1. D-sub 15-pin Shrink Connector (RGB IN 1/RGB IN 2/RGB OUT) Pin No Signal Pin No Signal Pin No Signal 1 Video input Red 9 -

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1 TECHNICAL Dimension Diagram Pin No Signal Pin No Signal Pin No Signal Video input Red 9 - RGB IN : SCL(DDC) Video input Green 0 Ground 5 RGB IN : - 3 Video input Blue - RGB OUT: - - RGB IN : SDA(DDC) 5 Ground RGB IN : - 6 Ground Red RGB OUT: - 7 Ground Green 3 H. sync./ Composite sync. 8 Ground Blue Vertical sync TECHNICAL 8 AC N 76 Unit : mm Signal Connector Pin Assignment. D-sub 5-pin Shrink Connector (RGB IN /RGB IN /RGB OUT). Mini Din -pin Connector (S-VIDEO) Pin No Signal Color:0.86Vp-p (NTSC, burst signal),75ω terminator 0.3Vp-p (PAL/SECAM, burst signal),75ω terminator Brightness:.0Vp-p, 75Ω terminator 3 Ground Ground TECHNICAL -

2 Example of computer signal Resolution H V fh (khz) fv (Hz) Rating Signal mode Display mode VESA VGA- Zoom in VESA VGA- Zoom in VESA TEXT Zoom in VESA VGA (60Hz) Zoom in Mac3"mode Zoom in VESA VGA (7Hz) Zoom in VESA VGA (75Hz) Zoom in VESA VGA (85Hz) Zoom in VESA SVGA (56Hz) VESA SVGA (60Hz) VESA SVGA (7Hz) VESA SVGA (75Hz) VESA SVGA (85Hz) Mac6"mode Zoom out VESA XGA (60Hz) Zoom out VESA XGA (70Hz) Zoom out VESA XGA (75Hz) Zoom out VESA XGA (85Hz) Zoom out VESA SXGA (75Hz) Zoom out VESA SXGA (60Hz) Zoom out VESA SXGA (60Hz) Zoom out * VESA SXGA (75Hz) Zoom out NOTE Some computers may have multiple display screen modes. Use of some of these modes will not be possible with this projector. Be sure to check jack type, signal level, timing and resolution before connecting this projector to a computer. Depending on the input signal, full-size display may not be possible in some cases. Refer to the number of display pixels above. The image may not be displayed correctly when the input sync. signal is "Composite Sync." or "Sync. on G". * It becomes the simple display of thinning out data. TECHNICAL -

3 Initial set signals The following signals are used for the initial settings. The signal timing of some computer models may be different. In such case, refer to adjust the V.POSIT and H.POSIT of the menu. Back porch b Front porch d Display interval c Back porch b Front porch d Display interval c DATA DATA HSYNC Sync a VSYNC Sync a Computer / Horizontal signal timing (µs) Signal a b c d VGA- (85Hz) VGA- (85Hz) TEXT VGA (60Hz) Mac 3"mode VGA (7Hz) VGA (75Hz) VGA (85Hz) SVGA (56Hz) SVGA (60Hz) SVGA (7Hz) SVGA (75Hz) SVGA (85Hz) Mac 6"mode XGA (60Hz) XGA (70Hz) XGA (75Hz) XGA (85Hz) (75Hz) (60Hz) (60Hz) (75Hz) Computer / Vertical signal timimg (lines) Signal a b c d VGA- (85Hz) VGA- (85Hz) 3 00 TEXT 3 80 VGA (60Hz) Mac 3"mode VGA (7Hz) VGA (75Hz) VGA (85Hz) SVGA (56Hz) 600 SVGA (60Hz) SVGA (7Hz) SVGA (75Hz) SVGA (85Hz) Mac 6"mode XGA (60Hz) XGA (70Hz) XGA (75Hz) XGA (85Hz) (75Hz) (60Hz) (60Hz) (75Hz) TECHNICAL TECHNICAL - 3

