Panasonic Projector PT-RW620 User Manual

							Chapter 7 Appendix — Technical information
ENGLISH - 191
/ terminals
The / terminals of the 
projector conform with RS- 232C so that the projector can be connected to and controlled from a computer .
A combined screen with a balanced contrast can be displayed by linking multiple projectors using the  terminal and the  terminal, and 
sharing the brightness level of the video signal input to each projector\
 when structuring a multi-display screen by 
combining the projected images from multiple projectors. It is also poss\
ible to synchronize the shutter operation of 
the specified projector to other projectors.
For the connection method of the projectors when using the contrast sync\
hronization function or the shutter 
synchronization function, refer to “Connecting example when using the contrast synchronization function/shutter 
synchronization function” ( x
  page   52).
Connection for RS-232C communication
Single projector
Projector connecting terminals Computer
D-Sub 9p (male) Communication cable (straight)
D-Sub 9p (female) D-Sub 9p (male)
Multiple projectors
D-Sub 9p (female) D-Sub 9p (male)
Connecting terminals on projector 2
D-Sub 9p (female) D-Sub 9p (male) Connecting terminals on projector 1
Computer
D-Sub 9p (male) D-Sub 9p (female) D-Sub 9p (male)
Communication cable (straight)
Communication cable (straight)
When connecting using DIGITAL LINK compatible device
DIGITAL LINK compatible device
Computer
D-Sub 9p (female)
Projector connecting terminals
DIGITAL LINK DIGITAL LINK
D-Sub 9p (male)Communication cable (straight)
LAN cable (straight)
Note
 f The destination of [RS-232C] ( x   page   133) must be set according to the connection method. fT
o control the projector with standby mode when connecting utilizing the DIGIT AL LINK compatible device, set the [PROJECTOR SETUP] 
menu → [STANDBY MODE] to [NORMAL].
When [STANDBY MODE] is set to [ECO], the projector cannot be control during standby.   
						

							Chapter 7 Appendix — Technical information
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Pin assignments and signal names
D-Sub 9-pin (female)Outside view Pin No.
Signal name Details
(9) (6)
(5) (1)
(1)
―NC
(2) TXDTransmitted data
(3) RXDReceived data
(4) MULTI PROJECTOR 
SYNC For contrast synchronization function/for 
shutter synchronization function
(5) GNDEarth
(6) ―NC
(7) CTS
Connected internally
(8) RTS
(9) ―NC
D-Sub 9-pin (male)
Outside view Pin No.
Signal name Details
(6) (9)
(1) (5)
(1)
―NC
(2) RXDReceived data
(3) TXDTransmitted data
(4) MULTI PROJECTOR 
SYNC For contrast synchronization function/for 
shutter synchronization function
(5) GNDEarth
(6) ―NC
(7) RTS
Connected internally
(8) CTS
(9) ―NC
RS-232C communication conditions (factory default)
Signal level RS - 232C-compliant
Sync. method Asynchronous
Baud rate 9
  600   bps
Parity None
Character length 8 bits
Stop bit 1 bit
X parameter None
S parameter None
Basic format
Transmission from the computer starts with STX, then the ID, command, parameter, and ETX are sent in this 
order. Add parameters according to the details of control.
(2 bytes)
2 ID characters (2 bytes) Semi-colon (1 byte) Colon (1 byte)
3 command characters (3 bytes) Parameter (undefined length)
Start (1 byte) ZZ, 01 to 64 and 0A to 0Z
ID designate
End (1 byte)           
						

							Chapter 7 Appendix — Technical information
ENGLISH - 193
Basic format (has subcommands)
Parameter (6 bytes)*1
Symbol “+” or “–” (1 byte) and setting or adjustment va\
lue (5 
bytes)
Operation (1 byte)
*1
“=” (Set the value specified using parameter)
Sub command (5 bytes) Same as the basic format
*1 When transmitting a command which does not need a parameter
, an operation (E) and parameter are not necessary.
Attention
 fIf a command is sent after the light source starts lighting, there may be a delay in response or the command may not be executed.  T ry 
sending or receiving any command after 60 seconds.
 f When transmitting multiple commands, be sure to wait until 0.5 seconds h\
as elapsed after receiving the response from the projector before 
sending the next command. When transmitting a command which does not need a parameter , a colon (:) is not necessary

