The F1 SXGA is fit for usage in demanding applications such as visual simulators, medical, engineering and geophysical research, by combining professional performance in a small, robust projector.
A unique concept
The F1 projector series has been designed to meet the stringent requirements of installers and professional users, and despite its small size, high performance and image quality have been main objectives during its development. With high brightness, lens options, flexible installation possibilities and highly accurate mechanics and optics, the F1 is fit for almost any installation need. The F1 has been designed with performance and value for money as the number one priority.
Single Chip DLP™ Technology by Texas Instruments®
With focus on image quality and long life performance, using DLP™ is a natural choice. A single chip system has no convergence errors, a problem found with other competing 3-chip technologies. It also displays a highly accurate grey scale, without colour casts or shifts. Transferred to color images, this yields accurate reproduction of colors, and for instance flesh tones are rendered with natural precision. Using a single DMD™ (Digital Micromirror Device™) ensures a uniform black and white image, with very high contrast, unmatched by any competing digital technology. The DMD™ display itself is completely sealed, and as it is a non-organic device, does not change its behaviour over time, providing a completely reliable display system, even for 24/7 applications, where continuous operation is a requirement. The F1 SXGA is the only portable projector available anywhere that uses the SXGA (1280 x 1024) resolution DMD™, thus provides unmatched performance.
Digital Signal Processing for maximum image quality
Signal processing is based on the best possible components available within each category. Using patented Faroudja™ DCDi® 10-bit motion adaptive de-interlacing with automatic film mode detection and 3 : 2 and 2 : 2 pull down, diagonal processing (eliminates jagged lines), bad edit detection, and cross colour suppression, creates a film like image from any