Digital Projection Titan Super Quad Series, Titan 800 Series, Titan Quad 2000 Series User Manual

Rev F November 2012

USER GUIDES

INSTALLATION AND QUICK-START GUIDE

CONNECTION GUIDE

OPERATING GUIDE

REFERENCE GUIDE

Titan 800 Series

High Brightness Digital Video Projector

Titan Super Quad Series
Titan Quad 2000 Series
Titan Quad Series

112-671F

Digital Projection Titan Quad & Titan 800 Series

Rev F November 2012

About These Guides

Please keep these Guides handy for future reference.

A serial number is located on the back of the projector. Record it here:

Symbols used in these Guides

Many pages in this document have a dedicated area for notes. The information in that area is accompanied by the following symbols:

ELECTRICAL WARNING: this symbol indicates that there is a danger of electrical shock unless the instructions are closely

followed.

WARNING: this symbol indicates that there is a danger of physical injury to yourself and/or damage to the equipment unless

the instructions are closely followed.

NOTE: this symbol indicates that there is some important information that you should read.

Product revision

Because we at Digital Projection continually strive to improve our products, we may change specications and designs, and add new features

without prior notice.

Legal notice

Trademarks and trade names mentioned in this document remain the property of their respective owners.
Digital Projection disclaims any proprietary interest in trademarks and trade names other than its own.

Copyright © 2012 Digital Projection Ltd. All rights reserved.

Notes

Rev F November 2012

INSTALLATION AND QUICK-START GUIDE

Titan 800 Series

High Brightness Digital Video Projector

Titan Super Quad Series
Titan Quad 2000 Series
Titan Quad Series

Digital Projection Titan Quad, & Titan 800 Series CONTENTS Installation and Quick-Start Guide

Rev F November 2012

CONTENTS

What’s In The Box? ..............................................................................Inst 1

Getting to Know the Projector.....................................................Inst 2

Front and rear views ..............................................................................Inst 2

Remote control .......................................................................................Inst 2

Control panel indicators ........................................................................Inst 3

Connection panel indicators .................................................................Inst 3

Positioning The Screen And Projector ................................... Inst 4

Chassis adjustment ...............................................................................Inst 4

Fitting and adjusting the optional Rigging Frame ..............................Inst 4

Fitting The Lens .....................................................................................Inst 5

Operating The Projector ..................................................................Inst 6

Switching the projector on ....................................................................Inst 6

Selecting an input signal or test pattern ..............................................Inst 6

Input signal .....................................................................................Inst 6

Test pattern ....................................................................................Inst 6

Adjusting the lens ..................................................................................Inst 7

Zoom ..............................................................................................Inst 7

Focus .............................................................................................Inst 7

Shift ................................................................................................Inst 7

Adjusting the image ...............................................................................Inst 7

Orientation and On-Screen Display settings ..................................Inst 7

Keystone ........................................................................................Inst 7

Picture ............................................................................................Inst 7

Switching the projector off ....................................................................Inst 8

Digital Projection Titan Quad, & Titan 800 Series WHAT’S IN THE BOX? Installation and Quick-Start Guide

Inst 1

Rev F November 2012

What’s In The Box?

Notes

Make sure your box contains

everything listed. If any pieces are
missing, contact your dealer.

You should save the original box

and packing materials, in case you
ever need to ship your projector.

The projector is shipped without a

lens.

Only one power cable - dependent

on the destination territory - will be
supplied with the projector.

Remote control

(105-023)

4x AAA batteries

Power cable, United Kingdom
(102-180 for Titan 800, 112-000

for Quad)

User Guides on CD

(112-659)

Important Information (112-658)

Power cable, Europe

(102-163 for Titan 800, 112-001 for Quad)

Power cable, North America

(102-165 for Titan 800, 112-002 for Quad)

Projector

Remote cable

(102-162)

Digital Projection Titan Quad, & Titan 800 Series GETTING TO KNOW THE PROJECTOR Installation and Quick-Start Guide

Inst 2

Rev F November 2012

Getting to Know the Projector

Front and rear views

Remote control

Transmit
indicator

40°

40°

Infra-red

reception

Notes

The projector uses the standard

Digital Projection infra-red remote
control.

Only the controls shown highlighted

are used on this projector.

For full details of how to use the

controls and the menu system, see
the Operating Guide.

The Side Connection Panel is

available on 3D models only.

Lens

Control

panel

Side

Connection

panel

Front

infra-red

window

Mains

input

Rear

infra-red

window

(on

connection

panel)

Air lters

(behind panel)

Adjustable

feet

Air

inlets

Air

outlets

Remote

control

backlight

On/Off

Rear

Connection

panel

Digital Projection Titan Quad, & Titan 800 Series GETTING TO KNOW THE PROJECTOR Installation and Quick-Start Guide

Inst 3

Rev F November 2012

Control panel indicators

The indicators on the control panel are as follows:

Power off = NO POWER

green = normal RUNNING mode amber = STANDBY mode

Shutter amber = CLOSED green = OPEN

Connection panel indicators

The indicators on the rear connection panel are as follows:

All on = Power-On Self Test

Lamps 1-4 off = OFF

green = ON (100%) amber = (80 - 99%)

ashing green = WARM-UP ashing amber = COOL-DOWN

red (projector in standby) = Lamp Comms Error (call service)

red (projector on) = Ballast Comms Error (call service)

ashing red (projector in standby) = Lamp Error on previous operation

ashing red (projector on) = Lamp / Interlock Error

Error ashing = Fan / System Error steady = Voltage Error

IR blue ash = Remote control command received

Inputs The indicators next to the input connectors on both panels are as follows:

off = not selected

green = input selected, signal detected, and in range

ashing green = input selected, but signal not detected or out of range

Power

Shutter

Notes

Only the controls shown highlighted

are used on this projector.

For full details of how to use the

controls and the menu system, see
the Operating Guide.

For more information about

the connection panels, see the

Connection Guide.

Control Panel

Error

Lamps

3 4
1 2

Side Connection Panel

IR

Rear Connection Panel

Digital Projection Titan Quad, & Titan 800 Series POSITIONING THE SCREEN AND PROJECTOR Installation and Quick-Start Guide

Inst 4

Rev F November 2012

Positioning The Screen And Projector

• Install the screen, ensuring that it is in the best position for viewing by your audience.

• Position the projector, ensuring that it is at a suitable distance from the screen for the image to ll the screen.

Chassis adjustment

• If the projector is to be operated from a at surface such as a projector table, then adjustment of projector level should be made by turning

the four feet under the chassis. Set the adjustable feet so that the projector is level, and perpendicular to the screen.

Fitting and adjusting the optional Rigging Frame

• Remove the four adjustable feet.

• Secure the rigging frame to the projector, as shown below, making sure that the cable

attachments are at the top. Three screws secure each of the adjuster brackets to a corner
handle.

• To adjust the pitch, turn either the front pair or the rear pair of vertical adjusters, taking

care to turn both adjusters by the same amount.

• To adjust the roll, turn either the left pair or the right pair of vertical adjusters, taking care

to turn both adjusters by the same amount.

• To adjust the yaw, turn the single horizontal adjuster at the front.

Fixing

screws

Yaw

Horizontal

adjuster

Vertical

adjusters

Frame

couplings

Pitch

Roll

Notes

Always allow the projector

to cool for 5 minutes before
disconnecting the power or
moving the projector.

Ensure that there is at least

30cm (12in) of space between the
ventilation outlets and any wall,
and 10cm (4in) on all other sides.

Do not stack more than 3

projectors.

Do not place heavy objects on top

of the projector chassis. Only the
chassis corners and the rigging
frame are capable of withstanding
the weight of another projector.

Do not place the projector with its

front panel down on a surface, as
this may damage the lens or the
lens release lever.

Backup safety chains or wires

should always be used with
ceiling mount installations.

Do not tilt the projector more

than ±12° in either direction, in
desktop or ceiling mode, when in
use, as this may cause serious
lamp failure, damage the lamp
module and cause extra cost on
replacement.

±12°±12°

±12°±12°

Ceiling

Desktop

Digital Projection Titan Quad, & Titan 800 Series FITTING THE LENS Installation and Quick-Start Guide

Inst 5

Rev F November 2012

Fitting The Lens

• Turn the lens release lever clockwise so

that it is pointing upwards, to open the
lock fully.

• Remove the rear lens cap from the lens.

• Insert the lens into the lens aperture,

making sure that the plug on the zoom
drive mechanism lines up with the socket
on the front of the projector, then push

the lens in rmly as far as it will go.

Lens

release

lever

Notes

Always allow the lamp to cool for

5 minutes before:

- disconnecting the power

- moving the projector

The lens release lever should

always be set to the locked
position to prevent the lens from
falling out.

Do not place the projector with its

front panel down on a surface, as
this may damage the lens or the
lens release lever.

• Turn the lens release lever anti-clockwise

to the mid-position.

• The lens can now be pushed in further.

Push the lens in rmly as far as it will go.

• Turn the lens release lever fully

anti-clockwise so that it is pointing
downwards, to close the lock fully.

Digital Projection Titan Quad, & Titan 800 Series OPERATING THE PROJECTOR Installation and Quick-Start Guide

Inst 6

Rev F November 2012

Operating The Projector

Switching the projector on

• Connect the power cable between the mains supply and the projector. Switch on at the switch next to the power connector.

• Wait until the self-test has completed and the standby indicator on the projector control panel shows amber. The lamp will be off and the

projector will be in STANDBY mode.

• Press on the remote control or the control panel and hold for 3 seconds, to switch the projector ON. The power indicator on the

control panel will show green, the lamp will light and the shutter will open.

Selecting an input signal or test pattern

Input signal

• Connect an image source to the projector. The signal should be automatically detected by the projector,

and should be displayed within two or three seconds.

If more than one signal is connected, then select the image you want to display:

• Press one of the Input buttons, to on the remote control, or

• Open the On-screen display (OSD) by pressing .

• Select an input signal from the Input Selection menu, using the and buttons.

Test pattern

If you have no image source connected to the projector, then you can display a test pattern instead:

• Open the OSD by pressing .

• Select Test Pattern from the Input Selection menu, using the and buttons.

• Select a pattern from the Test Pattern menu, using the and buttons.

• Close the OSD by pressing again.

Notes

For full details of how to use the

controls and the menu system, see
the Operating Guide.

Digital Projection Titan Quad, & Titan 800 Series OPERATING THE PROJECTOR Installation and Quick-Start Guide

Inst 7

Rev F November 2012

Adjusting the lens

The lens can be adjusted using the Lens menu, or:

Zoom

• Press followed by and to adjust the size of the image on the screen. When the adjustment is nished, press .

Focus

• Press followed by and to adjust the focus. When the adjustment is nished, press .

Shift

• Press followed by , , and to adjust the position of the image on the screen.

When the adjustment is nished, press .

Adjusting the image

Orientation and On-Screen Display settings

• These can be set from the Setup menu.

Keystone

• This can be set from the Geometry menu.

Picture

• Settings such as Brightness and Contrast can be set from the Image menu.

• You can also set Brightness, Contrast or Saturation by pressing , or on the remote control.

Notes

When any of the three lens

adjustment keys is pressed, the blue
Transmit indicator on the remote
control will light for 10 seconds:

- after 10 seconds, if no adjustment
has been made, the indicator will
go out and the Lens adjustment key
must be pressed again to resume
adjustment.

- to end the adjustment before 10
seconds has elapsed, press the

key.

- all other adjustments will be locked
out until the Lens adjustment is
ended.

Main Menu

Setup

Main Menu

Geometry

Main Menu

Image

For full details of how to use the

controls and the menu system, see
the Operating Guide.

Digital Projection Titan Quad, & Titan 800 Series OPERATING THE PROJECTOR Installation and Quick-Start Guide

Inst 8

Rev F November 2012

Switching the projector off

1. Press on the remote control or the control panel, and hold for 3 seconds, to switch the projector OFF. The power indicator on the
control panel will show amber, the lamp will be off and the projector will be in STANDBY mode.

• Switch off at the switch next to the power connector. Disconnect the power cable from the projector.

