MSN2100-CB2RC Nvidia Spectrum 100gbe 1u Switch W/Cumulus Linux, 16 Qsfp28 Ports, 2 AC Psus, X86 2-Core, Short Depth, C2p Airflow, Rails to Be Purchased Separate

US$11,000.00 – 12,000.00
1 Piece (MOQ)

Basic Info.

Product Description

MSN2100-CB2RC

MSN2100-CB2RC

NVIDIA Spectrum 100GbE 1U switch w/Cumulus Linux, 16 QSFP28 ports, 2 AC PSUs, x86 2-core, short depth, C2P airflow, Rails to be purchased separately, (Cumulus License Key is required)

NVIDIA Spectrum® based 1U switch systems are an ideal spine and Top of Rack (ToR) solution, allowing maximum flexibility, with port speeds spanning from 10Gb/s to 100Gb/s per port, and port density that enables full rack connectivity to any server at any speed. The uplink ports allow a variety of blocking ratios that suit any application requirement. Powered by the NVIDIA Spectrum ASIC, the systems carry whopping switching and processing capacities in a compact 1U form factor.

MSN2100-CB2RC

Keeping with the NVIDIA tradition of setting performance record switch systems, the NVIDIA Spectrum-based systems introduce the world’s lowest latency for 100GbE switching and routing elements, and do so while having the lowest power consumption in the market. They enable the use of 10, 25, 40, 50 and 100GbE in a large scale without changing power infrastructure facilities.

MSN2100-CB2RC

The NVIDIA Spectrum-based 1U switch systems are a part of NVIDIA’s complete end-to-end solution, which provides 10GbE through 100GbE interconnectivity within the data center. Other devices in this solution include ConnectX®-4 based network interface cards, and LinkX® copper or fiber cabling/transceivers. This end-to-end solution is topped with NEO, a management application that relieves some of the major obstacles standing in the way when deploying a network. NEO enables a fully certified and interoperable design, speeds up time to service and RoI. The systems introduce hardware capabilities for multiple tunneling protocols that enable increased reachability and scalability for today’s data centers. Implementing MPLS, NVGRE and VXLAN tunneling encapsulations in the network layer of the data center allows more flexibility for terminating a tunnel by the network, in addition to termination on the server endpoint.