Digital Projection Titan Wuxga 3d , Dual 3d, Titan Wuxga 330, 660 User Manual

							Rev A  April 2011 Page 7.13
Digital Projection TITAN WUXGA 3D, Dual 3D, 330. 660 User Manual 7. Appendix
8. DVI-D Single/Dual/Twin input
24 way D-type connector
1 TMDS Data 2-
2 TMDS Data 2+
3 TMDS Data 2/4 Shield
4 TMDS Data 4-
5 TMDS Data 4+
6 DDC Clock
7 DDC Data
8 unused
9 TMDS Data 1-
10 TMDS Data 1+
11 TMDS Data 1/3 Shield
12 TMDS Data 3-
13 TMDS Data 3+
14 +5 V Power
15 Ground
16 Hot Plug Detect*
17 TMDS Data 0-
18 TMDS Data 0+
19 TMDS Data 0/5 Shield
20 TMDS Data 5 -
21 TMDS Data 5+
22 TMDS Clock Shield
23 TMDS Clock+
23 TMDS Clock-
* Hot plug detect (HPD) is fully DVI compliant.  DVI sources detect the presence 
of a display device by providing +5V on pin 14 and looking for +5V on pin 16. 
Whenever the projector is operational, and 5V is present on pin 14, pin 16 will be 
held at +5V.
EDID is available even when the projector is switched off.
Operational means that the projector is powered up.  Non operational states are 
powered down and some self test and reprogramming modes.
High Definition Content Protection (HDCP) is supported on this input.
Notes
 For important information about 
how Input 8 is used, see INPUT 
8 in the Notes column, and also 
Section 4, Overview.
  Input 8 may not be present on 
some models
pin view of female connector 
						

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7. Appendix Digital Projection TITAN WUXGA 3D, Dual 3D, 330. 660 User Manual
Control connections
Wired Remote control connection
3.5mm mini jack
Tip  Power
Ring Signal
Sleeve Ground
LAN connection
TCP Port number 
10001
Wireless 
802.11b/g 
10BaseT Unshielded Twisted Pair cable
The standard wire colours as as follows:
1  White / Orange stripe
2 Orange
3 White / Green stripe
4 Blue
5 White / Blue stripe
6 Green
7 White / Brown stripe
8 Brown
Crossed cable
(used to connect directly to a computer with no hub or network.)  
(Note that only the green and orange pairs are crossed)
1  White / Orange stripe    White / Green stripe 1
2 Orange      Green     2
3 White / Green stripe    White / Orange stripe 3
4 Blue        Blue     4
5 White / Blue stripe    White / Blue stripe 5
6 Green      Orange     6
7 White / Brown stripe    White / Brown stripe 7
8 Brown      Brown     8
Notes
 Note that plugging in the remote 
control cable will disable the 
infra-red.
 Use:
a straight cable to connect to a 
hub or network, or
a crossed cable as shown here 
to connect ONLY to a computer 
directly.
 Only one remote connection 
(RS232, LAN or Wireless LAN) 
should be used at any one time.
•
•
top view of cable connector
 
(clip is underneath)
Sleeve
Ring
Tip 
						

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Digital Projection TITAN WUXGA 3D, Dual 3D, 330. 660 User Manual 7. Appendix
3D sync
1 unused
2 Sync OUT
3 GND
4 GND
5 GND
6 unused
7 unused
8 unused
9 Sync IN
Serial control input
1 unused
2 Received Data (RX)
3 Transmitted Data (TX)
4 unused
5 Signal Ground
6 unused
7 unused
8 unused
9 unused
Null-modem cable
(used to connect the projector to a computer)
RX  2 --- 3 TX
TX 3 --- 2 RX
GND 5 --- 5 GND
Serial port settings
Baud rate  19,200 bps
Data length 8 bits
Stop bits one
Parity none
Flow control none
•
•
•
•
•
Notes
 3D Sync OUT  is switched 
between 0V and 3.3V
 3D may not be present on some 
models
 The projector is a DTE, so use:
a straight cable to connect to a 
modem, or
a null-modem cable as shown 
here to connect to another DTE 
such as a computer.
 Only one remote connection 
(RS232, LAN or Wireless LAN) 
should be used at any one time.
•
•
pin view of female connector
pin view of female connector 
						