Notes

Always allow the lamp to cool for

5 minutes before:

- disconnecting the power

- moving the projector

Rev F November 2012

CONNECTION GUIDE

Titan 800 Series

High Brightness Digital Video Projector

Titan Super Quad Series
Titan Quad 2000 Series
Titan Quad Series

Digital Projection Titan Quad & Titan 800 Series CONTENTS Connection Guide

Rev F November 2012

CONTENTS

Signal Inputs and Outputs ........................................................... Conn 1

Rear Connection Panel ....................................................................... Conn 1

VGA (input 1) ........................................................................................ Conn 1

HDMI (input 2), DVI (input 3) ................................................................ Conn 1

SPDIF..........................................................................................Conn 1

3G-SDI (input 4) ................................................................................... Conn 1

CVBS1 (input 5) .................................................................................... Conn 1

S-Video (input 6) .................................................................................. Conn 1

Component (input 7) ............................................................................ Conn 1

CVBS2 (input 8) .................................................................................... Conn 1

Side Connection Panel .......................................................................Conn 2

DVI (input 9) .......................................................................................... Conn 2

DVI/HDMI (input 10) ............................................................................. Conn 2

Differences between the two Connection Panels ............................ Conn 2

3D Connections ................................................................................... Conn 3

3D sources up to 60Hz requiring frame doubling and left/right

interleaving .................................................................................. Conn 3

3D sources above 60Hz not requiring frame doubling ................ Conn 3

Dual Pipe 3D ............................................................................... Conn 3

3D Sync in ................................................................................... Conn 3

3D Sync out.................................................................................Conn 3

Control Connections ........................................................................ Conn 4

Update port .......................................................................................... Conn 4

Service port..........................................................................................Conn 4

Wired remote control .......................................................................... Conn 4

RS232 ...................................................................................................Conn 4

LAN ....................................................................................................... Conn 4

Wiring Details........................................................................................ Conn 5

Signal inputs and outputs .................................................................. Conn 5

Input 1: VGA ................................................................................Conn 5

Input 2: HDMI .............................................................................. Conn 6

Output: SPDIF ............................................................................. Conn 6

Input 3: DVI ................................................................................. Conn 7

Input 4: 3G-SDI ........................................................................... Conn 8

Input 5: Composite 1 ................................................................... Conn 8

Input 6: S-Video ..........................................................................Conn 8

Input 7: Component.....................................................................Conn 8

Input 8: CVBS .............................................................................Conn 8

Input 9: MAIN/DVI ....................................................................... Conn 9

Input 10: SUB/HDMI..................................................................Conn 10

Control connections ......................................................................... Conn 11

Update port ............................................................................... Conn 11

Wired remote control ................................................................. Conn 11

RS232 ....................................................................................... Conn 12

LAN connection ......................................................................... Conn 12

Digital Projection Titan Quad & Titan 800 Series SIGNAL INPUTS AND OUTPUTS Connection Guide

Conn 1

Rev F November 2012

Signal Inputs and Outputs

Rear Connection Panel

VGA (input 1)

• Use Auto Setup in the Image/VGA Setup menu. For more settings, see the

Operating Guide.

HDMI (input 2), DVI (input 3)

Analog or Digital DVI-I

• Set DVI-I Port in the Setup/InputConguration menu to choose between Analog

and Digital. For more settings, see the Operating Guide.

SPDIF

• Compatible audio sample packets on the HDMI input stream are decoded by the

projector and output on the SPDIF connector. This is a digital output.

3G-SDI (input 4)

• If two video streams are being transmitted, set 3G Level B Stream in the

Setup/InputConguration menu to choose between the two streams.

CVBS1 (input 5)

• Connect a Composite Video input signal to the BNC connector.

S-Video (input 6)

• Connect to the 4-pin mini-DIN connector.

Component (input 7)

RGsB or RGBS

• Set Component Colour Space in the Setup/InputConguration menu to RGB.

• Set Component Sync Type to Auto, except when the projector has problems

selecting between 3 Wire (RGsB) and 4 Wire (RGBS).

YPbPr

• Set Component Colour Space in the Setup/InputConguration menu to YPbPr.

CVBS2 (input 8)

• Connect a Composite Video input signal to the RCA phono connector.

Component

DVI

VGA

HDMI

SPDIF

CVBS1

CVBS2

S-Video

3G-SDI

Notes

For a complete listing of pin

congurations for all signal and

control connectors, see Wiring
Details later in this Guide.

See the next page for important

information about the differences
between the two connection panels.

Rear Connection Panel

Digital Projection Titan Quad & Titan 800 Series SIGNAL INPUTS AND OUTPUTS Connection Guide

Conn 2

Rev F November 2012

Side Connection Panel

DVI (input 9)

• Single or Dual Link DVI-D input, or

• For Twin-Link DVI, Input 9 (DVI) is the Main input, Input 10 (DVI/HDMI) is the Sub input.

DVI/HDMI (input 10)

• Single HDMI 1.4 input, or

• Single Link DVI-D input, or

• For Twin-Link DVI, Input 9 (DVI) is the Main input, Input 10 (DVI/HDMI) is the Sub input.

Differences between the two Connection Panels

Inputs 9 and 10 have been designed to give a very high bandwidth digital video path, free of the
limitations inherent to standard image processing techniques.

As such, the image is pixel-mapped directly to the DMDs, so not all of the Image Controls
available to Inputs 1-8 apply to Inputs 9 and 10.

Notes

For a complete listing of pin

congurations for all signal and

control connectors, see Wiring
Details later in this Guide.

For information about 3D video, see

the next page.

DVI

Input 9

together:

Twin-LInk

DVI

DVI/HDMI

Input 10

Side Connection Panel

Digital Projection Titan Quad & Titan 800 Series SIGNAL INPUTS AND OUTPUTS Connection Guide

Conn 3

Rev F November 2012

3D Connections

3D sources up to 60Hz requiring frame doubling and left/right interleaving

• Connect to any of the Inputs on the Rear Connection Panel.

• 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).

3D sources above 60Hz not requiring frame doubling

• Connect to either of the Inputs on the Side Connection Panel.

• 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

• Connect to both of the Inputs on the Side Connection Panel.

• Input 9 (DVI) is the left image, and Input 10 (DVI/HDMI) is the right image.

3D Sync in

• Sync input signal.

3D Sync out

• Sync output signal. This may be affected by the Sync Offset and

Output Sync Polarity settings in the 3D menu.

Notes

For a complete listing of pin

congurations for all signal and

control connectors, see Wiring
Details later in this Guide.

3D Sync in

3D Sync out

Side Connection Panel

DVI/HDMI

Input 10

together:

Dual Pipe 3D

DVI

Input 9

Sync in

Video

3D Server

Sync

Projector

Sync out

3D glasses or

Z screen

Digital Projection Titan Quad & Titan 800 Series CONTROL CONNECTIONS Connection Guide

Conn 4

Rev F November 2012

Control Connections

Update port

• The Update Port is used to download, via LAN, rmware updates issued from time to

time by Digital Projection.

Service port

• The Service Port port is used to download, via USB, rmware updates issued from time

to time by Digital Projection.

Wired remote control

• If infrared signals from the remote control cannot reach the projector due 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 synchronise the control of multiple projectors, connect the Wired Remote Output of

one projector to the Wired Remote Input of another.

RS232

• All of the projector’s features can be controlled via a serial connection, using the text

strings described in the External Control Protocol.

• Use a null-modem cable to connect directly to a computer, or a straight cable to

connect to a modem.

LAN

• All of the projector’s features can be controlled via a LAN connection, using the text

strings described in the External Control Protocol.

• Alternatively, for details of how to use the Web Conguration Utility to control the

projector, see the Operating Guide.

• 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

congurations for all signal and

control connectors, see Wiring
Details later in this Guide.

Only one remote connection (RS232

or LAN) should be used at any one
time.

Note that plugging in the remote

control cable will disable the infra­red.

Update

Port

Service

Port

Wired Remote

Input

Wired Remote

Output

RS232

LAN

Rear Connection Panel

Digital Projection Titan Quad & Titan 800 Series WIRING DETAILS Connection Guide

Conn 5

Rev F November 2012

Wiring Details

Signal inputs and outputs

Input 1: VGA

15 way D-type connector

1 R

2 G

3 B

4 unused

5 Digital Ground (H Sync)

6 R Ground

7 B Ground

8 G Ground

9 +5V

10 Digital Ground (V Sync/DDC)

1 unused

12 SDA

13 H Sync

14 V Sync

15 SCL

Notes

For full details of all input settings,

see the Operating Guide.

VGA: pin view of female connector

Digital Projection Titan Quad & Titan 800 Series WIRING DETAILS Connection Guide

Conn 6

Rev F November 2012

Input 2: HDMI

19 way type A connector

1 TMDS Data 2+

2 TMDS Data 2 Shield

3 TMDS Data 2-

4 TMDS Data 1+

5 TMDS Data 1 Shield

6 TMDS Data 1-

7 TMDS Data 0+

8 TMDS Data 0 Shield

9 TMDS Data 0-

10 TMDS Clock+

11 TMDS Clock Shield

12 TMDS Clock-

13 CEC

14 not connected

15 SCL (DDC Clock)

16 SCA (DDC Data)

17 DDC/CEC Ground

18 +5 V Power

19 Hot Plug Detect

Output: SPDIF

RCA Phono

Digital audio output from the HDMI input stream.

HDMI: pin view of panel connector

Notes

For full details of all input settings,

see the Operating Guide.

SPDIF connector

Digital Projection Titan Quad & Titan 800 Series WIRING DETAILS Connection Guide

Conn 7

Rev F November 2012

Input 3: DVI

24 way D-type connector

Pin 1 TMDS data 2− Digital red− (link 1)

Pin 2 TMDS data 2+ Digital red+ (link 1)

Pin 3 TMDS data 2/4 shield

Pin 4 TMDS data 4− Digital green− (link 2)

Pin 5 TMDS data 4+ Digital green+ (link 2)

Pin 6 DDC clock

Pin 7 DDC data

Pin 8 Analog vertical sync

Pin 9 TMDS data 1− Digital green− (link 1)

Pin 10 TMDS data 1+ Digital green+ (link 1)

Pin 11 TMDS data 1/3 shield

Pin 12 TMDS data 3- Digital blue− (link 2)

Pin 13 TMDS data 3+ Digital blue+ (link 2)

Pin 14 +5 V Power for monitor when in standby

Pin 15 Ground Return for pin 14 and analog sync

Pin 16 Hot plug detect

Pin 17 TMDS data 0− Digital blue− (link 1) and digital sync

Pin 18 TMDS data 0+ Digital blue+ (link 1) and digital sync

Pin 19 TMDS data 0/5 shield

Pin 20 TMDS data 5− Digital red− (link 2)

Pin 21 TMDS data 5+ Digital red+ (link 2)

Pin 22 TMDS clock shield

Pin 23 TMDS clock+ Digital clock+ (links 1 and 2)

Pin 24 TMDS clock− Digital clock− (links 1 and 2)

C1 Analog red

C2 Analog green

C3 Analog blue

C4 Analog horizontal sync

C5 Analog ground Return for R, G, and B signals

Notes

High-bandwidth Digital Content

Protection (HDCP) is supported on
this input.

For full details of all input settings,

see the Operating Guide.

DVI: pin view of female connector

Digital Projection Titan Quad & Titan 800 Series WIRING DETAILS Connection Guide

Conn 8

Rev F November 2012

Input 4: 3G-SDI

75 ohm BNC

Input 5: Composite 1

75 ohm BNC

Input 6: S-Video

4 pin mini-DIN

1 Y Ground

2 C Ground

3 Luminance (Y)

4 Chrominance (C)

Input 7: Component

4 x 75 ohm BNC

RGsB RGBS YPrPb

Pb/B B B Pb/Cb

Y/G G + Sync G Y

Pr/R R R Pr/Cr

SYNC Sync

Input 8: CVBS

RCA Phono

3G-SDI connector

Notes

3G-SDI signals are very high

speed digital signals which require
better quality coaxial cable than
conventional analogue video. The
data rate is 3 Gigabits per second.

In choosing cable length and

connectors for any installation the
frequency response loss in decibels

should be proportional to √f, from

1MHz, to 3GHz.

For full details of all input settings,

see the Operating Guide.

Composite 1 connector

S-Video: pin view of female connector

Component

CVBS connector

Digital Projection Titan Quad & Titan 800 Series WIRING DETAILS Connection Guide

Conn 9

Rev F November 2012

Input 9: MAIN/DVI

24 way D-type connector

Pin 1 TMDS data 2− Digital red− (link 1)

Pin 2 TMDS data 2+ Digital red+ (link 1)

Pin 3 TMDS data 2/4 shield

Pin 4 TMDS data 4− Digital green− (link 2)

Pin 5 TMDS data 4+ Digital green+ (link 2)

Pin 6 DDC clock

Pin 7 DDC data

Pin 8 Analog vertical sync

Pin 9 TMDS data 1− Digital green− (link 1)

Pin 10 TMDS data 1+ Digital green+ (link 1)

Pin 11 TMDS data 1/3 shield

Pin 12 TMDS data 3- Digital blue− (link 2)

Pin 13 TMDS data 3+ Digital blue+ (link 2)

Pin 14 +5 V Power for monitor when in standby

Pin 15 Ground Return for pin 14 and analog sync

Pin 16 Hot plug detect

Pin 17 TMDS data 0− Digital blue− (link 1) and digital sync

Pin 18 TMDS data 0+ Digital blue+ (link 1) and digital sync

Pin 19 TMDS data 0/5 shield

Pin 20 TMDS data 5− Digital red− (link 2)

Pin 21 TMDS data 5+ Digital red+ (link 2)

Pin 22 TMDS clock shield

Pin 23 TMDS clock+ Digital clock+ (links 1 and 2)

Pin 24 TMDS clock− Digital clock− (links 1 and 2)

C1 Analog red

C2 Analog green

C3 Analog blue

C4 Analog horizontal sync

C5 Analog ground Return for R, G, and B signals

Notes

High-bandwidth Digital Content

Protection (HDCP) is supported on
this input.

