NEW Nvidia Mellanox MSN2100-BB2F 16x 40GB QSFP28 Back-to-Front Air Onyx Switch

Ask for quote
Shipping: OVERNIGHT OPTION
Cutoff Ground / 3 day / 2 day - 2pm PT, Cutoff Overnight - 5pm PT. Overnight orders after 4pm PT require approval. Call 800-430-6950 to confirm overnight orders after 4pm PT.
Condition: New
New in Original Manufacturers Box. Sold with warranty from NetworkTigers or the manufacturer.
Warranty: 365 days
Warranty coverage period
SKU: NSN-9266

Overview

The NEW Nvidia Mellanox MSN2100-BB2F 16x 40GB QSFP28 Back-to-Front Air Onyx Switch offers a switching capacity of 3.2Tb/s, with a forwarding rate of 2.38Bpps and latency as low as 300ns. Designed for high-performance data center environments requiring fast and efficient networking capabilities.

With its compact form factor and advanced features, the Nvidia Mellanox MSN2100-BB2F is an ideal solution for businesses looking to enhance their network infrastructure with high-speed connections that can handle large volumes of traffic without compromising performance. This switch ensures smooth operation in even the most intensive workloads, making it a valuable asset for modern data centers seeking optimized efficiency in handling vast amounts of data throughput effectively.

NEW Nvidia Mellanox MSN2100-BB2F 16x 40GB QSFP28 Back-to-Front Air Onyx Switch


Specifications

  • Network Ports : 16x 40 Gigabit QSFP28
  • Management Ports : 1x Mini USB, 1x Console RJ45, 1x RJ45 Management
  • SSD : 16GB
  • Packet Buffer : 16MB
  • Switch Version : Onyx
  • AirFlow Direction : Back-to-Front Airflow (P2C) - Power Supply Side to Connector Side Airflow
  • Fan Module Options : Fixed
  • Power Supplies Included : 2x Internal AC PSU's
  • System Memory : 8GB
  • Switching Capacity : 3.2 Tbps
  • Forwarding Rate : 2.38 Bpps
  • Depth : Short
  • Latency : 300ns
  • CPU : ATOM x86
  • Model Number : MSN2100-BB2F
  • Part Number : MSN2100-BB2F
  • Condition : New


Included

  • One (1) NEW Nvidia Mellanox MSN2100-BB2F 16x 40GB QSFP28 Back-to-Front Air Onyx Switch as described above