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Do your SMB and enterprise-level applications require a flexible controller with increased performance reliability, security, and efficiency to address your evolving data storage needs?

The HPE SR Gen10 Plus Controllers support 12 Gb/s SAS and PCIe 4.0 for increased performance while supporting advanced RAID levels with up to 8 GB flash-backed write cache (FBWC). These tri-mode (SAS/SATA/NVMe) controllers operate in Mixed Mode which combines RAID and HBA operations simultaneously, giving you improved deployment flexibility. The HPE SR Gen10 Plus Controllers portfolio provides the ability to support internally attached drives, allowing integration with existing hardware. These controllers also feature HPE SmartRAID SR Secure Encryption for data-at-rest using Controller-Based Encryption(CBE) for SAS, SATA and NVMe devices which improves reliability.

Do you want to efficiently manage your rack infrastructure while reducing down time? Get more insight and control with HPE Apollo Platform Manager (APM). With APM, you can see and manage HPE Apollo and Moonshot shared rack infrastructure, server, chassis and rack-level power from a single console. Simplify and save by avoiding additional expenses of serial concentrators, adapters, cables and switches. At the same time, gain the flexibility to meet any workload demands with dynamic and static power allocation and capping. This 1U rack solution comes with GUI and command-line interface options and is also available with the Distribution Module Kit for backward compatibility.

The HPE XP7 Flash Module Device is a FMD unique to XP7. It combines MLC NAND flash and a SAS interface with a custom ASIC controller for superior flash performance. The FMD form factor is larger than traditional SSD and therefore is available in capacities of 1.7 TB, 3.5 TB, 7 TB and 14 TB. They are configurable in a variety of RAID types in the same fashion as other drives and is compatible with all XP7 firmware and software features.

The XP7 Flash Module Device supports wear levelling. In a flash memory each write or erase cycle stresses the cell which in turn causes deterioration of the cell over time. This might cause an imbalance in the cell activity which creates an irregular distribution of these unstable cells thereby impacting the life of flash.

The flash controller monitors the number of writes, erasures and refreshes to eliminate these imbalances by balancing the rate of deterioration in the flash memory cells. This helps in extending the useful lifetime of flash.

Do you need a self-contained resilient boot solution that does not impact overall server storage capacity or consume a PCIe slot?

HPE Flash Memory Cards and USB Drives are engineered with enterprise-class high endurance NAND for life within non-stop datacenter environments. Using the highest industry flash technology to provide a higher level of performance and longer endurance characteristics at an enterprise level, each device undergoes rigorous testing and software validation to verify the highest level of quality and reliability while running on HPE ProLiant servers.