MSN2010-CB2F mellanox spectrum switches For Modern Data Centers
Product Details:
Brand Name: | Mellanox |
Model Number: | MSN2010-CB2F |
Document: | br-sn2000-series.pdf |
Payment & Shipping Terms:
Minimum Order Quantity: | 1pcs |
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Price: | Negotiate |
Packaging Details: | outer box |
Payment Terms: | T/T |
Supply Ability: | Supply by project/batch |
Detail Information |
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Products Status: | Stock | Application: | Server |
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Condition: | New And Original | Warranty: | 1 Year |
Switching Capacity: | 1.2 Tbps | Uplink Connectivity: | 100Gb/s Ethernet |
Highlight: | MSN2010-CB2F Mellanox Spectrum Switches,Modern Data Centers Mellanox Spectrum Switches,Modern Data Centers Mellanox Sn2010 Switch |
Product Description
MSN2010-CB2F: High-Density Open Networking Switch for Modern Data Centers
Engineered for efficiency and performance, the MSN2010-CB2F network switch represents the cutting edge of the SN 2000 series, delivering exceptional value in a compact half-width form factor. This advanced switching solution features 18x 10/25GbE SFP28 ports and 4x 40/100GbE QSFP28 uplinks, generating 850Gb/s throughput with 1.26 billion packets per second capacity. With remarkably consistent 300ns latency and a fully shared 16MB packet buffer, this SN2010 model ensures lossless data transmission even during traffic bursts. Its open Ethernet architecture eliminates vendor lock-in, supporting multiple operating systems including Cumulus Linux and ONIE for unprecedented flexibility in network design.
Distinguishing Characteristics
- Compact half-width 1RU design enables high-density deployments
- Advanced buffer management prevents packet loss during congestion
- Hardware-accelerated telemetry for real-time network visibility
- Comprehensive Layer 2/3 feature set with VXLAN support
- RoCE optimization for GPU-direct machine learning workloads
- Energy-efficient operation with typical power consumption of 57W
Advanced Technological Foundation
The MSN2010-CB2F leverages NVIDIA's Spectrum ASIC technology, delivering enterprise-grade features typically found in higher-priced switches. This network switch implements sophisticated traffic engineering capabilities including per-priority flow control, explicit congestion notification, and intelligent load balancing across port channels. Support for EVPN-VXLAN enables seamless network virtualization while maintaining hardware-level performance. The platform's deep packet inspection capability (up to 512 bytes) allows for advanced traffic classification and security policies without compromising throughput.
Operational Methodology
This SN 2000 series switch employs cut-through switching technology to minimize latency by beginning packet forwarding before the entire frame has been received. The innovative shared packet buffer architecture dynamically allocates memory resources across all ports based on real-time demand, preventing head-of-line blocking and ensuring fair bandwidth distribution. Integrated telemetry features collect detailed histograms of queue depths at sub-microsecond granularity, enabling network operators to identify and resolve issues before they impact performance.
Deployment Scenarios
The versatility of the SN2010 makes it ideal for numerous applications:
- Hyper-converged infrastructure supporting compute and storage traffic
- Medium-scale cloud rack deployments requiring high server connectivity
- AI and machine learning clusters with RDMA over Converged Ethernet
- Storage area network aggregation with lossless Ethernet requirements
- Financial services trading environments where low latency is critical
Technical Specifications
Parameter | Specification |
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Model Number | MSN2010-CB2F |
Data Rate Capabilities | 10/25/40/100 Gigabit Ethernet |
Physical Interfaces | 18x SFP28, 4x QSFP28 |
Switching Capacity | 850 Gb/s |
Forwarding Rate | 1.26 Bpps |
Latency (Cut-through) | 300 nanoseconds |
Power Consumption | 57W (typical operation) |
Competitive Advantages
The MSN2010-CB2F delivers superior value compared to other switches in its class, offering features typically found in more expensive models. Its half-width design allows two units to occupy a single rack unit, effectively doubling port density compared to traditional switches. The comprehensive buffer architecture ensures zero packet loss even during traffic microbursts, a common challenge in storage and AI workloads. Support for multiple network operating systems provides unprecedented flexibility, allowing organizations to choose the software that best fits their operational model rather than being locked into a proprietary ecosystem.
Service & Support Commitment
We stand behind our products with comprehensive support services including lifetime hardware warranty with advance replacement, 24/7 technical assistance, and configuration guidance. Our team of certified networking experts provides integration support for multi-vendor environments and can assist with initial setup and optimization. We maintain extensive inventory to ensure quick shipment, typically within 24 hours for in-stock items, with custom labeling and configuration services available for large deployments.
Frequently Asked Questions
Q: What is the difference between the SN2010 and other models in the SN2000 series?
A: The SN2010 offers a unique half-width form factor ideal for space-constrained environments, while providing a cost-effective balance of port density and performance compared to the higher-port-count SN2410 and SN2700 models.
Q: Can this switch be used in existing 10GbE environments?
A: Absolutely. The SFP28 ports are backward compatible with 10GbE optics and DAC cables, allowing seamless integration into existing infrastructure with a migration path to higher speeds.
Q: What management interfaces are available?
A: The switch supports standard management options including CLI, SNMP, REST API, and NETCONF/YANG for integration with modern automation tools.
Q: Is the power supply redundant?
A: The base configuration includes a single power supply. For environments requiring redundancy, we recommend considering the SN2410 or SN2700 models which feature hot-swappable redundant power supplies.
Installation & Operational Guidelines
- Ensure adequate airflow clearance around the switch for proper cooling
- Verify compatibility of transceivers and cables using the NVIDIA compatibility matrix
- Operating temperature range: 0°C to 40°C (32°F to 104°F)
- For maximum performance, use quality-certified optical transceivers and cables
- Regularly update switch firmware to access latest features and security enhancements
- Complies with international standards: CE, FCC, RoHS, and VCCI
Corporate Profile

With more than a decade of industry expertise, our company operates extensive manufacturing facilities supported by a robust technical team. We have established a significant customer base across diverse sectors, built on our commitment to delivering high-quality networking products at competitive prices. Our portfolio includes premier brands such as Mellanox, Ruckus, Aruba, and Extreme Networks. We maintain over $10 million in inventory of authentic new equipment including network switches, adapters, wireless solutions, and connectivity products. Our dedicated sales and engineering support teams provide around-the-clock consultation, ensuring reliable delivery and exceptional service that has earned us recognition in global markets.