.
Note
 fIf a command cannot be executed, the “ER401” response is sent from the projector to the computer . fIf an invalid parameter is sent, the “ER402” response is sent from the projector to the computer . fID transmission in RS

- 232C supports ZZ (ALL) and 01 to 64, as well as 0A to 0Z groups.
 fIf a command is sent with an ID designated, a response will be sent to t\
he computer only in the following cases. gIt matches the projector ID gID is designated as 

ALL and [RESPONSE(ID ALL)] is set to [ON]
 gID is designated as GROUP

 and [RESPONSE(ID GROUP)] is set to [ON]
 fSTX and ETX are character codes. STX shown in hexadecimal is 02, and ETX shown in hexadecimal is 03.
When multiple projectors are controlled
When multiple projectors are all controlled
When controlling multiple projectors together using RS - 232C, perform the following settings.
1)
 
Set a different ID for each projector
 .
2)
 
Set [RESPONSE(ID 
 ALL)] to [ON] in only one projector.
3)
 
Set [RESPONSE(ID 
 ALL)] to [OFF] for all other projectors set in Step 2).
When multiple projectors are all controlled by group unit
When controlling multiple projectors by group unit using RS
- 232C, perform the following settings.
1)
 
Set a different ID for each projector
 .
2)
 
Set [RESPONSE(ID GROUP)] to [ON] in only one projector
 .
3)
 
Set [RESPONSE(ID GROUP)] to [OFF] for all other projectors set in Step\
 2).
Note
 f Response is not made correctly if [RESPONSE(ID  ALL)] is set to [ON] in two or more projectors. fWhen setting multiple groups, set [RESPONSE(ID GROUP)] to [ON] in only one projector in each group.
Response is not made correctly if [RESPONSE(ID GROUP)] is set to [ON] in two or more projectors of the same group.
 fWhen using the contrast synchronization function and the shutter synchronization function, control by RS

- 232C is not possible since multiple 
projectors are daisy chain connected in a loop.   
						

							Chapter 7 Appendix — Technical information
194 - ENGLISH
Cable specification
1NC    NC 1
2 2
3 3
4    4
5 5
6 NC    NC 6
7 7
8 8
9 NC    NC 91NC    NC 1
2 2
3 3
4    4
5 5
6 NC    NC 6
7 7
8 8
9 NC    NC 9
When connected to a computer
Projector
( terminal)
Computer
(DTE specifications)
When multiple projectors are connected
Projector 1
( terminal)
Projector 2
( terminal)
Note
 fA cable with pin (4) connected to each other such as full wired straight cable is required as the cable when using the contrast 
synchronization function or the shutter synchronization function.  Also, set the [PROJECTOR SETUP] menu → [MULTI PROJECTOR SYNC] 
when using the contrast synchronization function or the shutter synchron\
ization function.
Control command
The following table lists the commands that can be used to control the p\
rojector using a computer.
 r Projector control command
Command Details Parameter/response 
string Remark (parameter)
PON Power on
―To check if the power is on, use the “Power query” command.
POF Power standby
QPW Power query 000
001 STANDBY
Power on
IIS Switching the input 
signal RG1
RGB1
RG2 RGB2
DVI DVI
- D
HD1 HDMI
DL1 DIGITAL LINK
SD1 SDI (Only for PT
-

RZ770, PT
-
 RZ660)
OSH Shutter control 0OPEN
QSH Shutter status query 1CLOSE
VSE Aspect ratio switch 0
DEFAULT/VID AUTO/AUTO
1 4:3
2 16:9
5 THROUGH
QSE Aspect ratio settings 
query 6
HV FIT
9 H FIT
10 V FIT
OPP P IN P execution 0
OFF
1 USER1
QPP P IN P setting query 2
USER2
3 USER3
OCS Sub memory switch 01 - 96Sub memory number
QSB Sub memory status 
query
 r
Projector control command (with sub command)
Command Sub command Details Remark
VXX RYCI1 RGB1 input setting +00000 = RGB/YP
BPR, +00001 = Y/C, +00002 = VIDEO   
						

