Panasonic LCD Projector PT-EX16KE PT-EX16KU Operating Instructions

							Technical Information
ENGLISH - 91
Appendix
6) Then use [Lens shift] to overlap the shaded areas.
■zThe red line will turn yellow if it is overlapped correctly .
Line (yellow)Frame (green): Pro\jje\fted image
E\bit
Edge blending
On
On All
Left
Right
Top
Bottom
Bla\fk level
Test pattern
Menu off Start
Width
Start
Width
Start
Width
Start
Width
All
Reset Ba\fk
Ne\bt
Move
Ba\fk E\bit
Edge blending
On
On All
Left
Right
Top
Bottom
Bla\fk level
Test pattern
Menu off Start
Width
Start
Width
Start
Width
Start
Width
All
Reset Ba\fk
Ne\bt
Move
Ba\fk
7) Turn [Test pattern] to [On] to display a 50% white test pattern.
■z The overlapping areas will be displayed brighter than other areas.
8) Adjust [Black level] so that there is no difference between the overlapping areas and 
other areas.
■zTo adjust the overlapping areas, setting the [Contrast] value in the [Image adjust] menu is recommended.
If the left and right colors do not match,  
proceed to the following step.
■
■ [Color matching]
9) Select [Color matching] in the [Setting] menu and display the setting screen.
10)  
T
 urn on color matching with [On] and adjust [Red]/[Green]/[Blue]/[White].
11)
 
S
 elect [Advanced color matching] if more detailed settings are required, and display 
the setting screen.
12)
 
T
 urn on advanced color matching with [On] and adjust each color with [T arget].
■zSet the [T arget] value to within the [Measured] value range.
Advanced color mat\uching
Measured
\farget
Auto test pattern Menu offDefault \fest pattern
\btore Reset Back Information
Off
Red
Green
Blue
Red
Green
Blue
Cyan
Magenta
Yellow
White White
Exit Back Next
Move OnExample) Value for “[Red], x”
“[Measured]=0.674”, so [Target] is set to a smaller value of 
“0.650”.
13) If the colors do not match even after adjusting [T
arget], use a colorimeter to 
measure the chromaticity coordinates and luminance to make further adjustments. 
						

							Technical Information
92 - ENGLISH
Appendix
■zAdjusting colors with a colorimeter
1)  
T
 urn [Advanced color matching] to [On].
2)
 
Select [T
 est pattern] and press the  button.
■zDisplays the test pattern selection screen.
3) Select [Red] (or [Green], [Blue]) from [Measured] and press the  button.
■zThe test pattern is displayed.
Measured Test pattern
Exit
Target
Red
Green B\fue
Red
Green B\fue
Cyan
Magenta
Ye\f\f\bwWhite
4) Measure the chromaticity coordinates (x, y) and luminance (Lx) using the 
colorimeter .
5)
 
Select [Exit] and press the  button.
■z Return to the advanced color matching setting screen.
6) Enter the value obtained in step 4).
7)  
Calculate the “L” value from the following formula and enter the value.
Example) Calculate  “L” for the measured red value.
Luminance (Lx) of red
Luminance of red + luminance of green + luminance of blue (Lx)
8) Adjust the [T arget] value again.
9)  
Select [Store] to register the adjusted value.
■z Where required, adjust other projectors in the same way . 
						

							Technical Information
ENGLISH - 93
Appendix
Label notifying registration of password
Apply the supplied label to the projector in a visible location when the password is registered and valid.
PJLink
This projector complies with Class1 as defined by JBMIA (Japan Business Machine and Information System 
Industries Association) PJLink standards. This projector is compatible with all commands defined by PJLink 
Class1, and verifies that it complies with Class1 standards defined by PJLink.
Projector input namePJLink
Input name Parameters
INPUT 1 RGB (PC Analog) RGB 111
RGB (Scart) RGB 212
RGB (PC Digital) DIGITAL 131
RGB (AV HDCP) DIGITAL 232
HDMI DIGITAL 333
INPUT 1 AUX 146
INPUT 2 Video VIDEO 121
Y,Pb/Cb,Pr/Cr VIDEO 222
RGB RGB 313
S-video VIDEO 525
INPUT 2 AUX 247
INPUT 3 INPUT 3 AUX 348
INPUT 4 INPUT 4 AUX 449 
						

