Arista 5000 Series AI Networking DDC Distributed Switch

The Arista 5000 Series AI Networking DDC (Distributed Disaggregated Chassis) Distributed Switch represents a fundamental rearchitecting of how hyperscale AI back-end fabrics are constructed. Rather than relying on monolithic chassis hardware, the 5000 Series disaggregates the control, fabric, and line-card functions across physically separate but logically unified nodes, enabling operators to scale bandwidth and port density independently without forklift upgrades. The platform is purpose-built for Etherlink, Arista's AI-optimized Ethernet transport layer that delivers lossless, low-latency, high-throughput connectivity demanded by GPU-to-GPU collective communications in large language model training and inference clusters. Each distributed node participates in a shared forwarding domain managed by a unified EOS (Extensible Operating System) control plane, presenting the entire fabric as a single logical switch to orchestration systems.

Ideal for

• Large-scale LLM and foundation model training clusters requiring low-latency, lossless GPU-to-GPU collective communication across thousands of H100, H200, or next-generation AI accelerator nodes
• Hyperscale AI inference farms where distributed switch fabrics provide non-blocking bandwidth between GPU pools and high-throughput CPU front-end servers handling request scheduling
• Multi-tenant AI cloud infrastructure where disaggregated chassis nodes enable independent scaling of specific rack rows without affecting the broader fabric operational state
• High-performance computing (HPC) workloads combining MPI-based scientific simulation with AI co-processing, leveraging the unified Ethernet fabric for both workload types simultaneously
• AI factory build-outs requiring staged capacity expansion — operators can begin with a smaller set of DDC nodes and add line-card sleds or spine nodes non-disruptively as GPU cluster footprint grows
• Enterprise AI data centers standardizing on open Ethernet networking to avoid proprietary interconnect lock-in while achieving performance parity for transformer model training and fine-tuning operations

Technical specifications

Available from Omnixon Global. Submit an RFQ and our team will confirm configuration and availability for your order.