Sony VPL-FE110U User manual

US/CND
AEP/E
PROTOCOL MANUAL
MODEL ..........
VPL-FE110U
VPL-FE110M
LCD DATAPROJECTOR
.............. DEST.
VERSION 1.0
Projector Firmware ARC32

COPYRIGHT NOTICE
Copyright © by Sony Corporation.
All rights reserved. The copyright on all matters
described in this manual belongs to Sony Corporation,
and the contents are intended for use by purchasers of
subject equipment.
Furthermore, Sony Corporation reserves the right to
revise this publication and to make changes from time to
time in the content hereof without obligation of Sony
Corporation to notify any person or organization of such
revision or changes.

1
VPL-FE110U/FE110M
TABLE OF CONTENTS
1. INTRODUCTION ..........................................................................1
2. COMMUNICATION SPECIFICATIONS .......................................2
2-1. RS-232C COMMUNICATION SIGNAL......................................................... 2
2-2. RS-422A COMMUNICATION SIGNAL ........................................................ 2
2-3. PJ COM COMMUNICATION SIGNAL.......................................................... 2
3. COMMAND BLOCK FORMAT ...................................................3
4. DATA OF CODE .........................................................................4
5. BASIC OPERATIONS.................................................................6
5-1. COMMON OPERATIONS OF RS-232C/422A............................................... 6
5-2. PJ COM OPERATIONS ................................................................................... 6
5-3. BASIC OPERATIONS ..................................................................................... 6
6. CONNECTION.............................................................................7
6-1. RS-232C CONNECTION ................................................................................. 7
6-2. RS-422A CONNECTION ................................................................................. 7
6-3. PJ COM CONNECTION .................................................................................. 8
6-4. CONNECTION EXAMPLE ............................................................................. 8
7. COMMUNICATION PROCEDURE .............................................9
8. COMMUNICATION RULES ......................................................10
9. APPROXIMATE RETURN WAITING TIMES............................11
10. COMMANDS .............................................................................13

1
VPL-FE110U/FE110M
1. INTRODUCTION
This protocol manual describes the basic configuration and basic operations of various commands used
for projector. Projector can be controlled using the commands in the List of Commands provided in
Section 10 “COMMANDS”. Using an external CONTROLLER or SWITCHER, etc., inputs can be
switched and the power can also be turned on and off. In the following paragraphs, “CONTROLLER”
means an external device such as a PC which controls projector using these commands.

2VPL-FE110U/FE110M
2. COMMUNICATION SPECIFICATIONS
2-1. RS-232C COMMUNICATION SIGNAL
.Full duplex communication channels (Flow control not performed.)
.Start-stop synchronism system
.Baud rate: 38.4 k (bits per second) fixed.
.The bit configuration is defined as follows.
.RS-422A and PJ COM have the same bit configuration.
1 START Bit +8 DATA Bits +1 PARITY Bit +1 STOP Bit
D4 D5 D6 D7
(MSB)(LSB) (EVEN) BIT
PARITY STOP
BIT
START D3D2D1D0
EVEN Parity.....Total number of “1”s from D0 to D7 is an even number.
2-2. RS-422A COMMUNICATION SIGNAL
.Full duplex (4-wire) communication channels
.Start-stop synchronism system bit serial word serial digital signal
.Baud rate: 38.4 k bps (bits per second) fixed.
.Refer to “2-1. RS-232C Communication Signal”for details on the bit configuration.
2-3. PJ COM COMMUNICATION SIGNAL
.Half duplex (4-wire) PROJECTOR dedicated communication channels
.Start/stop system bit serial word serial digital signal
.Baud rate: 38.4 k, 19.2k, 9600 bps (bits per second).
.Refer to “2-1. RS-232C Communication Signal”for details on the bit configuration.