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7. Appendix Digital Projection TITAN WUXGA 3D, Dual 3D, 330. 660 User Manual
Remote communications protocol
Version: Revision L 12/10/10
Introduction
This protocol document covers all projectors in the Titan series and also the 
Lightning integrated series.
Only one remote connection (RS232, LAN or Wireless LAN) should be used at any 
one time.
Following the transmission of a command, the control system must wait to receive 
the complete reply before sending a new command.
It should be noted that this protocol is a point to point protocol, and any addressing 
commands relate to the projector’s hand held remote control only.
Message Structure
The data type for all data is raw hexadecimal, and all data larger than 1 byte is 
formatted little endian i.e. LSB first. There are currently two supported message 
types:
Operation Messages (message type 03h) 
normal projector operations, fixed length message
Enhanced Messages (message type 10h) 
projector special functions, variable length message
Responses to all commands start with 1Eh
Notes
 Details of how to connect to 
the projector, using the serial 
control input or via a LAN, can 
be found earlier in this section.
 The following pages contain 
an overview of the message 
structure and examples of some 
basic Operation commands.
  For full details of all the 
Operation commands and 
Enhanced commands, contact 
Digital Projection at one of the 
addresses printed near the 
front of this manual, and ask 
for a copy of the Titan and 
Lightning i Series Projector 
External Control Protocol . 
						

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Digital Projection TITAN WUXGA 3D, Dual 3D, 330. 660 User Manual 7. Appendix
Operation Messages
Operation messages are constructed using the following format:
HeaderTypeSize CRCOper’n 
typeOperation
Reserved
2 bytes 1 byte2 bytes 2 bytes1 byte2 bytes 2 bytes
Data BEEF03190058580000000000
Byte # 123456789101112
Operation Target Operation ValueReserved
4 bytes 4 bytes4 bytes
Data 000000000000000000000000
Byte # 131415161718192021222324
Reserved Reserved
4 bytes 4 bytes
Data 0000000000000000
Byte # 2526272829303132
Header is always  EFBEh  (byte 1  = BEh and byte 2 = EFh) 
Type is always 03h for Operation Messages
Size is always  0019h (byte 4 = 19h  and byte 5 = 00h)   i.e. 25 bytes after CRC
CRC can be set to 5858h if you want the CRC to be ignored. However, the CRC  
should ideally be calculated, as described in the  Titan Projector Series External 
Control Protocol .
Operation type is one of the following:
Set     01h
Get   02h
Increment 03h
Decrement 04h
Execute   05h
Set writes a value to the projector.
Get reads a value from the projector.
Increment and decrement  increase or decrease a value by one unit.
Execute executes the current operation (specific commands only).
Spaces in the example messages are for visual clarity and should not be \
sent as 
part of the message.
Notes
  The following pages contain 
examples of some basic 
Operation commands.
  For full details of all the For 
full details of all the Operation 
commands and Enhanced 
commands, contact Digital 
Projection and ask for a copy 
of the Titan Projector Series 
External Control Protocol. 
						

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7. Appendix Digital Projection TITAN WUXGA 3D, Dual 3D, 330. 660 User Manual
Notes
 The following pages contain 
examples of some basic 
Operation commands.
  For full details of all the For 
full details of all the Operation 
commands and Enhanced 
commands, contact Digital 
Projection and ask for a copy 
of the Titan Projector Series 
External Control Protocol.
Enhanced Messages
Enhanced messages are constructed using the following format:
Header TypeSize CRCData typeData length (n)
2 bytes 1 byte2 bytes 2 bytes2 bytes2 bytes
Data BEEF10XXXX585800000000
Byte # 1234567891011
Data
n bytes
Data Data bytes ... ......
Byte # 12  ......11 + n
Header  is always EFBEh  (byte 0  = BEh and byte 1 = EFh) 
Type is always 10h for Enhanced Messages
CRC can be set to 5858h if you want the CRC to be ignored. However, the CRC  
should ideally be calculated, as described in the  Titan Projector Series External 
Control Protocol .
Size is always Data Length + 4 (4 bytes after CRC and before data) 
						

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Digital Projection TITAN WUXGA 3D, Dual 3D, 330. 660 User Manual 7. Appendix
Operation Command examples
All operation commands are located at bytes 9 &10.
All values are located at bytes 17 & 18 unless otherwise indicated
Power  (0102)
Projector On or Standby
   Value
On   00h
Standby   04h
Examples
Set Projector (On)
BEEF  03   1900  5858  01  0102   0000  00000000  00000000  00000000  00000000  00000000
Response
1E  BEEF  03  1900  5858  01  0102   0000  00000000  00000000  00000000  00000000  00000000
Set Projector (Standby)
BEEF  03  1900  5858  01  0102   0000  00000000  04000000  00000000  00000000  00000000
Response
1E  BEEF  03  1900  5858  01  0102   0000  00000000  04000000  00000000  00000000  00000000
Get Projector Power
BEEF  03  1900  5858  02  0102   0000  00000000  00000000  00000000  00000000  00000000
Response (Projector in Standby)
1E  BEEF  03  1900  5858  02  0102   0000  00000000  04000000  00000000  00000000  00000000
Notes
 Spaces in example messages 
are for visual clarity and should 
not be sent as part of the 
message.
 In the example messages 
the CRC is set to 5858h. This 
value will be ignored. However, 
the CRC  should ideally be 
calculated, as described in the 
Titan Projector Series External 
Control Protocol. 
						

