Mellanox MSN2010-CB2R 25GbE & 100G Spectrum Switch

• Cloud infrastructure networking for hybrid cloud environments
• High-performance computing (HPC) data exchange networks
• Storage-heavy environments requiring low-latency switching
• Enterprise data center modernization from 10GbE to 25GbE
• Containerized and microservices-based application networking
• Data center edge aggregation for distributed workloads
• AI/ML training cluster network connectivity 

• Compact 1RU form factor for space-efficient deployments
• Low typical power consumption of approximately 57W
• Broad compatibility with SFP28 and QSFP28 optics and DAC cables
• Supports breakout configurations for flexible bandwidth scaling
• Optimized for cloud, virtualization, and container networking
• High-speed east-west traffic handling for distributed workloads
• Suitable for enterprise and hyperscale data center environments
• Flexible deployment in access, aggregation, or leaf layers
• Standard AC power input range for global deployment compatibility
• Designed for infrastructure modernization and lifecycle extension
• Supports high-performance network consolidation strategies 

• Brand: Mellanox
• Model: MSN2010-CB2R
• Product Family: Spectrum Switch
• Form Factor: 1U Rack-Mount Switch
• Breakout support: 100GbE to 4x25GbE / 2x50GbE
• Typical Power Consumption: ~57W (with passive cables, ATIS)
• Power Supply: Dual AC PSU (2x AC redundant configuration)
• Input Voltage Range: 100–240VAC
• Input Frequency: 50–60Hz
• Dimensions: 1.72 in (43.8 mm) H x 7.87 in (200 mm) W x 20 in (508 mm) D 

WHY CHOOSE THIS PRODUCT?

• Enterprises benefit from its low power profile, reducing operational costs while maintaining high switching capacity for east-west traffic-heavy workloads.

• Its compact design allows high-density rack deployment, supporting space-constrained data center environments and edge aggregation layers.
• Compatibility with standard SFP28 and QSFP28 optics ensures flexible integration into existing network ecosystems.
• It delivers strong ROI by extending network lifecycle and reducing the need for frequent hardware refresh cycles.
• Ideal for cloud providers and enterprises, it supports scalable infrastructure growth without compromising latency or throughput performance.