Meeting the demands of the AI era means that a new level of hyper-resilience is vital—delivering unprecedented bandwidth, energy efficiency, performance, and automation—across both core and edge environments. Read this blog to see what’s being
AI infrastructure buildouts are shifting towards a focus on energy efficiency and operational costs, driving the need for increasingly high-performance networks. Discover how the 102.4T Cisco Silicon One G300 network switch delivers the scale
For communications service providers (CSPs), AI isn't just a trend to watch—it's a once-in-a-generation opportunity to become pivotal players in a fundamentally reshaped economy, unlocking significant new revenue streams.
A new paradigm is reshaping cloud infrastructure: neoclouds. These AI-first next-gen cloud providers are building GPU-dense platforms designed for the unrelenting scale and performance demands of modern machine learning. Unlike traditional cloud
Cisco is proud to continue our efforts to accelerate scale-up connectivity as an initial member of the Open Compute Project’s (OCP) Ethernet for Scale-Up Networking (ESUN) collaboration.
Announcing the Cisco 8223, powered by Cisco Silicon One P200 for scale-across networking demands. It’s engineered to handle what's next.
Today’s AI clusters can no longer be confined within a single data center. Instead, a “scale-across” approach is needed to seamlessly extend AI workloads and optimize resources across multiple data center locations. Cisco is introducing the Cisco
Cisco Silicon One has reached a pivotal milestone with the launch of the Cisco 8223—powered by Silicon One P200—delivering an unprecedented 51.2 Tbps capacity that sets the industry standard for the emerging "scale-across" era, where AI workloads must
For customers seeking choice and open-source solutions for their network operating systems, Cisco offers robust support for SONiC on Silicon One and Cisco 8000 Series Switches. This approach empowers organizations to select the network operating