							Technical Information
94 - ENGLISH
Appendix
■
■ PJLink
The PJLink subcommittee was established within the Data Projector Group in September 2003. The new PJLink 
interface specification for projectors was stipulated by the PJLink subcommittee as part of its first year of activities.
PJLink is a unified standard for the control and management of projectors.
The standard allows centralized management of projectors and operation with a controller, regardless of manufacturer.
JBMIA aims to provide early systemization of monitoring and control of network projectors, which will become 
mainstream in the future, delivering greater convenience to the user and making projectors more widely used.
Class1: standardization of the projector's basic control and monitoring functions.
Basic projector control: power control, input selection, etc.
Acquisition of each type of projector information and status: power status, input selection status, error status, 
lamp cumulative operating time, etc.
JBMIA: Japan Business Machine and Information System Industries Association. Association that changed its name on April 1, 2002, from Japan Business Machine Makers 
Association (JBMA), which was established in 1960.
PJLink is a registered trademark of JBMIA and pending trademark in some countries.
PJLink URL: http://pjlink.jbmia.or.jp/english/
Serial terminal
The projector / connection terminals conform with RS-232C so that 
the projector can be connected to and controlled from a computer .
■
■ Connection
Computer
\f-Sub \b-pin (male)
\f-Sub \b-pin (female)
Transmission cable
■
■ Pin assignments and signal names
D-Sub 9-pin (male)
Outside view Pin No. Signal name
Details
(1) (5)
(6) (9)
(1)
— NC
(2) RXD Received data
(3) TXD Transmitted data
(4) — NC
(5) GND Ground
(6) —
NC
(7)
—
(8) —
(9) — 
						

							Technical Information
ENGLISH - 95
Appendix
■
■ Transmission conditions
Signal level
RS-232C-compliant Character length 8 bits
Sync. method Asynchronous Stop bit1 bit
Baud rate 19 200 bps
*1X parameterNone
Parity None S parameterNone
*1: Fixed to 9 600 bps when [AMX D. D.] is set to on.
■
■ Basic format
Transmission from the computer begins 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 byte\os) Semico\fon (1 byte)
Co\fon
(1 byte)
\b13 command 
characters (3 byte\os)Parameter 
(undefined \fength)\b1End
(1 byte)
Start (1 byte)
ZZ, 1 to 64
ID designate
*1: When sending commands without parameters, a colon (:) is not necessary
.
■
■ Basic format (with sub command)
Parameter (6 bytes\“)*1
Symbol “\f” or “-” (1\“ byte) an\b set 
value or a\bjustment\“ value (5 bytes)
Operation (1 byte)
*1
“=” (Value specifie\b\“ using parameter is\“ set)
Sub comman\b 
(5 bytes)
Same as basic form\“at
*1: When sending commands without parameters, the operation (E) and parameter are not necessary . 
						

							Technical Information
96 - ENGLISH
Appendix
■
■ List of commands
The following list shows commands to control the projector via a computer
.

CommandControl detailsNote (parameters)
PON Power on To check if the power is on, use the “Check power status” command.
POF Power standby
QPW Check power status 000 = Standby
 
001 = Power on
IIS Switch input signal VID = Input 2 - video
SVD = Input 2 - S-video
RG1 = Input 1 - RGB (PC analog)
RG2 = Input 2 - RGB
DVI = Input 2 - RGB (PC digital)
HD1 = Input 1 - HDMI
SCT

 = Input 1 - RGB (Scart)
AU1,SD1 = Input 3 - SDI1
AU1,SD2 = Input 3 - SDI2
AU2,SD1 = Input 4 - SDI1
AU2,SD2 = Input 4 - SDI2
QSL Check used lamp 0 = 4-Lamps in use
 