4 Connection to the Mouse Control. PS/, ADB or Serial Mouse () Turn off the projector and computer, and connect the two units with the appropriate cable. For PS/ mouse control (for IBM and compatible), use the enclosed mouse cable. For others, consult your dealer. () Disconnect the USB cable from the projector if it is connected. Then turn on the projector. (3) Turn on the computer. () Start the mouse function. If the mouse has not been started, reboot the computer (soft reboot or reboot buttons). Refer to the descriptions of DISC PAD and MOUSE/RIGHT button of page.. USB Mouse () Connect the projector and computer with a suitable commercially available USB cable. Consult your dealer to get the cable, if you need. () Start the mouse function. Refer to the descriptions of DISC PAD and MOUSE/RIGHT button of page. NOTE Before connecting, read the instruction manuals of the devices to be connected. In the case of notebook type computers with an internal pointing device, the mouse control function will not work unless the internal pointing device is disabled. In such case, disable the internal pointing device and change the BIOS setting to select an external mouse before the operations described in () to () above. Also, some computers may not have a utility program to operate a mouse. Refer to the computer hardware manual for detail. PS/ Mouse CONTROL Terminal D-sub 5-pin shrink jack Projector CLK DATA SEL0 RTS +5V GND Computer DATA GND +5V CLK Mouse jack Mini DIN 6-pin TECHNICAL -

5 ADB Mouse CONTROL Terminal D-sub 5-pin shrink jack Projector DATA RTS V 9 GND Computer 3 ADB (POWER ON) +5V GND Mouse jack Mini DIN -pin 3 Serial Mouse CONTROL Terminal D-sub 5-pin shrink jack Projector SEL0 RTS GND TD Computer CD RD 3 TD DTR 5 GND 6 DSR 7 RTS 8 CTS 9 RI Mouse jack D-sub 9-pin USB Mouse USB jack (B type) Projector +5V Computer +5V USB jack (A type) 3 DATA +DATA 3 GND USB cable 3 DATA +DATA GND 3 TECHNICAL - 5 TECHNICAL

6 RS-3C communication () Turn off the projector and computer power supplies and connect with the RS-3C cable. () Turn on the computer power supply and, after the computer has started up, turn on the projector power supply. Control jack D-sub 5-pin shrink jack Projector 3 5 SELO 6 RTS GND 0 RD 3 TD 5 Computer CD RD 3 TD DTR 5 GND 6 DSR 7 RTS 8 DTS 9 RI RS-3C jack D-sub 9-pin Communications setting 900bps, 8N Protocol Consist of header (7 bytes) + command data (6 bytes). Header BE + EF CRC_low + CRC_high CRC_low : Lower byte of CRC flag for command data. CRC_high : Upper byte of CRC flag for command data. 3 Command data TECHNICAL - 6 Command data chart byte_0 byte_ byte_ byte_3 byte_ byte_5 Action Type ting code low high low high low high Action (byte_0 - ) Action Classification Content SET Change setting to desired value. GET Read projector internal setup value. INCREMENT Increment setup value by. 5 DECREMENT Decrement setup value by. 6 EXECUTE Run a command.

7 Requesting projector status (Get command) () Send the request code Header + Command data ( 0H + 00H + type ( bytes) + 00H + 00H ) from the computer to the projector. () The projector returns the response code DH + data ( bytes) to the computer. Changing the projector settings ( command) () Send the setting code Header + Command data ( 0H + 00H + type ( bytes) + setting code ( bytes)) from the computer to the projector. () The projector changes the setting based on the above setting code. (3) The projector returns the response code 06H to the computer. Using the projector default settings (Reset Command) () The computer sends the default setting code Header + Command data ( 06H + 00H + type ( bytes) + 00H + 00H ) to the projector. () The projector changes the specified setting to the default value. (3) The projector returns the response code 06H to the computer. Increasing the projector setting value (Increment command) () The computer sends the increment code Header + Command data ( 0H + 00H + type ( bytes) + 00H + 00H ) to the projector. () The projector in creases the setting value on the above setting code. (3) The projector returns the response code 06H to the computer. Decreasing the projector setting value (Decrement command) () The computer sends the decrement code Header + Command data ( 05H + 00H + type ( bytes) + 00H + 00H ) to the projector. () The projector decreases the setting value on the above setting code. (3) The projector returns the response code 06H to the computer. When a command sent by the projector cannot be understood by the computer When the command sent by the projector cannot be understood, the error command 5H is returned by the computer. Some times, the projector ignores RS-3C commands during other works. If the error command 5H is returned, please send the same command again. When data sent by the projector cannot be practice When the command sent by the projector cannot be practiced, the the error code ch + xxxxh is returned. When the data length is greater than indicated by the data length code, the projector will ignore the excess data code. Conversely, when the data length is shorter than indicated by the data length code, an error code will be returned to the projector. NOTE Operation cannot be guaranteed when the projector receives an undefined command or data. Provide an interval of at least 0ms between the response code and any other code. The projector outputs test data when the power supply is switched ON, and when the lamp is lit. Ignore this data. Commands are not accepted during warm-up. TECHNICAL - 7 TECHNICAL