							Chapter 7 Appendix — Technical information
ENGLISH - 195
 rLens control command
Command Sub command Details Remark
VXX LNSI2 Lens H shift
+00000 = Fine adjustment 1+, +00001 = Fine adjustment 1
-, +00100 
= Fine adjustment 2+, +00101 = Fine adjustment 2-, +00200 = Coarse 
adjustment+, +00201 = Coarse adjustment-
VXX LNSI3 Lens V shift
VXX LNSI4 Lens focus
VXX LNSI5 Lens zoom
 terminal
It is possible to control the projector remotely (by contact control) from a control board located away from the 
projector where remote control signals cannot reach.
Use the  terminal on the connecting terminals of the projector to connect to the control board.
Remote control Contact control
Remote control/contact control Standby Lit
Light source
RGB1 DIGITAL LINK
RGB2 HDMI
DVI-D
Installation locations in meeting rooms, etc. Remote control board in another location
Pin assignments and signal names
D-Sub 9-pin
Outside view Pin No.
Signal name Open (H)Short (L)
(9) (6)
(5) (1)
(1)
GND― GND
(2) POWER OFF ON
(3) RGB1 Other RGB1
(4) RGB2 Other RGB2
(5) DIGITAL LINK Other DIGITAL LINK
(6) HDMI Other HDMI
(7) DVI
- D Other DVI
- D
(8) SHUTTER OFF ON
(9) RST/SETControlled by remote 
control Controlled by external 
contact
Attention
 f
When controlling, make sure to short-circuit pins (1) and (9). fWhen pins (1) and (9) are short-circuited, the following buttons on the control panel and the remote control are disabled. Commands for 
RS
- 232C and network functions corresponding to these functions are also disabled.
 gPower on <

b> button, power standby  button,  button
 fWhen pins (1) and (9) are short-circuited, and then any pins from (3) to (7) and the pin (1) are short-circuited, the following buttons on the 
control panel and the remote control are disabled. Commands for RS

- 232C and network functions corresponding to these functions are also 
disabled.
 g Power on <

b> button, power standby  button,  button,  button,  button,  button,  button, 
 button,  button,  button
(SDI input is supported only for PT
-

RZ770, PT
-
 RZ660.)
Note
 fTo change the settings of pins (2) to (8), set the [PROJECTOR SETUP] menu → [REMOTE2 MODE] to [USER]. ( x   page   135)       
						

							Chapter 7 Appendix — Technical information
196 - ENGLISH
Two-window display combination list
l: P IN P (picture in picture) combination is possible
a: P IN P (picture in picture) combination is possible through the same frequency signal
―: P IN P (picture in picture) combination is not possible
Sub window
RGB1 RGB2
Main window RGBMoving 
image
*1Y/C input VIDEO 
input RGBMoving 
image*1
RGB1 RGB
――――
ll
Moving image*1― ―――
la
Y/C input ――――
la
VIDEO input ――――
la
RGB2 RGB
llll―
―
Moving image
*1l a aa ―
―
DVI
-
D RGB
*2l
lllll
Moving image
*3l a aa la
HDMI RGB
*2l
lllll
Moving image
*3l a aa la
SDI
*4l a aa la
DIGITAL LINK RGB
*2―
―――――
Moving image
*3― ―――――
Sub window
DVI
-
D HDMI
SDI
*4DIGITAL LINK
Main window RGB
*2Moving 
image*3RGB*2Moving 
image*3RGB*2Moving 
image*3
RGB1 RGB
lllll―
―
Moving image*1l a la a ―
―
Y/C input la la a ―
―
VIDEO input la la a ―
―
RGB2 RGB
lllll―
―
Moving image
*1l a la a ―
―
DVI
-
D RGB
*2―
―
lll―
―
Moving image
*3― ―
la a ―
―
HDMI RGB
*2l
l―
――――
Moving image
*3l a ―
――――
SDI
*4l a ―
――――
DIGITAL LINK RGB
*2―
――――――
Moving image
*3― ――――――
*1 480/60i, 480/60p, 576/50i, 576/50p, 720/60p, 720/50p, 1080/60i, 1080/50i, 1080/24sF , 1080/24p, 1080/25p, 1080/30p, 1080/50p, 1080/60p
*2  640   x   400 - 1   920   x   1   200
Non-interlaced signal, dot clock frequency: 25
  MHz - 162   MHz
*3
 
Only supports 480/60p, 576/50p, 720/60p, 720/50p, 1080/60i, 1080/50i, 1080/24sF , 1080/24p, 1080/25p, 1080/30p, 1080/50p, and 1080/60p
*4

 
Only for PT-
 RZ770, PT
-
 RZ660
Note
 fThe image of the sub window is not displayed when the P  IN P function is used with signal of different frequency by a is used.
Control device password
To initialize your password, consult your distributor.   
						