3
VPL-FE110U/FE110M
3. COMMAND BLOCK FORMAT
The code from B0 to B (m +2) as described below is/are transmitted.
1
B0
Start Code
2
RECEIVER (To) Index
9
B (m +1)
Check SUM
0
B (m +2)
End Code
B1
Peripheral Index B2 B3 B4 B5
3
SENDER (From) Index
B6
Peripheral Index B7 B8 B9 B10
67
Data Length
Total Data Length
B15 *128 +B16
Data Length 2
(B15 *128) Data Length 3 (00 — 7 Fh)
4
COMMAND
B11
Cmd1 B12
Cmd2 B13 Cmd3
B15 B16
8
Data
Bn
Data (n) Bm Data (n +1,2,3,4...) Bn = B (16 +1)
Bm = B (16 +Total Data Length)
5
Check Data Length
Data Length 1
(B16 +2)
(02 — 81 h)
B14
Group Index Device Index
Group Index Device Index

4VPL-FE110U/FE110M
4. DATA OF CODE
1Start Condition
2INDEX Header
/*–RECEIVER INDEX –*/
/*–SENDER INDEX –*/
/*–Command –*/
Note : CMD1 and CMD2 are assigned with different commands for each unit. Consequently,
there is no compatibility of commands between units. For details of the commands,
refer to the respective list of commands for the units.
3Sub Data Size
Note : Error when 00,01 and 82 to FF hex codes are included.
4Data Size
Note : Error when 11 to FF hex codes are included.
Bn
B0 NAME
Start Code DATA
A5 NOTE Indicates the first packet
B6
B7
B8
B9
B10
PERIPHERAL INDEX
GROUP INDEX UPPER BYTE
GROUP INDEX LOWER BYTE
DEVICE INDEX UPPER BYTE
DEVICE INDEX LOWER BYTE
01 –03
00
01 –63
00
01 –63
01 : Projector, 02 : Switcher, 03 : Controller
Group Index = 0001 –0063 hex
Device Index = 0001 –0063 hex
B14 Data Length 1 02 –81 (B16 +2 hex) Data Size
B15 Data Length 2 00 –10 (B15 *80 hex) Data Size
B1
B2
B3
B4
B5
PERIPHERAL INDEX
GROUP INDEX UPPER BYTE
GROUP INDEX LOWER BYTE
DEVICE INDEX UPPER BYTE
DEVICE INDEX LOWER BYTE
00 –03
00
00 –63
00
00 –63
01 : All, 01 : Projector, 02 : Switcher, 03 : Controller
Group Index = 0000 –0063 hex (0000 hex : All)
Device Index = 0000 –0063 hex (0000 hex : All)
Receiving Device
Peripheral INDEX = 01
Projector All
CRT Projector (10 CRT All)
LCD Projector (80 LCD All)
DMD Projector(B0 DMD All)
Receiving Device
Peripheral INDEX = 02
Switcher All
10 : PC-3000
B11
B12
B13
CMD1
CMD2
CMD3
00
10 –7F
80 –AF
B0 –FF
Refer to attached
Refer to attached

5
VPL-FE110U/FE110M
5Data Size
Bn~Bm Data XX Indicates the last packet
Note : Error when 80 to FF hex codes are included.
Calculate the actual 6Data length using the following method.
Calculate the Total Data Length using the B15 and B16 Data.
<Example>
If B15 = 02 h and B16 = 7 Fh, calculate the Total Data Size as follows.
Data Length indicated by B15.
2 *128 = 256 Byte
Data Length indicated by B16.
127 Byte
The Data Length indicated by Total is ;
(B15) 256 Byte +B (16) 127 Byte = 383 Byte.
6Data
Bn = B (16 +1)
Bm = B (16 +Total Data Length)
7Check SUM
XOR is the exclusive OR.
It is as follows when calculated by 1 bit.
Taking A XOR B = C ;
ABC
000
101
011
110
<Example of Calculation>
When 0XA5 (165) and 0XA5 (165) are calculated by XOR ;
A5 10100101 (165)
A5 10100101 (165)
Answer 00000000 (0)
When 0XA5 (165) and 0X5A (90) are calculated by XOR ;
Answer
A5 10100101 (165)
5A 01011010 (90)
Answer 11111111 (255)
8End Condition
B (m +1) Check Sum XX Checksum of Data from 2to 6
(Calculate the XOR of the Data from 2to 6.)
B (m +2) END Code 5A No Data in some cases
B16 Data Length 3 00 –7F Data Size of 6–(B15 * 80 hex)

