NEC Develops Solution for Modernizing Telecom Network Infrastructure
NEC Corporation has developed a solution that enables the modernization of tasks, including planning, design and construction work, when telecommunications carriers install network infrastructure such as base stations. The introduction of this solution makes it possible to reduce the time required to build mobile infrastructure, from RAN to core, by approximately 60% compared to conventional methods.
In order to accommodate the spread of 5G network virtualization technology (v-RAN, O-RAN, NFV), network infrastructure construction requires modernization to new processes based on cloud-native technology. It is expected that synergies between virtualization and modernization will further improve the level of automation in network infrastructure construction work. This solution responds to such needs, and improves the efficiency, quality and productivity of the virtualized mobile infrastructure construction process Solution features:
Provision of professional services
Based on the wealth of knowledge NEC has gained from building virtualization platforms, the solution analyzes the business processes required when building network infrastructure, from site design to construction, testing, maintenance, operation, and quality management. This helps to support the identification of issues, the formulation of a vision, and the creation of a modernization implementation plan. The solution provides consultation on identifying issues in business processes, making improvements, providing implementation support, measuring the effects, and streamlining the business processes of telecommunications carriers to improve quality and productivity.
A package of technologies supporting mobile network modernization
The solution provides a package of technologies that are necessary for automating operations for each process of construction work. This allows telecommunications carriers to focus on implementing modernization measures. The solution is compatible with cloud-native technologies, and is composed of a microservice architecture that develops and links applications as small, independent groups of services. This makes it possible to support open, multi-vendor equipment.
