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Home Switching Mellanox MCS9500 2048 NDR Ports 1600Tb/s Data Center Switch

Mellanox MCS9500 2048 NDR Ports 1600Tb/s Data Center Switch

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Hyperscale NVIDIA Mellanox data center switch engineered for AI supercomputing, cloud-scale networking, and extreme bandwidth fabric with 2048 NDR ports and 1600Tb/s throughput

OVERVIEW

  • Mellanox MCS9500 is a hyperscale-grade data center switching platform designed to support next-generation AI, HPC, and cloud infrastructure requiring extreme bandwidth and fabric density
  • It delivers up to 1600Tb/s switching capacity with 2048 NDR ports, enabling massive scale-out architectures for distributed computing and GPU-driven workloads
  • This platform is engineered for organizations modernizing toward AI-native infrastructure, where network performance directly impacts model training speed and compute efficiency
  • It is suited for hyperscale cloud providers, research institutions, and enterprise AI factories requiring deterministic low-latency and congestion-free data movement
  • Compared to lower-tier fabric switches, it provides significantly higher port density, extreme throughput scaling, and long-term infrastructure consolidation for evolving digital ecosystems

USE CASES

  • AI model training clusters for large-scale distributed GPU workloads
  • High-performance computing (HPC) scientific simulations and research workloads
  • Hyperscale cloud data center backbone networking
  • Big data analytics and real-time streaming data pipelines
  • Enterprise AI factories supporting generative AI workloads
  • Financial services high-frequency trading and risk modeling networks
  • Telecom 5G core and edge compute backhaul infrastructure
  • Cloud-native microservices and container orchestration networking
  • National research labs and supercomputing environments
  • Large-scale virtualization and multi-tenant enterprise cloud platforms

KEY FEATURES

  • Delivers up to 1600Tb/s aggregate switching throughput for extreme-scale workloads
  • Supports 2048 NDR ports for ultra-high-density network fabric design
  • Engineered for AI and HPC distributed computing environments
  • Optimized for GPU cluster interconnect and scale-out architectures
  • Enables spine-leaf data center networking at hyperscale levels
  • Designed for low-latency, congestion-free data movement across clusters
  • Supports massive parallel compute environments for AI model training
  • Built for cloud service provider and hyperscale infrastructure scaling
  • Enables network consolidation reducing overall fabric complexity
  • Improves compute efficiency by minimizing data transfer bottlenecks
  • Supports continuous 24x7 mission-critical operations
  • Designed for future-proof AI and HPC infrastructure expansion
  • Enhances data center energy and space efficiency through consolidation
  • Provides resilient architecture for large-scale distributed systems
  • Supports long lifecycle deployment in evolving AI ecosystems

TECHNICAL SPECIFICATIONS

  • Brand: Mellanox
  • Part Number: MCS9500
  • Switching Capacity: 1600Tb/s aggregate
  • Port Density: 2048 NDR ports (high-speed fabric connectivity)
  • Architecture: Hyperscale AI / HPC switching fabric platform
  • Deployment Model: Data center spine-leaf / Clos topology
  • Primary Workload Type: AI, HPC, Cloud, Big Data, Distributed Computing
  • Latency Profile: Ultra-low latency optimized for GPU interconnects
  • Scalability Model: Massive scale-out cluster networking support
  • Traffic Optimization: High-bandwidth east-west traffic handling

WHY CHOOSE THIS PRODUCT?

  • Organizations choose MCS9500 for its extreme scalability and ability to support AI and HPC workloads at unprecedented network density
  • It enables consolidation of large-scale fabrics into a single high-performance switching architecture, reducing operational complexity
  • Compared to traditional data center switches, it delivers significantly higher throughput and port density for next-generation AI infrastructure

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