HP (1.6TB) Value Endurance PCI Express Workload Accelerator (Half-Height/Half-Length)

Could your data centre benefit from PCIe workload acceleration based on NAND Flash solid-state storage technology? HP PCIe Workload Accelerators for ProLiant ML/DL/SL Server series are PCIe card-based direct-attach solid state storage technology solutions for application performance improvement. They offer excellent latency and enterprise reliability for improving an individual server's throughput, and allow you to implement up to ten times the number of virtual machines compared to typical virtualization environments. With significant energy savings and a reduced footprint, your total cost of ownership will be lower. Performance constrained applications such as on-line transaction processing (OLTP), virtual desktop infrastructure (VDI), or Big Data will greatly benefit by adding a PCIe Workload Accelerator to their server. HP PCIe Workload Accelerators allows you to implement ten times the number of virtual machines compared to typical virtualization environments. Achieve significant energy cost savings with 70% more compute per Watt of power with server and Accelerators. Reduces data centre footprint by hosting an entire database on one HP PCIe Workload Accelerator. HP PCIe Workload Accelerators enhance server performance, providing four times more transactions per server. Achieve better latency to accelerate applications such as on-line transaction processing (OLTP), virtual desktop infrastructure (VDI), and Big Data. Deliver more IOPS to increase the productivity of your server. Provide you with the most complete portfolio of choices to meet the demands of your data centre. HP PCIe Workload Accelerators maintain data accuracy with full data-path error detection. Deliver high availability, typically with power loss protection that protects your data even when the datacentre loses power. Reliably rugged in various environments.

HP firmware and drivers deliver compatibility with the HP ProLiant Server series and HP controllers for consistency of performance. Enterprise workloads requiring real-time data access with high transaction rates and low latency.