HPE Q0U55A 

SN6600B 32Gb Fibre Channel Switch 48-Port

The HPE Q0U55A SN6600B 32Gb FC Networking Ethernet Switch is an enterprise-class SAN switch designed for organizations that require ultra-fast, secure, and reliable storage networking. With 48 Fibre Channel ports delivering 32Gbps of bandwidth, this switch ensures high throughput and low latency for demanding workloads such as virtualization, data replication, and large-scale database operations.Built for modern data centers, the SN6600B offers flexible deployment options, scalability, and enterprise resilience. It integrates seamlessly into HPE B-series SAN environment, making it ideal for businesses that need high availability, simplified management, and maximum performance in mission-critical IT infrastructures.

Features

The HPE SN6600B 32Gb FC Switch (Q0U55A) delivers next-generation storage networking with 48 high-speed Fibre Channel ports, providing a non-blocking architecture that guarantees consistent throughput. With an aggregate bandwidth of up to 1.536 Tbps, it is optimized for enterprise workloads that require high I/O, such as hybrid cloud integration, high-performance computing, and business continuity solutions.Equipped with advanced features such as Fabric Vision technology, the switch enhances network monitoring, diagnostics, and performance optimization. Administrators can proactively manage SAN environments using tools like HPE SANnav and Brocade Fabric OS. Hot-swappable power supplies and cooling modules add to its reliability, while energy-efficient components help reduce overall operating costs. Designed with both scalability and resiliency in mind, the SN6600B ensures enterprises are ready for future storage growth and evolving workload demands.

Advanced Options

The HPE Q0U55A SN6600B Switch is engineered for maximum reliability and performance, providing businesses with a resilient SAN backbone. With redundant hot-swappable power supplies and fans, the switch minimizes downtime and ensures continuous operation in mission-critical environments. Its advanced congestion management and traffic prioritization features ensure optimal bandwidth utilization, reducing latency and improving overall performance.