DataCore SANsymphony vs StorMagic SvSAN comparison

StarWind Virtual SAN provides high availability and fault tolerance for virtualized environments without the need for dedicated SAN hardware. It allows for real-time replication between servers, shared storage for Hyper-V clusters, and enables vMotion and High Availability features for VMware vSphere. The solution reduces costs and leverages existing hardware while providing a scalable and reliable infrastructure. Valuable features include ease of use, scalability, top-tier support, hardware agnosticism, and the ability to use off-the-shelf standard servers to increase storage space. StarWind VSAN has helped organizations improve performance, data availability, and data security while reducing downtime and providing cost-saving storage options.

DataCore SANsymphony is a very powerful software-defined storage (SDS) solution that makes it easy for organizations to take control of their data storage operations. It makes it so that users can choose the way that their data storage infrastructure is built and operates. Businesses that choose DataCore SANsymphony find that potential threats to their data are either removed completely or mitigated.

DataCore SANsymphony Benefits

Some of the ways that organizations can benefit by choosing to deploy DataCore SANsymphony include:

• Low operation costs. DataCore SANsymphony is designed so that users can take full advantage of its many features and capabilities without having to pay large sums of money and allocate similarly large blocks of time. The solution enables organizations to leverage whatever storage hardware they are already using to store their data. DataCore SANsymphony is hardware agnostic and, as a result, users can easily integrate it with the physical infrastructure that is most convenient for them. Furthermore, businesses can manage all of their storage devices from a single management console. This cuts down on the costs associated with the administration of an organization’s storage operations.

• Flexibility. Users of DataCore SANsymphony can conduct their storage operations with a high level of flexibility. They can gather all of their storage capabilities in one place and deliver them uniformly across all of their devices, regardless of the physical infrastructure. Organizations can deploy their storage operations in multiple ways and use many different types of architecture They can easily and seamlessly move between them as their business needs demand it. Should they desire to, they can stick with whatever system they had been using up until that point.

• Continuous, uninterrupted operation. DataCore SANsymphony keeps the data that users store with it in a state where it can be accessed at any time. It comes with autonomous safeguards that save a user from experiencing a loss of data when their architecture experiences some sort of system failure. Data is saved beforehand and stored remotely so that it can be retrieved if necessary. It also enables users to recover lost digital architecture so that a business can continue running smoothly even if a disaster wipes out a part of or the entirety of their architecture.

DataCore SANsymphony Features

Some of the many features DataCore SANsymphony offers include:

• Data security. DataCore SANsymphony provides users with a high level of data protection. Users can leverage machine learning and artificial intelligence to scan for and analyze potential threats to their data. They can then receive recommendations that enable them to avoid or at least mitigate potential issues.

• Auto-tiering. An organization’s data can be automatically assigned a hierarchical storage value. Users do not need to classify and create tiers to hold their data. This solution has a feature that classifies and hierarchically stores data without requiring users to intervene.

• Automatic load balancing. DataCore SANsymphony is built with the ability to automatically balance workloads. The solution will bypass channels that are slow or that fail to ensure that operations run as smoothly as possible. This will take place without the intervention of system administrators.

Reviews from Real Users

DataCore SANsymphony is a solution that stands out even when compared to its top competitors. Two major advantages it offers are its synchronous mirroring capability and the high level of reliability that it provides.

A Systems and Network Engineer at a computer software company writes, “The synchronous mirroring is great. Storage is always available. This is the main feature of DataCore SANsymphony SDS which allows very high storage availability and better protection against environmental incidents (electrical, flooding, etc.).”

Fernando V., a LAN Engineer at Maimonides Medical Center, says, “The software just works and is reliable. Downtime due to storage maintenance or upgrades is long gone. We have multiple types of software running to differentiate our applications. This gives us more value due to the fact that we can use the application to segment workloads if needed. The bottom line is that the software runs our applications on whatever storage vendor we choose - and it does so reliably.”

StorMagic SvSAN simplifies storage at the edge. It is a virtual SAN, virtualizing the internal storage of two servers and creating an active-active mirror that ensures an exact copy of data resides on both servers at any time. Needing just two nodes in each cluster, using any x86 server, any CPU and any storage combination, SvSAN gives you the flexibility to deploy lightweight, low cost highly available storage as you wish. 

A single, incredibly lightweight witness provides quorum to as many as 1000 SvSAN clusters and they can all be deployed and managed from a central location. Stretch your SvSAN clusters across entire cities for added resiliency. Deploy on VMware vSphere, Microsoft Hyper-V or Linux KVM hypervisors and avoid vendor lock-in. Leverage sophisticated caching algorithms when superior performance is required. If security is a priority, implement StorSecure - SvSAN's integrated encryption and key management feature. And if redundancy is a concern, deploy three nodes per cluster to withstand two node failures and still keep your applications online.