834977-B22

The HPE 834977-B22 is a high-performance, enterprise-class Mellanox Switch engineered to meet the rigorous demands of data centers and high-performance computing environments. Designed as an advanced 36-port InfiniBand EDR v2 rackmount solution, this HPE Switch delivers outstanding scalability and performance, making it a critical asset for organizations deploying ib switch physical infrastructures. Leveraging the Mellanox SN3700 product series, it supports network configurations optimized for modern workloads such as artificial intelligence, machine learning, and large-scale storage fabrics that require ultra-low latency and extraordinary throughput. The 834977-B22 distinguishes itself through non-blocking fabric capacity, sub-90ns end-to-end latency, and advanced management capabilities via CLI, Web GUI, SNMPv3, and REST API. Engineered for global deployments, it meets stringent international compliance standards (RoHS, CE, FCC, UL 60950-1) and adapts seamlessly to diverse operating environments. Distributors will appreciate its robust reliability and proven architecture, system integrators benefit from rapid deployment and extensive protocol compatibility, while end-users gain significant improvements in data handling and operational efficiency. As a Mellanox Switch, its role in supporting ib switch physical connections is integral to converged, high-bandwidth enterprise and cloud networks worldwide. Whether your network priorities include scalability, efficiency, or future-proofing, the HPE 834977-B22 integrates world-class features to deliver on every front.

Product Highlights

7.2 Tbps

Switch Capacity

7.02 Bpps

Packet Forwarding

Sub-90 ns

Ultra Low Latency

Product Applications Scenarios

Data Center

This switch enables high-density fabric connectivity with minimal latency, ensuring peak data center efficiency and predictable performance for demanding applications.

AI Technologies

Optimized for AI/ML clusters, it accelerates parallel workloads by providing fast, lossless InfiniBand communication essential for next-gen AI pipelines.

Research Computing

The switch ensures scientific computing clusters enjoy reliable, high-throughput data transfer, reducing project computation time and maximizing productivity.