Mellanox MSN2700-CS2FC 32x100G Spectrum Enterprise Switch

• High-density leaf-spine data center fabric deployments
• Cloud service provider backbone switching
• Enterprise virtualization and VDI infrastructure
• High-performance computing (HPC) clusters
• AI/ML training data pipeline networking
• Storage area network (SAN) over Ethernet (RoCE) environments
• Large-scale east-west traffic optimization
• Hybrid cloud interconnect aggregation layers
• Financial trading low-latency network fabrics

• Optimized for leaf-spine data center architectures
• Supports QSFP28 optical, DAC, and AOC modules
• Breakout support for flexible port scaling configurations
• Low-latency switching performance for real-time workloads
• Designed for high-bandwidth east-west traffic patterns
• Scalable for cloud-native and virtualized infrastructures
• Compatible with short and long-range optical modules
• Efficient power profile for dense rack deployments
• Enterprise-grade reliability for continuous operations
• Suitable for hybrid cloud and modernized IT environments

• Brand: Mellanox 
• Model: MSN2700-CS2FC
• Product Type: 100GbE Data Center Switch
• Switching Architecture: Spectrum
• Port Configuration: 32 x 100GbE QSFP28
• CPU: x86-based embedded processor
• Power Supply: Dual AC PSU (redundant)
• Typical Power Consumption: 150W (with passive cables, ATIS)
• Input Voltage Range: 100–127 VAC / 200–240 VAC
• Frequency: 50–60 Hz, single phase AC
• Current: 4.5A / 2.9A
• Form Factor: 1U Rack Mount Switch
• Dimensions (H × W × D): 43.8 mm × 427.83 mm × 686 mm
• Optical Module Support: QSFP28, SFP28 (via QSA)
• Legacy Module Support: 1000BASE-T, SX, LX, ZX modules
• Airflow: Data center optimized (model dependent configuration)

WHY CHOOSE THIS PRODUCT?

• Dual AC power support improves operational continuity and reduces downtime risks in mission-critical environments.
• Its QSFP28 flexibility supports multiple optical and DAC configurations, simplifying procurement and integration.
• Cloud providers benefit from its ability to support dense east-west traffic patterns in distributed architectures.
• The integrated x86 CPU enables deeper automation, telemetry, and software-defined networking integration.
• From a lifecycle perspective, it reduces long-term refresh cycles by supporting scalable bandwidth expansion.
• It is widely adopted in virtualization clusters, high-performance compute environments, and modern data center cores.