Hyper-Converged Infrastructure refers to a system where numerous integrated technologies can be managed within a single system, through one main channel. Typically software-centric, the architecture tightly integrates storage, networking, and virtual machines.
A Hyper-Converged solution enables the system administrator to manage all the systems contained in it through a common set of management tools. This approach allows for the use of commodity hardware. With most designs, it is possible to easily add hyper-converged nodes to expand the infrastructure as needed.
Since virtualized workloads are becoming more prevalent, PeerSpot experts have found that a Hyper-Converged storage infrastructure offers organizations the benefit of removing previously necessary, separate storage networks. Hyper-converged systems are not limited and can be expanded by adding nodes to the base unit.
Hyper-Converged solutions reduce the number of devices in the data center. With its ability to cut down on the need for legacy storage, Hyper-Converged Infrastructure is becoming a more prevalent solution for system availability, complexity and reducing costs. IT departments are focused on continually improving data efficiency with storage capabilities and purpose-built data management. This leads to increased employee productivity, a decrease in TCO and a reduced data center footprint.
Hyper-Converged Infrastructure optimizes efficiency, ease of use and system simplicity for PeerSpot key opinion leaders tasked with the responsibility of optimization, scale, and economics. IT managers are constantly looking to upgrade systems for agile enterprise-grade performance. By combining IT infrastructure, including data services, a Hyper-Converged Infrastructure can increase data efficiency, reduce costs for older systems, and optimize virtualization across a traditional or public cloud platform.
HCI solutions helps organizations stay competitive. Data virtualization will live on one dashboard as VM-centric management makes development more productive. Applications can easily be moved to modern virtual workload environments from siloed, physical environments to VMware infrastructures within a scalable system.
