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Mellanox MSB7780-ES2F Switch-IB Based EDR InfiniBand 1U Router 36 QSFP28 Ports 2 Power Supplies AC x86 Dual Core Standard Depth P2C Airflow Rail Kit RoHS6
$29.00

MSB7780-ES2F

Mellanox MSB7780-ES2F Switch-IB Based EDR InfiniBand 1U Router 36 QSFP28 Ports 2 Power Supplies AC x86 Dual Core Standard Depth P2C Airflow Rail Kit RoHS6

Switch Family:SB7700
Condition:New
Max Ports:36
Connector Type:QSFP28
Max Speed:EDR
Technology:InfiniBand
ECCN:5A991

Mellanox MSB7780-ES2F Switch-IB Based EDR InfiniBand 1U Router 36 QSFP28 Ports 2 Power Supplies AC x86 Dual Core Standard Depth P2C Airflow Rail Kit RoHS6

36-port Non-blocking Managed EDR 100Gb/s InfiniBand Router

The SB7780 InfiniBand router enables a new level of scalability and isolation that is critical for the next generation of data-centers. The SB7780 InfiniBand router is based on the Switch-IB switch ASIC and offers fully flexible 36 EDR 100Gb/s ports, which can be split among six different subnets.

The InfiniBand router brings two major enhancements to the Mellanox switch portfolio. One, the SB7780 increases resiliency by segregating the data center’s network into several subnets, with each subnet running its own subnet manager, effectively isolating each subnet from the others’ availability or instability. Two, it enables scaling of the fabric up to a virtually unlimited number of nodes.

The SB7780 InfiniBand Router can connect between different types of topologies. Therefore, it enables each subnet topology to best fit and maximize its applications performance. For example, the storage subnets may use a Fat-Tree topology while the compute subnets may use 3D-torus, DragonFly , Fat-Tree or other topologies that best fit the local application. The SB7780 can also help split the cluster in order to segregate between applications that run best on localized resources and between applications that need a full fabric.

The network router delivers a consistent, high-performance and low latency router solution that is required for high performance computing (HPC), cloud, Web 2.0, machine learning and enterprise applications.

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