Contemporary Research launches affordable QMOD-SDI HD-SDI modulator at InfoComm2010

DALLAS, TX – 6/21/2010 Contemporary Research introduces the industry’s first affordable HD-SDI modulator, the QMOD-SDI.

The new digital QAM modulator, retailing at $2999, creates fresh solutions for distributing HD and SD SDI media from live studio feeds, high-performance digital signage players, and broadcast- quality video sources.

Applications include in-house broadband RF systems at sports, retail and entertainment facilities, corporate offices, colleges, schools and worship centers.
The QMOD-SDI accepts HD-SDI, SD-SDI, Component, S-Video and Composite video, plus digital and analog audio. Then, using the same technology as TV and cable broadcasters, the unit formats and amplifies the signal as an agile QAM digital cable channel.

GPI inputs can trigger EAS programming, input from the composite video and stereo. Video inputs are fully switchable between SDI, Component, and Composite inputs. Front-panel buttons and LCD display make for easy setup, and the half-rack space enclosure and low 10W power draw save both space and energy.

Contemporary Research President Scott Hetzler says, “The QMOD-HD which features analog VGA, Component, and S-Video/Composite inputs, has been well received by our dealers and users. When we asked our integrators what they preferred for digital video, the overwhelming response was for HD-SDI. There simply were no affordable HDTV modulators. Now, with the QMOD-SDI, there is one.”

About Contemporary Research®
Contemporary Research designs and creates solutions for an HDTV world, offering cutting-edge products, HDTV display control, digital signage, and tuning. In addition, CR supports a proven line of analog TV tuners, closed-captioning tools, as well as commercial and educational media systems. For more information about Contemporary Research products, visit us on the web at www.crwww.com or call (888) 972-2728.

Media Contact: Nissen Davis • T (310) 548-1856, C (310) 729-6510
E-mail nissen@crwww.com