DataCore SANsymphony
Block storage software
Storage management software
- Features
- Ease of use
- Ease of management
- Quality of support
- Affordability
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What is DataCore SANsymphony
DataCore SANsymphony is software-defined storage that virtualizes and manages block storage across heterogeneous servers and storage arrays. It is used by IT infrastructure teams to build shared storage pools for virtualization platforms, databases, and other latency-sensitive workloads. The product provides features such as storage pooling, caching, synchronous mirroring, and high availability using standard x86 hardware and third-party storage. It is typically deployed on-premises or in private cloud environments where organizations want to abstract underlying storage hardware and centralize block storage services.
Heterogeneous storage virtualization
SANsymphony abstracts block storage from multiple vendors into a single pool, which helps standardize management across mixed environments. This can extend the useful life of existing arrays by adding them to a virtualized layer rather than replacing them. It also supports using commodity x86 servers as storage nodes, which can reduce dependence on a single hardware platform. This approach is useful in environments with multiple storage generations and vendors.
High availability and mirroring
The platform supports high availability configurations and synchronous mirroring between nodes to keep services running during component failures. These capabilities are commonly used to protect critical virtual machine and database workloads that require low recovery time. The software-based approach allows HA to be implemented without relying solely on array-specific replication features. This can simplify resilience design when underlying storage systems differ.
Performance features via caching
SANsymphony includes caching and tiering capabilities that can improve read/write performance for block workloads when properly sized. By using server-side resources (CPU, RAM, and flash), it can accelerate I/O without requiring all-flash arrays in every tier. This is relevant for consolidation scenarios where multiple applications share the same storage pool. Performance tuning can be applied at the software layer rather than per-array.
Operational complexity and skills
Running a software-defined storage layer adds another component to design, monitor, patch, and troubleshoot. Teams need skills across Windows/Linux (depending on deployment), storage networking, and virtualization to operate it effectively. Misconfiguration of caching, multipathing, or quorum/HA settings can impact performance or availability. This can be more complex than using a single integrated storage system for smaller environments.
Infrastructure and licensing overhead
The product typically requires dedicated server nodes, networking, and careful sizing to deliver expected performance and resilience. Licensing is an additional cost layer on top of the underlying hardware and storage media. For organizations that already standardize on a single storage platform, the incremental value may be lower. Cost-effectiveness depends heavily on consolidation scale and reuse of existing assets.
Primarily block-focused scope
SANsymphony is centered on block storage services; organizations needing a unified approach across file, object, and cloud-native storage may require additional products. Some advanced data management capabilities (for example, deep cloud integration or broader data services) may not match platforms designed as end-to-end data management suites. This can lead to a more fragmented architecture when requirements extend beyond block. Buyers should validate fit for multi-protocol and hybrid-cloud roadmaps.
Plan & Pricing
| Plan | Price | Key features & notes |
|---|---|---|
| Enterprise (EN) | Not publicly listed — licensed by managed capacity (TB); annual or multi‑year terms; contact DataCore for pricing. | Highest performance and feature set; unlimited max capacity per group; up to 64 nodes; includes Premier Support and free product updates. |
| Standard (ST) | Not publicly listed — licensed by managed capacity (TB); annual or multi‑year terms; contact DataCore for pricing. | Midrange edition; min capacity per group 2 TB; up to 64 nodes; upgradeable to Enterprise non‑disruptively. |
| Business (BZ) | Not publicly listed — licensed by managed capacity (TB); annual or multi‑year terms; contact DataCore for pricing. | Cost‑efficient entry level for smaller HA installations; min capacity per group 10 TB, max 100 TB per installation; supports 2 SANsymphony instances; no price bands. |
| Backup Repository (BR) | Not publicly listed — licensed by managed capacity in 25 TB increments; annual or multi‑year terms; contact DataCore for pricing. | Optimized as backup/replication target; min capacity per group 50 TB; supports up to 2 concurrent hosts; most economical edition with no upgrade path to other editions. |
Notes:
- SANsymphony is licensed based on managed capacity (TB). DataCore states pricing is capacity‑based (price per TB decreases as consumption grows) and offers annual and multi‑year terms. Lifetime/volume discounts apply; detailed price bands are not published on the public site — contact DataCore or an authorized Solution Provider for quotes.
- For Cloud Service Providers, DataCore offers a metered consumption model (pay‑as‑you‑grow) with competitive price/TB/month, but public unit prices are not listed.
Seller details
DataCore Software Corporation
Fort Lauderdale, Florida, USA
1998
Private
https://www.datacore.com/
https://x.com/DataCore
https://www.linkedin.com/company/datacore-software/
