As the telecommunications industry undergoes a transformative shift driven by artificial intelligence (AI), the Optical Fiber Communication Conference and Exhibition (OFC) 2025 is set to showcase the latest developments in networking and optical communications.
Fibre systems is proud to announce that it is a media partner for OFC in 2025. We aim to cover the latest news and announcements from the show and showcase the technological changes that are shaping the fibre industry.
Taking place from 30th March to 03rd April 2025 at the Moscone Center in San Francisco, 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.
The plenary programme, that starts on the 1st April will feature three distinguished speakers shaping the future of optical networking.
Dr Pradeep Sindhu from Microsoft, a visionary in scalable AI infrastructure, will explore next-generation data centre networking solutions, emphasising how AI is redefining network architectures and computing efficiency.
Dr Bryan Robinson from MIT Lincoln Laboratory will present advancements in free-space optical (FSO) communications, highlighting their role in AI-driven network operations and quantum communication applications.
Professor Kei May Lau from the Hong Kong University of Science and Technology will delve into cutting-edge photonics technology and its implications for telecom infrastructure. Her pioneering research has positioned her as a leading voice in the field, driving innovations in high-speed optical systems.
With more than 650 peer-reviewed technical presentations and 120 invited speakers, OFC 2025 offers an opportunity to explore AI applications in optical networking and learn about the latest technological advancements. Key topics in this year’s technical program include generative AI in network operations, leveraging large language models (LLMs) for predictive maintenance, traffic optimisation, and automated network management.
Advancements in photonic AI accelerators will explore the role of AI-driven photonic chips in boosting computational speed and efficiency in telecom systems. Quantum Key Distribution (QKD) and Post-Quantum Cryptography (PQC) will address cybersecurity challenges with enhanced quantum encryption methods. Multi-band transmission and hollow-core fibres will be discussed in relation to innovations in fibre-optic technology supporting high-speed, data transmission.
Optical network disaggregation and open multi-layer ecosystems are emerging solutions for flexible, scalable, and cost-effective network architectures. Integrating sensing and communications (ICAS) highlight optical sensing applications for smart infrastructure and autonomous networks. The role of Thin Film Lithium Niobate (TFLN) in modulator and detector circuits are being used to enhance precision in optical signal processing.
The conference will also host a series of symposia, workshops, and panel discussions showcasing AI’s role in telecom infrastructure. Attendees can look forward to sessions on AI-powered network automation, discussing how machine learning algorithms are optimising data traffic, improving fault detection, and enhancing overall network efficiency. AI-driven predictive analytics will be a major focus, demonstrating how telecommunications companies are leveraging AI to anticipate demand surges and proactively manage network resources. Additionally, discussions on AI’s integration with quantum networks will provide insights into next-generation security measures for safeguarding critical communications.
In addition to the robust technical program, OFC 2025 will feature expert-led business panels, interactive workshops, and special sessions designed to equip attendees with strategic insights into AI’s role in telecom innovation. More than 600 global exhibitors will showcase the latest networking solutions, providing hands-on experiences with cutting-edge technologies.
OFC 2025 marks a pivotal moment in telecom evolution, where AI and quantum technologies are redefining the landscape. Nicolas Fontaine, OFC General Chair, stated that with an expected attendance of more than 13,500 professionals from 74 countries, this year’s event will serve as a global hub for progress in AI-powered telecom solutions.
As AI continues to provide an impact in telecommunications, OFC 2025 promises to deliver an essential platform for industry leaders, researchers, and innovators to shape the future of optical networking.