							Chapter 7 Appendix — Technical information
ENGLISH - 197
Upgrade Kit
(Only for PT-RZ770, PT- RZ660)
If the optional Upgrade Kit (Model No.: ET
-
 UK20) is applied, the following functions are extended.
FunctionStandard status When the Upgrade Kit is applied
Adjustment range of 
[VERTICAL KEYSTONE] Maximum of ±40°
*1Maximum of ±45°*1
Adjustment range of 
[HORIZONTAL KEYSTONE] Maximum of ±15°*1Maximum of ±40°*1
Adjustment range of 
[CURVED CORRECTION] Vertical arc, Maximum ±50*1
Horizontal arc, Maximum ±50*1Vertical arc, Maximum ±100*1
Horizontal arc, Maximum ±100*1
[CUSTOM MASKING]
Cannot be used. The image is masked in optional form.
[PC CORRECTION] for  [UNIFORMITY] Cannot be used.
Correct the brightness and color unevenness of the 
entire screen.
*1 The adjustment range of the menu. Refer to “[GEOMETR Y] projection range” (x   page   35) for the possible projection range.   
						

							Chapter 7 Appendix — Technical information
198 - ENGLISH
List of compatible signals
The following table specifies the video signals compatible with the projector. For details of SDI signal, refer to “List 
of SDI compatible signals” ( x
  page   200).
 fSymbols that indicate formats are as follows.
 gV

: VIDEO, Y/C
 gR: RGB (analog)
 gY

: YC
BCR/YPBPR (analog)
 gD: DVI

-
D
 g H: HDMI
 fInput corresponding to each item in the plug and play column is as follo\
ws.
 gRGB2: RGB2 input
 gDVI

-
D: DVI
-
D input
 g HDMI/DL: HDMI input, DIGIT

AL LINK input
Signal name
(SIGNAL FORMAT) Resolution
(Dots) Scanning freq.
Dot clock 
freq.
(MHz) Format Plug and play*1
Horizontal
(kHz)Vertical(Hz)RGB2 DVI - D
HDMI/
DL
EDID1 EDID2 EDID3
NTSC/NTSC4.43/ PAL
-
M/PAL60 720
 
x
 
480i 15.7 59.9 ―V ― ― ― ― ―
PAL/PAL
-
N/SECAM 720
 
x
 
576i 15.6 50.0 ―V ― ― ― ― ―
480/60i 720
 
x
 
480i 15.7 59.9 13.5 R/Y ― ― ― ― ―
576/50i 720
 
x
 
576i 15.6 50.0 13.5 R/Y ― ― ― ― ―
480/60i 720 
(1
 
440)
 
x
 
480i
*215.7 59.9 27.0 D/H ― ― ― ― ―
576/50i 720 
(1
 
440)
 
