Hitachi Cp-X955w Multimedia Projector Specifications
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Printed in Japan. DS.CP-X955.1098CP-X955W LCD Multimedia Projector Model CP-X955 Performance Specifications Liquid crystal panel structure Number of Pixels Resolution Lens Lamp Brightness Contrast ratio Speakers Power supply Power consumption Operating temperature Input signals1.3” polysilicon active-matrix TFT x 3 786,432 pixels (V768xH1.024) 1,024 x 768 color pixels Power zoom (F=2.3-3.0 f=48.1-72.1mm) 1:1.5 power focus 150W UHB 1,100 ANSI lumens 200:1 2W - 2W(stereo) AC1 00-1 20V, 5A /AC220-240V, 2.2A Approx. 250 32°F-95°F VGA, S-VGA, XGA, S-XGA, MAC13”, MAC16”, MAC19”, NTSC, NTSC 4.43, PAL, M-PAL, SECAM, S-VIDEO Input I Output Terminals Video signal input terminalsS-VIDEOMm DIN 4-pin terminal x 2 VIDEORCA jack terminal x 2 AUDIORCA jack terminal x 2 IL/RIRGB input signal terminalsRGBsignal; D-sub 15-pin shrink terminal x 2 AUDIOStereo mini jack x 2RGB output signal terminalsRGBsignal; D-sub 15-pin shrink terminal x 1 AUDIOStereo mini jack x 1 Control terminalsD-sub 15-pin shrink terminals x 1 Dimensions W x H x D15.9” x 6.4” x 12.3” Weight17.8 lbs. Supplied Accessories Remote control, Batteries, Power cord (U.S., UK, Euro), Video/audio cable, MAC adaptor, RS-232C cable, RGB cable, PS/2 mouse cable, ADB mouse cable, multiple language operator’s manual with laser pointer Specifications and product offerings are subject to change without notice©t998 Hitachi America, Ltd. All rights reserved. The CP-X955 allows the user to display images from diverse information sources accurately and with excellent resolution. For example, reproduction of video and VGA images is extraordinarily crisp and clear. This versatile projector compensates for data loss automatically in order to ensure more natural XGA reproduction. When re-sizing an XGA image to create an S-VGA image, different characters may appear on screen due to the loss of certain pixel information from the image. With Fine Re-Sizing, the image is reproduced with the addition of the lost information from a different frame, resulting in effective re-sizing with only a small overall loss of pixel information.