Digital Projection Titan Sx+600, Sx+700 User Manual
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Rev C August 2009 Page 7.9 Digital Projection TITAN sx+600/700. User Manual 7. Appendix Input modes supported SignalResolutionRefresh Rate ( Hz ) Total number of lines Horizontal Frequency (kHz) COMPOSITES-VIDEOCOMPONENT RGB1 RGB2DVI SDTV480i720 x 4806052515.73üüü 576i720 x 5765062515.63üüü HDTV 480p720 x 4806052531.51üü 576p720 x 5765062531.25üü 720p501280 x 7205075037.51üü 720p601280 x 7206075045.00üü 1080psf241920 x 108048112527.00üü 1080p241920 x 108024112527.00üü 1080i501920 x 108050112528.13üü 1080p251920 x 108025112528.13üü 1080i601920 x 108060112533.75üü 1080p301920 x 108030112533.75üü 1080p501920 x 108050112556.24ü *ü * 1080p601920 x 108060112567.48ü *ü * COMPUTER480p640 x 4806052531.51üü VGA72640 x 4807252037.86üü VGA75640 x 4807550037.51üü VGA85640 x 4808550943.27üü WVGA60848 x 4806051731.02üü SVGA56800 x 6005662535.16üü SVGA60800 x 6006062837.89üü SVGA72800 x 6007266648.08üü SVGA75800 x 6007562546.88üü SVGA85800 x 6008563153.68üü XGA601024 x 7686080648.38üü XGA701024 x 7687080656.50üü XGA751024 x 7687580060.02üü XGA851024 x 7688580868.68üü XGA+751152 x 8647590067.52üü WXGA601280 x 7686079847.78üü WXGA601280 x 8006083149.70üü WXGA601280 x 9606083149.70üü WXGA601360 x 7686079847.72üü WXGA+601440 x 9006093455.94üü SXGA-601280 x 96060100060.02üü SXGA-851280 x 96085101185.98üü SXGA601280 x 102460106664.02üü SXGA751280 x 102475107280.32üü SXGA851280 x 102485107291.16üü VESA1080p1920 x 108060112067.16ü *ü * * RGB colourspace only
Page 7.10 Rev C August 2009
7. Appendix Digital Projection TITAN sx+600/700. User Manuall
Notes
To select the sync format for
RGB signals, see Setup Menu,
in 4.Controlling the Projector.
Input connections
1. RGB1 input
5 x 75 ohm BNC
Used for computer, progressive video and analog HD video.
RGsB RGBS RGBHV YPrPb
R R R Pr/Cr
G + Sync G G Y
B B B Pb/Cb
Sync H Sync
V Sync
2. RGB2 input
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)
11 unused
12 SDA
13 H Sync
14 V Sync
15 SCL
pin view of female connector
Rev C August 2009 Page 7.11 Digital Projection TITAN sx+600/700. User Manual 7. Appendix 3. DVI-D input 24 way D-type connector 1 TMDS Data 2- 2 TMDS Data 2+ 3 TMDS Data 2 Shield 4 unused 5 unused 6 DDC Clock 7 DDC Data 8 unused 9 TMDS Data 1- 10 TMDS Data 1+ 11 TMDS Data 1 Shield 12 unused 13 unused 14 +5 V Power 15 Ground 16 Hot Plug Detect* 17 TMDS Data 0- 18 TMDS Data 0+ 19 TMDS Data 0+ 20 TMDS Data 0 Shield 21 unused 22 unused 23 TMDS Clock Shield 24 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 pin view of female connector
Page 7.12 Rev C August 2009
7. Appendix Digital Projection TITAN sx+600/700. User Manuall
4. SDI input
1 x 75 ohm BNC
SMPTE 292 / HD-SDI signals are very high speed digital signals which require
better quality coaxial cable than conventional analogue video. The data rate is 1.5
Gigabits per second.
In choosing cable length and connectors for any installation the frequency response
loss in decibels should be proportional to 1Öf, from 1MHz, to 1.5GHz. The following
or similar cable specification should be used to ensure fault free communication
between source and projector:
Belden 8281 cable or equivalent
5. Composite video input
1 x 75 ohm BNC
PAL or NTSC video
6. S-Video input
4 pin mini-DIN
1 Y Ground
2 C Ground
3 Luminance (Y)
4 Chrominance (C)
7. Component video input
4 x 75 ohm BNC
Used for standard definition interlaced signals only
RGsB RGBS YPrPb
R R Pr/Cr
G + Sync G Y + Sync
B B Pb/Cb
Sync
Notes
To select the sync format for
RGB signals, see Setup Menu,
in 4.Controlling the Projector.
To select between RGB and
YPrPb signals, see Colour
Menu, in 4.Controlling the
Projector.
pin view of female connector
Rev C August 2009 Page 7.13 Digital Projection TITAN sx+600/700. User Manual 7. Appendix 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
Page 7.14 Rev C August 2009 7. Appendix Digital Projection TITAN sx+600/700. User Manuall 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 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
Rev C August 2009 Page 7.15 Digital Projection TITAN sx+600/700. User Manual 7. Appendix Remote communications protocol Version: Revision C 02/01/07 Introduction This protocol document covers all projectors in the Titan series and also the Lightning 30/40isx+ and 30/40-1080p. 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 Projector Series External Control Protocol.
Page 7.16 Rev C August 2009 7. Appendix Digital Projection TITAN sx+600/700. User Manuall Operation Messages Operation messages are constructed using the following format: HeaderTypeSizeCRCOper’n type OperationReserved 2 bytes1 byte2 bytes2 bytes1 byte2 bytes2 bytes DataBEEF03190058580000000000 Byte #123456789101112 Operation TargetOperation ValueReserved 4 bytes4 bytes4 bytes Data000000000000000000000000 Byte #131415161718192021222324 ReservedReserved 4 bytes4 bytes Data0000000000000000 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.
Rev C August 2009 Page 7.17 Digital Projection TITAN sx+600/700. User Manual 7. Appendix 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: HeaderTypeSizeCRCData typeData length (n) 2 bytes1 byte2 bytes2 bytes2 bytes2 bytes DataBEEF10XXXX585800000000 Byte #1234567891011 Data n bytes DataData 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)
Page 7.18 Rev C August 2009
7. Appendix Digital Projection TITAN sx+600/700. User Manuall
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.