1 = Lamps 1 and 4 for 2-Lamps in use
2 = Lamps 2 and 3 for 2-Lamps in use

 
3 = auto for 2-Lamps in use
LPM Select used lamp 0 = 4-Lamps

 
1 = Lamps 1 and 4 for 2-Lamps
2 = Lamps 2 and 3 for 2-Lamps

 
3 = auto for 2-Lamps
OLP Set lamp power 0 = Normal

 
2 = 

Auto
 
3 = Eco mode 1
  
4 = Eco mode 2
QLP Check lamp power 0 = Normal

 
2 = 

Auto
 
3 = Eco mode 1
  
4 = Eco mode 2
Q$L Check lamp usage 
status 1 = Lamp 1

 
2 = Lamp 2

 
3 = Lamp 3
4 = Lamp 4 (when [Lamp power] is set to standard)
OSH Shutter 0 = Finish

 
1 = Execute
QSH Check shutter status 0 = Finish

 
1 = Execute
VSE Change aspect ratio 0 = NORMAL
 2 = WIDE

 
5 = 
 TRUE  
6 = FULL
40 = ZOOM

 
50 = CUST

OM
QSE Check aspect ratio 
setting 0 = NORMAL
 2 = WIDE

 
5 = 
 TRUE  
6 = FULL
40 = ZOOM

 
50 = CUST

OM
QFI Check filter status 6 = Filter counter remaining (ratio), responded in values 000 to 100 (unit: %)

Command Subcommand Control details Note (parameters)
VXX LNSI2 Lens H shift + 00000 = Fine adjustment 1 +, + 00001 = Fine adjustment 1 -, 
+ 00100 = Fine adjustment 2 +, + 00101= Fine adjustment 2 -, 
+ 00200 = Rough adjustment 1 +, + 00201 = Rough adjustment 1 -
VXX LNSI3 Lens V shift
VXX LNSI4 Lens focus
VXX LNSI5 Lens zoom 
						

							Technical Information
ENGLISH - 97
Appendix
Other terminals
■
■  terminal pin assignments and signal names
Outside view Pin No. Signal name
(1)
(2)
(3)
(4)(1)
GND (luminance signal)
(2) GND (color signal)
(3) Luminance signal
(4) Color signal
■
■  terminal pin assignments and signal names
Outside view Pin No. Signal name
(4) is not used.
(5) to (8), (10), and (11) are GND 
terminals.
(10)(6)
(11)
(15)
(1)
(5)
(1)
R
(2) G
(3) B
(9) +5 V
(12) DDC data
(13) HD/SYNC
(14) VD
(15) DDC clock
■
■  terminal pin assignments and signal names
Outside view Pin No. Signal name Pin No. Signal name
(1) T.M.D.S data 2 + (11)T.M.D.S clock
shield
Odd number pins from (1)  to (19)(2) T.M.D.S data 2
shield (12)
T.M.D.S clock -
(3) T.M.D.S data 2 - (13)CEC
(2)
(18)
(1)
(19)(4)
T.M.D.S data 1 + (14)—
(5) T.M.D.S data 1
shield (15)
SCL
(6) T.M.D.S data 1 - (16)SDA
(7) T.M.D.S data 0 + (17)DDC/CEC
GND
Even number pins from  (2) to  (18)(8) T.M.D.S data 0
shield (18)
+5 V
(9) T.M.D.S data 0 - (19)Hot plug detection
(10) T.M.D.S clock + 
						

							Technical Information
98 - ENGLISH
Appendix
■
■  terminal pin assignments and signal names
Outside view Pin No. Signal name Pin No. Signal name
(24)
(17) (16)
(9)
(8)
(1)
(1)
T.M.D.S data 2 - (13)–
(2) T.M.D.S data 2 + (14)+5 V
(3) T.M.D.S data 2/4
shield (15)
GND
(4) –(16)Hot plug detection
(5) –(17)T.M.D.S data 0 -
(6) DDC clock (18)T.M.D.S data 0 +
(7) DDC data (19)T.M.D.S data 0/5
shield
(8) –(20) –
(9) T.M.D.S data 1 - (21)–
(10) T.M.D.S data 1 + (22)T.M.D.S clock
shield
(11) T.M.D.S data 1/3
shield (23)
T.M.D.S clock +
(12) –(24)T.M.D.S clock - 
						

