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EVPN Multihoming is a key technology for building large-scale, highly reliable EVPN-VXLAN data center networks.
With all-active access, load balancing, and fast failover, EVPN-MH helps improve service continuity while simplifying network design through a Layer 3 underlay and standards-based control planne.
With FS solutions, businesses can deploy modern EVPN-VXLAN fabrics to support reliable services and future-ready 200G/400G expansion.
🔗 Learn more: https://www.fs.com/solutions/high-reliability-200G-400G-evpn-multihoming-fabric-solution-s0111.html

100G Ethernet Switch-to-NIC Connectivity Guide, designed for high-performance Ethernet interconnects in modern data center environments.
This solution is based on the FS N5580-32CB 100G Ethernet Switch on the switch side and the NVIDIA ConnectX-6 Dx 100G QSFP56 NIC on the server side, enabling a flexible 100G Ethernet architecture for server-to-switch connectivity.
Connectivity Options:
🔹 100G QSFP56 DAC
Ideal for ultra-low-latency short-reach ToR connectivity
🔹 100G QSFP56 AOC
Designed for flexible medium-distance, high-density deployments
🔹 100G QSFP56 Optical Modules + MTP®/MPO OM4 Fiber
Built for scalable structured cabling and longer-distance 100G interconnects
🔗 Learn more in the full guide: https://www.fs.com/blog/overview-of-100g-connectivity-solutions-with-nvidia-connectx6-dx-nic-b48617.html
🔗 Shop the ConnectX-6 Dx 100G NIC: https://www.fs.com/products/119646.html

Powering the Hyperscale of AI Infrastructure!
AI scaling is exposing GPU communication bottlenecks in large distributed training clusters. In response, FS B300 InfiniBand XDR Solution enables a high-bandwidth, ultra-low latency optical interconnect fabric for hyperscale AI infrastructure.
From 1.6T XDR backbone networking to GPU server connectivity, the solution supports scalable distributed training and stable AI cluster operations across modern data centers.
🔗 Watch the full Shorts: https://www.youtube.com/shorts/pxKXk27nPgk
🔗 Explore our solution: https://www.fs.com/solutions/1.6t-optical-interconnect-for-infiniband-b300-ai-clusters-s0101.html

Discover how FS helped a U.S. financial institution modernize its DCI network with a scalable 400G optical transport architecture built on the FS D6000 platform.
Key highlights:
🔹 Ultra-low-latency 400G DCI connectivity
🔹 Stable coherent transmission over aging fiber infrastructure
🔹 A 48-channel DWDM architecture supporting up to 19.2T of capacity
🔹 Compact, high-density deployment for space-constrained data centers
🔹 OpenZR+ interoperability for greater long-term network flexibility
Explore the full case study: https://www.fs.com/case-study/building-a-low-latency-400g-dci-network-for-a-financial-institution-with-fs-d6000-solution-cs304.html

We are thrilled to unveil the core innovations of the upcoming PicOS® 4.8.0E! Whether you are scaling a massive compute cluster, modernizing an enterprise campus, or building a multi-tenant data center, the new PicOS® is engineered to deliver uncompromised performance and agility.
Want to see it in action? We cordially invite you to join our exclusive Early Access Program! Step ahead and be the first to evaluate these pre-GA capabilities directly within your real-world environment. This is your unique opportunity to validate seamless deployment and significantly minimize future rollout risks, all while being fully backed by our highest-priority technical support and dedicated collaborative troubleshooting.
Secure your exclusive spot today to test, adapt, and transform your network with zero risk!
🔗 Read the blog to learn more about PicOS® 4.8.0E: https://www.fs.com/blog/explore-the-new-capabilities-of-picos-480e-in-campus-ai-and-data-center-networks-b50802.html
🔗 Early Access: https://www.fs.com/contact-us-h0004.html

Case Study: Network Upgrade for UK Higher Education with Multi-Campus Deployment
A higher education institution in the United Kingdom needed to modernize its multi-campus network while dealing with aging switches, limited fiber resources, complex campus layouts, and phased deployment requirements.
Based on the existing topology and future expansion needs, FS developed a campus network design focused on high availability, smooth migration, and simplified operations—helping the customer upgrade core infrastructure and improve access capacity within budget.

Highlights:
🔹 Phased deployment for practical rollout
🔹 High-availability network for reliable connectivity
🔹 Flexible design for complex environments
🔹 Simplified operations for converged services

Key Products:
🔗 https://www.fs.com/products/108710.html
🔗 https://www.fs.com/products/149846.html
🔗 https://www.fs.com/products/115388.html
🔗 https://www.fs.com/products/108718.html

🔗 Read full story: https://www.fs.com/case-study/network-upgrade-for-uk-higher-education-with-multi-campus-deployment-cs309.html

InfiniBand or RoCE—which is the better fit for your AI network?
As AI clusters continue to scale, choosing the right network architecture becomes increasingly important.
Explore how InfiniBand and RoCE compare across performance, efficiency, and AI workload requirements in modern GPU infrastructures.
🔗Read the full blog: https://www.fs.com/blog/infiniband-vs-roce-choosing-the-right-network-for-ai-data-centers-2521.html