RT COM USA OBHD-2C and OBCA-2C fiber-optic extension products

The new OBHD-2C and OBCA-2C fiber-optic transmitter/receiver products from RT COM USA allow electronics professionals to distribute HD audio and video, as well as computer signals without the associated troubles of IP-based compression technologies or traditional Cat-5 or Cat-6 products.

With their small size and long-distance capabilities, RT COM USA’s OBHD-2C and OBCA-2C transmitter/receiver products utilize the benefits of fiber-optic technologies to carry HD A/V and computer signals.

By Robert Archer, November 16, 2010

With video technologies in both the residential and commercial sectors developing and evolving so quickly, custom electronics professionals need devices that can reliably keep pace with these changes.

RT COM USA's new OBHD-2C and OBCA-2C fiber-optic transmitter/receiver combination utilizes the speed and proven track record of fiber-optic connectivity technologies to provide the professional electronics community with a set of extender devices that can be used as long-term signal transmission solutions.

According to RT COM USA, the devices can safely transmit video signals without suffering from performance-related disturbances such as ground loops, external magnetic interference, network traffic or compression issues. The products are capable of handling 1080p signals with 36-bit Deep Color and high-bit rate audio signals to enable the full support and distribution of HD audio and video signals.

Subscribe to the CE Pro Newsletter

Article Topics

Audio · Distributed Audio · Video · Digital Media · Multiroom Video · Accessories · Commercial · Conferencing · Convergence · Fiber · Rt Com Usa · Fiber Optic Extenders · All topics

About the Author

Robert Archer, Senior Editor, CE Pro

Bob is an audio enthusiast who has written about consumer electronics for various publications within Massachusetts before joining the staff of CE Pro in 2000. Bob is THX Level I certified, and he's also taken classes from the Imaging Science Foundation (ISF) and Home Acoustics Alliance (HAA). In addition, he's studied guitar and music theory at Sarrin Music Studios in Wakefield, Mass.