ProjectionDesign  F3 sxga+ Projector

The projectiondesign F3 sxga+ is the worlds most powerful single chip DLP™ projector. It has been designed to meet the ever increasing requirements in professional imaging solutions, such as public displays, medical imaging, control rooms and visualization and simulation solutions. Utilising DLP™ technology, the F3 SXGA+ features 1400 x 1050 pixel resolution, and fully configurable brightness at up to 5500 ANSI lumens, creating the worlds most powerful single chip DLP™ projec tor. The F3 XGA (1024 x 768) is a cost effective model, based on the high end F3 SXGA+. It is primarily targeted at rental and staging applications, as well as high intensity 24/7 installations.

High Resolution DLP™ technology 1400 x 1050 pixel resolution provides the most detailed images of any DLP™ projector available. Ideal for visualisation, simulation and medical imaging, the F3 easily resolves the fi ner detail of specialty graphics, such as X Ray and MR, CAD/CAM and design, and for instance oil and gas reservoir 3D modelling and visualisation. The F3 provides very high visual resolution display for immersive simulation. Compared to XGA resolution, SXGA+ provides almost double the amount of pixels for a truly seamless image. With support for 1600x1200 and even higher resolutions the F3 sxga+ becomes near "resolution less", and as close to a continu ous analogue image as possible. The F3 XGA with it’s 1024 x 768 resolution provides a very versatile high performance DLP™ projector. Ideal for rental and staging, video and public displays, the F3 XGA easily copes with showing high brightness, and great detail. Utilising DLP™ technology gives perfect balance between high performance and affordable price. 24/7 continuous operation The F3 is built to operate in heavy duty and continuously run applications, such as control rooms and public displays. Using DLP™ technology – known for its long term stability and reliability – the F3s patented DuArch™ architecture features dual lamps, dual colour wheels, and dual light formatters. This lowers wear on each individual component by reducing heat and mechanical wear. In addition, cooling and mechanical design is built to very high standards, with over-specifi ed fans for complete control.