If you’re still living in the bubble of not feeling the need to upgrade your data center infrastructure, you’re up for both trouble and surprise. In today’s world where businesses need data centers to be available all the time to support mission-critical applications, not upgrading to modern IT infrastructures is simply not an option. Legacy systems and high downtimes will cost your business heavily both financially and intangibly. So if you hadn’t given migration to cloud a thought, now is the time! You will eventually face the dilemma of choosing between a Converged and HyperConverged infrastructure for your data center and this is where this guide will prove to be super beneficial to support you in making the right decision. Let’s start by understanding what each infrastructure entails.
Skipping unnecessary techno babble, converged infrastructures are a well-knit formation of compute data storage, devices, networking and virtualization. Together they provide a packaged turnkey solution with virtualization serving as the driving force. Using converged infrastructures, administrators can manage functions of core components through automation tools. However, like traditional data centers, convergence also works with silo centric infrastructure components. However, the platforms come pre-configured from vendors and manufacturers. Converged Infrastructure solutions played a vital and pivotal role in early 2000’s but have now evolved into far better technology for infrastructures. Which is why vendors and businesses are now shifting towards HyperConverged Infrastructures, which have software-centric architectures.
The difference between Converged and HyperConverged infrastructures lies in how tightly knit the various software components are with further expansion of components including data deduplication, snapshot, auto-tiering and compression technology. All components get virtualized in HyperConverged Infrastructures including servers, storage, network, and I/O devices. These virtualized components can be managed through an integrated interface in order to allocate and deliver required resources on demand. All the components are managed through a thin layer called the Hypervisor and the solution comes packaged together from scratch from one single vendor. It’s fair to say that eventually software-centric architectures like HyperConverged Infrastructures will eliminate hardware silos completely very soon in the coming future.
What’s right for your Business – Convergence or HyperConvergence?
The answer is HCI. HyperConvergence can be beautifully summed up as “Infrastructure in a Box”. Businesses can invest in HCI and then scale out as they start expanding as per their requirements. With the help of HCI, you can even shrink your infrastructure if needed. The downtime of datacenters also gets minimized and your data centers stay available throughout for mission critical applications. Controlling various components is also simplified thanks to automated and unified management and component interoperability isn’t even an issue. Above all, business can lower their CAPEX and OPEX and infact increase their revenue by implementing HCI solutions.
By now you’re wise enough to know which infrastructure you should opt for your datacenter. The choice is entirely yours!
Wrapping it up with a Recommendation
Every business these days strives for 100% uptime to maximize revenue and customer satisfaction without heavily investing in expensive IT infrastructure and IT staff training. Businesses can invest in HyperConverged Appliance if they want to minimize downtime, human error, financial losses and security threats with the help of automation and avoidance of staff trainings. The appliance helps maximize revenue by delivering high availability and uptime. Using Dell OEM servers and a 100% software-defined HyperConverged infrastructure, HCA offloads the responsibility of picking the right hardware and software, migrating applications and integrating HCA in the datacenter. Using just a single onsite node and HCA ProActive Support, the appliance monitors the cluster 24/7 for failure prediction and prevention.