Published: 31 October 2017
Summary
This research assesses the capabilities of high-end storage arrays and evaluates products against key use cases of interest to infrastructure and operations. When choosing storage arrays, I&O leaders should weigh these ratings in the context of their vendor ecosystem.
Included in Full Research
- Introduction
- Critical Capabilities Use-Case Graphics
- Vendors
- DataDirect Networks
- Dell EMC
- Fujitsu
- Hewlett Packard Enterprise 3PAR StoreServ 20800
- Hewlett Packard Enterprise XP7
- Hitachi Vantara VSP G1500
- Huawei
- IBM DS8886
- IBM XIV
- Infinidat
- NetApp
- Context
- Product/Service Class Definition
- Architectural Definitions
- Critical Capabilities Definition
- Manageability
- RAS
- Performance
- Snapshot and Replication
- Scalability
- Ecosystem
- Multitenancy and Security
- Storage Efficiency
- Use Cases
- Consolidation
- OLTP
- Server Virtualization and VDI
- Analytics
- Cloud
- Vendors Added and Dropped
- Critical Capabilities Rating
Overview
Key Findings
The scale-out design of many high-end storage arrays, which allows processing and storage nodes to be upgraded and scale independently, is validated by many new midrange and solid-state arrays adopting the same architecture.
Very few high-end arrays have both compression and deduplication due to the complex changes required to enable these features. However, raw storage capacities have increased, with arrays now reaching over 100 petabytes (PB) in size.
Purchase prices of high-end arrays continue to decrease by approximately 20% per annum. This, combined with the performance and effective capacity guarantees, increases the value proposition of these arrays.
The clean-sheet designs of
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