Call a Specialist Today! 1300 505 257
Free Delivery! Free Delivery!

HPE Nimble Storage Adaptive Flash Arrays
Flash Performance for Mixed and Mainstream Workloads

HPE Nimble Storage Adaptive Flash Arrays

Struggling to find cost effective flash storage for your primary, secondary, and backup/DR workloads?

The HPE Nimble Storage Adaptive Flash Arrays are like having two flash arrays in one. The array is truly adaptive - designed for both primary and secondary flash workloads. It is a hybrid flash array for mixed, primary workloads where cost-efficient flash performance is important. It can also serve as a secondary flash array for backup and disaster recover (DR) while allowing you to put your backup data to work. The flash-enhanced architecture is combined with HPE InfoSight predictive analytics for fast, reliable access to data and 99.9999% guaranteed availability [1]. Radically simple to deploy and use, the arrays are cloud-ready - providing data mobility to the cloud through HPE Cloud Volumes. Your storage investment made today will support you well into the future, thanks to our technology and business-model innovations.


HPE Nimble Storage Adaptive Flash Arrays Datasheet (PDF)


HPE Nimble Storage Adaptive Flash Arrays

HPE Nimble Storage CS1000H

HPE Nimble Storage CS1000H

  • 11-1,198TB / 10-1,090TiB Raw Capacity
  • 7-952TB / 6-866TiB Usable Capacity
  • 13-1,905TB / 12-1,733TiB Effective Capacity
  • 0.5-28TB / 0.4-25TiB Flash Capacity

HPE Nimble Storage CS1000

HPE Nimble Storage CS1000

  • 21-1,218TB / 19-1,108TiB Raw Capacity
  • 16-982TB / 14-893TiB Usable Capacity
  • 32-1,964TB / 29-1,786TiB Effective Capacity
  • 0.7-28TB / 0.65-25TiB Flash Capacity

HPE Nimble Storage CS3000

HPE Nimble Storage AF5000

  • 21-1,470TB / 19-1,337TiB Raw Capacity
  • 16-1,185TB / 14-1,078TiB Usable Capacity
  • 32-2,371TB / 29-2,156TiB Effective Capacity
  • 0.7-36TB / 0.65-33TiB Flash Capacity

HPE Nimble Storage CS5000

HPE Nimble Storage AF7000

  • 21-1,470TB / 19-1,337TiB Raw Capacity
  • 16-1,185TB / 14-1,078TiB Usable Capacity
  • 32-2,371TB / 29-2,156TiB Effective Capacity
  • 0.7-76TB / 0.65-69TiB Flash Capacity

HPE Nimble Storage CS7000

HPE Nimble Storage AF9000

  • 21-1,470TB / 19-1,337TiB Raw Capacity
  • 16-1,185TB / 14-1,078TiB Usable Capacity
  • 32-2,371TB / 29-2,156TiB Effective Capacity
  • 0.7-108TB / 0.65-98TiB Flash Capacity

HPE Nimble Storage 4x CS7000

HPE Nimble Storage 4x CS7000

  • 5,880TB / 5,348TiB Raw Capacity
  • 4,742TB / 4,313TiB Usable Capacity
  • 9,484TB / 8,626TiB Effective Capacity
  • 2.9-432TB / 2.6-393TiB Flash Capacity

HPE Nimble Storage HF20 - New

HPE Nimble Storage AF7000

  • 21 HDDs up to 10TB per HDD plus up to 6 - 3.84TB SSD drives
  • Up to 210TB raw and 845TB effective capacity

HPE Nimble Storage HF20C - New

HPE Nimble Storage AF9000

  • 21 HDDs up to 10TB per HDD plus up to 3 - 3.84TB SSD drives
  • Up to 1260TB raw and 2032TB effective capacity

HPE Nimble Storage HF20H - New

HPE Nimble Storage HF20H

  • 11 - 1TB HDDs plus up to up to 2 - 480GB SSD drives
  • Up to 211TB raw and 821TB effective capacity

HPE Nimble Storage HF40 - New

HPE Nimble Storage AF7000

  • 21 HDDs up to 10TB per HDD plus up to 6 - 3.84TB SSD drives
  • Up to 504TB raw and 2030TB effective capacity

HPE Nimble Storage HF40C - New

HPE Nimble Storage AF9000

  • 21 HDDs up to 10TB per HDD plus up to 6 - 3.84TB SSD drives
  • Up to 1260TB raw and 2032TB effective capacity

HPE Nimble Storage HF60

HPE Nimble Storage HF60

  • 21 HDDs up to 10TB per HDD plus up to 6 - 3.84TB SSD drives
  • Up to 1260TB raw and 5080TB effective capacity

HPE Nimble Storage HF60C

HPE Nimble Storage AF7000

  • 21 HDDs up to 10TB per HDD plus up to 6 - 3.84TB SSD drives
  • Up to 1260TB raw and 2032TB effective capacity

 

Struggling to find cost effective flash storage for your primary, secondary, and backup/DR workloads?

The HPE Nimble Storage Adaptive Flash Arrays are like having two flash arrays in one. The array is truly adaptive - designed for both primary and secondary flash workloads. It is a hybrid flash array for mixed, primary workloads where cost-efficient flash performance is important. It can also serve as a secondary flash array for backup and disaster recover (DR) while allowing you to put your backup data to work. The flash-enhanced architecture is combined with HPE InfoSight predictive analytics for fast, reliable access to data and 99.9999% guaranteed availability [1]. Radically simple to deploy and use, the arrays are cloud-ready - providing data mobility to the cloud through HPE Cloud Volumes. Your storage investment made today will support you well into the future, thanks to our technology and businessmodel innovations.

All Flash ArrayHPE Nimble Storage CS-Series Arrays

CS1000 and CS1000H
The CS1000 and CS1000H provide value and capacity for small to medium-sized IT organizations or remote offices, for mixed mainstream workloads.

CS3000
The CS3000 is ideal for midsize IT organizations or distributed sites of larger organizations. It offers the best capacity per dollar for mixed mainstream workloads and for virtual server consolidation.

CS5000
The CS5000 offers higher performance for larger-scale deployments or IO-intensive mixed mainstream workloads and provides the best performance and IOPS per dollar.

CS7000
The CS7000 offers the highest performance for larger-scale deployments or IO-intensive mixed mainstream workloads and provides the best performance and IOPS per dollar. It is designed for consolidating multiple large-scale critical applications with aggressive performance demands.

HPE Nimble Storage HF-Series Arrays

HPE Nimble Storage HF40C array and HF60C array provide higher effective capacity for workloads not requiring deduplication.

Inline variable block deduplication and compression for increased data reduction.

Performance up to 65% or more faster than previous HPE Nimble Storage Adaptive arrays.

Up to 200% or more price-performance improvement than previous HPE Nimble Storage Adaptive Flash arrays. Secondary flash storage functionality for backup and disaster recovery (DR) workloads.