This technology aims to make mobile networks more efficient by dynamically adjusting their capacity. Instead of deploying full processing units at every cell tower, it splits the work into smaller, software-controlled units that can be located remotely, even in a cloud. These distributed units are then activated or deactivated as needed to handle fluctuating data traffic. The claims specifically describe creating a first software-defined distributed unit and then activating a third, remotely located distributed unit to handle traffic.
Why it matters: The ecosystem for cloud-native radio access networks has matured significantly, making the deployment and management of disaggregated distributed units more practical and cost-effective than in 2023. This increased maturity facilitates the implementation of dynamic scaling and pooling solutions.
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