14-Gbps bidirectional module transmits up to 1-km over single multimode fiber for diverse applications

June 18, 2012
Omron  gave “select customers” a peek at the module at a private suite concurrent with Infocomm International 2012.

Omron Network Products last week unveiled a bidirectional optical data module capable of transmitting 14 Gbps downstream and 155 Mbps upstream over a single multimode fiber. The company says the P1xX6B-SX51x-02A data module can support transmission distances from 300 m to 1 km. Omron gave “select customers” a peek at the new technology at a private suite concurrent with Infocomm International 2012 in Las Vegas (June 13-15). Availability details were not released publicly.

The company says the new data module is designed for ease of use and quick implementation into various fiber extension products. The module features a pre-programmed laser driver and integrated SC clip in a metal housing with EMI shielding. Because of its flexible interface, module is applicable for a broad range of markets including industrial automation, security cameras, medical imaging, and high-definition video, according to Omron.

"Many of our customers told us they wanted a bidirectional module that would allow them more flexibility in designs, and we listened," commented Martin Smith, Omron Network Products' director of marketing. "The new data module is protocol-agnostic and can be configured to suit a variety of applications, giving our customers the ability to differentiate their product."

See also:Omron acquires FTTH optical coupler line

Sponsored Recommendations

imVision® - Industry's Leading Automated Infrastructure Management (AIM) Solution

May 29, 2024
It's hard to manage what you can't see. Read more about how you can get visiability into your connected environment.

Adapt to higher fiber counts

May 29, 2024
Learn more on how new innovations help Data Centers adapt to higher fiber counts.

Going the Distance with Copper

May 29, 2024
CommScopes newest SYSTIMAX 2.0 copper solution is ready to run the distanceand then some.