Accelerate lab to live for next-gen optics with EXFO’s innovative testing solutions. Visit us at ECOC 2022 to see how we can support you with your high-speed networking, data center evolution and FTTx deployments.
Explore industry-leading solutions for photonic integrated circuits (PICs). EXFO's hardware and software solutions are automated, scalable, fast, accurate and cost-optimized. They can interoperate with any third-party instrumentation such as wafer disc handling systems. With unique and patented advantages, these highly reliable test solutions accelerate lab to field for passive and active optical components.
At ECOC 2022, discover the NEW T200S continuously tunable laser in action!
Transceiver vendors need efficient and reliable end-to-end testing—from lab to manufacturing floors and deployment. End-to-end transceiver qualification—especially testing at the die-level stage—requires a complete range of high-end optical and electrical testers. EXFO's comprehensive solutions integrate seamlessly with existing production processes to ensure fast and accurate end-to-end testing up to 800G.
Discover innovative testing solutions that are compliant with high-speed 400G/800G networking and the coherent optics that are driving the evolution in data centers.
EXFO’s 400G testing solutions are the most advanced in the industry; featuring powerful, versatile and scalable test and measurement capabilities through rackmounted and portable platforms with a wide variety of modules for optimal flexibility.
Discover how to optimally test the fiber optic structured cabling that connects the many server racks within high-speed data center infrastructure, such as 100/200/400G leaf and spine switching fabrics.
EXFO is world's no. 1 supplier in optical test solutions. These industry-acclaimed solutions deliver unique value by automating, streamlining and sequencing field tests and workflows—from network deployment and service turn-up to ongoing optimization.
Tuesday, Sept. 20, 11:20 a.m. – 11:50 a.m.
Tuesday, Sept. 20, 1:15 p.m. – 1:35 p.m.