Long-haul AI takes centre stage at OFC 2025: A glimpse into the future of optical networking Taking place from 30th March to 03rd April 2025, OFC 2025 will mark its 50th anniversary with an impressive line up of technical sessions, plenary speakers, and expert-led panels highlighting the intersection of AI and telecom infrastructure Latest Content Colt completes quantum secured encryption trial across optical network EXA Infrastructure and Ultranet to build a new fibre route between Genoa and Milan Coherent OTDR testing of ultralong-distance submarine optical networks to safeguard global internet traffic New technologies PacketLight Networks advanced PL-4000M muxponder/ADM White papers Presenting the case for distributed OTN switching This White Paper details the evolution of optical transport network (OTN) switching, tracing its history from the late 2000s as an alternative to S Infinera CHM6 encryption: What network operators need to know about layer 1 encryption Ice6 for submarine networks This application note advises on how to maximise performance on any submarine cable Webcasts On-demand webcast - Maintenance strategies for subsea networks: How to prevent and tackle issues effectively On-demand webcast: OTN Switching at a crossroads – Where do we go from here? More content Presenting the case for distributed OTN switching Shielding long-haul networks: Defending against catastrophe AAE-1's epic subsea cable upgrade, explained NPL tests unique undersea cable earthquake detection in Pacific Philippines government launches national fibre backbone project Going green for the long-haul How to plan optical networks that connect continents Navigating long-haul network monitoring Google invests $1bn in connectivity to Japan with new subsea cables Google’s Firminia subsea communications cable lands in Argentina Aire Networks boosts single fibre network capacity with coherent pluggables On-demand webcast: OTN Switching at a crossroads – Where do we go from here? Pagination Previous page ‹ Previous Page 3 Next page Next ›
