II-VI Photonics (US) Compact Embedded OTDR

March 3, 2017
This low-power embedded optical time domain reflectometer (OTDR) provides real-time intelligence of the network plant. By embedding the OTDR directly into system cards, constant assessment and feedback is available within the system control plane.
This low-power embedded optical time domain reflectometer (OTDR) provides real-time intelligence of the network plant. By embedding the OTDR directly into system cards, constant assessment and feedback is available within the system control plane. The embedded OTDR is a compact device with simple interfaces, but powered by complex digital processing to generate and

analyze data in real time. System vendors can now monitor data on fiber plant quality both at startup and as events occur to ensure that decision making is based on optimum information when and where it is needed.

Judge's comment: "OTDR is a valuable function, and this module is indeed unique in the industry and should enable wider adoption of embedded system monitoring."

Click here to return to the 2017 Lightwave Innovation Reviews page.

Sponsored Recommendations

The Road to 800G/1.6T in the Data Center

Oct. 31, 2024
Join us as we discuss the opportunities, challenges, and technologies enabling the realization and rapid adoption of cost-effective 800G and 1.6T+ optical connectivity solutions...

Understanding BABA and the BEAD waiver

Oct. 29, 2024
Unlock the essentials of the Broadband Equity, Access and Deployment (BEAD) program and discover how to navigate the Build America, Buy America (BABA) requirements for network...

On Topic: Optical Players Race to Stay Pace With the AI Revolution

Sept. 18, 2024
The optical industry is moving fast with new approaches to satisfying the ever-growing demand from hyperscalers, which are balancing growing bandwidth demands with power efficiency...

Advances in Fiber & Cable

Oct. 3, 2024
Attend this robust webinar where advancements in materials for greater durability and scalable solutions for future-proofing networks are discussed.