For full details of all input settings,

see the Operating Guide.

MAIN/DVI: pin view of female connector

Digital Projection Titan Quad & Titan 800 Series WIRING DETAILS Connection Guide

Conn 10

Rev F November 2012

Input 10: SUB/HDMI

19 way type A connector

1 TMDS Data 2+

2 TMDS Data 2 Shield

3 TMDS Data 2-

4 TMDS Data 1+

5 TMDS Data 1 Shield

6 TMDS Data 1-

7 TMDS Data 0+

8 TMDS Data 0 Shield

9 TMDS Data 0-

10 TMDS Clock+

11 TMDS Clock Shield

12 TMDS Clock-

13 CEC

14 not connected

15 SCL (DDC Clock)

16 SCA (DDC Data)

17 DDC/CEC Ground

18 +5 V Power

19 Hot Plug Detect

HDMI: pin view of panel connector

Notes

For full details of all input settings,

see the Operating Guide.

Digital Projection Titan Quad & Titan 800 Series WIRING DETAILS Connection Guide

Conn 11

Rev F November 2012

Control connections

Update port

RJ45 socket

Service port

USB type B socket

Pin 1 VCC (+5 V)

Pin 2 Data−

Pin 3 Data+

Pin 4 Ground

Wired remote control

3.5mm mini jack

Tip Power

Ring Signal

Sleeve Ground

Update port

1 2

4 3

Service port:

pin view of female connector

Sleeve

Ring

Tip

pin view of female connector

Notes

For full details of all network

settings, see the Operating Guide.

Note that plugging in the remote

control cable will disable the infra­red.

Digital Projection Titan Quad & Titan 800 Series WIRING DETAILS Connection Guide

Conn 12

Rev F November 2012

RS232

9 way D-type connector

1 unused

2 Received Data (RX)

3 Transmitted Data (TX)

4 unused

5 Signal Ground

6 unused

7 unused

8 unused

9 unused

LAN connection

RJ45 socket

Notes

Only one remote connection (RS232

or LAN) should be used at any one
time.

For full details of all network

settings, see the Operating Guide.

RS232:

pin view of female connector

LAN connection

Rev F November 2012

OPERATING GUIDE

Titan 800 Series

High Brightness Digital Video Projector

Titan Super Quad Series
Titan Quad 2000 Series
Titan Quad Series

Digital Projection Titan Quad & Titan 800 Series CONTENTS Operating Guide

Rev F November 2012

CONTENTS

Using The Menus .................................................................................... Op 1

Menus and sub-menus ........................................................................... Op 1

Drop-down lists ....................................................................................... Op 2

Sliders ...................................................................................................... Op 3

Commands ............................................................................................... Op 3

Editing elds ............................................................................................ Op 4

A Tour Of The Menus ........................................................................... Op 5

Main menu................................................................................................ Op 5

Lens menu ............................................................................................... Op 6

Zoom ............................................................................................... Op 6

Focus .............................................................................................. Op 6

Calibrate Zoom and Calibrate Focus .............................................. Op 6

Center Lens..................................................................................... Op 6

Nudge.............................................................................................. Op 6

Lens Presets ................................................................................... Op 7

Image menu ............................................................................................. Op 8

Video Filters .................................................................................... Op 8

VGA Setup ......................................................................................Op 8

Color menu .............................................................................................. Op 9

Gamut ............................................................................................. Op 9

Black Level and Gain slides ............................................................ Op 9

Geometry menu ..................................................................................... Op 10

Size & Position .............................................................................. Op 11

Cornerstone .................................................................................. Op 11

Edge Blend menu .................................................................................. Op 12

PIP menu ................................................................................................ Op 14

3D menu ................................................................................................. Op 15

Lamps menu .......................................................................................... Op 16

Titan 800 series ............................................................................. Op 16

Titan Super Quad series, Titan Quad 2000 series and Titan Quad series

Op 16

Setup menu ............................................................................................ Op 17

Reset Default Settings .................................................................. Op 17

Input Conguration ........................................................................ Op 18

Network ......................................................................................... Op 19

On Screen Display ........................................................................ Op 20

System .......................................................................................... Op 21

Information menu .................................................................................. Op 22

Menu Map .................................................................................................. Op 23

Input Selection ....................................................................................... Op 23

Test Pattern ............................................................................................ Op 23

Lens ........................................................................................................ Op 23

Image ...................................................................................................... Op 24

Color ....................................................................................................... Op 24

Geometry................................................................................................ Op 25

Edge Blend............................................................................................. Op 26

PIP ........................................................................................................... Op 27

3D ............................................................................................................ Op 27

Lamps ..................................................................................................... Op 27

Setup ...................................................................................................... Op 28

Information ............................................................................................. Op 29

Digital Projection Titan Quad & Titan 800 Series CONTENTS Operating Guide

Rev F November 2012

WebCongurationUtility ................................................................ Op 30

Menu examples...................................................................................... Op 30

Using the Discovery Tool to view your network ................................. Op 32

CONTENTS (continued)

Digital Projection Titan Quad & Titan 800 Series USING THE MENUS Operating Guide

Op 1

Rev F November 2012

Using The Menus

Use the buttons on the projector control panel or on the remote control, to access the menu system.

• To open or close the on-screen display (OSD), press .

Menus and sub-menus

• To open a sub-menu, select it using and , then press .

• To return to the previous menu, press .

Notes

Some menu items may not be

available due to settings in other
menus. These will be grayed out on
the actual menu.

When a globe icon appears next

to a setting, the setting affects all
sources and all inputs; otherwise,
only the current input source will be
affected if you change the setting.

Digital Projection Titan Quad & Titan 800 Series USING THE MENUS Operating Guide

Op 2

Rev F November 2012

Drop-down lists

To use a drop-down list, press , select an item using and , then press again or press to exit without changing.

Notes

Some menu items may not be

available due to settings in other
menus. These will be grayed out on
the actual menu.

. When a globe icon appears next

to a setting, the setting affects all
sources and all inputs; otherwise,
only the current input source will be
affected if you change the setting.

Digital Projection Titan Quad & Titan 800 Series USING THE MENUS Operating Guide

Op 3

Rev F November 2012

Sliders

To use a slider, press and to adjust it.

Commands

To use a command, press . In the example below, press to conrm, or press to cancel.

Notes

Some menu items may not be

available due to settings in other
menus. These will be grayed out on
the actual menu.

When a globe icon appears next

to a setting, the setting affects all
sources and all inputs; otherwise,
only the current input source will be
affected if you change the setting.

Digital Projection Titan Quad & Titan 800 Series USING THE MENUS Operating Guide

Op 4

Rev F November 2012

Editingelds

Some features require a text or numeric eld to be edited.

• To edit a eld, rst select it using and , then press .

• Use and to move the green highlight to the digit or character which is to be changed, then use and to adjust it.

• Use and to select the next digit or character.

• Press to accept the new value, or press to exit without changing.

Notes

Some menu items may not be

available due to settings in other
menus. These will be grayed out on
the actual menu.

The highlighted digit is being edited

Digital Projection Titan Quad & Titan 800 Series A TOUR OF THE MENUS Operating Guide

Op 5

Rev F November 2012

A Tour Of The Menus

Main menu

• Input Selection

Select an input source from the drop-down list.

• Test Pattern

Set Input Selection to Test pattern and then select a test pattern from the drop-down list.

• Lens, Image, Color and Geometry

Open these sub-menus to access various picture and screen settings.

• Edge Blend / PIP

PIP and Edge Blend are mutually exclusive modes of operation. When the projector is in Edge
Blend mode (as shown in the picture), PIP is not available, and vice versa.

• 3D

Access 3D settings.

• Lamps

Select lamp conguration and adjust lamp power.

• Setup

Adjust Input Conguration, Network, On Screen Display and System settings.

• Information

View your current conguration

Notes

See also Using the Menus earlier

in this guide and Menu Map later in
this guide.

Main Menu

You can also select an input source

by pressing the following buttons on
the remote control: 1 to 9 for
inputs 1 to 9,

10+

for input 10 and

#

for input 11.

Test patterns are subject to image

controls, so brightness, contrast
etc. will affect their appearance on
screen.

Do not use the provided test

patterns for P7.

You can upload custom test patterns

using a network connection - see
Web Conguration Utility later in
this guide.

The 3D menu is not available with

2D projectors.

Digital Projection Titan Quad & Titan 800 Series A TOUR OF THE MENUS Operating Guide

Op 6

Rev F November 2012

Lens menu

Zoom

To move the lens in or out:

1. Select Zoom In or Zoom Out, then pressOK.

2. When the image is the desired size, select Zoom Stop then pressOK.

Focus

To adjust the focus:

1. Select Focus Near or Focus Far, then pressOK.

2. When the image is correctly focussed, select Focus Stop then pressOK.

Calibrate Zoom and Calibrate Focus

Each time a new lens is tted into the projector, a calibration procedure must be carried out using these commands.

Before you use a newly tted lens, select Calibrate Zoom and Calibrate Focus in turn and wait until the projector establishes minimum

and maximum travel distances. Select one command and allow at least 60 seconds for the calibration to take place, then select the other
command.

Center Lens

To center the lens, select Center Lens and pressOK.

Nudge

To position the image correctly on the screen, use the Nudge controls.

Notes

Main Menu

Lens

You can also move the lens, focus

and zoom using the keypad:

• Press

SHIFT

followed by ,

, and to shift the

lens up, down, left and right.

• Press

FOCUS

followed by

and

to adjust the focus.

• Press

ZOOM

followed by

and

to zoom in and out.

You can also calibrate zoom and

focus using the keypad:

• Press

RPY

followed by
to calibrate the lens zoom
mechanism.

• Press

RPY

followed by
to calibrate the lens focus
mechanism.

Main Menu

Lens

Nudge

Digital Projection Titan Quad & Titan 800 Series A TOUR OF THE MENUS Operating Guide

Op 7

Rev F November 2012

Lens Presets

This menu allows you to save up to ve custom lens presets, which you can recall later.

Notes

Main Menu

Lens

Lens Presets

Digital Projection Titan Quad & Titan 800 Series A TOUR OF THE MENUS Operating Guide

Op 8

Rev F November 2012

Image menu

• Brightness, Contrast, Gamma, Hue and Saturation

Set the slider or select from the drop-down list as required, to improve the quality of the image.

• Black Level Offset

Set this to 0 IRE or 7.5 IRE as required.

Video Filters

Set the sliders or select from the drop-down list as required, to improve the quality of the image.

VGA Setup

• Set the Phase slider to correct for shimmering or poor quality denition on, for example, ne text.

• Set the Total H Samples slider to match the resolution of the incoming video signal,

or Use Auto Setup to allow the projector to detect the appropriate settings automatically.

Notes

Main Menu

Image

You can also press , or

on the remote control.

Hue applies only to NTSC signals.

When a new input mode is detected

(eg NTSC, HDTV 1080p, SVGA etc),
all the Input Settings are saved so
that they can be recalled next time
that input mode is displayed.

Main Menu

Image

Video Filters

Main Menu

Image

VGA Setup

VGA Setup is not available unless

a VGA signal is present.

Digital Projection Titan Quad & Titan 800 Series A TOUR OF THE MENUS Operating Guide

Op 9

Rev F November 2012

Color menu

Gamut

Peak gives you the brightest possible image.

Choose HDTV for high denition standards and SDTV for standard denition standards.

A value between 3200K and 9000K selects the relevant color temperature.

You can upload your own gamut using the Projector Manager software, and then select it from
the User 1 and User 2 settings.

Black Level and Gain slides

Set the slides as required.

Notes

Main Menu

Color

Digital Projection Titan Quad & Titan 800 Series A TOUR OF THE MENUS Operating Guide

Op 10

Rev F November 2012

Geometry menu

• Aspect Ratio

Choose between Source, Fill Display, Fill & Crop, Anamorphic and TheaterScope.

Some devices (eg certain DVD players) pack a 16:9 image into a 4:3 aspect ratio. In such cases
to display the image correctly, choose the Anamorphic aspect ratio.

• Overscan

Set this slider to compensate for noisy or badly dened image edges.

• Mode

Choose from Keystone, Cornerstone, Rotation, Warp Map or Off.

• Set the H Keystone and V Keystone sliders to correct for any distortion caused by the projector

being in a different horizontal or vertical plane to the screen.

• Set the Pincushion / Barrel slider to correct for any distortion caused by the screen being

concave or convex.

• Set the Rotation slider to rotate the image on the screen.

• Warp Map

Using an external Digital Projection computer application, up to eight customised warp maps can
be created and uploaded to the projector. If Warp is selected, and any warp maps have been
uploaded, you can select from the drop-down list.

