Fully shared packet buffers deliver fair, predictable, and high-bandwidth data paths

Robust RoCE transport powers NVMe over fabric and machine learning applications leveraging NVIDIA GPUDirect

Best-in-class VXLAN scalability with 10x more tunnels and tunnel endpoints than other devices

512K shared forwarding entries, flexibly shared across ACLs, LPM routes, host routes, MAC, ECMP, and tunnel applications

Supports RoCE, Layer-2, and Layer-3

Advanced network virtualization with high-performance single-pass VXLAN routing and IPv6 segment routing

Cloud-scale NAT with 100K+ sessions

Programmable parsing, processing, and editing of packets

Deep packet inspection with 512B depth

Supports WJH, significantly reducing mean time to resolve issues: When, What, Who, Where, and Why

Supports Inband Network Telemetry (INT) and streaming telemetry.

Fully shared packet buffers deliver fair, predictable, and high-bandwidth data paths

Consistently low cut-through latency

Robust RoCE transport powers NVMe over fabric and machine learning applications leveraging NVIDIA GPUDirect

Best-in-class VXLAN scalability with 10x more tunnels and tunnel endpoints than other devices

512K shared forwarding entries, flexibly shared across ACLs, LPM routes, host routes, MAC, ECMP, and tunnel applications

Supports RoCE, Layer-2, and Layer-3

Advanced network virtualization with high-performance single-pass VXLAN routing and IPv6 segment routing

Cloud-scale NAT with 100K+ sessions

Programmable parsing, processing, and editing of packets

Deep packet inspection with 512B depth

Deep packet inspection with 512B depth

Supports WJH, significantly reducing mean time to resolve issues: When, What, Who, Where, and Why

Fully shared packet buffers deliver fair, predictable, and high-bandwidth data paths

Consistently low cut-through latency

Robust RoCE transport powers NVMe over fabric and machine learning applications leveraging NVIDIA GPUDirect

Best-in-class VXLAN scalability with 10x more tunnels and tunnel endpoints than other devices

512K shared forwarding entries, flexibly shared across ACLs, LPM routes, host routes, MAC, ECMP, and tunnel applications

Supports RoCE, Layer-2, and Layer-3

Advanced network virtualization with high-performance single-pass VXLAN routing and IPv6 segment routing

Cloud-scale NAT with 100K+ sessions

Programmable parsing, processing, and editing of packets

Deep packet inspection with 512B depth

Supports WJH, significantly reducing mean time to resolve issues: When, What, Who, Where, and Why

Supports Inband Network Telemetry (INT) and streaming telemetry.

Fully shared packet buffers deliver fair, predictable, and high-bandwidth data paths

Consistent and low cut-through latency

Robust RoCE transport powers NVMe over fabric and machine learning applications leveraging NVIDIA GPUDirect

Best-in-class VXLAN scalability with 10x more tunnels and tunnel endpoints than other devices

512K共享转发表项，跨ACL、LPM路由、主机路由、MAC、ECMP和隧道应用灵活共享

Supports RoCE, Layer-2, and Layer-3

Advanced network virtualization with high-performance single-pass VXLAN routing and IPv6 segment routing

Cloud-scale NAT with 100K+ sessions

Programmable parsing, processing, and editing of packets

Deep packet inspection with 512B depth

Supports WJH, significantly reducing mean time to resolve issues: When, What, Who, Where, and Why

支持带内网络遥测 (INT) 、流式遥测

1+1 hot-swappable power supplies and N+1 hot-swappable fans

Color-coded PSUs and fans

Up to 128x 100/50/25/10/1GbE ports, 64x 200GbE ports, or 32x 400GbE ports

Multi-chassis Link Aggregation (MLAG) for active-active Layer 2 multi-pathing

128-way ECMP routing for load balancing and redundancy