00 OFF 01 ON
IR IN STATUS SELECT CONTROLLER ==
== PROJECTOR 13 57 IR IN
00 FRONT REAR 01 FRONT 02 REAR

— 18 —
FUNCTION COMMAND DIRECTION CMD1 CMD2 DATA
OSD LANGUAGE SELECT CONTROLLER ==
== PROJECTOR 13 60 OSD LANGUAGE
00 ENGLISH 01 FRENCH 02 GERMAN 03 ITALIAN 04 SPANISH 05 JAPANESE 06 CHINESE
OSD SHOW SELECT CONTROLLER ==
== PROJECTOR 13 61 OSD SHOW
00 ON 01 NORMAL OFF 02 ALL OFF
INPUT ALL SELCT CONTROLLER ==
== PROJECTOR 13 70 INPUT CHANNEL
OLD SW'ER CHANNEL
DUMMY
00 VIDEO 00~07 SW'ER1-1~8 0 01 INPUT A 10~17 SW'ER2-1~8 02 INPUT B 20 OTHER 03 OLD SW'ER
INPUT CHANNEL SELCT CONTROLLER ==
== PROJECTOR 13 71 INPUT CHANNEL
00 VIDEO 01 INPUT A 02 INPUT B 03 OLD SW'ER
OLD SW'ER CHANNEL SELCT CONTROLLER ==
== PROJECTOR 13 72
OLD SW'ER CHANNEL
00~07 SW'ER1-1~8 10~17 SW'ER2-1~8 20 OTHER
VIDEO ALL SELECT CONTROLLER ==
== PROJECTOR 13 74 VIDEO VIDEO COL SYS VIDEO IDTV USE
10 VIDEO 00 AUTO 00 NOT USE 11 SVIDEO 07 NTSC 01 USE
19 PAL 1D SECAM 05 NTSC443 2B PALM
VIDEO SIGNAL SELECT CONTROLLER ==
== PROJECTOR 13 75 VIDEO
10 VIDEO 11 SVIDEO
VIDEO COL SYS SELECT CONTROLLER ==
== PROJECTOR 13 76 VIDEO COL SYS
00 AUTO 07 NTSC 19 PAL 1D SECAM 05 NTSC443 2B PALM
VIDEO IDTV USE SELECT CONTROLLER ==
== PROJECTOR 13 77 VIDEO IDTV USE
00 NOT USE 01 USE
INPUT A ALL SELECT CONTROLLER ==
== PROJECTOR 13 78 INPUT A INPUT A COL SYS INPUT A IDTV USE
10 VIDEO 00 AUTO 00 NOT USE 11 SVIDEO 07 NTSC 01 USE 20 RGB 19 PAL 30 COMP 1D SECAM 40 HDTVYPBPR 05 NTSC443 41 HDTVGBR 2B PALM