Notes

Main Menu

Geometry

An anamorphic lens (optional

accessory) is used with the
TheaterScope setting, to ensure
that for a 2.35:1 image, the
maximum area of the DMD is used,
giving maximum image brightness.

For examples of how the different

aspect ratios affect screen
dimensions, see Aspect Ratios
Explained in the Reference Guide.

Digital Projection Titan Quad & Titan 800 Series A TOUR OF THE MENUS Operating Guide

Op 11

Rev F November 2012

Size & Position

• Set Enable to On or Off.

• Use Setting to choose:

Global, in which case these settings will be applied to all signals on all inputs.

or Per Mode, in which case these settings will be applied only to the current input signal.

• Set the H Position and V Position sliders as required.

• Set H Size and V Size. When Aspect Lock is set to On, the V Size slider is disabled.

• Select Reset and press

OK

to reset all the sliders.

Cornerstone

If Cornerstone is selected from the main Geometr y page, you can use the sliders to stretch the
image from each of the four corners.

Notes

Main Menu

Geometry

Size & Position

Main Menu

Geometry

Cornerstone

Digital Projection Titan Quad & Titan 800 Series A TOUR OF THE MENUS Operating Guide

Op 12

Rev F November 2012

Edge Blend menu

When several projectors are used to create a large tiled image, the edges need to be blended to avoid
the overlaps appearing brighter than the rest of the image. The Edge Blend menu is available only
when Setup > System > Conguration is set to Edge Blend.

Array Width and Height

• Set this to the total number of projectors in the array. None of the other options are available until

one of these two settings is greater than 1. The maximum number of projectors is 4 x 4.

Array H Position and V Position

• These two parameters need to be set correctly for each projector in the array, so that it can

determine which edges are to be blended. Sometimes only one edge overlaps, sometimes two,
three or four.

Blending

• Set this to Off for a lone projector, On to enable Edge Blending, or Align Pattern to help adjust

the physical position of the projectors.

Segmentation

• Set this to On, if you want the projector to divide up the image into tiles, or Off if you have external

equipment to do this.

Notes

Main Menu

Edge Blend

This menu is available only when

Setup > System > Conguration is

set to

Edge Blend.

None of the other blend options

are available until either the Array
Width or the Array Height setting is
greater than 1.

Note that the position numbering

starts from zero, so the top left
projector is at position H 0, V 0.

Which settings are available in these

menus depends on:

● the number of projectors in the

array

● the position of the projector in

the array

For additional information, see the

Reference Guide.

Digital Projection Titan Quad & Titan 800 Series A TOUR OF THE MENUS Operating Guide

Op 13

Rev F November 2012

Blend Width

• Use this to set the width of the blended regions.

Black Level Uplift

• Use this to correct for non-zero black levels in the blended regions.

Reduce Black Level Uplift Width

• Use this to correct for stray light from the DMD’s non-addressable border.

Notes

To apply the settings in these

menus, use the command at the
bottom of each page.

Main Menu

Edge Blend

Blend Width

Main Menu

Edge Blend

Black Level Uplift

For additional information, see the

Reference Guide.

Main Menu

Edge Blend

Reduce Black Level Uplift Width

Digital Projection Titan Quad & Titan 800 Series A TOUR OF THE MENUS Operating Guide

Op 14

Rev F November 2012

PIP menu

Two images can be combined, in three different ways using this feature. The PIP menu is available
only when Setup > System > Conguration is set to PIP.

Option

• Select PIP, PAP , or POP mode from the drop-down list.

Input

• Select an Input from the drop-down list. The inputs are divided into two groups – the main image

must be from one group, and the sub-image must be from the other group.

• Group A: CVBS 1, CVBS 2, S-VIDEO and 3G-SDI

• Group B: COMPONENT, VGA, DVI, HDMI and DVI-A

Size

• Select a size for the sub-image from the drop-down list.

Position

• Select one of the preset positions for the sub-image from the drop-down list.

Custom Position

• If you have chosen Custom from the Position drop-down list, then you can use the sliders to

position the image manually.

Notes

Main Menu

PIP

This menu is available only when

Setup > System > Conguration is

set to PIP.

PIP, PAP and POP are NOT

possible when Input is set to Test

Pattern.

In these examples, the ower is the

main image, and the window is the
sub-image, shown at the Medium
size setting.

The two images MUST be from

different Input groups.

The Position settings apply ONLY

to PIP mode. PAP and POP are
always as shown in these examples.

PIP: Picture In Picture PAP: Picture And Picture POP: Picture Opposite Picture

Digital Projection Titan Quad & Titan 800 Series A TOUR OF THE MENUS Operating Guide

Op 15

Rev F November 2012

3D menu

• Set 3D Enable to On or Off as required.

• Use the Frame Rate Multiplier to reduce icker when the incoming 3D video signal has a low

frame rate.

For example, a 48Hz frame rate could be tripled to 144Hz.

• 3D Type should be set to Auto, except when the projector has problems selecting between

Sequential, Frame Packing, Top and Bottom and Side by Side (Half).

• Set the Dark Time to reduce the ghosting that can be caused by the images overlapping whilst

the glasses are switching.

• Set the Sync Offset to compensate for signal processing delays in the projector.

• Set the Output Sync Polarity to suit the glasses, or if the left and right images appear to be

swapped.

• Set Source Dominance to Left or Right to suit the incoming 3D video signal.

L

R

Frame Packing

L

R

Top-and-Bottom

L R

Side-by-Side (Half)

L R L R

Sequential

Notes

Main Menu

3D

Set the Dark Time to the value

appropriate to the glasses or
ZScreen.

Adjust the Sync Offset to eliminate

ghosting and achieve a smooth
grayscale.

For additional information on 3D

settings, see the Reference Guide.

The information on this page does

not apply to 2D projectors.

Digital Projection Titan Quad & Titan 800 Series A TOUR OF THE MENUS Operating Guide

Op 16

Rev F November 2012

Lamps menu

Titan 800 series

Set Operation to choose between Lamp 1 + Lamp 2, Lamp 1, Lamp 2 and Auto 1. In the Auto 1
mode, the lamp usage will be spread evenly over the two lamps, over time.

Set the slider to vary the Power between 80% and 100%.

Titan Super Quad series, Titan Quad 2000 series and Titan Quad series

Set Operation to choose between All Lamps, Auto 3, Auto 2 and Auto 1. In the Auto modes, the
lamp usage will be spread evenly over the four lamps, over time.

Set the slider to vary the Power between 80% and 100%.

Notes

Main Menu

Lamp

Digital Projection Titan Quad & Titan 800 Series A TOUR OF THE MENUS Operating Guide

Op 17

Rev F November 2012

Setup menu

• Orientation

Depending on how the projector is mounted, select the appropriate setting from the drop-down
list.

• Latency

Affects interlaced sources only. For fastest response, the Lowest setting gives minimum frame
delay. For improved performance with lms involving motion sequences, the Best Video setting
uses adaptive de-interlacing and interpolation, but takes longer to process.

Reset Default Settings

When you pressOK to restore the factory default settings, a warning message appears, asking you to conrm or cancel.

Once the process has begun, wait one minute and then power cycle the projector so the restored settings can take effect.

Notes

Main Menu

Setup

Do NOT do this unless you are

sure that you want to restore ALL
the current settings to their factory
defaults.

Digital Projection Titan Quad & Titan 800 Series A TOUR OF THE MENUS Operating Guide

Op 18

Rev F November 2012

InputConguration

This menu allows adjustment of various technical parameters specic to each of the signal inputs,

regardless of which input is being used.

• DVI Boost EQ should normally be set to Off, except when you are having problems with a long DVI

cable.

• DVI / HDMI Color Space should normally be set to Auto, except when the projector has problems

identifying the correct colour space.

• DVI / HDMI Range should normally be set to Auto, except when you are having contrast problems

with some DVI sources.

• Set DVI-I Por t to choose between the Analog and Digital signals from a DVI-I source.

• DVI Main Operation

Select between single and dual link DVI reception.

• DVI Main Range

Select between Full and Limited range.

• Set Component Colour Space to choose between RGB and YPbPr.

• Component Sync Type should be set to Auto, except when the projector has problems selecting between 3 Wire (RGsB) and 4 Wire

(RGBS).

• If two video streams are being transmitted, use 3G-SDI Level B Stream to choose between the two streams.

Notes

Main Menu

Setup

InputConguration

Digital Projection Titan Quad & Titan 800 Series A TOUR OF THE MENUS Operating Guide

Op 19

Rev F November 2012

Network

The elds at the bottom of the menu show the current settings.

• Set DHCP to On if the IP Address is to be assigned by a DHCP server, or Off if it is to be set here.

• If DHCP is set to On:

It will not be possible to edit either IP Address or Subnet.

• If DHCP is set to Off:

Edit IP Address to the correct value.

Edit the Subnet to the correct value.

Notes

Main Menu

Setup

Network

Any new settings will not be effective

until the projector has been power
cycled.

Digital Projection Titan Quad & Titan 800 Series A TOUR OF THE MENUS Operating Guide

Op 20

Rev F November 2012

On Screen Display

• Select a display Language from the drop-down list.

• The menus will disappear if no buttons are pressed within the Timeout selected from the drop-

down list. If you want the menus to stay on screen permanently, then select Innite.

• Select a Position from the drop-down list.

• If you do not want projector status messages to be displayed, for instance , then set

Messaging to Off.

Notes

Main Menu

Setup

On Screen Display

Digital Projection Titan Quad & Titan 800 Series A TOUR OF THE MENUS Operating Guide

Op 21

Rev F November 2012

System

• Conguration: switch between PIP and Edge Blend.

The other settings in this menu are provided mainly to allow control from the Web Conguration Utility.

• Use the Shutter Open and Shutter Close commands as required.

• Use the Power Off command to set the projector into Standby mode.

Notes

Main Menu

Setup

System

When you switch between PIP

and Edge Blend, the projector will
reboot instantly to enable the new
setting.

The Power On command has no

function when seen on the projector
OSD.

However, it can be used from

the Web Conguration Utility
described at the end of this guide.

Both the keypad and remote control

have dedicated buttons allowing
access to the

Shutter Open,
Shutter Close, Power On and
Power Off commands.

Digital Projection Titan Quad & Titan 800 Series A TOUR OF THE MENUS Operating Guide

Op 22

Rev F November 2012

Information menu

This menu gives information about lamp operating times, software and hardware conguration, input
source and network settings.

Notes

Please note that the values

shown in the menus on this page
are examples and may differ

signicantly on your OSD.

Main Menu

Information

Main Menu

Information

Lamps

Lamp information differs between

Titan 800 and Quad models due to
the different number of lamps.

Main Menu

Information

Conguration

The conguration shown here is for

a 3D model.

Digital Projection Titan Quad & Titan 800 Series MENU MAP Operating Guide

Op 23

Rev F November 2012

Menu Map

Main Menu Sub Menus

Input Selection

CVBS 1, CVBS 2, S-Video, Component, VGA, 3G-SDI, DVI, HDMI, Test Pattern, Main/DVI, Sub/HDMI, Dual Pipe

Test Pattern

Gray V Bars, Gray H Bars, Aspect Test, Alignment Grid, Warp Adjust, SMPTE, Chequerboard, White Field, Black
Field, Convergence, Custom 1, Custom 2, Custom 3, Custom 4.

Lens

Zoom In (command)

Zoom Stop (command)

Zoom Out (command)

Focus Near (command)

Focus Stop (command)

Focus Far (command)

Calibrate Zoom (command)

Calibrate Focus (command)

Center Lens (command)

Nudge

Up (command)
Down (command)
Left (command)
Right (command)

Lens Presets

Save 1 (command)
Save 2 (command)
Save 3 (command)
Save 4 (command)
Save 5 (command)
Recall 1 (command)
Recall 2 (command)
Recall 3 (command)
Recall 4 (command)
Recall 5 (command)

Notes

Some of the information in this menu

map is summarised. See the actual
menu on the projector for full detail.

The underlined text represents

the factory default value for each
setting.

Digital Projection Titan Quad & Titan 800 Series MENU MAP Operating Guide

Op 24

Rev F November 2012

Main Menu Sub Menus

Image

Brightness (slider, value range -50 ~ 50 [0])

Contrast (slider, value range -50 ~ 50 [0])

Gamma 1.0 , 1.8, 2.0, 2.2, 2.4, 2.6, 2.8

Hue (slider, value range -50 ~ 50 [0])

Saturation (slider, value range -50 ~ 50 [0])

Black Level Offset 0 IRE, 7.5 IRE

Video Filters

Sharpness (slider, value range -50 ~ 50 [0])
Detail (slider, value range 0 ~ 3)
Luma Sharpness (slider, value range 0 ~ 2)
Chroma Sharpness (slider, value range 0 ~ 2)
Recursive NR (slider, value range 0 ~ 3)
Mosquito NR (slider, value range 0 ~ 3)
Cross Color Supression Off, On

VGA Setup

Phase (slider, value range -50 ~ 50 [0])
Total H Samples (slider, value range -50 ~ 50 [0])
Auto Setup (command)

Color

Gamut Peak, HDTV, SDTV, 3200k, 5400k, 6500k, 8000k, 9000k, User 1, User 2

Red Black Level (slider, value range -50 ~ 50 [0])

Green Black Level (slider, value range -50 ~ 50 [0])

Blue Black Level (slider, value range -50 ~ 50 [0])

Red Gain (slider, value range -50 ~ 50 [0])

Green Gain (slider, value range -50 ~ 50 [0])

Blue Gain (slider, value range -50 ~ 50 [0])

Notes

Some of the information in this menu

map is summarised. See the actual
menu on the projector for full detail.

