Introduction
As wireless data demand continues to surge, communication systems must deliver higher capacity, lower latency, and greater spectral efficiency. Multibeam antenna technology solves high density, high throughput challenges by generating multiple directional beams simultaneously to deliver significantly more capacity and data throughput than traditional antenna solutions.
Conventional single-beam macro or small-cell antenna systems can saturate under high load in high density and data utilization. Even mMIMO 64T64R antennas can see throughput degradation in high traffic situations. The resulting cell-sector saturation means that the spectrum becomes insufficient to handle the user traffic. These factors lead to slower data rates, dropped calls, and connection failures. This problem becomes especially evident during large public events such as concerts, sporting events, and festivals, or busy city centers or landmarks where thousands of users simultaneously stream video or access high-bandwidth applications, pushing network capacity to its limits and degrading overall performance.