							Technical Information
ENGLISH - 99
Appendix
 List of compatible signals
The following table specifies the types of signal compatible with the projector.
■
■ When the signal is analog
Screen display
Resolution*1Scanning frequency Dot clock
mode (dots)Horizontal (kHz) Vertical (Hz)frequency (MHz)
VGA 1 640 x 480 31.47059.88025.149
VGA 2 720 x 400 31.47070.09028.322
VGA 3 640 x 400 31.47070.09025.175
VGA 4 640 x 480 37.86074.38031.500
VGA 5 640 x 480 37.86072.81031.500
VGA 6 640 x 480 37.50075.00031.500
VGA 7 640 x 480 43.26985.00036.000
MAC LC13 640 x 480 34.97066.60031.330
MAC 13 640 x 480 35.00066.67030.240
480p 640 x 480 31.47059.88025.200
576p 768 x 576 31.25050.00029.500
576i 768 x 576i 15.62550.00014.750
480i 640 x 480i 15.73460.00012.273
SVGA 1 800 x 600 35.15656.25036.000
SVGA 2 800 x 600 37.88060.32040.000
SVGA 3 800 x 600 46.87575.00049.500
SVGA 4 800 x 600 53.67485.06056.250
SVGA 5 800 x 600 48.08072.19050.000
SVGA 6 800 x 600 37.90061.03040.020
SVGA 7 800 x 600 34.50055.38036.432
SVGA 8 800 x 600 38.00060.51040.128
SVGA 9 800 x 600 38.60060.31038.600
SVGA 10 800 x 600 32.70051.09032.700
SVGA 11 800 x 600 38.00060.51040.128
MAC 16 832 x 624 49.72074.55057.283
XGA 1 1 024 x 768 48.36060.00065.000
XGA 2 1 024 x 768 68.67784.99794.504
XGA 3 1 024 x 768 60.02375.03078.750
XGA 4 1 024 x 768 56.47670.07075.000
XGA 5 1 024 x 768 60.31074.92079.252
XGA 6 1 024 x 768 48.50060.02065.179
XGA 7 1 024 x 768 44.00054.58059.129
XGA 8 1 024 x 768 63.48079.35083.410
XGA 9 1 024 x 768i 36.00087.17047.300
XGA 10 1 024 x 768 62.04077.07084.375
XGA 11 1 024 x 768 61.00075.70081.000
XGA 12 1 024 x 768i 35.52286.96044.900
XGA 13 1 024 x 768 46.90058.20063.030
XGA 14 1 024 x 768 47.00058.30061.664
XGA 15 1 024 x 768 58.03072.00074.745
MAC 19 1 024 x 768 60.24075.08080.010
SXGA 1 1 152 x 864 64.20070.40094.560
SXGA 2 1 280 x 1 024 62.50058.600108.000
SXGA 3 1 280 x 1 024 63.90060.000107.350
SXGA 4 1 280 x 1 024 63.34059.980108.180
SXGA 5 1 280 x 1 024 63.74060.010109.497
SXGA 6 1 280 x 1 024 71.69067.190117.004
SXGA 7 1 280 x 1 024 81.13076.107135.008
SXGA 8 1 280 x 1 024 63.98060.020108.000
SXGA 9 1 280 x 1 024 79.97675.025135.000
SXGA 10 1 280 x 960 60.00060.000108.000
SXGA 11 1 152 x 900 61.20065.20092.000
SXGA 12 1 152 x 900 71.40075.600105.100
SXGA 13 1 280 x 1 024i 50.00086.00080.000
SXGA 14 1 280 x 1 024i 50.00094.00080.000
SXGA 15 1 280 x 1 024 63.37060.010111.520
SXGA 16 1 280 x 1 024 76.97072.000130.080 
						

