AI-Ready Whitebox Switches
Lossless, high-performance switching for GPU fabrics running SONiC.
Explore AI-Ready SwitchingAI & Data Center
Open, lossless Ethernet fabrics for AI-scale infrastructure.
Ethernet Fabrics Built for AI Workloads
Modern AI workloads push Ethernet to its limits. Training and inference clusters require predictable latency, lossless transport, and deep visibility across massive east-west traffic flows.
E.C.I. Networks helps customers design and deploy AI-ready Ethernet fabrics built on open architectures and proven networking fundamentals.
We support RoCEv2-based GPU fabrics, lossless Ethernet, and high-bandwidth leaf-spine architectures using SONiC-based whitebox switches, a scalable network visibility fabric, and 400G/800G connectivity products — from lab validation to production rollout.
Where We Add Value
01
Design and validation of RoCEv2 and lossless Ethernet fabrics
02
Open, AI-ready switching platforms running SONiC
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End-to-end visibility into east-west GPU traffic
04
High-speed connectivity products optimized for dense AI environments
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POC-driven approach to reduce deployment risk
Solutions for AI & Data Center
Purpose-built networking components for GPU fabrics, from switching to visibility to high-speed optics.
Network Visibility Fabric
Full-fidelity visibility for RoCE and AI traffic flows.
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400G / 800G Transceivers
High-bandwidth connectivity for AI clusters and DCI.
Explore 400G / 800G Optics
Solution Deep Dive
AI-Ready Whitebox Switches
Lossless Ethernet switching for RoCE-based GPU fabrics
AI clusters depend on the network as much as the GPUs themselves. E.C.I. Networks delivers AI-ready whitebox switches designed to support RoCEv2, lossless Ethernet, and high-bandwidth east-west traffic at scale.
Built on open hardware and SONiC, our switching platforms give customers control over congestion management, telemetry, and long-term evolution — without proprietary lock-in.
Where We Add Value
- SONiC-based whitebox switches for AI fabrics
- Support for RoCEv2, PFC, ECN, and QoS
- High-density 100G / 400G / 800G switching
- Leaf-spine and scale-out GPU fabric designs
- Architecture validation and POCs
What Customers Use This For
- AI training and inference clusters
- GPU-to-GPU communication over Ethernet
- Open alternatives to proprietary AI switching
Solution Deep Dive
Network Visibility Fabric
Visibility into RoCE, congestion, and AI traffic flows
In AI fabrics, performance issues often hide inside east-west traffic. E.C.I. Networks provides a network visibility fabric that delivers full traffic access without impacting performance — critical for tuning and operating RoCE-based GPU networks.
Our approach combines passive access with intelligent packet processing to help teams see congestion, packet loss, and microbursts before they impact training jobs.
Where We Add Value
- Passive traffic access with zero packet loss
- Visibility into RoCEv2 flows and congestion
- Packet aggregation, filtering, and replication
- Scalable architectures for large AI fabrics
What Customers Use This For
- RoCE performance troubleshooting
- Congestion and microburst analysis
- AI fabric tuning and validation
- Security and observability integrations
Solution Deep Dive
400G / 800G Transceivers
High-bandwidth connectivity for AI and GPU clusters
AI fabrics demand dense, power-efficient, and interoperable optics. E.C.I. Networks provides 400G and 800G connectivity products optimized for GPU clusters, lossless Ethernet fabrics, and DCI.
We help customers select and validate optics that align with open switching platforms, RoCE requirements, and AI-scale deployments.
Where We Add Value
- 400G / 800G optical transceivers
- Short-reach, long-reach, and DCI options
- Power-optimized designs for dense AI racks
- Interoperability testing with whitebox switches
What Customers Use This For
- GPU cluster interconnect
- High-bandwidth leaf-spine fabrics
- AI data center interconnect (DCI)
Browse Our reliable &
cost effective transceivers