6VPL-FE110U/FE110M
5. BASIC OPERATIONS
5-1. COMMON OPERATIONS OF RS-232C/422A
RS-232C and RS-422A use the same port. Transmission and reception are performed only for the TX line
and RX line in the case of softwares using the same commands (based on the software conditions).
Handshaking normally established by RS-232C is therefore not performed.
5-2. PJ COM OPERATIONS
PJ COM is a port specially developed for projector based on RS-485. It therefore has no compatibility
with the commercially available RS-485. (Special uses only)
PJ COM is a half duplex communication composed of the data line and control line. The control line is
normally called as busy line, indicating whether the PJ COM line is available for use. Transmission is
performed only when this line is free. If in use, data is transmitted to the Data line.
5-3. BASIC OPERATIONS
Transmission and reception by RS-232C/422A and PJ COM are performed using the same protocols. The
data received by RS-232C/422A is input to the unit once to confirm that there are no errors in the data,
and it is then transmitted to PJ COM again. Basic operations at PJ COM are the same. The data input to
the unit once is checked that there are no errors, and is transmitted to RS-232C/422A again. The unit
serves as a communication bridge.

7
VPL-FE110U/FE110M
6. CONNECTION
6-1. RS-232C CONNECTION
Communication is enabled by the use of a D-Sub 9 Pin cross (reverse) cable.
The pin assignment of D-Sub 9 Pin and D-Sub 25 Pin is as follows.
D-Sub 9 Pin
Shell = FG
3
2
7
8
6
5
1
4
9
D-Sub 25 Pin
1
2
3
4
5
6
7
8
20
22
Name
FG
TxD
RxD
RTS
CTS
DSR
SG
DCD
DTR
RI
Grounding for safety protection or cable shield
Transmission data
Reception data
Transmission request
Transmission permission
Data set ready
GND for signal
Data channel signal carrier detection
Data terminal ready
Calling display (Presence/absence of calling signal)
1
2
3
4
5
6
7
8
9
Controller
NC
RX DA
TX DA
DTR
GND
DSR
RTS
CTS
NC
Projector or Switcher
GND
TX
RX
GND
NC
GND
TX
RX
GND
pin
signal
Pins indicated as D-Sub 25 Pin are not used.
Assured cable length : 15 m (However, assurance may not be applicable for some cables.)
6-2. RS-422A CONNECTION
If the distance between the CONTROLLER and PROJECTOR is long, the transmission distance can be
extended with the use of the following conversion tool.
Assured cable length : 50 m (However, assurance may not be applicable for some cables.)
Conversion tool
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.
CONTROLLER PROJECTOR
9
8
7
6
5
4
3
2
1
9
8
7
6
5
4
3
2
1
MAX202E
or
MAX232E
MAX489
ECSD

8VPL-FE110U/FE110M
6-3. PJ COM CONNECTION
Port for connecting PROJECTOR and SWITCHER.
Communication is enabled by using the normal 9Pin D-Sub straight (normal) cable (RS-232C cable). This
however applies to cables which are connected to all pins only.
Note : Connect all models by cascade connection and terminate each.
Assured cable length :50 m (However, assurance may not be applicable for some cables.)
The total length including extension should be within 500 m.
6-4. CONNECTION EXAMPLE
System consisting of two SWITCHERs and two PROJECTORs.
Connect CONTROLLER to the RS-232C Port of the nearest unit.
Connect PROJECTOR and SWITCHER using the PJ COM Port.
Controller
PJ COM
RS-232C
or
RS-422A Switcher
No.1
Switcher
No.2
In
In
Out
Out
Out
Out
In
In T T
Projector
No.1
Projector
No.2

9
VPL-FE110U/FE110M
7. COMMUNICATION PROCEDURE
All communication between CONTROLLER (PC, etc.) and DEVICE (PROJECTOR, SWITCHER) is
performed by the transfer block format. Communication is started by the issue of a command at
CONTROLLER and ended when the return data is sent to CONTROLLER after DEVICE receives the
command.
CONTROLLER is prohibited from sending several commands at one time. This means that after
CONTROLLER sends one command, it cannot send other commands until DEVICE returns the return
data. DEVICE sends the return data after processing the command. The time from when CONTROLLER
sends the command until the return data is returned differs according to the contents of the command.
In some cases, CONTROLLER may receive data from DEVICE even though it has not sent a command.
(For example, during SYS setting, SIRCS command, and switcher information when switcher is selected.)
Note : When All (00 hex) is specified for the INDEX No., return data may not be returned in
some cases.