The underlined text represents

the factory default value for each
setting.

Digital Projection Titan Quad & Titan 800 Series MENU MAP Operating Guide

Op 25

Rev F November 2012

Main Menu Sub Menus

Geometry

Aspect Ratio Source, Fill Display, Fill & Crop, Anamorphic, TheaterScope

H Position (slider, value range -50 ~ 50 [0])

V Position (slider, value range -50 ~ 50 [0])

Overscan (slider, value range 0 ~ 3)

Size & Position

Enable Off, On
Setting Global, Per Mode
H Position (slider, value range -100 ~ 100 [0])
V Position (slider, value range -100 ~ 100 [0])
H Size (slider, value range 25 ~ 400 [100])
Aspect Lock On, Off
V Size (slider, value range 25 ~ 400 [100])
Reset (command)

Mode Off, Keystone, Cornerstone, Rotation, Warp

Keystone

H Keystone (slider, value range -50 ~ 50 [0])
V Keystone (slider, value range -50 ~ 50 [0])
Pincushion / Barrel (slider, value range 30 ~ 30 [0])

Cornerstone

Upper Left X (slider, value range -500 ~ 500 [0])
Upper Left Y (slider, value range -500 ~ 500 [0])
Upper Right X (slider, value range -500 ~ 500 [0])
Upper Right Y (slider, value range -500 ~ 500 [0])
Lower Left X (slider, value range -500 ~ 500 [0])
Lower Left Y (slider, value range -500 ~ 500 [0])
Lower Right X (slider, value range -500 ~ 500 [0])
Lower Right Y (slider, value range -500 ~ 500 [0])

Rotation

Rotation (slider, value range --90 ~ 90 [0])
Pincushion / Barrel (slider, value range -30 ~ 30 [0])

Warp Map Off, 1, 2, 3, 4, 5, 6, 7, 8

Notes

Some of the information in this menu

map is summarised. See the actual
menu on the projector for full detail.

The underlined text represents

the factory default value for each
setting.

Digital Projection Titan Quad & Titan 800 Series MENU MAP Operating Guide

Op 26

Rev F November 2012

Main Menu Sub Menus

Edge Blend

Array Width (slider, value range 1 ~ 4)

Array Height (slider, value range 1 ~ 4)

Array H Position (slider, value range 0 ~ 3)

Array V Position (slider, value range 0 ~ 3)

Blending Off, On, Align Pattern

Segmentation Off, On

Blend Width

Top Blend Region (slider, value range 0 ~ 999)
Bottom Blend Region (slider, value range 0 ~ 999)
Left Blend Region (slider, value range 0 ~ 999)
Right Blend Region (slider, value range 0 ~ 999)
Apply Blend Regions (command)

Black Level Uplift

Unblended Region (slider, value range 0 ~ 63)
Upper Left (slider, value range 0 ~ 63)
Upper Middle (slider, value range 0 ~ 63)
Upper Right (slider, value range 0 ~ 63)
Middle Left (slider, value range 0 ~ 63)
Middle Right (slider, value range 0 ~ 63)
Lower Left (slider, value range 0 ~ 63)
Lower Middle (slider, value range 0 ~ 63)
Lower Right (slider, value range 0 ~ 63)
Apply Uplift (command)

Reduce Black Level Uplift Width

Upper Left X (slider, value range 0 ~ 200)
Upper Left Y (slider, value range 0 ~ 200)
Upper Right X (slider, value range -200 ~ 0)
Upper Right Y (slider, value range 0 ~ 200)
Lower Left X (slider, value range -200 ~ 0)
Lower Left Y (slider, value range -200 ~ 0)
Lower Right X (slider, value range 0 ~ 200)
Lower Right Y (slider, value range -200 ~ 0)
Apply Uplift (command)

Notes

Some of the information in this menu

map is summarised. See the actual
menu on the projector for full detail.

The underlined text represents

the factory default value for each
setting.

PIP and Edge Blend are mutually

exclusive modes of operation. When
in PIP mode, Edge Blend is not
available, and vice versa.

Digital Projection Titan Quad & Titan 800 Series MENU MAP Operating Guide

Op 27

Rev F November 2012

Main Menu Sub Menus

PIP

Option Off, PIP, PAP, POP

Input CVBS 1, CVBS 2, S-Video, Component, VGA, 3G-SDI, DVI, HDMI

Size Small, Medium, Large

Position Top Le ft, Top Right, Bottom Left, Bottom Right, Custom

Custom H Position (slider, value range 0 ~ 100 [50])

Custom V Position (slider, value range 0 ~ 100 [50])

3D

3D Enable Off, On

Frame Rate Multiplier x1, x2, x3

3D Type Auto, Sequential, Frame Packing, Top-and-Bottom, Side-by-Side (Half)

Dark Time Minimum, 650 µS, 1300 µS, 7500 µS

Sync Offset (slider, value range -15 ~ 15 [0])

Output Sync Polarity Positive, Negative

Source Dominance Left, Right

Lamps

Quad Series: Operation All Lamps, Auto 3, Auto 2, Auto 1

800 Series: Operation Lamp 1 + Lamp 2, Lamp 1, Lamp 2, Auto 1

Power (slider, value range 80 — 100)

Information: Lamp 1 Hours, Lamp 1 Starts, Lamp 2 Hours, Lamp 2 Starts (Quad only: Lamp 3 Hours, Lamp 3 Starts,
Lamp 4 Hours, Lamp 4 Starts )

Notes

Some of the information in this menu

map is summarised. See the actual
menu on the projector for full detail.

The underlined text represents

the factory default value for each
setting.

PIP and Edge Blend are mutually

exclusive modes of operation. When
in PIP mode, Edge Blend is not
available, and vice versa.

The 3D menu is not available with

2D projectors

Digital Projection Titan Quad & Titan 800 Series MENU MAP Operating Guide

Op 28

Rev F November 2012

Main Menu Sub Menus

Setup

Orientation Desktop Front, Desktop Rear, Ceiling Front, Ceiling Rear

Latency Lowest, Best Video

Input Conguration

DVI Boost EQ Off, On
DVI / HDMI Color Space RGB, YPbPr, Auto
DVI / HDMI Range Full, Limited, Auto
DVI-I Port Digital, Analog
DVI Main / SubOperation Single Link A, Single Link B, Dual Link
DVI Main / Sub Range Full, Limited
Component Color Space RGB, YPbPr
Component Sync Type 3 Wire, 4 Wire, Auto
3G-SDI Level B Stream Stream 1, Stream 2

Network

DHCP Off, On
IP Address (numeric input)
Subnet (numeric input)

Information: DHCP Status, IP Address, Subnet, MAC Address

On Screen Display

Language US English, UK English
Timeout 5 sec, 10 Sec, 15 sec, 20 sec, 25 sec, 30 sec, innite
Position Center, Top Left, Top Right, Bottom Left, Bottom Right
Messaging Off, On

System

Conguration PIP, Edge Blend

Shutter Open (command)
Shutter Close (command)
Power On (command)
Power Off (command)

Reset Default Settings (command)

Notes

Some of the information in this menu

map is summarised. See the actual
menu on the projector for full detail.

The underlined text represents

the factory default value for each
setting.

Do NOT reset the settings unless

you are sure that you want to restore
ALL the current settings to their
factory defaults.

Digital Projection Titan Quad & Titan 800 Series MENU MAP Operating Guide

Op 29

Rev F November 2012

Main Menu Sub Menus

Information

Lamps

Lamp 1 Hours, Lamp 1 Starts, Lamp 2 Hours, Lamp 2 Starts
Lamp 1 Hours, Lamp 1 Starts, Lamp 2 Hours, Lamp 2 Starts, Lamp 3 Hours, Lamp 3 Starts, Lamp 4 Hours,
Lamp 4 Starts

Conguration

Scaler, Interface, Hardware, Firmware, Factory ROM, OSD, Lens, 3D Hardware, 3D Firmware, Sequences
Input, Standard, DHCP Status, IP Address, Subnet, MAC Address

Notes

Some of the information in this menu

map is summarised. See the actual
menu on the projector for full detail.

Digital Projection Titan Quad & Titan 800 Series WEB CONFIGURATION UTILITY Operating Guide

Op 30

Rev F November 2012

WebCongurationUtility

The LAN IP Address of the projector can be set by using the Network submenu, which can be found in the Setup menu.

Once the LAN IP Address has been set, it is possible to control all the functions available on the OSD by using the embedded Web

Conguration Utility.

To access the Web Conguration Utility, do one of the following:

• Type the URL http://<LAN IP Address> into the address bar of your browser, then press ENTER.

• Use the DiscoveryTool_V1.0.exe application as described in Using the Discovery Tool to view your network later in this section.

The embedded webpage shown below right should appear.

Menu examples

The webpages mirror the OSD menus, as shown in the following examples:

• The last 3 bytes of the projector’s MAC Address are shown in the Unit ID, 00-27-86

in the example shown here.

• The menu name is shown in orange underlined text, as in the Main Menu shown

here.

• Drop-down lists are represented by similar drop-down lists, as in the Input

Selection list shown here.

• Sub-menus are represented by yellow underlined links, as shown here.

Notes

For full details of how to use the

menu system, see earlier in this
Guide.

Digital Projection Titan Quad & Titan 800 Series WEB CONFIGURATION UTILITY Operating Guide

Op 31

Rev F November 2012

Examples (continued)

• Sliders are represented by similar sliders, as in the Array Width and Ar ray

Height sliders shown here.

• Items that are not available are shown grayed-out, as shown here.

• To return from a sub-menu to the previous menu, click on the Back link at the

bottom of the menu.

• Commands are represented by Do it buttons, as shown here.

Notes

For full details of how to use the

menu system, see earlier in this
Guide.

Digital Projection Titan Quad & Titan 800 Series WEB CONFIGURATION UTILITY Operating Guide

Op 32

Rev F November 2012

Using the Discovery Tool to view your network

The Discovery Tool allows you to view the IP addresses of all projectors in your network.

The tool opens the following page in your browser:

Click on a projector IP address to access the Web Conguration Utility for that projector.

Notes

The tool will only nd projectors

from the same subnet as the host
computer. The IP addresses of
these projectors will be identical up
to the third octet as shown in the
example.

Rev B November 2012

REFERENCE GUIDE

Titan 800 Series

High Brightness Digital Video Projector

Titan Super Quad Series
Titan Quad 2000 Series
Titan Quad Series

Digital Projection Titan Quad & Titan 800 Series CONTENTS Reference Guide

Rev B November 2012

CONTENTS

The DMD™ .................................................................................................. Ref 1

Aspect Ratios Explained .................................................................. Ref 3

Aspect ratio examples for DMD™ resolution SX+ (SXGA+)............... Ref 4

Aspect ratio examples for DMD™ resolution 1080p ........................... Ref 7

Aspect ratio examples for DMD™ resolution WUXGA ..................... Ref 10

Aspect ratio example: TheaterScope ................................................. Ref 13

Screen Requirements ....................................................................... Ref 14

Fitting the image to the DMD™ ........................................................... Ref 14

SX+ images displayed full width .................................................. Ref 14

SX+ images displayed full height ................................................. Ref 14

1080p images displayed full width ............................................... Ref 15

1080p images displayed full height .............................................. Ref 15

WUXGA images displayed full width ............................................ Ref 16

WUXGA images displayed with a height of 1080 pixels............... Ref 16

WUXGA images displayed full height........................................... Ref 17

Diagonal screen sizes .......................................................................... Ref 18

Fitting the image to the screen ........................................................... Ref 19

Positioning the screen and projector ................................................. Ref 20

Choosing A Lens .................................................................................. Ref 21

Choosing a lens by calculation........................................................... Ref 22

Throw distance and lens extension .............................................. Ref 23

Useful lens calculations................................................................ Ref 24

Examples of lens calculations ...................................................... Ref 24

Lens charts ........................................................................................... Ref 25

How to use the lens charts ........................................................... Ref 25

1080p (1920 x 1080 pixels) .......................................................... Ref 26

WUXGA (1920 x 1200 pixels) ...................................................... Ref 27

SX+ (1400 x 1050 pixels) ............................................................. Ref 28

