Mellanox MSN2100-CB2RC Spectrum 100GbE Short Depth Switch

• Edge data center deployments with limited rack depth
• Enterprise spine-leaf Ethernet fabrics
• Private cloud infrastructure
• Hybrid cloud networking environments
• High-performance storage networking
• Enterprise virtualization platforms
• Telecommunications edge infrastructure
• Disaster recovery data center connectivity
• Financial services network modernization
• Healthcare and research computing environments

• 16 native 100GbE QSFP28 ports
• Spectrum Ethernet switching architecture
• Short-depth chassis design
• Dual AC power supplies
• Redundant power configuration
• Optimized for compact rack deployments
• Supports enterprise cloud networking
• Designed for low-latency Ethernet fabrics
• Ideal for spine-leaf architectures
• Enables scalable infrastructure expansion
• Supports storage networking environments
• Enhances operational efficiency
• Suitable for virtualized workloads
• Simplifies data center modernization
• Built for enterprise-class reliability

• Brand: NVIDIA Mellanox
• Product Family: Spectrum Ethernet Switch
• Model: MSN2100-CB2RC
• Part Number: MSN2100-CB2RC
• SKU: MSN2100-CB2RC
• Product Type: Ethernet Switch
• Switch Architecture: Spectrum
• Network Ports: 16 × 100GbE QSFP28
• Power Supply: 2 × AC Power Supplies
• Power Redundancy: Yes
• Chassis Design: Short Depth
• Deployment Environment: Enterprise Data Centers, Edge Computing, Cloud Infrastructure, Storage Networking

WHY CHOOSE THIS PRODUCT?

• The MSN2100-CB2RC is designed for organizations that need enterprise-grade 100GbE networking without sacrificing valuable rack space. Compared with standard-depth Spectrum switches, its short-depth chassis enables deployment in compact racks, edge data centers, and space-limited facilities while preserving dual AC power redundancy and high-speed 100GbE connectivity. It integrates easily into cloud, storage, virtualization, and enterprise Ethernet environments, helping businesses simplify infrastructure expansion, improve operational efficiency, reduce deployment constraints, and maximize long-term ROI through flexible, scalable networking.