10 VPL-FE110U/FE110M
8. COMMUNICATION RULES
.Set the INDEX NUMBER of PROJECTOR and SWITCHER from “01.”
.When sending a command from CONTROLLER, the return data (CMD1 = 10 hex) from PROJECTOR
and SWITCHER should be received first before sending the next command. Even if the next command
is sent before receiving the return data, since PROJECTOR will not be able to receive that command, it
does not return a response to CONTROLLER. Consequently, no error code is also sent.
The following lists the approximate waiting times for PROJECTOR to return the return data after
CONTROLLER sends the command.
.When a communication error occurs, PROJECTOR or SWITCHER ignores the data received until
now, and set into the reception standby state.
.For undefined commands or commends determined as invalid by PROJECTOR, PROJECTOR will
send the “NAK”return data to CONTROLLER (When the Index is specified only.). Be very careful
that the switcher will not send the “NAK”.
.Take note that when data is written when the input signal of PROJECTOR or SWITCHER is unstable,
that data (value) will not be incorporated.
.When INDEX specified SIRCS direct command (CMD1 = 17 hex) is transmitted, leave an interval of
45 mSec until the next transmission. (Do not return the return data (ACK, NAK) when the SIRCS
direct command is received.)

11
VPL-FE110U/FE110M
9. APPROXIMATE RETURN WAITING TIMES
Note : The times shown in this table are when communication is performed one to one between
CONTROLLER and DEVICE, and in the condition that it will not be interrupted by some
reason.
CMD2 (hex)
11
13
15
30
32
50
70
TIME (mSec)
15
35
20
15
30
25
35

12 VPL-FE110U/FE110M

13
VPL-FE110U/FE110M 13
10. COMMANDS
FUNCTION COMMAND DIRECTION CMD1 CMD2 DATA
RETURN DATA ACK(ACKNOWLEDGE) PC ←PROJ 10 10 00
FROM PJ
<CMD1=10 hex> ACK WITH DATA PC ←PROJ 10 20 DATA #1 DATA #2 – DATA #N
NAK(NOT ACKNOWLEDGE) PC ←PROJ 10 F0 ERROR DATA
COMMAND ERROR
01 UNDEFINED COMMAND
02 PROJECTOR HEAD IS NOT POWER ON
04 SIZE ERROR
05 SELECT ERROR
06 RANGE OVER
0A Not Applicable/Data invalid in current mode
COMMUNICATION ERROR
10 CHECK SUM ERROR
20 FRAMING ERROR
30 PARITY ERROR
40 OVER ERROR
50 OTHER ERROR
STATUS SENSE DEVICE TYPE REQUEST PC →PROJ 11 00 XX
<CMD1=11 hex> RETURN DATA PC ←PROJ 10 20 SET NAME
32 Bytes(MAX)
ASCII CHARACTOR
ERROR STATUS SENSE PC →PROJ 11 01 XX
RETURN DATA PC ←PROJ 10 20 DATA #1 DATA #2 DATA #3 DATA #4 DATA #5 DATA #6 DATA #7 DATA #8
00 NO ERROR 00 NO ERROR 00 NO ERROR 00 NO ERROR 00 NO ERROR 00 NO ERROR 00 NO ERROR 00 NO ERROR
01 POWER ERROR 02 FAN ERROR 03 COVER ERROR 04 TEMP ERROR 05 LAMP ERROR No. 1 06 LAMP ERROR No. 2 07 LAMP ERROR No. 3 08 LAMP ERROR No. 4
POWER STATUS SENSE PC →PROJ 11 02 XX
RETURN DATA PC ←PROJ 10 20 POWER
00 OFF
01 ON
02 COOLING
03 PS COOLING
04 PS STANDBY
SET MODE ACT STATUS SENSE PC →PROJ 11 03 XX
RETURN DATA PC ←PROJ 10 20 SET MODE
00 USER
01 SERVICE
INPUT CH STATUS SENSE PC →PROJ 11 04 XX
RETURN DATA PC ←PROJ 10 20 DATA #1 DATA #2
INPUT CHANNEL CHANNEL PC-3000
00 VIDEO 11–18 SW'ER1-1–8
01 S VIDEO 21–28 SW'ER2-1–8
02 INPUT A 31–38 SW'ER3-1–8
03 INPUT B 41–48 SW'ER4-1–8
04 INPUT C 51–58 SW'ER5-1–8
05 PC-3000 61–68 SW'ER6-1–8
71–78 SW'ER7-1–8
81–88 SW'ER8-1–8
LAMP STATUS SENSE PC →PROJ 11 05 XX
RETURN DATA PC ←PROJ 10 20 DATA #1 DATA #2 DATA #3 DATA #4 DATA #5 DATA #6 DATA #7 DATA #8
LAMP No. 1 LAMP No. 2 LAMP No. 3 LAMP No. 4
LIGHT ERROR LIGHT ERROR LIGHT ERROR LIGHT ERROR
00 OFF 00 NOT ERROR 00 OFF 00 NOT ERROR 00 OFF 00 NOT ERROR 00 OFF 00 NOT ERROR
01 ON 01 ERROR 01 ON 01 ERROR 01 ON 01 ERROR 01 ON 01 ERROR
02 WARNING 02 WARNING 02 WARNING 02 WARNING

