Products reviews
Epson 1730W
$1,041.00 to $1,762.00
Ultra portable and energy-efficient, the Epson PowerLite 1730W is the ideal solution for radiant, widescreen presentations.
| MPN | V11H271020 |
| Type | LCD Projectors | Display Technology | TFT Active Matrix | Image Brightness | 3000 ANSI lumens | Contrast Ratio | 2000:1 | Platform | PC |
| Native Resolution | 1280 x 800 | Image Size (Diagonal) | 30 in. - 300 in. | Image Aspect Ratio | 16:10 | Screen Distance | 2.1 ft. - 27.1 ft. |
| Interface | USB | Video Input | 4 Pin - Mini DIN (S-Video) • Composite Video • Component Video |
| Light Source Life | 3000 Hours |
| Projection Method | Front • Rear • Ceiling |
Tags:
epson, 1730w,Canon LV-7585
To provide the most powerful, bright and feature-rich projector for situations which call for permanent installation, Canon is proud to present the LV-7585. With new design details to enhance its efficiency in mounting and operation and its brilliant 6500 ANSI lumens, the LV-7585 is ideal for the most demanding boardroom or theater installations. HDTV and HD compatible, it has been designed and built to provide the range of image controls and versatility you need for the most demanding circumstances. And of course with the optical performance you can only get in a Canon projector.Minimize
Hitachi CP-X5
The CPX5 is the ultimate portable projector for the mobile business consumer. Combining stunning features with powerfulperformance in a lightweight and compact design, the CPX5 delivers whichever way you look at it.
Hitachi CPX615
The CPX615 is ideal for ceiling mounting in medium and large size rooms. It includes a wide range of functions providing many benefits that enhance your presentations.
Hitachi CP-X3
The Hitachi CPX3 LCD multimedia projector provides unmatched versatility with no sacrifice in performance. The projector is specially designed for widescreen-format laptops and imaging applications that use 16:10 aspect ratios. The CPX3's wide-angle lens allows presenters to place the projector close to the screen, keeping obstruction of the image to a minimum.Minimize