x
 
576i
*215.6 50.0 27.0 D/H ― ― ― ― ―
480/60p 720
 
x
 
480 31.5 59.9 27.0 R/Y/D/H ―
l―
l l
576/50p 720
 
x
 
576 31.3 50.0 27.0 R/Y/D/H ―
l―
l l
720/60p 1
 
280
 
x
 
720 45.0 60.0 74.3 R/Y/D/H ―
l―
l l
720/50p 1
 
280
 
x
 
720 37.5 50.0 74.3 R/Y/D/H ―
l―
l l
1080/60i 1
 
920
 
x
 
1
 
080i 33.8 60.0 74.3 R/Y/D/H ―
l―
l l
1080/50i 1
 
920
 
x
 
1
 
080i 28.1 50.0 74.3 R/Y/D/H ―
l―
l l
1080/24p 1
 
920
 
x
 
1
 
080 27.0 24.0 74.3 R/Y/D/H ―
l―
l l
1080/24sF 1
 
920
 
x
 
1
 
080i 27.0 48.0 74.3 R/Y/D/H ― ― ― ― ―
1080/25p 1
 
920
 
x
 
1
 
080 28.1 25.0 74.3 R/Y/D/H ―
l―
l―
1080/30p 1
 
920
 
x
 
1
 
080 33.8 30.0 74.3 R/Y/D/H ― ― ― ― ―
1080/60p 1
 
920
 
x
 
1
 
080 67.5 60.0 148.5 R/Y/D/H ―
l―
l l
1080/50p 1
 
920
 
x
 
1
 
080 56.3 50.0 148.5 R/Y/D/H ―
l―
l l
640
 
x
 
400/70 640
 
x
 
400 31.5 70.1 25.2 R/D/H ― ― ― ― ―
640
 
x
 
400/85 640
 
x
 
400 37.9 85.1 31.5 R/D/H ― ― ― ― ―
640
 
x
 
480/60 640
 
x
 
480 31.5 59.9 25.2 R/D/H
l l l l l
640
 
x
 
480/67 640
 
x
 
480 35.0 66.7 30.2 R/D/H ― ― ― ― ―
640
 
x
 
480/73 640
 
x
 
480 37.9 72.8 31.5 R/D/H
l―
l l l
640
 
x
 
480/75 640
 
x
 
480 37.5 75.0 31.5 R/D/H
l―
l l l
640
 
x
 
480/85 640
 
x
 
480 43.3 85.0 36.0 R/D/H ― ― ― ― ―
800
 
x
 
600/56 800
 
x
 
600 35.2 56.3 36.0 R/D/H
l―
l l l
800
 
x
 
600/60 800
 
x
 
600 37.9 60.3 40.0 R/D/H
l―
l l l
800
 
x
 
600/72 800
 
x
 
600 48.1 72.2 50.0 R/D/H
l―
l l l
800
 
x
 
600/75 800
 
x
 
600 46.9 75.0 49.5 R/D/H
l―
l l l
800
 
x
 
600/85 800
 
x
 
600 53.7 85.1 56.3 R/D/H ― ― ― ― ―
832
 
x
 
624/75 832
 
x
 
624 49.7 74.6 57.3 R/D/H
l―
l l l
1024
 
x
 
768/50 1
 
024
 
x
 
768 39.6 50.0 51.9 R/D/H ― ― ― ― ―
1024
 
x
 
768/60 1
 
024
 
x
 
768 48.4 60.0 65.0 R/D/H
l―
l l l
1024
 
x
 
768/70 1
 
024
 
x
 
768 56.5 70.1 75.0 R/D/H
l―
l l l
1024

 
x
 
768/75 1
 
024
 
x
 
768 60.0 75.0 78.8 R/D/H
l―
l l l
1024
 
x
 
768/82 1
 
024
 
x
 
768 65.5 81.6 86.0 R/D/H ― ― ― ― ―
1024
 
x
 
768/85 1
 
024
 
x
 
768 68.7 85.0 94.5 R/D/H ― ― ― ― ―
1024
 
x
 
768/100 1
 
024
 
x
 
768 81.4 100.0 113.3 R/D/H ― ― ― ― ―   
						

							Chapter 7 Appendix — Technical information
ENGLISH - 199
Signal name
(SIGNAL FORMAT) Resolution
(Dots) Scanning freq.
Dot clock 
freq.
(MHz) Format Plug and play*1
Horizontal
(kHz)Vertical(Hz)RGB2 DVI - D
HDMI/
DL
EDID1 EDID2 EDID3
1024
 
