Open-source 5G Radio Access Network implementations like Open Air Interface and srs RAN are vital for industry research, academic prototyping, and low-cost private deployments. Current evaluations are often limited to individual testbeds or partial comparisons, lacking comprehensive analysis across diverse Software-Defined Radios, configurations, and real user equipment numbers. This study presents a comparative evaluation of Open Air Interface and srs RAN, featuring qualitative assessments of supported features and deployment flexibility, alongside quantitative performance analysis.
The research covers radio resource control setup procedures, adherence to theoretical data rates, and real application workloads with diverse quality of service requirements. Specific workloads include Video on Demand for data rate evaluation, Live Streaming, and Cloud Gaming as latency-sensitive applications. These workloads provide a comprehensive view of each platform's capabilities, addressing the gap in multi-SDR, multi-configuration evaluations.
The submission originates from Maria Katarine Santana Barbosa, contributing to the growing body of open-source 5G research. The study offers valuable insights for stakeholders seeking to understand platform performance across varied real-world scenarios, facilitating informed decisions for private 5G network deployment and academic investigation.
Source: Hacker News · Summarized by HeadlinesBriefing