The world of IT has evolved a lot over the past few years and enterprises are looking at more ways to handle their data and manage their infrastructure more efficiently. In order to facilitate all this, hyperconverged integrated systems came into existence that offered a lot of cost-effective benefits for the enterprises, such as; very small hardware footprint and systems, reduced administrative efforts to manage the systems and hardware, easy management and handling of workloads, cost reductions and much more.

With the arrival of hyperconverged integrated systems came the hyperconverged SAN storage failover cluster which a part of the hyperconverged integrated systems and has its own benefits.

What is Hyperconverged SAN Storage Failover Cluster?

A hyperconverged SAN storage failover cluster is a virtualization and storage cluster that is highly available and uses commodity servers (normal servers with direct attached storage). These servers are arranged in a single tier, and compute and storage are both in the same cluster.

The main reason why hyperconverged integrated systems and hyperconverged SAN storage failover clusters are used so widely is due to the fact that they are highly cost-effective and are really simple to use.

As mentioned before, hyperconverged SAN storage failover cluster has compute and storage resources at the same cluster, at the same tier. This means that, in order to implement it, users only need 2 normal servers running the software and only 2 servers connected to the same network. This makes it really simple and easy to implement.

Components of Hyperconverged SAN Storage Failover Cluster

A hyperconverged SAN storage failover cluster consists of a lot less components as compared to any traditional cluster. Following are the components of the hyperconverged failover cluster.

-         Normal Commodity Servers

-         Network Connection

-         Control Software

One thing to note here is that performance, availability and storage can be easily scaled up and scaled out by adding nodes to the hyperconverged cluster. So, if the enterprise wishes to do so, it can be easily done without any hassle and extensive costs.

Hyperconverged SAN Storage Failover Cluster Offers High Availability & Scalability

Hyperconverged SAN storage failover cluster consists of replicated nodes due to which applications and programs remain operational whenever there is a server failure or some other incident which may result in disruption.

Hyperconverged SAN storage failover clusters are also extremely scalable, which means that more redundant nodes can be added easily to increase the number of node failure that can be tolerated.

Hyperconverged SAN Storage Failover Cluster is Cost-Effective

Hyperconverged SAN storage failover cluster offers reduced capital costs and operating costs due to the fact that there is less hardware, which would mean that there is less specialized IT staff, and small power overheads and maintenance costs.

Reduced Downtime with Hyperconverged SAN Storage Failover Cluster

Hyperconverged failover cluster also offers reduced downtime and in the event of a node failure, servers are instantaneously switched to synchronized copies with minimum amount of downtime.

Conclusion

Hyperconverged SAN storage failover cluster offers enterprises many benefits such as reduced downtime, less capital and operating costs, easy scalability and high availability. All these benefits and features combine to make a great alternative for regular shared storage cluster and reshapes the enterprise’s infrastructure for the better.

If interested in one, vendors like StoneFly, offer great solutions for hyperconverged integrated systems and hyperconverged integrated hardware that consists of hyperconverged SAN storage failover cluster and comes with all the above-mentioned benefits and more.

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