Measuring the ROI: The Long-Term Benefits of Server Virtualization for Enterprise IT

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Every new component or feature that makes its way into the computing world has certain advantages that show up with time. While you experience some benefits from Day 1, others show up only in the long run. 

Server virtualization is the same too. Besides minimal costs, easier recovery, and zero server sprawl that appear from the beginning, there are certain perks that are enjoyed over time. Your IT department will thank you for bringing virtualization into the fold, especially if you hadn’t utilized it already. 

So, what does the term mean? Let’s find out.

What is Server Virtualization?

In simple words, server virtualization is defined as the process of taking a single physical server and dividing it, via a software known as the hypervisor, into several entities called virtual machines (VM). These VMs are isolated and independent of each other.

The hypervisor abstracts the virtual components of the VMs from the hardware components of the physical server, like the processor, storage, memory, and network interface. They are then allocated and managed among the VMs by the hypervisor. 

There are three types of server virtualization, each with its own uses and applications. They are:

·   Full virtualization

·   Para-virtualization

·   OS-level virtualization

Which one you use depends on your requirements and usable resources.

What Are the Long-Term Benefits of Server Virtualization?

The short-term gains of server virtualization are easy to point out. From downtime minimization to less server-buying and cloud migration to space optimization, there are several reasons why server virtualization takes the cake for preventing the wasteful usage of servers and server sprawl. 

However, how can we forget about the long-term benefits of server virtualization? The unique rewards you receive make it impossible to ignore. Let us look at the best ones here: 

Higher Efficiency

One of the major effects of server virtualization is the increase in efficiency for the organization. You experience lower operational costs due to the utilization of only one server for multiple systems. Productivity is also heightened as a result. 

Greater Scalability

Virtualization gives the chance for environments to be scaled up or down as needed. Virtualized systems as very lenient about the memory they occupy. You do not have to worry about over- or under-provisioning the hardware. 

Better Expenditure

You now have fewer physical servers to worry about. Thus, you save money on several fronts, including hardware maintenance, power consumption, cooling, and space. A virtual server, if failed, can also be quickly moved to another instead of buying a new one. 

More Flexibility

Different data environments access different technologies which cannot be mixed together. Existing on the same host server is possible for them due to individual isolation. A wide range of workloads for different regions are all operated on the same host. 

Data Security

If one guest system is attacked by a cyber threat, the others remain unaffected if protected as usual. The same is true for compliance as well: you follow the rules for only one guest system while operating it, while the rest are followed only for those. 

Disaster Recovery

Recovering from a disaster is practically the same as well. You only have to recreate the data center environment on another physical server for the affected system to work. You can implement DR tests the same way too. 

With better resilience, more flexibility, and less costs, businesses on virtual servers have greater continuity than ones that are not.

Rounding Up

The advantages of server virtualization are many and varied. Enterprises look for different results, like reduction in downtime, extended life for legacy applications, and relief from administrative decision-making, while considering the long-term ones. 

Legacy systems, in particular, are a pain for nearly every enterprise. A company like Stromasys is the perfect solution for such requirements, driving legacy software on modern hardware from outdated ones.