Digital Projection Projector HIGHlite 660 3D Series User Manual

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Connection Guide
SIGNAL INPUTS AND OUTPUTS
Signal Inputs And Outputs
Analog inputs
1 Component
When using RGsB or RGBs:
• Set Component Color Space in the Setup/
Input Configuration menu to RGB.
• Set Component Sync Type in the Setup/
Input Configuration menu to Auto, except 
when the projector has problems selecting 
between 3 Wire (RGsB) and 4 Wire (RGBs).
When using YPbPr:
• Set Component Color Space in the Setup/
Input Configuration menu to YPbPr.
2 DVI 1
This input has a DVI-I connector, which can receive 
either analog (DVI-A) or digital (DVI-D) signal from 
a compatible source.
Set DVI 1 Port in the Setup/Input Configuration 
menu to choose between Analog and Digital.
3 CVBS 1
Connect a Composite Video input signal to the 
BNC connector CVBS 1.
4 S-Video
Connect to the 4-pin mini-DIN connector.
5 VGA
Receives analog signal from a computer. When 
using this input, it is best to use a fully wired VGA 
cable to connect the source to the projector. This 
will allow the source to determine the projector’s 
capabilities via DDC and show an optimized image. 
Such cables can be identified as they have a blue 
connector shell.
Use Auto Setup in the Image > VGA Setup menu.
6 CVBS 2
Connect a Composite Video input signal to the 
RCA phono connector CVBS 2.
Analog signal inputs
56
1234
Notes
 For a complete listing of pin 
configurations for all signal and 
control connectors, see  Appendix 
E: Wiring Details in the Reference 
Guide .
 For further information on setting 
up the DVI 1 input, see Input 
Configuration  in the Operating 
Guide .
 For more VGA settings, see Image 
menu in the Operating Guide.
   
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Connection Guide
SIGNAL INPUTS AND OUTPUTS
Digital inputs and outputs
1 DVI 1
This input has a DVI-I connector, which can receive 
either analog (DVI-A) or digital (DVI-D) signal from a 
compatible source.
Set DVI 1 Port in the Setup > Input Configuration 
menu to choose between Analog and Digital.
Supports sources up to 1920x1200 resolution, 
24-60 Hz; up to 12 bits per color. Supports HDCP.
2 HDMI 1
A single HDMI 1.3c input.
3 S/PDIF
This is a digital output. Compatible audio sample 
packets on the HDMI 1 input stream are decoded 
and output on the S/PDIF connector.
4 3G-SDI
If two video streams are being transmitted, 
set 3G Level B Stream in the 
Setup > Input Configuration menu to choose one.
5 DVI 2
Single Link DVI-D input.
This input has a DVI-I connector, but can only receive 
digital signal (DVI-D) from a compatible source.
Supports sources up to:
• 1920x1080 resolution (HIGHlite 660 3D 1080p)
• 1920x1200 resolution (HIGHlite 660 3D WUXGA)
24-160 Hz; up to 12 bits per color. Supports HDCP.
6 Dual Pipe 3D
Supports sources up to:
• 1920x1080 resolution (HIGHlite 660 3D 1080p)
• 1920x1200 resolution (HIGHlite 660 3D WUXGA)
at frame rates consistent with up to 148.5 Mpx/sec/
pipe (including blanking).
7 HDMI 2, HDMI 3
Two identical single HDMI 1.4b inputs.
8 HDBaseT/LAN
Receives digital signal from HDBaseT-compliant 
devices.
Notes
 For further information on setting 
up the DVI 1 input, see Input 
Configuration  in the Operating 
Guide .
 For a complete listing of pin 
configurations for all signal and 
control connectors, see  Appendix 
E: Wiring Details in the Reference 
Guide .
 The following inputs are designed 
to handle high bandwidth signals 
(above 60 Hz) in addition to lower 
frequencies:
• DVI 2
• HDMI 2 and HDMI 3
  However, the above inputs are 
unable to process some geometrical 
and scaling adjustments 
  For further information, see Low 
latency inputs further in this guide.
Digital signal inputs and outputs
8
3124576
   
