Hewlett Packard Enterprise Replacement Parts Business Smart Array P430 SAS Controller

Hewlett Packard Enterprise Replacement Parts Business Smart Array P430 SAS Controller

Certified HPE genuine replacement parts for servers, storage, and network products. Hewlett Packard Enterprise Parts are warranted against defects in workmanship and material for a period of 12 months from the date of delivery. All parts are from our Service inventory and meet our rigorous engineering and quality standards. Some will be new, some are considered 'as new' and have been repaired, refurbished or remanufactured. All are fully warranted.

• The SA-P430 Controller supports up to 27 drives depending on the server implementation


• Seamless upgrades from past generations and upgrades to next generation HPE highperformance and high capacity SAS Smart Array controllers


• 12 Gb/s SAS performance when used on a DL580 Gen8 with 12 Gb/s devices (SSDs or HDDs)


• 6 Gb/s SAS technology delivers high performance and data bandwidth and contains fullcompatibility with 6 Gb/s SATA technology


• PCI Express Gen3 x8 link width delivers high performance and data bandwidth up to 8 GT/stheoretical maximum bandwidth


• 2 or 4GB Flash Backed Write Cache (FBWC) provides read ahead caching and write backcaching with indefinite write cache data retention in the case of unexpected power outage


• Standard on the P430 are RAID 6 ADG, RAID 60 ADG, RAID 1 ADM, capacity expansion,mirror split, recombine, and rollback in online mode, drive erase, performance optimization -Degraded reads and read coalescing, move/delete any individual LUNS and online splitmirror


• Capable of supporting both legacy and UEFI boot operation on a DL580 Gen8 server


• The HPE SSD Smart Path feature included in the Smart Array software stack improves SSDread for all RAID levels and RAID 0 write operations by optimizing the path to each SSDattached to the controller


• The HPE SmartCache feature (HPE Smart Cache license is required on P430) is a controller basedread caching solution in a DAS environment that caches the most frequently accesseddata (hot data) onto lower latency SSDs to dynamically accelerate application workloads