FOUR COMPUTER AND VIDEO SOURCES ON A SINGLE SCREEN
The QuadView® XLRT is a ruggedized version a new generation of windowing systems, with the most powerful image processing ever available from RGB Spectrum.
Offering outstanding image quality, plus new features such as web-based control, dynamic window sizing, borders and titling, smooth zoom/pans and more, the QuadView is ideal for any application requiring display of multiple images on a monitor or projector.
The QuadView XLRT is designed for use in mobile and harsh environments, including tactical operations centers, naval and airborne consoles, and military vehicles. It incorporates a number of structural augmentations for dependable performance under severe conditions, including a stiffened enclosure, front loaded air filters, and enhanced air flow.
The QuadView XL accepts high resolution RGB, HDTV, FLIR, radar, sonar, S-Video, component and NTSC/PAL composite video, and optional DVI and HD-SDI inputs. Up to sixteen sources can be connected, four of which can be displayed simultaneously.
Each input can be sized and positioned anywhere on the screen, as well as panned and zoomed to emphasize areas of particular interest. Display alternatives are virtually infinite, and include quad split, side-by-side, picture-in-picture, and overlapping windows. The QuadView XLRT supports real time, dynamic movement and resizing of windows.
User-selectable output settings, up to 1920 x 1200 resolution in both RGB and DVI format ensure a perfect match with any display. With DVI inputs and outputs, a completely digital signal path can be maintained from signal source to display. For added convenience, dual outputs in both RGB and DVI format allow feeding two separate displays.
All functions are easily set up and controlled using a command line interface from either the RS-232 or Ethernet ports, or graphically via a standard web browser.
Built on RGB Spectrum's long tradition of quality and reliability, the QuadView XLRT is an excellent solution for the most demanding mission critical applications.