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Connection Guide
SIGNAL INPUTS AND OUTPUTS
Low latency inputs
The following inputs have been designed to offer access to a very high bandwidth digital video path, free of the limi\
tations inherent to 
standard image processing techniques:
• DVI 2 / Dual Pipe 3D
• HDMI 2
• HDMI 3
The image is pixel-mapped directly to each DMD™, so only a subset of \
the image settings applies to the above inputs.
Global settings, such as input selection, lens and lamp control are all \
applicable to these inputs but modal settings are not.
Notes
 There is no scaler on the low latency 
inputs.
  Images up to and including the 
native resolution of the display will 
be displayed pixel for pixel and 
centred.
  This enables the projector to 
maximize the image bandwidth and 
grayscale resolution.
 Global settings are indicated by 
a globe icon in the OSD and affect 
all inputs.
  Modal settings only affect the 
currently displayed input.
   
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Connection Guide
SIGNAL INPUTS AND OUTPUTS
DVI connection exampleNotesNotes
Single link DVI video source 
Dual Pipe 3D video source
Single link DVI video source
DVI 1
DVI 2 (top socket) 
DVI 2 (top and  bottom)
   
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Connection Guide
SIGNAL INPUTS AND OUTPUTS
EDID on the DVI and VGA inputs
If you connect a computer graphics card or other source which uses DDC t\
o discover the capabilities of the attached display, it will 
automatically configure itself to the best settings when connected to the projector via DVI, HDMI or VGA inputs.
Otherwise refer to the documentation supplied with the source to manuall\
y set the resolution to the DMD™ resolution of the projector or the 
nearest suitable setting. Switch off the source, connect to the projector, then switch the source back on again.
Using HDMI/DVI switchers with the projector
When using an HDMI/DVI source switcher with the projector, it is important to set the switcher so that it passes the projector ED\
ID through to 
the source devices. If this is not done, the projector may not be able t\
o lock to the source or display the source correctly as its video output\
 
timings may not be compatible with those of the projector. Sometimes this is called transparent, pass-through or clone mode. See \
your 
switcher’s manual for information on how to set this mode.
Additionally, sources which use HDCP encryption may not display properly when connected to the projector via\
 a switcher. Refer to the 
switcher’s manual for more information.
1Sources
2Switcher
3Projector
Notes
The EDIDs in the switcher should be the same as the one in the projector\
.
132
EDID
EDID
EDIDEDID
   
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Connection Guide
SIGNAL INPUTS AND OUTPUTS
3D connections
3D sources up to 60Hz requiring frame doubling and left/right 
interleaving
1. Connect to any of the inputs on the connection panel.
2. Set 3D Type in the 3D menu to match the format of the incoming signal. Choose from 
Sequential, Top-and-Bottom and Side-by-Side (Half).
3D sources above 60Hz not requiring frame doubling
1. Connect to either of the following inputs:
• DVI 2 (top socket)
• HDMI 2
• HDMI 3
2. Set 3D Type in the 3D menu to Auto, except when the projector has problems 
selecting between Sequential, Frame Packing, Top-and-Bottom and Side-by-Side 
(Half).
Dual Pipe 3D
• On the DVI 2 input, connect the left eye output to the DVI 2 / LEFT socket and the 
right eye output to the RIGHT socket.
Notes
 For a complete listing of pin 
configurations for all signal and 
control connectors, see  Appendix 
E: Wiring Details in the Reference 
Guide .
 For further information, see Low 
latency inputs earlier in this guide.
1  DVI 2 (top socket only)
2 HDMI 2
3 HDMI 3
3
12
4 Dual Pipe LEFT  (DVI 2 socket)
5 Dual Pipe RIGHT
4
5
   
