Applications

The main feature of Hyperconverged Infrastructure (HCI) is the integration of computing, storage, and networking functions into a single, unified solution. This convergence simplifies infrastructure management, improves efficiency, and makes scalability more flexible, reducing the need for multiple hardware platforms and complex configurations. HCI architecture is especially suited for modern data centers, where its combination with virtualization environments and cloud computing maximizes its benefits.

Hyper-converged Servers (HCI Servers) are designed based on HCI architecture, offering high scalability and convenient resource management capabilities. By integrating computing, storage, and networking hardware with virtualization software into a single chassis, the concept of "Infrastructure in a Box" is realized. This single unit functions as a compact yet fully functional IT data center. It is particularly attractive to small and medium-sized businesses, as it provides a simple, convenient, and scalable solution. Additionally, modern HCI solutions are almost 100% software-defined, enabling easy deployment and management of both physical and virtual resources through software.

HCI architecture can also use distributed software to form clusters of multiple chassis. If computing or storage demands increase, more nodes can be added to the cluster, expanding both performance and capacity, offering extreme scalability. HCI also simplifies the disaster recovery process, as data and applications are automatically replicated across multiple nodes, ensuring high availability and fault tolerance.

SSDs from Solid State Storage Technology Corporation (SSSTC) deliver high performance and low latency, enabling HCI servers to maintain exceptional performance even under heavy workloads. These SSDs ensure fast and seamless data transmission between nodes in HCI architectures, making them particularly well-suited for applications requiring real-time responsiveness. Their compact design allows for greater storage capacity within a single chassis, a critical feature for HCI servers targeting high-density deployments. This not only optimizes data center space but also reduces deployment costs.