x
 
768/120 1
 
024
 
x
 
768 98.7 120.0 139.1 R/D/H
l―
l l l
1152
 
x
 
864/60 1
 
152
 
x
 
864 53.7 60.0 81.6 R/D/H ― ― ― ― ―
1152
 
x
 
864/70 1
 
152
 
x
 
864 64.0 70.0 94.2 R/D/H ― ― ― ― ―
1152
 
x
 
864/75 1
 
152
 
x
 
864 67.5 75.0 108.0 R/D/H ― ― ― ― ―
1152
 
x
 
864/85 1
 
152
 
x
 
864 77.1 85.0 119.7 R/D/H ― ― ― ― ―
1152
 
x
 
870/75 1
 
152
 
x
 
870 68.7 75.1 100.0 R/D/H
l―
l l l
1280
 
x
 
720/50 1
 
280
 
x
 
720 37.1 49.8 60.5 R/D/H ― ― ― ― ―
1280
 
x
 
720/60 1
 
280
 
x
 
720 44.8 59.9 74.5 R/D/H ― ― ― ― ―
1280
 
x
 
720/100 1
 
280
 
x
 
720 76.3 100.0 131.8 R/D/H ― ― ― ― ―
1280
 
x
 
720/120 1
 
280
 
x
 
720 92.6 120.0 161.6 R/D/H ― ― ― ― ―
1280
 
x
 
768/50 1
 
280
 
x
 
768 39.6 49.9 65.3 R/D/H ― ― ― ― ―
1280
 
x
 
768/60 1
 
280
 
x
 
768 47.8 59.9 79.5 R/D/H ― ― ― ― ―
1
 
280
 
x
 
768
*447.4 60.0 68.3 R/D/H ― ― ― ― ―
1280
 
x
 
768/75 1
 
280
 
x
 
768 60.3 74.9 102.3 R/D/H ― ― ― ― ―
1280
 
x
 
768/85 1
 
280
 
x
 
768 68.6 84.8 117.5 R/D/H ― ― ― ― ―
1280
 
x
 
800/50 1
 
280
 
x
 
800 41.3 50.0 68.0 R/D/H ― ― ― ― ―
1280
 
x
 
800/60 1
 
280
 
x
 
800 49.7 59.8 83.5 R/D/H
l
*3―l*3l*3l*3
1 280 x 800*449.3 59.9 71.0 R/D/H ― ― ― ― ―
1280
 