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Connection Guide
SIGNAL INPUTS AND OUTPUTS
3D Sync
3D Sync in
• Sync input signal.
Connect the 3D sync from your graphics card or server.
3D Sync out
• Sync output signal. This may be affected by the Sync Offset 
and Output Sync Polarity settings in the 3D menu.
Connect this to your IR emitter or ZScreen.
Notes
 For a complete listing of pin 
configurations for all signal and 
control connectors, see  Appendix 
E: Wiring Details in the Reference 
Guide .
2
1
1 Sync In
2 Sync Out
56
43
3 3D input
4 3D Sync In
5 3D Sync Out
6 IR emitter or ZScreen
   
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Connection Guide
CONTROL CONNECTIONS
Control Connections
HDBaseT/LAN
• This input can be used as a LAN port, or as an HDBaseT signal input, or both at the same time. The 
HDBaseT function is described in Signal Inputs And Outputs > Digital Inputs and Outputs earlier in 
this guide.
• All of the projector’s features can be controlled via a LAN connection, using commands descri\
bed in the 
Protocol Guide.
• Alternatively, use Virtual OSD to control the projector. 
• Use a crossed LAN cable to connect directly to a computer, or an uncrossed cable to connect to a 
network hub.
Wired remote control
• If infrared signals from the remote control cannot reach the projector d\
ue to excessive distance or 
obstructions such as walls or cabinet doors, you can connect an external\
 IR repeater to the remote 
control input, and position its IR sensor within range of the operator.
• To synchronize the control of multiple projectors, connect the wired remo\
te output of one projector to the 
wired remote input of another.
Notes
 For a list of all commands used to 
control the projector via LAN, see 
the Protocol Guide .
 Virtual OSD is a software 
application used to control the 
projector via LAN using a computer 
browser. To learn more, see the 
Protocol Guide .
 For a complete listing of pin 
configurations for all signal and 
control connectors, see  Appendix 
E: Wiring Details in the Reference 
Guide .
 Only one remote connection (RS232 
or LAN) should be used at any one 
time.
 Plugging in the remote control cable 
will disable the infrared receivers.
12
Control connections
1 HDBaseT/LAN
2  Wired remote
   
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Connection Guide
CONTROL CONNECTIONS
Ser vice port
• The Service port is used to download, via USB, firmware updates issued from time to time by Digital Projection.
RS232
• All of the projector’s features can be controlled via a serial connection, using commands des\
cribed in the Protocol Guide.
• Use a null-modem cable to connect directly to a computer, or a straight cable to connect to a modem.
Control por t
• The Control port is used to download, via LAN, firmware updates issued from time to time by Digital Projection.
• The Control port also functions as a LAN port. All of the projector’s features can be controlled via a LAN connection, using commands 
described in the Protocol Guide.
• Alternatively, use Virtual OSD to control the projector.
• Use a crossed LAN cable to connect directly to a computer, or an uncrossed cable to connect to a network hub.
Notes
 For a complete listing of pin 
configurations for all signal and 
control connectors, see  Appendix 
E: Wiring Details in the Reference 
Guide .
 For a list of all commands used to 
control the projector via a serial 
connection, see the  Protocol 
Guide .
 Virtual OSD is a software 
application used to control the 
projector via LAN using a computer 
browser. To learn more, see the 
Protocol Guide .
 Only one remote connection (RS232 
or LAN) should be used at any one 
time.
23
1
Control connections
1  Service port
2 RS232
3 Control port
   
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Connection Guide
CONTROL CONNECTIONS
LAN connection examples
The projector’s features can be controlled via a LAN connection, using a standard internet browser \
or a terminal-emulation program.
The examples below illustrate LAN connectivity using the HDBaseT/LAN por\
t; alternatively, you can connect the projector to a LAN network 
using the Control port.
Notes
Projector
Computer
Crossed 
LAN cable
Hub or LAN Computer
Projector
Projector
Un-crossed LAN cables
Back panel
11
1LAN ports
   
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