14 14 VPL-FE110U/FE110M
FUNCTION COMMAND DIRECTION CMD1 CMD2 DATA
COLOR SYS SETTING SENSE PC →PROJ 11 10 XX
RETURN DATA PC ←PROJ 10 20 COLOR SYS
00 AUTO
01 NTSC
02 PAL
03 SECAM
04 NTSC443
05 PALM
COLOR TEMP. SETTING SENSE PC →PROJ 11 11 XX
RETURN DATA PC ←PROJ 10 20 COL TEMP
00 HIGH
01 LOW
D PICTURE SETTING SENSE PC →PROJ 11 12 XX
RETURN DATA PC ←PROJ 10 20 D PICTURE
00 OFF
01 ON
GAMMA MODE SETTING SENSE PC →PROJ 11 14 XX
RETURN DATA PC ←PROJ 10 20 GAMMA MODE
00 GRAPHICS
01 TEXT
ASPECT SETTING SENSE PC →PROJ 11 20 XX
RETURN DATA PC ←PROJ 10 20 ASPECT
00 4:3
01 16:9
SCAN CONV SETTING SENSE PC →PROJ 11 21 XX
RETURN DATA PC ←PROJ 10 20 SCAN CONV
00 ON
01 OFF
H FILTER SETTING SENSE PC →PROJ 11 22 XX
RETURN DATA PC ←PROJ 10 20 H FILTER
00 ON
01 OFF
MEMORY NO STATUS SENSE PC →PROJ 11 23 XX
RETURN DATA PC ←PROJ 10 20 DATA #1 DATA #2
ORIGINAL MEM NO. USER MEM NO.
00 UNKNOWN 01-200 USER
01-PRESET NO. 255 UNUSED
APA STATUS SENSE PC →PROJ 11 28 XX
RETURN DATA PC ←PROJ 10 20 APA
00 OFF
01 ON
OSD SHOW STATUS SENSE PC →PROJ 11 30 XX
RETURN DATA PC ←PROJ 10 20 OSD SHOW
00 ON
01 OFF
SPEAKER SETTING SENSE PC →PROJ 11 31 XX
RETURN DATA PC ←PROJ 10 20 SPEAKER
00 ON
01 OFF
OSD LANGUAGE SETTING SENSE PC →PROJ 11 32 XX
RETURN DATA PC ←PROJ 10 20 OSD LANGUAGE
00 ENGLISH
01 FRENCH
02 GERMAN
03 ITALIAN
04 SPANISH
05 JAPANESE
06 CHINESE

