Bonsai Micro’s Edge-AI Controller (eAIC) are ultra-low-power neural control units embedded within RF front-ends to dynamically optimize system performance in real time. Specifically engineered for high-bandwidth, high-linearity communication systems, these controllers bring intelligent, local decision-making to the physical layer, reducing power consumption and maximizing spectral efficiency without relying on host processors or cloud resources.
Real-time control, temperature adaptation, and support for digital predistortion (DPD) to maintain linearity under dynamic load conditions
Real-time control, temperature and load mismatch adaptation, to maintain linearity under changing environmental conditions
Improved power management and modulation accuracy in compact, thermally constrained devices
Onboard learning and environmental calibration under rapidly changing RF environments
Maintains amplifier linearity to ensure high EVM performance and regulatory compliance
Dynamically adapts PA biasing and system parameters for significant reductions in average power use
Enables tighter channel packing and fewer spurious emissions via intelligent ultra-low-power signal processing and continuous real-time optimization
AI-powered control algorithms compensate for environmental changes, aging, and manufacturing variability in real time
Offloads signal optimization and control from the main SoC, freeing system resources and simplifying integration
Smart Power Amplifiers with integrated Edge-AI Controllers for adaptive, real-time optimization of RF performance. By embedding intelligence directly into the power stage, these amplifiers respond dynamically to changes in load conditions, and environment — unlocking new levels of efficiency and reliability in next-generation wireless systems.
Maximizes output power with minimal energy waste through AI-optimized controls.
Maintains high modulation integrity under dynamic load and signal conditions, supporting tighter channel spacing and better EVM.
Continuously adjusts to temperature shifts, voltage variations, and antenna mismatches for consistent performance in real-world deployments.
Eliminates the need to interface with the system software and reduces calibration requirements, simplifying RF front-end design.
Wideband linear amplification for massive-MIMO and small-cell base stations operating across FR1, FR2 and FR3 frequency bands.
High-throughput, multi-channel operation in dense environments requiring low distortion and high PAE.
Sustained high data rate transmission with consistent EVM and power efficiency over wide bandwidth channels
Wideband active phased arrays with reduced calibration requirements and strict power constraints
Real-time adaptive PA behavior for complex waveforms in harsh operating environments
