SReXperts Americas
14-16 September, 2026
San Diego, CA, USA
SReXperts 26 Americas
US, CA, San Diego, Sheraton San Diego Resort
Join us during the exhibition hours noted below and immerse yourself in a series of captivating demonstrations specially prepared for you—an exciting opportunity to experience two events under one roof! Explore a wide array of IP and optical networking demonstrations specially prepared for you. Discover interactive displays, live presentations, and hands-on experiences that will leave you inspired and informed.
Exhibition hours
Monday, 14 September
10:30 am – 8:00 pm
Tuesday, 15 September
10:45 am – 6:30 pm
Wednesday, 16 September
10:45 am – 4:00 pm
Demonstrations
Explore the latest innovations shaping the future of IP and optical networking through a wide range of live and interactive demonstrations. See Nokia’s newest routing and data center platforms in action, alongside advances in coherent routing, high-capacity optical transport, hollow-core fiber and next-generation optical components. The demos also showcase solutions for mission-critical networks, quantum-safe security, AI-powered DDoS protection, ultra-low latency, data center automation and end-to-end multi-service networking. Immersive augmented reality experiences provide an inside look at coherent and data center optics as well as the building blocks of an optical network.
Automation and AI feature prominently throughout the exhibition, with demonstrations covering AI-assisted network operations and troubleshooting, autonomous optimization, digital twins, proactive assurance, multi-vendor spectrum management, cross-domain IP-optical automation and intelligent energy management. Visitors can also explore Nokia Bell Labs innovations, professional and knowledge services, smart documentation and learning and certification opportunities. Together, the demos provide a hands-on view of how Nokia is bringing together IP, optical, data center, security, automation and AI technologies to build more scalable, resilient, sustainable and autonomous networks.