— 19 —
FUNCTION COMMAND DIRECTION CMD1 CMD2 DATA
INPUT A SIGNAL SELECT CONTROLLER ==
== PROJECTOR 13 79 INPUT A
10 VIDEO 11 SVIDEO 20 RGB 30 COMP 40 HDTVYPBPR 41 HDTVGBR
INPUT A COL SYS SELECT CONTROLLER ==
== PROJECTOR 13 7A INPUT A COL SYS
00 AUTO 07 NTSC 19 PAL 1D SECAM 05 NTSC443 2B PALM
INPUT A IDTV USE SELECT CONTROLLER ==
== PROJECTOR 13 7B INPUT A IDTV USE
00 NOT USE 01 USE
INPUT B ALL SELECT CONTROLLER ==
== PROJECTOR 13 7C INPUT B INPUT B COL SYS INPUT B IDTV USE
10 VIDEO 00 AUTO 00 NOT USE 11 SVIDEO 07 NTSC 01 USE 20 RGB 19 PAL 30 COMP 1D SECAM 40 HDTVYPBPR 05 NTSC443 41 HDTVGBR 2B PALM
INPUT B SIGNAL SELECT CONTROLLER ==
== PROJECTOR 13 7D INPUT B
10 VIDEO 11 SVIDEO 20 RGB 30 COMP 40 HDTVYPBPR 41 HDTVGBR
INPUT B COL SYS SELECT CONTROLLER ==
== PROJECTOR 13 7E INPUT B COL SYS
00 AUTO 07 NTSC 19 PAL 1D SECAM 05 NTSC443 2B PALM
INPUT B IDTV USE SELECT CONTROLLER ==
== PROJECTOR 13 7F INPUT B IDTV USE
00 NOT USE 01 USE
OLD SW'ER ALL SELECT CONTROLLER ==
== PROJECTOR 13 80 DATA 1 ~ DATA 24 DATA 25 ~ DATA 48
OLD SW'ER 1-1 ~ OTHER OLD SW'ER 1-1 ~ OTHER
OLD SW'ER COL SYS ~ OLD SW'ER COL SYS OLD SW'ER IDTV USE ~ OLD SW'ER IDTV USE 00 AUTO 00 NOT USE 07 NTSC 01 USE 19 PAL 1D SECAM 05 NTSC443 2B PALM 24BYTES 24BYTES
OLD SW'ER COLSYS IDTV SELECT CONTROLLER ==
== PROJECTOR 13 81
OLD SW'ER CHANNEL
SLOT No. OLD SW'ER COL SYS OLD SW'ER IDTV USE
00 1 00~07 1~8 00 AUTO 00 NOT USE 01 2 07 NTSC 01 USE 03 OTHER 19 PAL
1D SECAM 05 NTSC443 2B PALM

— 20 —
FUNCTION COMMAND DIRECTION CMD1 CMD2 DATA
OLD SW'ER COL SYS SELECT CONTROLLER ==
== PROJECTOR 13 82
OLD SW'ER CHANNEL
SLOT No. OLD SW'ER COL SYS
00 1 00~07 1~8 00 AUTO 01 2 07 NTSC 03 OTHER 19 PAL
1D SECAM 05 NTSC443 2B PALM
OLD SW'ER IDTV USE SELECT CONTROLLER ==
== PROJECTOR 13 83
OLD SW'ER CHANNEL
SLOT No. OLD SW'ER IDTV USE
00 1 00~07 1~8 00 NOT USE 01 2 01 USE 03 OTHER
SCREEN TYPE SELECT CONTROLLER ==
== PROJECTOR 13 88 SCREEN TYPE
00 S1 01 S2 02 S3
COLOR UNIFORMITY SETTING SELECT CONTROLLER ==
== PROJECTOR 13 89 COLOR UNIFORMITY
00 OFF 01 ADJUST 02 PRESET S1 03 PRESET S2 04 PRESET S3
BRIGHTNESS UNIFORMITY SETTING SELECT CONTROLLER ==
== PROJECTOR 13 8A BRIGHTNESS UNIFORMITY
00 OFF 01 ADJUST 02 PRESET S1 03 PRESET S2 04 PRESET S3
COLOR TEMP. SELECT CONTROLLER ==
== PROJECTOR 13 9 *CMD2 TEMP.
00 9300K 01 6500K 02 5400K 03 3200K *CMD2 04 PRESET 0 OFF
1~A 1~10 VIDEO MEMRY No.
D PICTURE SELECT CONTROLLER ==
== PROJECTOR 13 A *CMD2 D PICTURE
00 OFF *CMD2 01 ON 0 OFF
1~A 1~10 VIDEO MEMRY No.
V.SHIFT SELECT CONTROLLER ==
== PROJECTOR 13 B *CMD2 V.SHIFT NARROW/WIDE
00 WIDE *CMD2 01 NARROW 0 OFF
1~A 1~10 VIDEO MEMRY No.
NTSCSETUP COMPONENT SETTING SELECT CONTROLLER ==
== PROJECTOR 13 D *CMD2 NTSC SETUP 75 COMPONENT FORMAT
00 0% 00 SMPTE/EBU-N10 *CMD2 01 7.5% 01 BETACAM 7.5 0 OFF
1~A 1~10 VIDEO MEMRY No.
VIDEO MEMORY SELECT CONTROLLER ==
== PROJECTOR 13 F1 VIDEO MEMORY
00 OFF 01~0A 1~10 VIDEO MEMRY No.