HPE S5A94A SN3700B 64Gb 24/8-port 32Gb Fibre Channel Switch
Overview
The HPE S5A94A is a high-performance Fibre Channel switch designed to meet the rigorous demands of modern data center environments, particularly those leveraging hyper-scale virtualization, cloud infrastructures, and flash-based storage. As a key component of the SN3700B B-series, this switch addresses the critical need for increased throughput and ultra-low latency, essential for optimizing NVMe storage and accelerating application performance. It ensures efficient data access and supports robust, always-on infrastructure crucial for today’s data-driven organizations. Engineered with cutting-edge Gen7 64 Gb Fibre Channel technology, the S5A94A offers a foundation for self-learning and self-optimizing Storage Area Networks (SANs). It features an initial configuration of eight 32Gb SFP28 Fibre Channel ports, which are scalable up to 24 ports, providing substantial flexibility for expanding storage needs. With an aggregate switching bandwidth of 1.536 Tbps and a remarkably low latency of 460 nanoseconds for locally switched ports, the device is adept at handling large volumes of data with minimal overhead. Designed for seamless integration into existing IT infrastructure, the switch boasts a rack-mountable 1U form factor with back-to-front airflow, optimizing cooling in dense rack environments. Management is comprehensive, supporting various protocols including CLI, HTTP/S, and SNMP, enabling efficient monitoring and control. This enables IT managers and engineers to deploy a secure, reliable, and high-performance network that enhances operational efficiency and provides a competitive edge, without the complexities often associated with larger enterprise solutions.
Key Features
- Gen7 64 Gb Fibre Channel technology for high-speed SAN
- Scalable 8 to 24 Fibre Channel ports with 32Gb SFP28
- Ultra-low 460ns latency optimizing NVMe storage access
- Autonomous SAN capabilities for self-healing and optimization
- Robust management via CLI, HTTP/S, SNMP for network control


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