DMD™ resolution 1080p / WUXGA, full width images................. Ref 29

DMD™ resolution 1080p, 1.25:1 images ..................................... Ref 30

DMD™ resolution 1080p, 1.33:1 images ..................................... Ref 31

DMD™ resolution 1080p, 1.6:1 images ....................................... Ref 32

DMD™ resolution 1080p, 1.66:1 images ..................................... Ref 33

DMD™ resolution WUXGA, 1.25:1 images.................................. Ref 34

DMD™ resolution WUXGA, 1.33:1 images.................................. Ref 35

DMD™ resolution SX+, full width images .................................... Ref 36

DMD™ resolution SX+, 1.25:1 images ........................................ Ref 37

Positioning The Image ..................................................................... Ref 38

Maximum offset range ......................................................................... Ref 40

Input Connections .............................................................................. Ref 41

Inputs 1-8 .............................................................................................. Ref 41

DVI inputs .............................................................................................. Ref 42

Input 3, single link DVI-D.............................................................. Ref 42

Input 9, dual link DVI-D ................................................................ Ref 42

Input 10, HDMI-compatible DVI-D................................................ Ref 42

Input 11, Dual Pipe 3D ................................................................. Ref 42

Special considerations when using Inputs 9-11................................ Ref 43

Differences between Inputs 9-11 and Inputs 1-8 .......................... Ref 43

Input and processing architecture ................................................ Ref 43

EDID on the DVI and VGA inputs................................................. Ref 43

Digital Projection Titan Quad & Titan 800 Series CONTENTS Reference Guide

Rev B November 2012

Connection examples .......................................................................... Ref 44

DVI Input connection example ..................................................... Ref 44

3D connection examples .............................................................. Ref 45

Control Connections ......................................................................... Ref 46

LAN connection .................................................................................... Ref 46

RS232 connection ................................................................................ Ref 47

Edge Blend And Black Level Uplift ......................................... Ref 48

3D Setup .................................................................................................... Ref 49

Some 3D settings explained................................................................ Ref 51

Dark Time ..................................................................................... Ref 51

Source Dominance....................................................................... Ref 51

Sync Offset ................................................................................... Ref 51

Frame Rate Multiplier ................................................................... Ref 52

Appendix A: Lens Part Numbers .............................................. Ref 53

Appendix B: Supported Signal Input Modes ..................... Ref 54

2D input modes .................................................................................... Ref 54

3D input modes .................................................................................... Ref 57

Appendix C: Glossary Of Terms ................................................ Ref 59

CONTENTS (continued)

Digital Projection Titan Quad & Titan 800 Series THE DMD™ Reference Guide

Ref 1

Rev B November 2012

The DMD™

A DMD™ (Digital Micromirror Device™) is a true digital light modulator which utilises an array of up to 2.3 million moving aluminium mirrors,

with each one representing a pixel in the nal projected image. The outermost micromirrors in the array remain inactive and are not used in

constructing the image.

1

Casing

2

Light shield

3

Inactive mirrors

4

Array

Each mirror element is suspended over address electrodes by a torsion hinge between two posts.

1

Support posts

2

Mirror element

3

Torsion hinges

4

Offset address electrode

Notes

DMD

2

3

4

1

Mirror element with tilt mechanism

2

1

3

4

Digital Projection Titan Quad & Titan 800 Series THE DMD™ Reference Guide

Ref 2

Rev B November 2012

The DMD™ (continued)

Depending on the voltage polarity applied, each mirror will either tilt to the left to produce a bright pixel or to the right for a dark pixel. When
light is applied to the complete DMD™, only the light redirected from a mirror tilting to the left is projected.

1

Projection lens

2

Incoming light from the lamp

3

Mirror element tilted to the right

4

Mirror element tilted to the left

5

Reected light, left tilt

6

Light dump

7

Reected light, right tilt

The projector optically lters white light from the lamp into its constituent red, green and blue. Each color illuminates a separate DMD™

whose modulated output is then recombined with the other two to form the projected full color image.

1

Lamp

2

Optical ltering of light into red, green and blue

3

Projection lens

4

DMD™ devices

5

Full color image displayed on screen

Notes

B RG

white light white light

blue
light

green

light

red

light

1 2 3

4 5

Filtering process

Light ow

1

2

3

4

5

6

7

Digital Projection Titan Quad & Titan 800 Series ASPECT RATIOS EXPLAINED Reference Guide

Ref 3

Rev B November 2012

Aspect Ratios Explained

The appearance of a projected image on the screen depends on a combination of the following:

• The DMD™ resolution:

• SX+ (SXGA+) with a 1400 x 1050 resolution, corresponding to an aspect ratio of 4:3

• 1080p with a 1920 x 1080 resolution, corresponding to an aspect ratio of 16:9

• WUXGA with a 1920 x 1200 resolution, corresponding to an aspect ratio of 16:10

• The aspect ratio of the input signal: 4:3, 16:9 or 16:10

• The value of the Aspect Ratio setting of the projector:

• Sour ce - show the image with its original aspect ratio, not using the whole screen if the DMD™ aspect ratio does not match.

• Fill Display - ll the screen but force the DMD™ aspect ratio on the image.

• Fill & Cr op - ll the screen without changing the original aspect ratio but cropping the image to t the DMD™ aspect ratio.

• Anamor phic - force a 16:9 ratio on the source. You need this setting to resolve 16:9 images packed into a 4:3 frame, otherwise it

distorts the image.

• T heaterScope is a special setting used in combination with an anamorphic lens, an optional accessory. It removes letterboxing

from a 2.35:1 source packed into a 16:9 frame.

Notes

Digital Projection Titan Quad & Titan 800 Series ASPECT RATIOS EXPLAINED Reference Guide

Ref 4

Rev B November 2012

Aspect ratio examples for DMD™ resolution SX+ (SXGA+)

Source: 4:3 (native resolution)

1

Unused screen areas

Notes

Aspect Ratio:
Source / Fill Display / Fill & Crop

Aspect Ratio: Anamorphic

1

1

Digital Projection Titan Quad & Titan 800 Series ASPECT RATIOS EXPLAINED Reference Guide

Ref 5

Rev B November 2012

Aspect ratio examples for DMD™ resolution SX+ (SXGA+) (continued)

Source: 16:9

1

Unused screen areas

2

Cropped parts of the image

Notes

Aspect Ratio: Fill & Crop

Aspect Ratio: Fill Display

Aspect Ratio: Source

1

1

2 2

Digital Projection Titan Quad & Titan 800 Series ASPECT RATIOS EXPLAINED Reference Guide

Ref 6

Rev B November 2012

Aspect ratio examples for DMD™ resolution SX+ (SXGA+) (continued)

Source: 16:10

1

Unused screen areas

2

Cropped parts of the image

Aspect Ratio: Fill & Crop

Aspect Ratio: Fill Display

Aspect Ratio: Source

1

1

2 2

Notes

Digital Projection Titan Quad & Titan 800 Series ASPECT RATIOS EXPLAINED Reference Guide

Ref 7

Rev B November 2012

Aspect ratio examples for DMD™ resolution 1080p

Source: 4:3

1

Unused screen areas

2

Cropped parts of the image

Notes

Aspect Ratio: Source

Aspect Ratio: Fill Display, Anamorphic

Aspect Ratio: Fill & Crop

2

1

1

2

Digital Projection Titan Quad & Titan 800 Series ASPECT RATIOS EXPLAINED Reference Guide

Ref 8

Rev B November 2012

Aspect ratio examples for DMD™ resolution 1080p (continued)

Source: 16:9 (native resolution)

Notes

Aspect Ratio: Source / Fill Display / Fill & Crop

Digital Projection Titan Quad & Titan 800 Series ASPECT RATIOS EXPLAINED Reference Guide

Ref 9

Rev B November 2012

Aspect ratio examples for DMD™ resolution 1080p (continued)

Source: 16:10

1

Unused screen areas

2

Cropped parts of the image

Notes

Aspect Ratio: Fill Display

Aspect Ratio: Source

Aspect Ratio: Fill & Crop

2

1

1

2

Digital Projection Titan Quad & Titan 800 Series ASPECT RATIOS EXPLAINED Reference Guide

Ref 10

Rev B November 2012

Aspect ratio examples for DMD™ resolution WUXGA

Source: 4:3

1

Unused screen areas

2

Cropped parts of the image

Notes

Aspect Ratio: Source Aspect Ratio: Fill Display

Aspect Ratio: Fill & Crop

Aspect Ratio: Anamorphic

2

1

1

1

1

2

Digital Projection Titan Quad & Titan 800 Series ASPECT RATIOS EXPLAINED Reference Guide

Ref 11

Rev B November 2012

Aspect ratio examples for DMD™ resolution WUXGA (continued)

Source: 16:9

1

Unused screen areas

2

Cropped parts of the image

Notes

Aspect Ratio: Source

Aspect Ratio: Fill Display

Aspect Ratio: Fill & Crop

2

1

1

2

Digital Projection Titan Quad & Titan 800 Series ASPECT RATIOS EXPLAINED Reference Guide

Ref 12

Rev B November 2012

Aspect ratio examples for DMD™ resolution WUXGA (continued)

Source: 16:10 (native resolution)

Notes

Aspect Ratio: Source / Fill Display / Fill & Crop

Digital Projection Titan Quad & Titan 800 Series ASPECT RATIOS EXPLAINED Reference Guide

Ref 13

Rev B November 2012

Aspect ratio example: TheaterScope

The TheaterScope setting is used in combination with an anamorphic lens to restore 2.35:1 images packed into a 16:9 frame. Such images
are projected with black lines at the top and bottom of the 16:9 screen to make up for the difference in aspect ratios.

Without an anamorphic lens and without the TheaterScope setting applied, a 16:9 source containing a 2.35:1 image looks like this:

If we change the setting to TheaterScope, the black lines will disappear but the image will stretch vertically to reach the top and bottom of
the DMD™:

An anamorphic lens will stretch the image horizontally, restoring the original 2.35 ratio:

Notes

Black margin – part of the source

Black margin – part of the source

Digital Projection Titan Quad & Titan 800 Series SCREEN REQUIREMENTS Reference Guide

Ref 14

Rev B November 2012

Screen Requirements

Fitting the image to the DMD™

If the source image supplied to the projector is smaller than the DMD™ resolution, the image will not ll the DMD™. The following examples

show how a number of common formats may be displayed, depending on your DMD™ resolution.

SX+ images displayed full width

SX+ images displayed full height

Notes

The images are shown here scaled

automatically by the projector.

The image may be scaled differently

if the aspect ratio is set differently in
the

Geometry menu.

2.35:1(Scope)

= 596 pixels

1.85:1

= 757 pixels

16:9 = 1.78:1

= 787 pixels

1.66:1 (Vista)

= 843 pixels

1.6:1

= 875 pixels

full width = 1400 pixels

full height = 1050 pixels

4:3 = 1.33:1 (native) = 1400 pixels

Digital Projection Titan Quad & Titan 800 Series SCREEN REQUIREMENTS Reference Guide

Ref 15

Rev B November 2012

1080p images displayed full width

1080p images displayed full height

Notes

The images are shown here scaled

automatically by the projector.

The image may be scaled differently

if the aspect ratio is set differently in
the

Geometry menu.

2.35:1(Scope)

= 817 pixels

full width = 1920 pixels

1.85:1

= 1037 pixels

16:9 = 1.78:1

= 1080 pixels

(native resolution)

4:3 = 1.33:1 = 1440 pixels

full height = 1080 pixels

1.66:1 (Vista) = 1792 pixels

16:9 = 1.78:1 = 1920 pixels

(native resolution)

16:10 = 1.6:1 = 1728 pixels

Digital Projection Titan Quad & Titan 800 Series SCREEN REQUIREMENTS Reference Guide

Ref 16

Rev B November 2012

WUXGA images displayed full width

WUXGA images displayed with a height of 1080 pixels

full width = 1920 pixels

2.35:1(Scope)

= 817 pixels

1.85:1

= 1037 pixels

16:9 = 1.78:1

= 1080 pixels

full height

= 1200 pixels

Notes

The images are shown here scaled

automatically by the projector.

The image may be scaled differently

if the aspect ratio is set differently in
the

Geometry menu.

The images shown here cannot ll

the full height of the DMD™, and will
be scaled to a height of 1080 pixels.

4:3 = 1.33:1 = 1440 pixels

full height

= 1200 pixels

1.66:1 (Vista) = 1792 pixels

16:10 = 1.6:1 = 1728 pixels

max possible image height

= 1080 pixels

full width = 1920 pixels

Digital Projection Titan Quad & Titan 800 Series SCREEN REQUIREMENTS Reference Guide

Ref 17

Rev B November 2012

WUXGA images displayed full height

Notes

Only WUXGA or UXGA images

can ll the full height of the DMD™,
using all 1200 pixels.

full height = 1200 pixels

WUXGA = 16:10 = 1.6:1 = 1920 pixels

UXGA = 4:3 = 1.33:1 = 1600 pixels

Digital Projection Titan Quad & Titan 800 Series SCREEN REQUIREMENTS Reference Guide

Ref 18

Rev B November 2012

Diagonal screen sizes

Screen sizes are sometimes specied by their diagonal size (D). When dealing

with large screens and projection distances at different aspect ratios, it is more
convenient to measure screen width (W) and height (H).

