HPE StoreFabric SN1600Q 32Gb Dual Port FC HBA – PCI Express 3.0 x8 – 32 Gbit/s – 2 x Total Fibre Channel Port(s) – SFP+ – Plug-in Card

HPE StoreFabric SN1600 32Gb Fibre Channel Host Bus Adapter
The HPE StoreFabric 32Gb Fibre Channel Host Bus Adapters are designed to support ProLiant Servers with PCI-Express I/O slots to connect to Hewlett Packard Enterprise Storage Arrays using the 32/16/8 Gb Fibre Channel protocol.

The HPE 32GFC Host Bus Adapters bring datacenter infrastructure components to a higher level of performance and efficiency with the ability to deliver twice the bandwidth performance of 16Gb HBAs at lower latency. A 32GFC HBA purchased today is backward compatible with 16Gb and 8Gb storage networks and will protect future investments. When using storage intensive applications, such as backup/restore, database transactions, virtualization, and rich media, the increased performance of the 32GFC infrastructure enables rapid storage and retrieval of critical information. Designed for environments with greater virtual machine density and bandwidth requirements, the 32GFC HBAs enable more applications and VMs to run on a single host server and Fibre Channel port, resulting in reduced cabling and a higher return on IT investment. Enhanced diagnostics and orchestration capabilities make 32Gb Fibre Channel adapters well suited for to deliver on SLA requirements and application performance.

What's New
HPE ProLiant Gen10 Servers support

Key Features and Benefits
Performance

• Up to two ports of Gen6 FC delivers 1.6 million1 IOPS and 12,800MBps bandwidth across two 32GFC ports. Enhanced reliability, diagnostics, and accelerated deployment powered by Gen 6 Fibre Channel ASIC.
• Advanced integration with HPE StoreFabric B-series Gen 5 and Gen 6 fabrics to speed SAN deployment and configuration, speed and simplify SAN diagnostics, improve SAN resiliency and Quality of Service.
• Best combination of Fibre Channel IOPS, latency and throughput performance enables increased application and database transactions per second, enables faster large block transfers and increases the number of VMs that can be supported per server.