AnyStor Enterprise is a scale-out network attached storage
that provides excellent scalability and flexibility,
which can effectively respond to various business environments.
To deal with new environments such as exploding traffic, high-speed transfer and processing,
and diverse platforms, a newly designed storage system is required.

Benefits


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High-performance and highly scalable architecture

Build a petabyte-level storage space in a single node with performance increase through linear scaling.


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Experience the flexibility

AnyStor Enterprise supports file and block protocols as well as Active Directory, Open Directory, SNFS, RESTful OpenAPI and POSIX API to eliminate the barriers between heterogeneous systems.


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Consolidate data silos

AnyStor Enterprise’s file and block-based architecture deliver storage services to any user environments, which breaks down data silos and consolidate business resources.


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Reduce TCO of your storage system

With its elasticity as software-defined storage, AnyStor Enterprise can be deployed in any x86 standard server to reduce the organization’s capital and operating expenses.

NVMe/TCP Edge Storage Gained a Top 10
SPC Benchmark 1 Price-Performance in 2021

AnyStor Enterprise edge storage achieved a decent response time and scored top 10 in price-performance of the SPC-1 benchmark test.
Gluesys ‘AnyStor 700EK’ scored a result of 310,022 IOPS and $99.71 per KIOPS which ranked 7th best for the price-performance list.
It is notable that the system was powered by an ARM processor with 8 NVMe SSDs, and was the first to implement NVMe over TCP transport among SPC benchmark results.
Agile Scale-Out Capabilities
Maximum capacity in a single storage
19.2PB

Maximum number of files in a single file system
Unlimited

Maximum number of nodes
128
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Scale-Out Architecture

  • Scale-out storage system with petabyte-level scalability
  • Minimize the initial cost by scaling as the storage needs increase
  • Add node to increase capacity as well as its performance
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Balanced I/O Workload Distribution

  • Distribution algorithm applied to maximize the I/O performance
  • Striping option available to support subdivided parallel I/O
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Highly Available Data Service

  • Ensure business continuity through real-time redundancy
  • Seamless access to distributed data via network RAID functionality
  • Enhanced storage efficiency for long-term data retention
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Snapshot

  • Snapshot of a volume can be created without downtime
  • Prevents clash with file operations via snapshot barrier option
  • Created based on the time it is taken without clashing with the existing snapshot
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Automatic Load Balancing

  • Reallocation of data across the cluster
  • Automatic data distribution to other nodes in case of node failure
  • Minimize the complexity in management when adding new nodes
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Thin Provisioning

  • Maximize the utility of a storage space leaving no space wasted
  • Save electricity consumption and hardware space

Scale-Out Storage Architecture

Scale-Out Gateway Architecture