hp - HPE Alletra 9000

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Features

  • Eliminate complexity by unifying infrastructure management silos under a cloud managed single pane of glass, accessible from anywhere and from any device
  • Delivers performance density with All-NVMe for over 2 million IOPs in 4U1
  • Designed for extreme availability requirements with 100% availability guaranteed as a standard benefit without requiring a special contract2
  • Meet every service level agreement with synchronous replication for RPO zero and transparent failover for RTO zero through Active Peer Persistence
  • Eliminate forklift upgrades with online data-in-place (DIPU) non-disruptive controller upgrades. DIPU preserves existing hardware, drives, and drive enclosures without a data migration all online.

Specification

  • Storage controller: HPE Alletra 9060 2N Controller;
    HPE Alletra 9080 2N Controller
  • Capacity: HPE Alletra 9060: 1966 TiB (raw) / 6103 TiB (effective); HPE Alletra 9080: 1966 TiB (raw) / 6103 TiB (effective); Effective capacity assumes 4:1 estimated data compaction rate (including: thin provisioning, deduplication, compression, and copy technologies) in a RAID 6 (10+2) configuration. Note TB vs TiB.Actual ratios will vary based on workload. See HPE StoreMore guarantee for more information.
  • Drive description: NVMe SFF FIPS encrypted SSD; NVMe SFF SSD; NVMe SFF FIPS encrypted TAA SSD
  • Cache: HPE Alletra 9060: 1024GiB;
    HPE Alletra 9080: 3072GiB
  • Maximum drives per enclosure: 144 (HPE Alletra 4N with four HPE Alletra 2240 drive enclosures)
  • Host interface:
  • 32Gb/s Fibre Channel;
    16Gb/s Fibre Channel;
    25 Gb Ethernet;
    10 Gb Ethernet;
    10 GBaseT Ethernet
  • Compatible operating systems: Microsoft Windows Server; Microsoft Windows Hyper-V;
    HP-UX; SUSE Linux Enterprise Server (SLES); Red Hat Enterprise Linux (RHEL); VMware ESX and ESXi; Oracle Solaris; Oracle Linux; Citrix Hypervisor ; IBM AIX; IBM Virtualization; VSI OpenVMS
  • Availability features: Redundant power and cooling modules with battery and fans; minimum of dual redundant controller nodes, max of four controller nodes for added redundancy; RAID 6 for data protection

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