Sony Projector VPL-GT100 User Manual

							21 
Projecting/Adjusting an Image
1Press the ?/1 (ON/STANDBY) 
button.
A message “POWER OFF?” appears on 
the screen.
2Press the ?/1 (ON/STANDBY) 
button again before the 
message disappears.
The ON/STANDBY indicator flashes in 
green and the fan continues to run to 
reduce the internal heat. First, the ON/
STANDBY indicator flashes quickly, 
during which you will not be able to 
light up the ON/STANDBY indicator 
with the ?/1 (ON/STANDBY) button. 
The fan stops and the ON/STANDBY 
indicator changes from flashing green to 
remaining red.
The power is turned off completely, and 
you can disconnect the AC power cord.
Never disconnect the AC power cord while 
the indicator is flashing.
You can turn off the unit by holding the ?/1 
(ON/STANDBY) button for about 1 second, 
instead of performing the above steps.
Projecting high-
resolution images (V 
Split display)
Signals transferred after an image is split at 
“4096 × 2160” or “3840 × 2160” resolution 
are projected.
1Connect DisplayPort output 1 
and DisplayPort output 2 of the 
workstation to DisplayPort input 
1 and DisplayPort input 2 of the 
unit respectively (1 page 16).
2Turn on the unit and 
workstation.
3Select DisplayPort 1 (or 
DisplayPort 2) in the input 
palette.
4Select either “2048 × 2160” or 
“1920 × 2160” resolution in the 
setting screen on the 
workstation*.
5Select 60Hz for the refresh rate.
* For information on the setting screen, 
as operation differs depending on the 
OS or the graphic boards which are 
installed in the workstation, consult 
with the manufacturer of the 
workstation or graphic boards.
If “2048 × 2160” or “1920 × 2160” signals 
are input via DisplayPort input 1 and 
Turning Off the Power
Note 
						

							 22
DisplayPort input 2, a “4096 × 2160” or 
“3840 × 2160” resolution image will be 
displayed.
 During V Split display, setting items on the 
Picture menu are adjustment/setting values 
stored for the DiplayPort input selected in 
step 3 (1 page 74).
 Input the synchronized signals output from 
the same signal system in the same signal 
format to DisplayPort 1 and DisplayPort 2.
Watching 3D Video 
Images
You can enjoy powerful 3D video images, 
such as from 3D games and 3D Blu-ray 
Discs, using the optional 3D glasses.
1Turn on the HDMI equipment for 
3D compatibility connected to 
the unit, then play the 3D 
content.
For details on how to play 3D content, 
refer to the operating instructions for the 
connected equipment.
2Turn on the unit and project the 
3D video image onto the screen.
For details on how to project the image, 
see “Projecting the Picture”  (1 page 
20).
3Turn on the 3D glasses, and 
then put them on so that they fit 
comfortably.
For details on how to use the 3D glasses, 
see “Using the 3D Glasses”  (1 page 
23).
Tips
 The factory default setting for ”2D-3D 
Display Sel.” is “Auto” to allow projecting 
3D video images automatically when the unit 
detects 3D signals.
 To convert 3D video images to 2D video 
images, set “2D-3D Display Sel.” to “2D” 
(1 page 42).
 It may not be possible to display 3D video 
image, depending on the type of signal. Set 
the “2D-3D Display Sel.” to “3D,” and “3D 
Format” to “Side-by-Side” or “Over-Under” 
to suit the format of the 3D content you want 
to watch (1 page 42).
 Use the 3D glasses within the 
communication range (1 page 24).
Notes
Notes 
						

							23 
Projecting/Adjusting an Image
 You can watch 3D video images only when 
signals from HDMI input. When connecting 
3D equipment such as a 3D game or 3D Blu-
ray Disc player to the unit, use an HDMI 
cable.
 There are differences in perception of 3D 
video images among individuals.
 When the temperature of the usage 
environment is low, the 3D effect may be 
diminished.
Adjusting/Setting the 3D 
functions
You can adjust/set the 3D functions by 
pressing the 3D button on the remote control 
or with the “3D Settings” of the Function   
menu. For details, see “3D Settings” (1 
page 42).
The 3D glasses receive signals from the 3D 
Sync Transmitter built into the front of the 
unit, which are reflected to the glasses from 
the screen. When watching 3D video images 
using the 3D glasses, face squarely toward 
the screen.
1Press the power button on the 
3D glasses. 
The LED indicator lights up in green.
2Put on the 3D glasses.
3Turn toward the screen.
Precautions for use
The 3D glasses receive infrared signals sent 
by the 3D Sync Transmitter built into the 
front of the unit, which are reflected to the 
glasses from the screen.
Misoperation may occur if:
– The 3D glasses do not face the screen
– There are objects blocking the path 
between the 3D glasses and the screen
– The viewing position is too far from the 
screen or the distance between the unit and 
screen is too great
– There are other infrared communication 
devices nearby
Using the 3D Glasses
LED indicator Power button
IR sensor 
						

							 24
3D glasses communication range
Figures A and B below indicate the communication range of the 3D glasses. If you try to 
watch 3D video images from a distance greater than the communication range or install 
the unit outside the communication range, the 3D glasses may not be able to display the 
images properly. Also, the viable angles and distance vary depending on the screen type, 
environment of the room, and installation environment of the unit.
Figure A: 3D sync signal communication distance (Shift Range: 0.5 V)
Figure B: 3D glasses communication range (The figure shows the distance 
between the screen and the projector as 8 m.)
Screena
Projector
Side view
3D glasses b
a + b = 13 m (Maximum)
Screen3D glasses
Top or side view
Approx. 5 m (Maximum) 
						