15
VPL-FE110U/FE110M 15
FUNCTION COMMAND DIRECTION CMD1 CMD2 DATA
INSTALLATION SETTING SENSE PC →PROJ 11 33 XX
RETURN DATA PC ←PROJ 10 20 INSTALLATION
00 FRONT-FLOOR
01 REAR-FLOOR
02 FRONT-CEILING
03 REAR-CEILING
POWER SAVING SETTING SENSE PC →PROJ 11 34 XX
RETURN DATA PC ←PROJ 10 20 POWER SAVING
00 OFF
01 ON
SIRCS RECEIVER SETTING SENSE PC →PROJ 11 35 XX
RETURN DATA PC ←PROJ 10 20 SIRCS RECEIVER
00 FRONT&REAR
01 FRONT
02 REAR
03 OFF
PICTURE MUTING STATUS SENSE PC →PROJ 11 38 XX
RETURN DATA PC ←PROJ 10 20 PICTURE MUTING
00 OFF
01 ON
AUDIO MUTING STATUS SENSE PC →PROJ 11 39 XX
RETURN DATA PC ←PROJ 10 20 AUDIO MUTING
00 OFF
01 ON
INPUT A SETTING SENSE PC →PROJ 11 40 XX
RETURN DATA PC ←PROJ 10 20 INPUT A
20 COMPUTER
30 COMPONENT
40 DTV-YPBPR
41 DTV-GBR
INPUT B SETTING SENSE PC →PROJ 11 41 XX
RETURN DATA PC ←PROJ 10 20 INPUT B
10 VIDEO
11 SVIDEO
20 COMPUTER
30 COMPONENT
40 DTV-YPBPR
41 DTV-GBR
INPUT fH,fV,SYNC DATA SENSE PC →PROJ 11 50 XX
RETURN DATA PC ←PROJ 10 20 DATA #1 DATA #2 DATA #3 DATA #4 DATA #5 DATA #6
FH/FV STATUS SYNC
00 NORMAL fH fV 00 OFF
01 OUT OF RANGE (DATA #2*256+DATA #3)/100 (kHz)
(DATA #4*256+DATA #5)/100 (Hz) 01 POS/POS/-
02 NO INPUT 02 POS/NEG/-
03 NEG/POS/-
04 NEG/NEG/-
05 CPOS/-/-
06 NPOS/-/-
07 -/-/SonG
SOFTWARE VER. SENSE PC →PROJ 11 51 XX
RETURN DATA PC ←PROJ 10 20 DATA #1 DATA #2 DATA #3 DATA #4
MAIN MCU ROM VERSION DATA
OPERATION TIME STATUS SENSE PC →PROJ 11 52 XX
RETURN DATA PC ←PROJ 10 20 DATA #1 DATA #2 DATA #3 DATA #4
SET ACTIVE TIME 4 Bytes (hour)
LAMP TIMER STATUS SENSE PPC →PROJ 11 53 XX
RETURN DATA PC ←PROJ 10 20 DATA #1 –DATA #4 DATA #5–8 DATA #9–12 DATA #13–16

16 16 VPL-FE110U/FE110M
FUNCTION COMMAND DIRECTION CMD1 CMD2 DATA LAMP 1 ACTIVE TIME LAMP 2 LAMP 3 LAMP 4
4 Bytes (min) 4 Bytes (min) 4 Bytes (min) 4 Bytes (min)
IP STATUS SENSE PC →PROJ 11 54 XX
RETURN DATA PC ←PROJ 10 20 I/P
00 PROGRESSIVE
01 INTERLACE
RESOLUTION STATUS SENSE PC →PROJ 11 55 XX
RETURN DATA PC ←PROJ 10 20 RESOLUTION
0 VIDEO60
1 VIDEO50
2 15K60
3 15K50
4 HDTV
5 640X350
6 640X400
7 640X480
8 800X600
9 832X624
10 1024X768
11 1152X864
12 1152X900
13 1280X960
14 1280X1024
15 1600X1200
16 480 60P
17 575 50P
18 1080 50I
20 720 60P
21 720 50P
22 1080 24PSF
LENS CONTROL SETTING SENSE PC →PROJ 11 60 XX
RETURN DATA PC ←PROJ 10 20 LENS CONTROL
00 ON
01 OFF
ON DELAY STATUS SENSE PC →PROJ 11 62 XX
RETURN DATA PC ←PROJ 10 20 ON DELAY
00 OFF
01 ON
LAMP No. SENSE PC →PROJ 11 63 XX
RETURN DATA PC →PROJ 10 20 DATA #1 DATA #2
LAMP No. (MEMORY) LAMP No. (ACT)
00 1-2-3-4 00 1-2-3-4
01 1-4/2-3 00 1-4/2-3
02 1-4 02 1-4
03 2-3 03 2-3
SYSTEM SELECT POWER REQUEST PC →PROJ 13 02 POWER
<CMD1=13 hex> 00 OFF
01 ON
SET MODE ACT SELECT PC →PROJ 13 03 SET MODE
00 USER
01 SERVICE
INPUT CH SELECT PC →PROJ 13 04 DATA #1 DATA #2
INPUT CHANNEL Dummy Byte
00 VIDEO XX
01 S VIDEO XX
02 INPUT A XX
03 INPUT B XX
04 INPUT C XX (PC-3000 Channel is selectable only by SIRCS format command)
COLOR SYS SETTING SELECT PC →PROJ 13 10 COLOR SYS
00 AUTO
01 NTSC
02 PAL
03 SECAM
04 NTSC443
05 PALM