x
 
800/75 1
 
280
 
x
 
800 62.8 74.9 106.5 R/D/H ― ― ― ― ―
1280
 
x
 
800/85 1
 
280
 
x
 
800 71.6 84.9 122.5 R/D/H ― ― ― ― ―
1280
 
x
 
960/60 1
 
280
 
x
 
960 60.0 60.0 108.0 R/D/H ― ― ― ― ―
1280
 
x
 
1024/50 1
 
280
 
x
 
1
 
024 52.4 50.0 88.0 R/D/H ― ― ― ― ―
1280
 
x
 
1024/60 1
 
280
 
x
 
1
 
024 64.0 60.0 108.0 R/D/H ― ― ― ― ―
1280
 
x
 
1024/66 1
 
280
 
x
 
1
 
024 72.3 66.3 125.0 R/D/H ― ― ― ― ―
1280
 
x
 
1024/72 1
 
280
 
x
 
1
 
024 78.2 72.0 135.1 R/D/H ― ― ― ― ―
1280
 
x
 
1024/75 1
 
280
 
x
 
1
 
024 80.0 75.0 135.0 R/D/H
l―
l l l
1280
 
x
 
1024/85 1
 
280
 
x
 
1
 
024 91.1 85.0 157.5 R/D/H ― ― ― ― ―
1366
 
x
 
768/50 1
 
366
 
x
 
768 39.6 49.9 69.0 R/D/H ― ― ― ― ―
1366
 
x
 
768/60 1
 
366
 
x
 
768 47.7 59.8 85.5 R/D/H ― ― ― ― ―
1400
 
x
 
1050/50 1
 
400
 
x
 
1
 
050 54.1 50.0 99.9 R/D/H ― ― ― ― ―
1400
 
x
 
1050/60 1
 
400
 
x
 
1
 
050 64.0 60.0 108.0 R/D/H ― ― ― ― ―
1
 
400
 
x
 
1
 
050 65.3 60.0 121.8 R/D/H ― ― ― ― ―
1
 
400
 
x
 
1
 
050 65.2 60.0 122.6 R/D/H
l―
l l l
1400
 
x
 
1050/72 1
 
400
 
x
 
1
 
050 78.8 72.0 149.3 R/D/H ― ― ― ― ―
1400
 
x
 
1050/75 1
 
400
 
x
 
1
 
050 82.2 75.0 155.9
R/D/H ― ― ― ― ―
1440

 
x
 
900/50 1
 
440
 
x
 
900 46.3 49.9 86.8 R/D/H ― ― ― ― ―
1440
 
x
 
900/60 1
 
440
 
x
 
900 55.9 59.9 106.5 R/D/H ― ― ― ― ―
1600
 
x
 
900/50 1
 
600
 
x
 
900 46.4 49.9 96.5 R/D/H ― ― ― ― ―
1600
 
x
 
900/60 1
 
600
 
x
 
900 55.9 60.0 119.0 R/D/H
l―
l l l
1600
 
x
 
1200/50 1
 
600
 
x
 
1
 
200 61.8 49.9 131.5 R/D/H ― ― ― ― ―
1600
 
x
 
1200/60 1
 
600
 
x
 
1
 
200 75.0 60.0 162.0 R/D/H
l―
l l l
1680
 
x
 
1050/50 1
 
680
 
x
 
1
 
050 54.1 50.0 119.5 R/D/H ― ― ― ― ―
1680
 
x
 
1050/60 1
 
680
 
x
 
1
 
050 65.3 60.0 146.3 R/D/H ― ― ― ― ―
1920
 
x
 
1080/50 1
 
920
 
x
 
1
 
080 55.6 49.9 141.5 R/D/H ― ― ― ― ―
1920
 
x
 
1080/60 1
 
920
 
x
 
1
 
080
*466.6 59.9 138.5 R/D/H ― ― ― ― ―
1
 
920
 
x
 
1
 
080
*567.2 60.0 173.0 R ― ― ― ― ―
1920
 
x
 
1200/50 1
 
920
 
x
 
1
 
200 61.8 49.9 158.3 R/D/H ― ― ― ― ―
1920
 
x
 
1200/60 1
 
920
 
x
 
1
 
200
*574.6 59.9 193.3 R ― ― ― ― ―
1920
 
x
 
1200/60RB 1
 
920
 
x
 
1
 
200
*474.0 60.0 154.0 R/D/H
l―
l l*6l*6
*1 Signal with  l  in the plug and play column is a signal described in the EDID (extended display identification data) of the projector . The signal that 
does not have  l in the plug and play column can also be input if it is described in the\
 format column. The resolution may not be selected in the 
computer even if the projector is compatible for the signal that does no\
t have  l in the plug and play column.
*2
 
Pixel-Repetition signal (dot clock frequency 27.0
   MHz) only
*3
 
Only for PT-
 RW730, PT
-
 RW620
*4
 
VESA
  CVT-RB (Reduced Blanking)-compliant
*5
 
Samples the pixels in the image processing circuit and projects the image.
*6

 
Only for PT-
 RZ770, PT
-
 RZ660   
						

							Chapter 7 Appendix — Technical information
200 - ENGLISH
Note
 fA signal with a different resolution is converted to the number of display dots. The number of display dots is as follows. gPT-
RZ770, PT- RZ660: 1   920   x   1   200
 gPT-

RW730, PT
-
 RW620: 1   280   x   800
 fThe “i” at the end of the resolution indicates an interlaced signal. fWhen interlaced signals are connected, flickering may occur on the projected image. fDIGIT

AL LINK input compatible signal is the same as HDMI input compatible signal.
List of SDI compatible signals
(Only for PT- RZ770, PT- RZ660)
The following table specifies the SDI signals that the projector can project.
Signal name
(SIGNAL FORMAT) Resolution
(Dots) Scanning freq.
Dot clock 
freq.
(MHz) Format
Color space SamplingHorizontal
(kHz)Vertical(Hz)
480/60i 720
 
