Intelligent Beam Management System (IBMS)

The Intelligent Beam Management System (IBMS) developed by Pivotal Commware is a solution designed to assist network operators in optimizing spectral efficiency, capacity, and coverage. According to the vendor, IBMS leverages software-defined antennas (SDA) and Pivotal's holographic beamformer to dynamically allocate radio power based on subscriber demand in real-time. It caters to network operators of various sizes, from small regional providers to large multinational telecommunications companies. IBMS is commonly adopted by telecommunications companies, mobile network operators, wireless service providers, network infrastructure providers, and IT professionals in the telecommunications industry.

Key Features

Real-time Spectral Optimization: IBMS dynamically optimizes radio power allocation based on subscriber demand, enhancing overall network performance and maximizing spectral efficiency.

Dynamic Beam Steering: IBMS utilizes the capabilities of SDA to dynamically steer beams towards specific subscriber locations, ensuring optimal coverage and capacity even in scenarios with varying demand patterns.

Subscriber Demand Prediction: IBMS employs machine learning algorithms to predict subscriber demand patterns using historical data, enabling network operators to proactively allocate radio power and optimize network resources.

Cloud-based Management: IBMS is a cloud-based solution that provides centralized management and control of the intelligent beamforming system. It simplifies network management and reduces operational complexity by offering a single interface for system configuration, optimization, and monitoring.

Network Slicing Integration: IBMS seamlessly integrates with network slicing technology, enabling network operators to allocate dedicated resources to specific slices at the radio level. This integration allows for improved performance and the provision of tailored service offerings.

RAN Optimization Enhancement: IBMS enhances traditional RAN optimization processes, such as self-organizing networks (SON), by leveraging the real-time capabilities of SDA. It provides operators with greater control over the physical layer element, the antenna, resulting in higher speed, capacity, and spectral efficiency.

Flexible Radio Frequency Coverage: IBMS, utilizing the principles of Holographic Beam Forming (HBF), offers a remarkable level of flexibility in radio frequency coverage. It enables network operators to dynamically adapt the coverage area, optimizing the utilization of radio resources and ensuring reliable connectivity.

Sub-Second Speed Optimization: IBMS leverages the sub-second speed capabilities of SDA to rapidly configure, optimize, and adjust the intelligent beamforming system. This enables network operators to quickly respond to changing subscriber demand and optimize network performance in real-time.