The example calculations below show how to convert diagonal sizes into width and
height, at various aspect ratios.

2.35:1 (Scope)

W = D x 0.92 H = D x 0.39

1.85:1

W = D x 0.88 H = D x 0.47

16:9 = 1.78:1 (native aspect ratio for 1080p projectors)

W = D x 0.87 H = D x 0.49

1.66:1 (Vista)

W = D x 0.86 H = D x 0.52

16:10 = 1.6:1 (native aspect ratio for WUXGA projectors)

W = D x 0.85 H = D x 0.53

4:3 = 1.33:1 (native aspect ratio for SX+ projectors)

W = D x 0.8 H = D x 0.6

Notes

D = diagonal

W = width

H = height

Digital Projection Titan Quad & Titan 800 Series SCREEN REQUIREMENTS Reference Guide

Ref 19

Rev B November 2012

Fitting the image to the screen

It is important that your screen is of sufcient height and

width to display images at all the aspect ratios you are
planning to use.

Use the conversion chart, or the sample calculations
below to check that you are able to display the full image

on your screen. If you have insufcient height or width,

you will have to reduce the overall image size in order to
display the full image on your screen.

1

4:3 = 1.33:1
(native aspect ratio for SX+ projectors)

W = H x 1.33, H = W x 0.75

2

16:10 = 1.6:1
(native aspect ratio for WUXGA projectors)

W = H x 1.6, H = W x 0.625

3

1.66:1 (Vista)

W = H x 1.66, H = W x 0.6

4

16:9 = 1.78:1
(native aspect ratio for 1080p projectors)

W = H x 1.78, H = W x 0.56

5

1.85:1 (Flat)

W = H x 1.85, H = W x 0.54

6

2.35:1 (Scope)

W = H x 2.35, H = W x 0.426

Notes

Screen width

1 2 3 4 5 6 7 8 9 10

Screen height

1

2

3

4

5

6

7

8

9

10

1 2 3 4 5 6

Digital Projection Titan Quad & Titan 800 Series SCREEN REQUIREMENTS Reference Guide

Ref 20

Rev B November 2012

Positioning the screen and projector

For optimum viewing, the screen should be a at surface
perpendicular to the oor. The bottom of the screen should
be 1.2m (4 feet) above the oor and the front row of the

audience should not have to look up more than 30° to see
the top of the screen.

The distance between the front row of the audience and
the screen should be at least twice the screen height and
the distance between the back row and the screen should
be a maximum of 8 times the screen height. The screen
viewing area should be within a 60° range from the face of
the screen.

Notes

The projector should be installed

as close to the power outlet as
possible.

The power connection should be

easily accessible, so that it can
be disconnected in an emergency.

Ensure that there is at least

30cm (12in) of space between the
ventilation outlets and any wall,
and 10cm (4in) on all other sides.

Do not install the projector close

to anything that might be affected
by its operational heat, for
instance, polystyrene ceiling tiles,
curtains etc.

The image can be ipped for rear

projection (see the Operating
Guide) and displayed without the

need for extra mirrors or equipment.

However, you must ensure that

there is sufcient distance behind

the screen for the projector to be
correctly located.

Rear installation is generally more

complicated and advice should be
sought from your local dealer before
attempting it.

Digital Projection Titan Quad & Titan 800 Series CHOOSING A LENS Reference Guide

Ref 21

Rev B November 2012

Choosing A Lens

A number of lenses are available. Which lens you choose will depend on the screen size, image aspect ratio, projection distance and light
output. In addition, each lens is available in two versions: High Brightness and High Contrast.

The lenses available are listed below:

Lens (WUXGA and 1080p) Lens (SX+)

0.67 : 1 xed lens 0.73 : 1 xed lens

1.12 : 1 xed lens (3 - 15m) 1.2 : 1 xed lens (3 - 15m)

1.12 : 1 xed lens (1.2 - 2m) 1.2 : 1 xed lens (1.2 - 2m)

1.16 - 1.49 : 1 zoom lens 1.26 - 1.61 : 1 zoom lens

1.39 - 1.87 : 1 zoom lens 1.5 - 2.02 : 1 zoom lens

1.87 - 2.56 : 1 zoom lens 2.02 - 2.77 : 1 zoom lens

2.56 - 4.17 : 1 zoom lens 2.77 - 4.51 : 1 zoom lens

4.17 - 6.95 : 1 zoom lens 4.51 - 7.53 : 1 zoom lens

6.93 - 10.34 : 1 zoom lens 7.5 - 11.2 : 1 zoom lens

If the image does not ll the full width of the DMD™, this effectively increases the throw ratio of the lens. This can be corrected by applying a

throw ratio factor (TRF).

To choose a lens for your projector, you can either apply a lens calculation, or use the lens charts provided here for quick reference.

Notes

The High Brightness lenses are

recommended for the standard
models, for maximum light output.

The High Contrast lenses are

recommended for the Ultra Contrast
models, for maximum contrast.

The same lens has different

effective throw ratios for WUXGA
and 1080p, and for SX+, due to the
different width of the DMD.

Each time a new lens is tted

to the projector, the calibration
procedure must be carried out.
See Lens menu in the Operating
Guide.

For more information about throw

ratio factor (TRF), see Choosing
a lens by calculation later in this
section.

For information about individual lens

part numbers, see Appendix A at
the end of this document.

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Rev B November 2012

Choosing a lens by calculation

For any screen size not listed above, or if you need to be more precise, you can use the calculations below.

1. Identify the width of the image in pixels.

2. Calculate the throw ratio factor (TRF):

3. Identify the screen width required.

4. Identify the throw distance required.

5. Calculate the throw ratio required.

6. Choose a lens with the required throw ratio from the list below.
Check from the list that the lens chosen will work at the throw distance required.

Throw ratios for 1080p and WUXGA Throw ratios for SX+ Lens extension (±2%) Throw distance range

0.67 : 1 xed lens 0.73 : 1 xed lens 204 mm (8.0 in) 1.1 - 3.2m (3.6 - 10.5ft)

1.12 : 1 xed lens (3 - 15m) 1.21 : 1 (3 - 15m) xed lens 268 mm (10.6 in) 3 - 15m (9.8 - 49.2ft)

1.12 : 1 xed lens (1.2 - 2m) 1.21 : 1 (1.2 - 2.0m) xed lens 268 mm (10.6 in) 1.2 - 2m (3.9 - 6.6ft)

1.16 - 1.49 : 1 zoom lens 1.26 - 1.61 : 1 zoom lens 226 mm (8.9 in) 3 - 15m (9.8 - 49.2ft)

1.39 - 1.87 : 1 zoom lens 1.5 - 2.02 : 1 zoom lens 194 mm (7.6 in) 4 - 24m (13.1 - 78.7ft)

1.87 - 2.56 : 1 zoom lens 2.02 - 2.77 : 1 zoom lens 159 mm (6.3 in) 4 - 24m (13.1 - 78.7ft)

2.56 - 4.17 : 1 zoom lens 2.77 - 4.51 : 1 zoom lens 145 mm (5.7 in) 9.1 - 45m (29.9 - 147.6ft)

4.17 - 6.95 : 1 zoom lens 4.51 - 7.53 : 1 zoom lens 129 mm (5.1 in) 12 - 80m (39.4 - 262.5ft)

6.93 - 10.34 : 1 zoom lens 7.5 - 11.2 : 1 zoom lens 179 mm (7.0 in) 12 - 80m (39.4 - 262.5ft)

Notes

The throw ratio for a particular lens

is xed, but assumes that the image
lls the width of the DMD.

For images that do not ll the width

of the DMD, the throw ratio is
effectively increased. To correct for
this in these calculations, a throw
ratio factor (TRF) is used.

The DMD width is 1920 for WUXGA

and 1080p projectors, and 1400 for
SX+ projectors.

Throw distance calculations are

based on the distance from the outer
end of the lens, which will vary from
lens to lens. Once a lens has been

chosen, the gures can be checked

using the lens extension values
given in the table on this page.

For information about individual lens

part numbers, see Appendix A at
the end of this document.

DMD width

Image width in pixels

TRF =

Throw distance

Screen width x TRF

Throw ratio =

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Ref 23

Rev B November 2012

Throw distance and lens extension

The throw distance is calculated to the outer end of the lens. The nominal
distance between the front of the projector and the outer end of the lens is
called lens extension.

Lens extension values will vary from lens to lens. Once a lens has been

chosen, the gures can be checked using the values given on the previous

page.

Notes

The throw ratio for a particular lens

is xed, but assumes that the image
lls the width of the DMD.

For images that do not ll the width

of the DMD, the throw ratio is
effectively increased. To correct for
this in these calculations, a throw
ratio factor (TRF) is used.

For information about lens

extensions and individual lens part
numbers, see Appendix A at the
end of this document.

Lens extension is measured when

the lens is focused at innity, and

fully extended. At other focus
settings, the extension could be up
to 10mm less.

Lens extension measured from front of corner post

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Ref 24

Rev B November 2012

Useful lens calculations

Examples of lens calculations

Use the information in Appendix A at the end of this Reference Guide to identify the exact lens needed.

for WUXGA and 1080p

Image size 1024 x 768 pixels, screen width 6.5m, throw distance 18m from the outer end of the lens.

• Throw ratio factor (TRF) = 1920 / 1024 = 1.875

• Throw ratio required = 18 / (6.5 x 1.875) = 1.48

Choose the 1.39 - 1.87 : 1 zoom lens.

for SX+

Image size 1024 x 768 pixels, screen width 6.5m, throw distance 18m from the outer end of the lens.

• Throw ratio factor (TRF) = 1400 / 1024 = 1.37

• Throw ratio required = 18 / (6.5 x 1.37) = 2.02

Choose the 2.0 - 2.77 zoom lens.

Throw distance

Throw ratio x TRF

Screen width =

Screen width x Throw ratio x TRFThrow distance =

Notes

The throw ratio for a particular lens

is xed, but assumes that the image
lls the width of the DMD.

For images that do not ll the width

of the DMD, the throw ratio is
effectively increased. To correct for
this in these calculations, a throw
ratio factor (TRF) is used.

The DMD width is 1920 for WUXGA

and 1080p projectors, and 1400 for
SX+ projectors.

Throw distance calculations are

based on the distance from the outer
end of the lens, which will vary from
lens to lens. Once a lens has been

chosen, the gures can be checked

using the lens extension values
given in Appendix A at the end of
this document.

DMD width

Image width in pixels

TRF =

Throw distance

Screen width x TRF

Throw ratio =

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Ref 25

Rev B November 2012

Lens charts

How to use the lens charts

The lens charts on the following pages provide a quick
guide to the type of lens needed for a particular projector.

To use the lens charts, you need the following information:

• The DMD resolution of your projector

• The distance between the projector and the screen

(throw distance)

• The maximum width of your screen

In the chart for the required DMD resolution, nd the point

where the throw distance corresponds to the screen width,
as shown in the example below.

Example

For a 1080p projector with

• throw distance 28 m, and

• screen width 7 m,

the correct lens would be number 7 in the chart.

Notes

For information about individual lens

part numbers, see Appendix A at
the end of this document.

1

2

1

Throw distance

2

Screen width

2.5 m (8.2 ft)

5.0 m (16.4 ft)

7.5 m (24.6 ft)

10.0 m (32.8 ft)

12.5 m (41.0 ft)

15.0 m (49.2 ft)

17.5 m (57.4 ft)

20.0 m (65.6 ft)

4 5 6

7

8 9321

10 m
(33 ft)

20 m

(66 ft)

30 m

(98 ft)

40 m

(131 ft)

50 m

(164 ft)

60 m

(197 ft)

70 m

(230 ft)

80 m

(262 ft)

90 m

(295 ft)

Screen width

Throw distance

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Rev B November 2012

1080p (1920 x 1080 pixels)

Full width images

Formats that t the width of the DMD™ without applying a throw ratio factor (TRF) include:

• 2.35:1 (Scope) 1920 x 817 pixels TRF = 1

• 1.85:1 (Flat) 1920 x 1037 pixels TRF = 1

• 1.78:1 (16:9) 1920 x 1080 pixels (native resolution) TRF = 1

Full height images

A throw ratio factor (TRF) has been applied to the following charts:

• 1.25:1 (5:4) 1350 x 1080 pixels TRF = 1.42

• 1.33:1 (4:3) 1440 x 1080 pixels TRF = 1.33

• 1.6:1 (16:10) 1728 x 1080 pixels TRF = 1.11

• 1.66:1 (Vista) 1792 x 1080 pixels TRF = 1.07

Notes

For information about individual lens

part numbers, see Appendix A at
the end of this document.