8 Command data chart Command data Names Operation type Header CRC Action Type ting code Red BE EF B D Orange BE EF AB D Green BE EF B D Blank Color Blue BE EF CB D Purple BE EF FB D White BE EF B D Black BE EF B D Get BE EF D Normal BE EF C7 D H Inverse BE EF D Mirror V lnverse BE EF A7 D H&V Inverse BE EF D Get BE EF F D Normal BE EF D Freeze Freeze BE EF D Get BE EF B0 D Red BE EF F D Orange BE EF EF D Green BE EF F D Menu Color Blue BE EF F D Purple BE EF BF D Transparent BE EF F D Gray BE EF DF D Get BE EF C D Turn ON BE EF B D Startup Turn OFF BE EF B D Get BE EF D English BE EF F7 D Français BE EF D Deutsch BE EF D Español BE EF D Italiano BE EF D Language Norsk BE EF A7 D Nederlands BE EF D Português BE EF C7 D Japanese BE EF D Get BE EF C D TECHNICAL - 8

9 Names Operation type Header Magnify Auto off Command data CRC Action Type ting code Get BE EF C D Increment BE EF A D Decrement BE EF CB D Get BE EF Increment BE EF E Decrement BE EF BF Brightness Reset Execute BE EF D Contrast Reset Execute BE EF A D V.Position Reset Execute BE EF E0 D H.Position Reset Execute BE EF IC D H.Size Reset Execute BE EF D Color Balance R Reset Execute BE EF D Color Balance B Reset Execute BE EF D0 D Sharpness Reset Execute BE EF C D Color Reset Execute BE EF D A Tint Reset Execute BE EF C D B Keystone_V Reset Execute BE EF D C Auto Execute BE EF D A Blank on/off Error Status off BE EF FB D on BE EF B D Get BE EF C8 D Get Command data chart BE EF D9 D (Example of Return) (Normal) (Cover-error) (Fan-error) (Lamp-error) Power Input Source Volume (Temp-error) (Air flow-error) (Lamp-Time-over) OFF BE EF A D ON BE EF BA D Get BE EF D RGB BE EF FE D RGB BE EF E D Video BE EF E D SVideo BE EF E D Component BE EF AE D Get BE EF CD D Get BE EF D Increment BE EF D Decrement BE EF D TECHNICAL TECHNICAL - 9

10 Names Operation type Header Mute Brightness Contrast Color Balance R Color Balance B Keystone_V Aspect Display Position at 6 : 9 or Small V.Position H.Position H.Size H.Phase Command data chart Command data CRC Action Type ting code Normal BE EF D Mute BE EF D6 D Get BE EF D Get BE EF D Increment BE EF EF D Decrement BE EF E D Get BE EF FD D Increment BE EF B D Decrement BE EF A D Get BE EF D Increment BE EF D Decrement BE EF B6 D Get BE EF D Increment BE EF D Decrement BE EF F D Get BE EF B9 D Increment BE EF DF D Decrement BE EF E D :3, Full BE EF E D :9 BE EF E D Small BE EF FE D Get BE EF AD D Default BE EF D Bottom BE EF F D Top BE EF D Get BE EF D Get BE EF D Increment BE EF B Decrement BE EF BA Get BE EF F Increment BE EF Decrement BE EF Get BE EF B Increment BE EF D Decrement BE EF Get BE EF Increment BE EF F Decrement BE EF FE TECHNICAL - 0

11 Command data chart Command data Names Operation type Header CRC Action Type ting code Get BE EF F Sharpness Increment BE EF Decrement BE EF Get BE EF B Color Increment BE EF D Decrement BE EF Get BE EF Tint Increment BE EF F Decrement BE EF FE Auto BE EF E A 00 NTSC BE EF FE PAL BE EF E SECAM BE EF E Video Format NTSC.3 BE EF E M-PAL BE EF FE N-PAL BE EF E Get BE EF D i BE EF F HDTV 035i BE EF Get BE EF C TECHNICAL TECHNICAL -

12 Names Operation type Header Sync on G WHISPER GAMMA Command data chart Command data CRC Action Type ting code off BE EF CB D on BE EF B D Get BE EF D NORMAL BE EF B WHISPER BE EF AB Get BE EF NORMAL BE EF C7 F A CINEMA BE EF F 0 00 A DYNAMIC BE EF A7 F 0 00 A Get BE EF F F A COLOR TEMP LOW BE EF B F 0 00 B NORMAL BE EF FB F B Get BE EF C8 F B TECHNICAL -