Increasing operations and complexity have HPE Simplivity to explore new methods of optimizing hardware design for basic education facilities and software. In today's budget-constrained business economic environment, virtualization has become the best choice for developing and expanding market business and improving workflow efficiency. A powerful concept can not only support the company's internal control applications, but also support IT infrastructure service facilities that mainly include information data technology centers and internal network equipment. In order to further expand the business scale, through the use of different options, such as convergence and hyperconverged theoretical infrastructure (hyperconverged infrastructure, HCI).

It may sound simple to extend operations and functions with the help of virtualization. In order to maintain the independence of storage and network functions, converged infrastructure is the appropriate choice. Converged infrastructure also eliminates the need for dedicated storage area network (SAN)-based storage. However, this technology has many limitations that limit scale expansion. Converged infrastructure enables operations within the limits of pre-defined storage and network ratios.

Hyper-convergence is a new software-defined research method. As a next step in the development of basic education facilities, hyper-convergence technology infrastructure design provides various information advantages from data processing efficiency to total cost of ownership (TCO) improvement. Hyper-converged infrastructure service facilities also provide typical advantages of converged infrastructure, such as a single shared resource pool. The building blocks of the integrated IT infrastructure (including the data analysis center) simplify and accelerate the deployment of additional networks and storage, while the converged infrastructure lacks the main functions of data security management.

Hyper-convergence outperforms other infrastructure virtualization methods. Since hyper-converged infrastructure is an example of a software-defined data center (SDDC), flexibility and agility are the main benefits. The technical support of SDDC is the use of virtual machines (VM), and virtualization is supported by storage, backup, replication and load balancing.

Reducing the cost of ownership and reducing the expenditure of the information and data technology center has provided a boost for the development of cost-conscious business. The basic knowledge structure defined by software is similar to the cloud, which provides better performance for business work, high availability of resources and data integrity, which are all key factors influencing the success of economic business. System administrator users can simultaneously control method calculation, storage and backup through a single common service resource pool, and manage integrated learning resources. The essence of hyper-convergence can be obtained from an important fact of ours, which allows managers to deploy physical teaching equipment in multiple locations from a single central bank system security manager. System administrators can easily obtain an integrated view of the physical and logical infrastructure from a single interface. The next step is to automate a rule-based process. IT departments can choose to easily define the scheduling of operational tasks through programming and scalability.

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