Hyper Converged Infrastructure

Are you planning to improve your IT infrastructure management and looking for a solution that minimizes your operational expenses? Get rid of data center pain points by deploying a hyper-converged infrastructure that integrates almost all the data center components, including storage devices, servers, networking devices, and management. Hyper-convergence is based on a building block approach where you can expand your IT infrastructure by adding extra devices when needed. In this infrastructure, storage systems, servers, and virtualized software will be set up to work as a single unit. All the applications that are hosted on the servers are managed together using a single software. ServerBasket is providing a hyper-converged infrastructure with the best quality hardware backed by an expert tech support team.

You can easily monitor and manage the entire Hyper-converged infrastructure from a single place, i.e., through the management plane. So there is no need to deploy a separate management system for virtualization, storage networks, servers, and storage. There is no need to hire and pay lot of money for experienced IT experts as the HPI infrastructure is very easier to operate and can be easily managed by mid-level employees. A software-defined network in HPI enables your organization’s IT team to supervise the network traffic through a centralized dashboard rather than manually managing each device.

Cost is the most important factor that companies take into consideration while designing an IT solution. Hyper-convergence infrastructure makes use of an economic policy that public cloud providers implement to avoid large upfront investment for the initial phase and every few years in the business. You can set up HPI using low-priced hardware and then scale up the data center’s equipment and resources with minimal investment. Since HPI is a software-defined infrastructure, it occupies smaller space since a single server can run multiple functions.

As Hyper-converged infrastructure has a node based architecture, it is very easy to scale up your data center resources. Depending upon your business demands and requirements, you can add or remote the nodes whenever needed. There is no need to purchase huge hardware upfront as this software-defined infrastructure gives you enough flexibility to expand the resources at any time.

It is very important to choose powerful hardware to set up a Hyper-converged infrastructure. Server Basket is one of the top IT hardware solution providers in India, offering HPI infrastructure with selected and powerful hardware that yields better results in your data center. Be it servers, switches, storage devices, firewalls, or any other equipment, we provide enterprise Grade “A” Hardware that is specially designed for Hyper-converged infrastructure.

Now you can run your applications 24/7 without worrying about downtime because the Hyper-converged infrastructure is designed in such a way that if any downtime occurs in the host, all the Virtual machines operating within the infrastructure will be automatically migrated to another hosting. Your business will run continuously, and your application will be available round the clock to your customers.

Worried about the licensing cost? You don’t have to spend any extra penny for the licensing part as the Hyper-converged infrastructure that we are offering is Red Hat certified open source infrastructure that can be utilized for free as long as you want. Your overall investment gets reduced as you don’t have to pay for licensing.

Minimize your capital and expenditure on your data center using this scale-up or scale-out architecture that needs powerful servers, storage units, and good networking infrastructure. HPI infrastructure gives excellent control over the storage devices in the virtualized environment. As Hyper-converged infrastructure is a type of software-defined storage, every node in the system has a software layer that runs a virtualization software similar to other nodes, which allows the system administrators to utilize the resources as one storage unit.