Christie introduces its newest projector, the Christie Matrix S+2K, a flexible and feature-rich solution for use on its own or as part of a Christie TotalVIEW simulation display system. An ideal replacement for existing CRT-based displays, the 2500-lumens Christie Matrix S+2K provides superb contrast ratio for realistic image reproduction and clarity. With its Xenon illumination system and purpose-built simulation features such as RGB color matching, full control of gamma curves and less than one frame of propagation delay, the Christie Matrix S+2K is ideal for applications that utilize complex projector arrays. The quiet, compact design makes this SXGA+ DLP projector a superior simulation solution. As a replacement strategy for existing CRT simulation systems, the Matrix S+2K features a Color Purity Filter (CPF) that provides improved color saturation, color matching and greater black levels for unsurpassed day and night scene blending. Utilizing 10-bit image processing and high quality optics, the Matrix S+2K produces crisp, clean images. The Christie Matrix S+2K delivers advanced edge-blending and image warping using the internal ChristieTWIST module, which comes standard on all Matrix Series projectors. With a full lens suite that offers a short lens option, coupled with a smaller form factor, the Christie Matrix S+2K projector can easily fit into the most spatially-challenged of installations. It can be used in a range of applications, including military and civil flight simulation, ground vehicle driving and heavy machinery simulation, ship bridge simulation, air traffic control, architecture, engineering and construction, research and development, and entertainment. "The Matrix S+2K adds another powerful projector to the Christie arsenal of versatile, high-performance simulation solutions. It is part of our TotalVIEW initiatives that provide customers with the most comprehensive products and services available, backed by consummate industry knowledge and expertise," noted David Fluegeman, Vice President, Visual Environments.