Search results

AI is redefining how we both work and play and it’s one of the main drivers behind the deployment of new, faster data communication rates (i.e., 800G and soon 1.6 TB). To support this migration, backbone networks are moving to new, more efficient technologies that allow them to increase bandwidth while reducing power consumption. At the same time, data centers are re-evaluating their power usage as they strive to improve their cost-per-bit ratio and carbon footprint.   Join us for this interactive discussion moderated by semiconductor-industry expert Simon Stanley, Founder and Principal Consultant with Earlswood Marketing. In this webinar, Chris Collins, Credo Semiconductor’s Associate VP of Sales and Marketing for Optical DSPs, and Jean-Marie Vilain, Solution Product Line Manager at EXFO, will discuss: the importance of the move to 800G and the need to ensure interoperability during this migration, the latest technologies at play in data center environments, including linear-drive pluggable optics (LPO) and an optimized version called Linear-Receive Pluggable Optics (LRO) from Credo, the latest high-speed pluggables that enable the transition to higher bit rates as client rates move from 400G to 800G, the requirement for automated, upgradeable, easy-to-use test solutions that are both OPEX and CAPEX friendly.

Get certified with EXFO

We are committed to sustainability and responsible corporate citizenship. Explore this page to learn more about our journey toward a responsible and resilient future, driven by innovation and an unwav...

The complete, all-in-one FTB 5GPro test solution offers all the functionalities to confirm, both in the lab and in the field, that 1588 PTP and SyncE protocols are delivered correctly and to validate ...

Broadband light sources featuring superluminescent light-emitting diodes (SLD or SLED), a broad spectral range, high output power and excellent power stability.

By incorporating RFTM into each lifecycle phase from the very beginning, is possible to unlock a host of benefits: faster build and monetization, heightened quality standards and reduced costs.

The OSICS DFB DWDM modules are based on high-performance distributed feedback laser diodes.

EXFO’s OSICS BKR emulates reflectance from all optical interfaces within fiber optic systems. It is the perfect R&D tool for testing the effects of back reflection on transponder prototypes and stress...