							25 
Projecting/Adjusting an Image
Using the Picture 
Position
You can store up to five combinations of 
lens settings (focus, window size, window 
position) and aspect ratio, and you can recall 
those settings.
1Press the POSITION button.
The Picture Position selecting palette is 
displayed.
2Press the POSITION button 
repeatedly, or press the M/m/ 
buttons to select the position.
The settings of the position selected is 
recalled.
Store or delete the lens settings and 
aspect ratio in the “Picture Position” of 
the Screen   menu (1 page 38). 
A position where lens settings and 
aspect ratio are not stored is displayed as 
“---.”
Image of the lens moving
In the example below, the images with 
aspect ratio of 1.78:1 (16:9) and 2.35:1 are 
projected on a 2.35:1 screen.
 After you have selected and confirmed the 
lens position, the lens starts to move. Do not 
touch, or place anything near, the lens, 
otherwise it may cause injury or a 
malfunction.
 If you press any button on the unit while the 
lens is moving, the lens stops. In this case, 
select the lens position again or adjust the 
lens manually.
 The Picture Position function is not 
guaranteed to reproduce the lens settings 
precisely.
 When you use the subtended screen angle of 
two or more aspects using lens zoom, install 
the unit within the specified parameters 
referring to  “Projection distance” (1 page 
78). With some setting positions, the range of 
lens shift may be restricted, even though the 
unit is installed within the specified 
parameters.
Notes
When a 1.78:1 (16:9) image is input
When a 2.35:1 image is input
Press the POSITION 
button.
The 2.35:1 image expands to 
fill the screen. 
						

							 26
Selecting the Aspect Ratio According to the 
Video Signal
You can select an aspect ratio best suited for the video signal received.
Press ASPECT.
Each time you press the button, you can 
select the “Aspect” setting.
You can also select it using the menu 
(1 page 39).
Original image Recommended setting and resultant images
ASPECT 
button
1.85:1
Squeezed 1.85:1
1.85:1 Zoom
2.35:1
Squeezed 2.35:1
2.35:1 Zoom 
						

							27 
Projecting/Adjusting an Image
Original image Recommended setting and resultant images
1.78:1 (16:9)
1.33:1 (4:3)
1.33:1 (4:3) with side panels
Normal
Squeezed
Stretch
2.35:1
V Stretch
When using an anamorphic lens 
						

							 28
 Selectable aspect modes vary depending on the input signal. (1 page 73)
 The aspect cannot be selected for an input signal from a computer, or when preset memory number 
76 or 96 (1 page 68) signal is input.
Notes on switching the “Aspect” setting
 Select the aspect mode taking into account that changing the aspect ratio of the original 
picture will provide a different look from that of the original image.
 Note that if the unit is used for profit or for public viewing, modifying the original 
picture by switching the aspect may constitute an infringement of the rights of authors 
or producers, which are legally protected.
Notes
Original image Recommended setting and resultant images
16:9
Squeeze
When using an anamorphic lens 
						

							29 
Projecting/Adjusting an Image
Selecting the Picture Viewing Mode
You can select the picture viewing mode that best suits the type of video source or room 
conditions.
You can save and use different preset modes for 2D/3D respectively.
Press one of the CALIBRATED PRESET buttons.
Setting items Description
CINEMA FILM 1 Picture quality suited to reproducing the highly dynamic and clear images 
typical of master positive film.
CINEMA FILM 2 Picture quality suited to reproducing the rich tone and color typical of a 
movie theater.
CINEMA DIGITAL Picture quality suited to reproducing digital cinema-like images 
resembling DCI specifications (1 page 56).
REF A picture quality setup suitable for when you want to reproduce faithfully 
the original image quality, or for enjoying image quality, without any 
adjustment.
TV Picture quality suited for watching TV programs, sports, concerts, etc.
PHOTO Ideal for projecting still images taken with a digital camera.
GAME Picture quality suited to gaming, with well-modulated colors and fast 
response.
BRT CINE Picture quality suited for watching movies in a bright environment, such 
as a living room.
BRT TV Picture quality suited for watching TV programs, sports, concerts, and 
other video images in a bright environment, such as a living room.
CALIBRATED 
PRESET buttons 
						

							 30
Using “ImageDirector3” to Adjust the Picture 
Quality
By using the “ImageDirector3,” you can make the desired gamma correction from a 
computer connected to the unit. Connect the REMOTE or LAN connector of the unit with 
a computer and start-up “ImageDirector3” on the computer.
For details on how to use “ImageDirector3,” refer to the Help in “ImageDirector3.”
 You need to install the “ImageDirector3” on a computer beforehand. “ImageDirector3” can be 
downloaded from the Sony website.
http://esupport.sony.com/US/p/select-system.pl
http://www.pro.sony.eu/pro/article/projectors-home-cinema-article
 When connecting the REMOTE or LAN connector with a computer, connect while the power of 
the computer and the unit is off.
 You cannot adjust the picture quality when “Gamma Correction” in the Picture   menu is set to 
“Off”.
 When you set “Gamma Correction” in the Picture   menu to 1.8, 2.0, 2.1, 2.2, 2.4, or 2.6, 
“ImageDirector3” displays Gamma 1, Gamma 2, Gamma 3, Gamma 4, Gamma 5, or Gamma 6, 
respectively.
 If you use “ImageDirector3” while a 3D video image is displayed or a 3D signal is input, the image 
may be distorted.
Notes