Application Analysis of Virtualization Technology Based on General Server Small Cell
Dalin Zhao · Journal of Physics Conference Series · 2021
With the growth of mobile communication data volume, as an infrastructure server, its performance and system reliability have become the bottleneck in the entire physical architecture. The purpose of this paper is to study the application analysis of virtualization technology based on general server small base stations. Through the transformation and upgrading of small server base stations. Improve the performance of the system through virtualization technology; use cluster technology to solve the single point problem of equipment and achieve high availability of business. This article uses IBM's dynamic Lpar virtualization technology to adjust the system resources of different partitions to improve system performance according to the different peak load times of the partitions. Then use the PowerHA cluster principle to establish a cluster on the AIX operating system between different hosts to solve all problems. Single point of partition problem. This article also clarifies the basis for server virtualization needs. Using VMware vSphere-related components to realize the virtualization of the server on the campus. Solutions are also provided for the network and storage used in the virtualization process. This article gives an in-depth introduction to its server virtualization storage capacity, memory conditions, CPU performance and internal configuration, and develops a virtualization service system, which enhances the scalability of the application environment, strengthens the configuration of application services, the utilization efficiency of various resources of the server is improved, and the energy consumption cost of the computer room is reduced. Research shows that this article uses PoweHA to achieve high availability of system partitions, and the switching between servers can be controlled within 2 minutes, which greatly improves the high availability of the system.