TheTL9040 transponder module is a long-reach, 300 pin transponder module suitable for wideband tunable, C-band applications requiring -150 ps/nm to +150 ps/nm dispersion tolerance in noise-loaded link applications. It offers a significant OSNR improvement over legacy DPSK systems designed around a 50 GHz channel spacing. The transponder meets Telcordia standards.
Oclaro
San Jose, CA
www.oclaro.com
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PRESS RELEASE
Oclaro Announces Qualified 40-Gigabit RZ-DQPSK Transponder
SAN JOSE, Calif., March 17 /PRNewswire-FirstCall/ -- Oclaro, Inc. (Nasdaq: OCLR), a provider of optical components, modules and subsystems to the telecom industry, today announced it's first 40G RZ-DQPSK Indium Phosphide based transponder qualified to Telcordia standards. Delivering high-performance in a low-cost, 300 pin Multi-Source Agreement (MSA) platform, the new TL9040 transponder modules are currently shipping to tier-one customers for next generation field deployments.
"Our new 40G transponders demonstrate Oclaro's commitment to continually increase the bandwidth and functionality of the network while reducing costs to the end-user," said Paul Johnson, 40G Modules Product Line Manager at Oclaro. "By incorporating our highly-successful Indium Phosphide technology into an Industry MSA footprint, we have been able to achieve substantial cost reductions and, at the same time, increase the overall performance of the system."
About the TL9040 Transponder Module
Oclaro's new multi-rate adaptable 43Gbps RZ-DQPSK transponder is a long reach, 300-pin transponder module suitable for wideband tunable, C-band applications requiring -150ps/nm to +150ps/nm dispersion tolerance in noise loaded link applications, offering a significant OSNR improvement over legacy DPSK systems designed around a 50GHz channel spacing.
The new 40G transponders are the latest addition to Oclaro's complete portfolio of products that power the metro / regional infrastructure of the network. To ensure the highest level of reliability, the Oclaro 40G transponders have undergone rigorous testing to Telcordia standards, including 2000 hours of active endurance, damp heat, temperature cycling, and shock and vibration testing.
By choosing the RZ-DQPSK format combined with Oclaro's expert utilization of Indium Phosphide technology, Oclaro is able to set a new standard in performance, features and cost for 40G transponders. Oclaro's customers are able to exploit the power of vertical integration which allows differentiation of features at the chip level and drives cost disruption.
Posted by Lee Mather
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