							Technical Information
100 - ENGLISH
Appendix
Screen displayResolution*1Scanning frequency Dot clock
mode (dots)Horizontal (kHz) Vertical (Hz)frequency (MHz)
SXGA 17 1 152 x 900 61.85066.00094.500
SXGA 18 1 280 x 1 024i 46.43086.70078.745
SXGA 19 1 280 x 1 024 63.79060.180108.190
SXGA 20 1 280 x 1 024 91.14685.024157.500
SXGA+ 1 1 400 x 1 050 63.97060.190107.990
SXGA+ 2 1 400 x 1 050 65.35060.120122.850
SXGA+ 3 1 400 x 1 050 65.12059.900122.430
SXGA+ 4 1 400 x 1 050 64.03060.010108.160
SXGA+ 5 1 400 x 1 050 62.50058.600108.000
SXGA+ 6 1 400 x 1 050 64.74459.948101.000
SXGA+ 7 1 400 x 1 050 65.31759.978121.750
MAC 21 1 152 x 870 68.68075.060100.000
MAC 1 280 x 960 75.00075.080126.000
MAC 1 280 x 1 024 80.00075.080135.200
WXGA 1 1 366 x 768 48.36060.00086.670
WXGA 2 1 360 x 768 47.70060.00086.670
WXGA 3 1 376 x 768 48.36060.00086.670
WXGA 4 1 360 x 768 56.16072.000100.190
WXGA 6 1 280 x 768 47.77659.87079.500
WXGA 7 1 280 x 768 60.28974.893102.250
WXGA 8 1 280 x 768 68.63384.837117.500
WXGA 9 1 280 x 800 49.60060.05079.360
WXGA 10 1 280 x 800 41.20050.00068.557
WXGA 11 1 280 x 800 49.70259.81083.500
WXGA 12 1 280 x 800 63.98060.020108.000
WXGA 17 1 280 x 800 58.289 69.975 98.858 
WXGA 18 1 280 x 800 60.044 71.995 102.795 
WXGA 19 1 280 x 800 62.790 74.928 106.492 
WXGA 20 1 280 x 800 71.553 84.879 122.498 
WXGA 21 1 280 x 800 55.993 69.991 94.964 
WXGA 22 1 280 x 800 57.675 72.004 97.817 
WUXGA 1
*21 920 x 1 200 74.55659.885193.250
WUXGA 2 1 920 x 1 200 74.03859.950154.000
WSXGA+ 1 1 680 x 1 050 65.29059.954146.250
WXGA+ 1 1 440 x 900 55.93559.887106.500
WXGA+ 2 1 440 x 900 74.91860.000161.850
UXGA 1 1 600 x 1 200 75.00060.000162.000
UXGA 2
*21 600 x 1 200 81.25065.000175.500
UXGA 3*21 600 x 1 200 87.50070.000189.000
UXGA 4*21 600 x 1 200 93.75075.000202.500
UXGA 5*21 600 x 1 200 106.25085.000229.500
720p 1 280 x 720 45.00060.00074.250
720p 1 280 x 720 37.50050.00074.250
1035i 1 920 x 1 035i 33.75060.00074.250
1080i 1 920 x 1 080i
33.75060.00074.250
1 920 x 1 080i 28.12550.00074.250
1080p 1 920 x 1 080
33.75030.00074.250
1 920 x 1 080 28.12525.00074.250
1 920 x 1 080 27.00024.00074.250
1 920 x 1 080 67.50060.000148.500
1 920 x 1 080 56.25050.000148.500
1080psf/30 1 920 x 1 080 33.75060.00074.250
1080psf/25 1 920 x 1 080 28.12550.00074.250
1080psf/24 1 920 x 1 080 27.00048.00074.250
*1: The “i” after the resolution indicates an interlaced signal.
*2:  Not compatible with [T rue] in [Screen].