x
 
480i 15.7 59.9 27.0 SD
- SDIYC
BCR4:2:2 10bit
576/50i 720
 
x
 
576i 15.6 50.0 27.0 SD
-
SDI YC
BCR4:2:2 10bit
720/60p 1
 
280
 
x
 
720 45.0 60.0
*174.3 HD - SDIYPBPR4:2:2 10bit
720/50p 1
 
280
 
x
 
720 37.5 50.0 74.3 HD
-
SDI YP
BPR4:2:2 10bit
1080/60i 1
 
920
 
x
 
1
 
080i 33.8 60.0
*174.3 HD - SDIYPBPR4:2:2 10bit
1
 
920
 
x
 
1
 
080i 33.8 60.0
*174.3 3G-SDI Level-A RGB 4:4:4 10bit
1
 
920
 
x
 
1
 
080i 33.8 60.0
*174.3 3G-SDI Level-B RGB 4:4:4 10bit
1
 
920
 
x
 
1
 
080i 33.8 60.0
*174.3 3G-SDI Level-A RGB 4:4:4 12bit
1
 
920
 
x
 
1
 
080i 33.8 60.0
*174.3 3G-SDI Level-B RGB 4:4:4 12bit
1080/50i 1
 
920
 
x
 
1
 
080i 28.1 50.0 74.3 HD
- SDIYP
BPR4:2:2 10bit
1
 
920
 
x
 
1
 
080i 28.1 50.0 74.3 3G-SDI Level-A RGB 4:4:4 10bit
1
 
920
 
x
 
1
 
080i 28.1 50.0 74.3 3G-SDI Level-B RGB 4:4:4 10bit
1
 
920
 
x
 
1
 
080i 28.1 50.0 74.3 3G-SDI Level-A RGB 4:4:4 12bit
1
 
920
 
x
 
1
 
080i 28.1 50.0 74.3 3G-SDI Level-B RGB 4:4:4 12bit
1080/24p 1
 
920
 
x
 
1
 
080 27.0 24.0
*174.3 HD - SDIYPBPR4:2:2 10bit
1
 
920
 
x
 
1
 
080 27.0 24.0
*174.3 3G-SDI Level-A RGB 4:4:4 10bit
1
 
920
 
x
 
1
 
080 27.0 24.0
*174.3 3G-SDI Level-B RGB 4:4:4 10bit
1
 
920
 
x
 
1
 
080 27.0 24.0
*174.3 3G-SDI Level-A RGB 4:4:4 12bit
1
 
920
 
x
 
1
 
080 27.0 24.0
*174.3 3G-SDI Level-B RGB 4:4:4 12bit
1080/24sF 1
 
920
 
x
 
1
 
080i 27.0 48.0
*174.3 HD - SDIYPBPR4:2:2 10bit
1
 
920
 
x
 
1
 
080i 27.0 48.0
*174.3 3G-SDI Level-A RGB 4:4:4 10bit
1
 
920
 
x
 
1
 
080i 27.0 48.0
*174.3 3G-SDI Level-B RGB 4:4:4 10bit
1
 
920
 
x
 
1
 
080i 27.0 48.0
*174.3 3G-SDI Level-A RGB 4:4:4 12bit
1
 
920
 
x
 
1
 
080i 27.0 48.0
*174.3 3G-SDI Level-B RGB 4:4:4 12bit
1080/25p 1
 
920
 
x
 
1
 
080 28.1 25.0 74.3 HD
- SDIYP
BPR4:2:2 10bit
1
 
920
 
x
 
1
 
080 28.1 25.0 74.3 3G-SDI Level-A RGB 4:4:4 10bit
1
 
920
 
x
 
1
 
080 28.1 25.0 74.3 3G-SDI Level-B RGB 4:4:4 10bit
1
 
920
 
x
 
1
 
080 28.1 25.0 74.3 3G-SDI Level-A RGB 4:4:4 12bit
1
 
920
 
x
 
1
 
080 28.1 25.0 74.3 3G-SDI Level-B RGB 4:4:4 12bit
1080/30p 1
 
920
 
x
 
1
 
080 33.8 30.0
*174.3 HD - SDIYPBPR4:2:2 10bit
1
 
920
 
x
 
1
 
080 33.8 30.0
*174.3 3G-SDI Level-A RGB 4:4:4 10bit
1
 
920
 
x
 
1
 
080 33.8 30.0
*174.3 3G-SDI Level-B RGB 4:4:4 10bit
1
 
920
 
x
 
1
 
080 33.8 30.0
*174.3 3G-SDI Level-A RGB 4:4:4 12bit
1
 
920
 
x
 
1
 
080 33.8 30.0
*174.3 3G-SDI Level-B RGB 4:4:4 12bit
1080/60p 1
 
920
 
x
 
1
 
080 67.5 60.0
*1148.5 3G-SDI Level-A YPBPR4:2:2 10bit
1
 
920
 
x
 
1
 
080 67.5 60.0
*1148.5 3G-SDI Level-B YPBPR4:2:2 10bit
1080/50p 1
 
920
 
x
 
1
 
080 56.3 50.0 148.5 3G-SDI Level-A YP
BPR4:2:2 10bit
1
 
920
 
x
 
1
 
080 56.3 50.0 148.5 3G-SDI Level-B YP
BPR4:2:2 10bit
2K/24p 2
 
048
 
x
 
1
 
080 27.0 24.0
*174.3 3G-SDI Level-A RGB 4:4:4 10bit
2
 
048
 
x
 
1
 
080 27.0 24.0
*174.3 3G-SDI Level-B RGB 4:4:4 10bit
2
 
048
 
x
 
1
 
080 27.0 24.0
*174.3 3G-SDI Level-A RGB 4:4:4 12bit
2
 
048
 
x
 
1
 
080 27.0 24.0
*174.3 3G-SDI Level-B RGB 4:4:4 12bit