Building an Open Source Containerized 5G SA Network through Docker and Kubernetes
Larisa-Mihaela Tufeanu, Alexandru Marţian, Marius Vochin, Constantin-Laurentiu Paraschiv, Frank Y. Li
Abstract
Automating software orchestration and service development represents the newest trend in the development of fifth generation (5G) core network (CN) as it enables flexible and scalable service deployment. The building blocks for such a trend include Containers, Docker, Kubernetes, and other orchestration methods that facilitate easy scaling, management and control, load balancing, and personalized quality of service. In this paper, we develop a containerized 5G standalone (SA) network, building two types of network topologies for 5G SA deployment based on the concepts of 5G cloud network functions, Docker containers and Linux virtualization. Based on our implementation of both Minimalist Deployment and Basic Deployment, an assessment on the attach procedure is performed through next generation application protocol (NGAP) filtering along with subscriber information. Moreover, emulated transmission control protocol (TCP)/user datagram protocol (UDP) traffic is injected into the network and its performance is evaluated based on metrics such as traffic volume and data rate for both uplink and downlink.