Hyper-converged Infrastructure (HCI) provides a more modular, scalable, and manageable infrastructure by integrating hardware and software resources. It is specifically designed for use in virtualized environments, private data centers, or cloud-based infrastructures.
- Integration: HCI typically integrates virtual machines, storage, and network resources into a unified structure. This integration allows for more effective and efficient management of computing resources.
- Ease of Management: HCI often comes with user-friendly management interfaces or software, making the configuration, monitoring, and maintenance of the infrastructure simpler.
- Scalability: HCI has a scalable architecture that can be adjusted to meet specific needs. Additional resources (servers, storage, etc.) can be added or removed, making it easy to increase or decrease the capacity and performance of the infrastructure.
- Virtualization-Centric: HCI typically integrates with virtualization technologies, enabling more effective management of virtual machines.
- High Availability: HCI includes features such as per-unit redundancy and in-place data protection, providing a high level of availability.
- Cost Effectiveness: Compared to traditional computing infrastructures, HCI is often considered cost-effective. This may be due to more efficient use of hardware and reduced management costs.
Hyper-converged Infrastructure is a preferred solution, especially in virtualized environments and for workloads that require scalability. This can be advantageous for organizations aiming to use resources more efficiently, simplify management processes, and reduce costs.
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