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7. Appendix Digital Projection TITAN WUXGA 3D, Dual 3D, 330. 660 User Manual
Source  (3702)
Projector source select
          Value
Input 1.RGB1   00h
Input 2. RGB2   01h
Input 3. DVI   02h
Input 4. SDI   03h (supported models only)
Input 5. Composite 04h
Input 6. SVideo   05h
Input 7. Component 06h
Input 8. DVI   07h (supported models only)
Examples
Set Source  (DVI)
BEEF  03  1900  5858  01  3702   0000  00000000  02000000  00000000  00000000  00000000
Response   
1E  BEEF  03  1900  5858  01  3702   0000  00000000  02000000  00000000  00000000  00000000
Set Source  (SVideo)
BEEF  03  1900  5858  01  3702   0000  00000000  05000000  00000000  00000000  00000000
Response   
1E  BEEF  03  1900  5858  01  3702   0000  00000000  05000000  00000000  00000000  00000000
Get Source
BEEF  03  1900  5858  02  3702   0000  00000000  00000000  00000000  00000000  00000000
Response  (SVideo)
1E  BEEF  03  1900  5858  02  3702   0000  00000000  05000000  00000000  00000000  00000000
Notes
 Spaces in example messages 
are for visual clarity and should 
not be sent as part of the 
message.
 In the example messages 
the CRC is set to 5858h. This 
value will be ignored. However, 
the CRC  should ideally be 
calculated, as described in the 
Titan Projector Series External 
Control Protocol. 
						

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Digital Projection TITAN WUXGA 3D, Dual 3D, 330. 660 User Manual 7. Appendix
Brightness (E502)
Adjusts Brightness
Range:    -128 — +127 (00h - FFh)
Centre (0): 128 (80h)
 For information about Brightness, Presets and Input 8: 
see  Section 4, Overview .
Examples
Set Brightness  97    (128 + 97 = 225  =  E1h)
BEEF  03  1900  5858  01  E502   0000  00000000  E1000000  00000000  00000000  00000000
Response
1E  BEEF  03  1900  5858  01  E502   0000  00000000  E1000000  00000000  00000000  00000000
Get Brightness
BEEF  03  1900  5858  02  E502   0000  00000000  00000000  00000000  00000000  00000000
Response  (97)
1E  BEEF  03  1900  5858  02  E502   0000  00000000  E1000000  00000000  00000000  00000000
Increment Brightness
BEEF  03  1900  5858  03  E502   0000  00000000  00000000  00000000  00000000  00000000
Response
1E  BEEF  03  1900  5858  03  E502   0000  00000000  00000000  00000000  00000000  00000000
Decrement Brightness
BEEF  03  1900  5858  04  E502   0000  00000000  00000000  00000000  00000000  00000000
Response
1E  BEEF  03  1900  5858  04  E502   0000  00000000  00000000  00000000  00000000  00000000
Notes
 Spaces in example messages 
are for visual clarity and should 
not be sent as part of the 
message.
 In the example messages 
the CRC is set to 5858h. This 
value will be ignored. However, 
the CRC  should ideally be 
calculated, as described in the 
Titan Projector Series External 
Control Protocol. 
						

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7. Appendix Digital Projection TITAN WUXGA 3D, Dual 3D, 330. 660 User Manual
Contrast (E602)
Adjusts Contrast
Range:    -128 — +127 (00h - FFh)
Centre (0): 128 (80h)
 For information about Contrast, Presets and Input 8: 
see  Section 4, Overview .
Examples
Set Contrast  97    (128 + 97 = 225  =   E1h)
BEEF  03  1900  5858  01  E602   0000  00000000  E1000000  00000000  00000000  00000000
Response
1E  BEEF  03  1900  5858  01  E602   0000  00000000  E1000000  00000000  00000000  00000000
Get Contrast
BEEF  03  1900  5858  02  E602   0000  00000000  00000000  00000000  00000000  00000000
Response  (97)
1E  BEEF  03  1900  5858  02  E602   0000  00000000  E1000000  00000000  00000000  00000000
Increment Contrast
BEEF  03  1900  5858  03  E602   0000  00000000  00000000  00000000  00000000  00000000
Response
1E  BEEF  03  1900  5858  03  E602   0000  00000000  00000000  00000000  00000000  00000000
Decrement Contrast
BEEF  03  1900  5858  04  E602   0000  00000000  00000000  00000000  00000000  00000000
Response
1E  BEEF  03  1900  5858  04  E602   0000  00000000  00000000  00000000  00000000  00000000
Notes
 Spaces in example messages 
are for visual clarity and should 
not be sent as part of the 
message.
 In the example messages 
the CRC is set to 5858h. This 
value will be ignored. However, 
the CRC  should ideally be 
calculated, as described in the 
Titan Projector Series External 
Control Protocol.