The Advantages of Hyperconverged Infrastructure
If your current infrastructure is holding you back, or if you are having problems with your network diagrams, you might want to take a look at hyper-convergence. Hyperconvergencia takes care of a range of datacenters problems with one appliance.
So, what is hyper-convergence?
This is a software-centric architecture that combines compute, storage and virtualization resources in a single system. With that in mind, let’s have a look at some of the advantages of hyper-converged infrastructure:
While cost is not the only factor when coming up with your IT solution, it still bears weight. Even the most efficient data center on the planet won’t be useful if you end up using your entire profit on software licenses and hiring qualified staff. Hyperconvergence utilizes an affordable system like that of public cloud providers, limiting the significant costs and infrastructure purchases once every often. This is thanks to the cheap commodity hardware and the fact that the data center is scaled in small and manageable steps.
Additionally, hyper-convergence takes a building-block approach that enables IT to grow by integrating units as needed, in the process, using resources more efficiently. Lastly, hyper-convergence reduces the entry cost as enterprises only have to pay for what they need at the moment, as opposed to what they’ll need in the future.
Less IT staff needed
Since almost all data center hardware gets merged into the hyper-converged system, the need for a bigger IT team decreases. So, instead of having a specialist with in-depth knowledge in every different resource area, companies will now have infrastructure generalists. The system handles a majority of complex stuff, so the IT team only needs to have the basic knowledge to use infrastructure resources according to the needs of the application. Hyperconvergence system uses remote machines as the main parts of the environment. Any other resource – backup, storage, load balancing, etc. – only exist to support the virtual machines.
Hyperconvergence gives you the ability to restore data easily – this is critical, considering we live in a time when cyber-security cases are on the rise. A single attack can leave one out in the cold in terms of business. Besides, power issues and human error can also result in information loss. But that won’t be a cause for concern when using hyper-convergence.
The hyperconverged environment uses the software-defined system. The storage nodes serve as a single redundant and highly-reliable pool of storage. In case one node goes down, the others will continue functioning as expected.
Since hyper-converged software has a node-based architecture, it’s pretty simple to scale up – all you need to do it add or subtract the nodes according to your resource demand.
Hyperconvergence allows companies to use many types of workloads and applications in one shared resource pool without stressing about lowered performance as a result of the IO blender effect. These systems feature both SSD and HDD in every appliance. The SSD and HDD combination allows systems to take care of both sequential and random workloads easily. One appliance may have several terabytes of the storage installed, and since different appliances are needed to achieve full data protection and redundancy, there are lots of both types of storage to go around.