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Ref 27

Rev B November 2012

WUXGA (1920 x 1200 pixels)

Full width images

Formats that t the width of the DMD™ without applying a throw ratio factor (TRF) include:

• 2.35:1 (Scope) 1920 x 817 pixels TRF = 1

• 1.85:1 (Flat) 1920 x 1037 pixels TRF = 1

• 1.78:1 (16:9) 1920 x 1080 pixels TRF = 1

• 1.66:1 (Vista) 1920 x 1156 pixels TRF = 1

• 1.6:1 (16:10) 1920 x 1200 pixels (native resolution) TRF = 1

Full height images

A throw ratio factor (TRF) has been applied to the following charts:

• 1.25:1 (5:4) 1500 x 1200 pixels TRF = 1.28

• 1.33:1 (4:3) 1600 x 1200 pixels TRF = 1.2

Notes

For information about individual lens

part numbers, see Appendix A at
the end of this document.

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Ref 28

Rev B November 2012

SX+ (1400 x 1050 pixels)

Full width images

Formats that t the width of the DMD™ without applying a throw ratio factor (TRF) include:

• 2.35:1 (Scope) 1400 x 596 pixels TRF = 1

• 1.85:1 (Flat) 1400 x 757 pixels TRF = 1

• 1.78:1 (16:9) 1400 x 786 pixels TRF = 1

• 1.66:1 (Vista) 1400 x 843 pixels TRF = 1

• 1.6:1 (16:10) 1400 x 875 pixels TRF = 1

• 1.33:1 (4:3) 1400 x 1050 pixels (native resolution) TRF = 1

Full height images

A throw ratio factor (TRF) has been applied to the following chart:

1.25:1 (5:4) 1312 x 1050 pixels TRF = 1.07

Notes

For information about individual lens

part numbers, see Appendix A at
the end of this document.

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Rev B November 2012

DMD™ resolution 1080p / WUXGA, full width images

For 1080p, full width images are 2.35:1 (Scope), 1.85:1 (Flat) 1.78:1 (native).

For WUXGA, full width images are all of the above, plus 1.66:1 (Vista) and 1.6:1 (native).

1

1.12 : 1 xed lens (short)

2

0.67 : 1 xed lens

3

1.12 - 1 xed lens

4

1.16 - 1.49 : 1 zoom lens

5

1.39 - 1.87 : 1 zoom lens

6

1.87 - 2.56 : 1 zoom lens

7

2.56 - 4.17 : 1 zoom lens

8

4.17 - 6.95 : 1 zoom lens

9

6.93 - 10.34 : 1 zoom lens

Notes

This chart has a TRF of 1.0, for use

with the following images:

For information about individual lens

part numbers, see Appendix A at
the end of this document.

For 1080p:

2.35:1 (Scope), 1.85:1 (Flat)
and 1.78:1 (native)

For WUXGA:

2.35:1 (Scope), 1.85:1 (Flat),

1.78:1 (16:9), 1.66:1 (Vista)
and 1.6:1 (native)

Throw distance

Screen width

20 m

(66 ft)

40 m

(131 ft)

60 m

(197 ft)

80 m

(262 ft)

10 m

(33 ft)

30 m

(98 ft)

50 m

(164 ft)

70 m

(230 ft)

90 m

(295 ft)

2.5 m (8.2 ft)

5.0 m (16.4 ft)

7.5 m (24.6 ft)

10.0 m (32.8 ft)

12.5 m (41.0 ft)

15.0 m (49.2 ft)

17.5 m (57.4 ft)

20.0 m (65.6 ft)

4 5

6

7 8

9

1

3

2

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Rev B November 2012

DMD™ resolution 1080p, 1.25:1 images

1

1.12 : 1 xed lens (short)

2

0.67 : 1 xed lens

3

1.12 - 1 xed lens

4

1.16 - 1.49 : 1 zoom lens

5

1.39 - 1.87 : 1 zoom lens

6

1.87 - 2.56 : 1 zoom lens

7

2.56 - 4.17 : 1 zoom lens

8

4.17 - 6.95 : 1 zoom lens

9

6.93 - 10.34 : 1 zoom lens

Notes

This chart has a TRF of 1.42, for use

with the following images:

For information about individual lens

part numbers, see Appendix A at
the end of this document.

1.25:1 (5:4)

2.5 m (8.2 ft)

5.0 m (16.4 ft)

7.5 m (24.6 ft)

10.0 m (32.8 ft)

12.5 m (41.0 ft)

15.0 m (49.2 ft)

17.5 m (57.4 ft)

20.0 m (65.6 ft)

Throw distance

Screen width

20 m

(66 ft)

40 m

(131 ft)

60 m

(197 ft)

80 m

(262 ft)

10 m

(33 ft)

30 m

(98 ft)

50 m

(164 ft)

70 m

(230 ft)

90 m

(295 ft)

4 5 6 7 8

9

1

3

2

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Rev B November 2012

DMD™ resolution 1080p, 1.33:1 images

1

1.12 : 1 xed lens (short)

2

0.67 : 1 xed lens

3

1.12 - 1 xed lens

4

1.16 - 1.49 : 1 zoom lens

5

1.39 - 1.87 : 1 zoom lens

6

1.87 - 2.56 : 1 zoom lens

7

2.56 - 4.17 : 1 zoom lens

8

4.17 - 6.95 : 1 zoom lens

9

6.93 - 10.34 : 1 zoom lens

Notes

This chart has a TRF of 1.33, for use

with the following images:

For information about individual lens

part numbers, see Appendix A at
the end of this document.

1.33:1 (4:3)

2.5 m (8.2 ft)

5.0 m (16.4 ft)

7.5 m (24.6 ft)

10.0 m (32.8 ft)

12.5 m (41.0 ft)

15.0 m (49.2 ft)

17.5 m (57.4 ft)

20.0 m (65.6 ft)

Throw distance

Screen width

20 m

(66 ft)

40 m

(131 ft)

60 m

(197 ft)

80 m

(262 ft)

10 m

(33 ft)

30 m

(98 ft)

50 m

(164 ft)

70 m

(230 ft)

90 m

(295 ft)

4 5 6 7 8

9

1

3

2

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Rev B November 2012

DMD™ resolution 1080p, 1.6:1 images

1

1.12 : 1 xed lens (short)

2

0.67 : 1 xed lens

3

1.12 - 1 xed lens

4

1.16 - 1.49 : 1 zoom lens

5

1.39 - 1.87 : 1 zoom lens

6

1.87 - 2.56 : 1 zoom lens

7

2.56 - 4.17 : 1 zoom lens

8

4.17 - 6.95 : 1 zoom lens

9

6.93 - 10.34 : 1 zoom lens

Notes

This chart has a TRF of 1.11, for use

with the following images:

For information about individual lens

part numbers, see Appendix A at
the end of this document.

1.6:1 (16:10)

2.5 m (8.2 ft)

5.0 m (16.4 ft)

7.5 m (24.6 ft)

10.0 m (32.8 ft)

12.5 m (41.0 ft)

15.0 m (49.2 ft)

17.5 m (57.4 ft)

20.0 m (65.6 ft)

Throw distance

Screen width

20 m

(66 ft)

40 m

(131 ft)

60 m

(197 ft)

80 m

(262 ft)

10 m

(33 ft)

30 m

(98 ft)

50 m

(164 ft)

70 m

(230 ft)

90 m

(295 ft)

4 5 6 7 8

9

1

3

2

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Rev B November 2012

DMD™ resolution 1080p, 1.66:1 images

1

1.12 : 1 xed lens (short)

2

0.67 : 1 xed lens

3

1.12 - 1 xed lens

4

1.16 - 1.49 : 1 zoom lens

5

1.39 - 1.87 : 1 zoom lens

6

1.87 - 2.56 : 1 zoom lens

7

2.56 - 4.17 : 1 zoom lens

8

4.17 - 6.95 : 1 zoom lens

9

6.93 - 10.34 : 1 zoom lens

2.5 m (8.2 ft)

5.0 m (16.4 ft)

7.5 m (24.6 ft)

10.0 m (32.8 ft)

12.5 m (41.0 ft)

15.0 m (49.2 ft)

17.5 m (57.4 ft)

20.0 m (65.6 ft)

Throw distance

Screen width

20 m

(66 ft)

40 m

(131 ft)

60 m

(197 ft)

80 m

(262 ft)

10 m

(33 ft)

30 m

(98 ft)

50 m

(164 ft)

70 m

(230 ft)

90 m

(295 ft)

4 5 6 7 8

9

1

3

2

Notes

This chart has a TRF of 1.07, for use

with the following images:

For information about individual lens

part numbers, see Appendix A at
the end of this document.

1.66:1 (Vista)

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Rev B November 2012

DMD™ resolution WUXGA, 1.25:1 images

1

1.12 : 1 xed lens (short)

2

0.67 : 1 xed lens

3

1.12 - 1 xed lens

4

1.16 - 1.49 : 1 zoom lens

5

1.39 - 1.87 : 1 zoom lens

6

1.87 - 2.56 : 1 zoom lens

7

2.56 - 4.17 : 1 zoom lens

8

4.17 - 6.95 : 1 zoom lens

9

6.93 - 10.34 : 1 zoom lens

Notes

This chart has a TRF of 1.28, for use

with the following images:

For information about individual lens

part numbers, see Appendix A at
the end of this document.

1.25:1 (5:4)

2.5 m (8.2 ft)

5.0 m (16.4 ft)

7.5 m (24.6 ft)

10.0 m (32.8 ft)

12.5 m (41.0 ft)

15.0 m (49.2 ft)

17.5 m (57.4 ft)

20.0 m (65.6 ft)

Throw distance

Screen width

20 m

(66 ft)

40 m

(131 ft)

60 m

(197 ft)

80 m

(262 ft)

10 m

(33 ft)

30 m

(98 ft)

50 m

(164 ft)

70 m

(230 ft)

90 m

(295 ft)

4 5 6 7 8

9

1

3

2

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Ref 35

Rev B November 2012

DMD™ resolution WUXGA, 1.33:1 images

1

1.12 : 1 xed lens (short)

2

0.67 : 1 xed lens

3

1.12 - 1 xed lens

4

1.16 - 1.49 : 1 zoom lens

5

1.39 - 1.87 : 1 zoom lens

6

1.87 - 2.56 : 1 zoom lens

7

2.56 - 4.17 : 1 zoom lens

8

4.17 - 6.95 : 1 zoom lens

9

6.93 - 10.34 : 1 zoom lens

Notes

This chart has a TRF of 1.2, for use

with the following images:

For information about individual lens

part numbers, see Appendix A at
the end of this document.

1.33:1 (4:3)

2.5 m (8.2 ft)

5.0 m (16.4 ft)

7.5 m (24.6 ft)

10.0 m (32.8 ft)

12.5 m (41.0 ft)

15.0 m (49.2 ft)

17.5 m (57.4 ft)

20.0 m (65.6 ft)

Throw distance

Screen width

20 m

(66 ft)

40 m

(131 ft)

60 m

(197 ft)

80 m

(262 ft)

10 m

(33 ft)

30 m

(98 ft)

50 m

(164 ft)

70 m

(230 ft)

90 m

(295 ft)

4 5 6 7 8

9

1

3

2

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Ref 36

Rev B November 2012

DMD™ resolution SX+, full width images

For SX+, full width images are 2.35:1 (Scope), 1.85:1 (Flat) 1.78:1 (16:9), 1.66:1 (Vista), 1.6:1 (16:10), and 1.33:1 (4:3, native aspect ratio).

1

1.21 : 1 xed lens (short)

2

0.73 : 1 xed lens

3

1.21 - 1 xed lens

4

1.26 - 1.61 : 1 zoom lens

5

1.5 - 2.02 : 1 zoom lens

6

2.02 - 2.77 : 1 zoom lens

7

2.77 - 4.51 : 1 zoom lens

8

4.51 - 7.53 : 1 zoom lens

9

7.5 - 11.2 : 1 zoom lens

Notes

This chart has a TRF of 1.0, for use

with the following images:

For information about individual lens

part numbers, see Appendix A at
the end of this document.

2.35:1 (Scope), 1.85:1 (Flat),

1.78:1 (16:9), 1.66:1 (Vista),

1.6:1 (16:10) and 1.33:1 (native)

2.5 m (8.2 ft)

5.0 m (16.4 ft)

7.5 m (24.6 ft)

10.0 m (32.8 ft)

12.5 m (41.0 ft)

15.0 m (49.2 ft)

17.5 m (57.4 ft)

20.0 m (65.6 ft)

Throw distance

Screen width

20 m

(66 ft)

40 m

(131 ft)

60 m

(197 ft)

80 m

(262 ft)

10 m

(33 ft)

30 m

(98 ft)

50 m

(164 ft)

70 m

(230 ft)

90 m

(295 ft)

4 5 6 7 8

9

1

3

2