Enterprise
Networking
High-performance networking for AI clusters and data centers. InfiniBand NDR 400G with sub-microsecond latency. 400GbE Ethernet switches. NVIDIA Quantum-2, BlueField-3 DPUs, and ConnectX-7 adapters with expert fabric design and deployment support.
InfiniBand Networking
Ultra-low latency networking for AI training clusters and HPC workloads
Quantum-2 NDR Switches
Latest generation InfiniBand with 400Gb/s per port. Optimized for large-scale AI training with native RDMA and GPU Direct support.
- 400Gb/s per port bandwidth
- Up to 64 ports per switch
- Sub-microsecond latency
- Adaptive routing & SHARP
Quantum HDR Switches
Previous generation InfiniBand at competitive pricing. Excellent for HPC and mid-scale AI training deployments.
- 200Gb/s per port bandwidth
- Up to 40 ports per switch
- Proven reliability
- Full RDMA support
ConnectX-7 Adapters
High-performance InfiniBand adapters for GPU servers. Single and dual-port configurations with GPU Direct RDMA.
- Up to 400Gb/s throughput
- PCIe Gen5 interface
- GPU Direct RDMA
- Hardware offload engines
400GbE Ethernet Switches
High-throughput data center switching with RoCEv2 RDMA support
Spectrum-4
NVIDIA's latest Ethernet switching platform with native RoCEv2 support
7800R3 Series
Modular spine switches for large-scale data center deployments
Nexus 9000
Enterprise-grade switching with comprehensive management
Smart NICs & DPUs
Hardware-accelerated networking with programmable data processing
BlueField-3 DPU
Full-featured data processing unit with 400Gb/s networking and 16 Arm cores for infrastructure offload.
- SDN/NFV acceleration
- Storage offload (NVMe-oF)
- Zero-trust security
- Bare-metal isolation
ConnectX-7 SmartNIC
High-performance network adapter with RDMA and hardware offload for GPU clusters and storage.
- GPU Direct RDMA
- In-network computing
- VXLAN/Geneve offload
- NVMe-oF initiator
Fabric Design
AI-optimized topology planning
Deployment
Complete installation support
Performance Tuning
Latency optimization
24/7 Support
Enterprise SLA coverage
Frequently Asked Questions
What is the difference between InfiniBand and Ethernet for AI clusters?
InfiniBand NDR 400G provides sub-microsecond latency and native RDMA for GPU-to-GPU communication, making it ideal for AI training. 400GbE Ethernet offers more flexible deployment options and is well-suited for inference workloads and general data center traffic.
What InfiniBand switches does SLYD offer?
SLYD offers NVIDIA Quantum-2 NDR 400G switches with up to 64 ports at 400Gb/s per port. Also available: HDR 200G and QDR options. Managed and unmanaged configurations with expert fabric design for AI and HPC clusters.
What is GPU Direct RDMA?
GPU Direct RDMA enables direct data transfer between GPU memory and network adapters, bypassing CPU overhead. This significantly reduces latency for AI training collective operations like all-reduce, improving training throughput by up to 30%.
What Smart NICs does SLYD provide?
SLYD offers NVIDIA BlueField-3 DPUs and ConnectX-7 adapters with up to 400Gb/s throughput. Features include hardware-accelerated RDMA, crypto offload, storage offload, and programmable packet processing for SDN/NFV applications.
Does SLYD provide network fabric design services?
Yes, SLYD provides expert network fabric design including topology planning, cable routing, performance modeling, and deployment support. Our certified engineers design multi-rail AI fabrics optimized for collective communication patterns.
What 400GbE switch options are available?
SLYD offers 400GbE switches from NVIDIA Spectrum-4, Arista, and Cisco. Options include spine/leaf configurations with 36-128 ports at 400GbE. RoCEv2 support for RDMA over Ethernet for converged AI and storage traffic.
Design Your Network Fabric
Our certified networking engineers provide expert consultation on InfiniBand and Ethernet fabric design, topology planning, and performance optimization. Get custom quotes for switches, adapters, and complete network solutions.
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