Name: 920-9B010-00FE-0D1 Mellanox SB7800 36-Port QSFP28 EDR Switch
Brand: Mellanox
SKU: 920-9B010-00FE-0D1
Price: 649.00 USD
Availability: InStock
Rating: 4.8 (130 reviews)

Product Overview
The NVIDIA Mellanox SB7800 EDR InfiniBand 36-Port QSFP28 Managed Switch provides 36 QSFP28 ports capable of EDR speeds, suitable for building large-scale InfiniBand fabrics. It includes managed switch capabilities for network control and is designed for deployment in dense data center environments requiring scalable high-speed interconnects.

General Information
Brand	Mellanox
Condition	Refurbished

Technical Information
Switch Type	Managed Switch
Form Factor	Rack-Mountable
Mount Type	1U Rack
Switch Ports	36 x QSFP28 (EDR InfiniBand)
Number of Ports	36-Ports
Port Type	100G QSFP28
Port Speed	100 Gbps per port (EDR InfiniBand)
POE Support	No
Switching Capacity	7.2 Tb/s
Switch Forwarding Rate	5.36 Bpps
VLAN Support	No
Stackable	No
Layer Support	Layer 2
Connector Type	QSFP28

Management and Configuration
Remote Protocols	Yes
Management Interfaces	CLI, Web GUI, SNMP, OpenSM
Remote Management Protocol	SNMP, SSH, HTTPS, OpenSM

Power & Cooling
Fans	Hot-swappable redundant fans

Physical Characteristics
Weight	3.00
Operating Temperature	0°C to 40°C

Miscellaneous
Eco Friendly	Yes
Assembly Required	No
Compliance Standards	WEEE, RoHS, CE, FCC

Product Description
The NVIDIA Mellanox SB7800 EDR InfiniBand 36-Port QSFP28 Managed Switch is designed to provide high-throughput and low-latency interconnects for data center and high-performance computing environments. It is primarily used to build and manage scalable InfiniBand fabrics, enabling efficient communication across multiple servers and storage systems. This switch is typically deployed by IT professionals and network administrators in environments requiring dense port counts and advanced network management capabilities. Key Features 36 QSFP28 ports supporting EDR InfiniBand speeds Managed switch functionality for detailed network control Optimized for high-density data center deployments Supports scalable fabric architecture Designed by Mellanox for InfiniBand networking This switch plays a critical role in enabling fast data transfer and network scalability within complex computing clusters. Its managed features allow administrators to configure and monitor network performance effectively, supporting demanding workloads.

Use Cases
This switch is typically used in data centers and high-performance computing clusters where low latency and high data throughput are essential. It is suited for environments that require managed networking solutions to support large fabric topologies. How It's Used: Connecting multiple compute nodes in HPC clusters for fast communication Establishing scalable InfiniBand fabrics in data center setups Managing high-density port requirements for large server farms Enabling low-latency networking for storage and database access Providing network management and monitoring through switch controls The switch supports the operational needs of complex network infrastructures by delivering high port density and managed control, facilitating efficient network traffic handling and fabric scalability.

FAQ's
What type of ports does the 920-9B010-00FE-0D1 switch use? The switch uses 36 QSFP28 ports designed for high-speed InfiniBand connections at EDR rates. What does EDR mean in this InfiniBand switch? EDR stands for Enhanced Data Rate, indicating a data transfer speed of up to 100 Gbps per port on this InfiniBand switch. Is the SB7800 switch managed or unmanaged? The SB7800 is a managed switch, allowing administrators to configure and monitor network settings. Can this switch be used in high-density data centers? Yes, its 36 QSFP28 ports are suitable for high-density data center environments requiring scalable networking. Who typically deploys the NVIDIA Mellanox SB7800 switch? Network administrators and IT professionals in data centers and HPC environments generally deploy this switch for fabric management. Does this switch support fabric scalability? Yes, it is designed to support scalable InfiniBand fabric architectures for expanding network topologies.