Magenta to debut new transmitter at Digital Signage Expo
08 Feb 2008
NEW MILFORD, Conn. — Magenta Research, a manufacturer of equipment for video, audio and serial signal distribution, has announced they will be showing a new UTP/CatX distributive transmitter at the Digital Signage Expo in Las Vegas, Feb. 27-28, 2008.
The new model, called Octet, is optimized to deliver the display control and metrics desired in dynamic signage or “narrowcasting” applications, according to a news release. Magenta’s MultiView XR-2000 UTP/CatX receivers, WUXGA video, stereo audio and display-addressable control signals are distributed within a 2,000-foot (610 meter) radius from the source, with no repeaters or booster units. Multiple shorter-range receiver models are available, so the user only pays for the distance required.
Octet features an advanced UTP/CatX transmitter that supports DDC and the Microsoft Vista operating system, eight UTP outputs for signal distribution, and loop-through outputs for video, audio and EIA-232. These enable the units to be “cascaded” or connected in series, to provide additional outputs and flexibility. Companion receivers may be “daisy-chained” or linked together, while maintaining full display addressability.
The combination of up to five cascaded Octet transmitters (5 x 8 = 40 outputs) and up to 12 daisy-chained receivers off of each output allows hundreds of displays to be driven from a single VGA port and controlled from a single EIA-232 communications port.
Regardless of the number of Octet units cascaded and/or receivers daisy-chained, the user can communicate with individual displays for control purposes or to acquire key metrics. A built-in LCD display is used for configuration and status. Octet is 1U high and rack-mountable.
Compatible video signal types include: RGB/HV (computer video), HDTV (1080p compatible), RGsB, YUV (component video) and NTSC (composite video). Horizontal and vertical sync signals are transmitted to the receiver via Magenta’s proprietary RepliSyncä process, ensuring the highest-quality video imagery, whether static or dynamic.