Rimedo Labs Beamforming Optimization rApp

The rApp continuously monitors UE performance reports to construct dynamic user distribution maps. It intelligently rotates or selects the optimal Grid-of-Beams (GoB) pattern to ensure user clusters align with high-gain beam main lobes. This reduces side-lobe interference and significantly improves the Signal-to-Interference-plus-Noise Ratio (SINR) for both median and cell-edge users, directly translating to higher cell throughput and improved spectral efficiency.

Eliminates the need for costly manual drive tests and physical antenna adjustments. The rApp automates the optimization of RF coverage by digitally steering the beam grid via the O1 interface. This allows operators to adapt coverage dynamically to long-term traffic pattern changes (e.g., new building construction, seasonal crowd shifts) in a purely software-defined manner, significantly reducing Operational Expenditure (OpEx).

Optimized for Heterogeneous Networks (HetNets), the rApp coordinates beam patterns across macro and small cell layers. It ensures that small cell beams are directed to offload traffic effectively from macro layers and cover macro-cell blind spots. This hierarchical optimization maximizes the return on investment for small cell deployments by ensuring their capacity is directed exactly where users are located.