A transaction-based power model for Open RAN architectures finds that centralizing baseband processing at the data center is most efficient per user in current configurations, while higher fanout shifts the balance toward transmission energy.
Energy-efficient DU-CU deployment and lightpath provisioning for service-oriented 5G metro access/aggregation networks,
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Design and Analysis of Power Consumption Models for Open-RAN Architectures
A transaction-based power model for Open RAN architectures finds that centralizing baseband processing at the data center is most efficient per user in current configurations, while higher fanout shifts the balance toward transmission energy.