A First-of-its-Kind Power Amplifier-Based Network for Efficient Broadband Operations
Addressing the need for high capacity and broad spectrum for next-generation networks

Enabling Multi-Beam, High-Capacity Massive MIMO for 5G Communications and More
A first-of-its-kind N-input-N-output MIMO receiver (Rx) array

‘Intelligent’ Power Amplifier Architecture
Self-adaptive control algorithms enable 5G communications applications

A Method to Minimize 5G Signal Noise and Energy Consumption
Improving quantization noise and suppressing bandwidth-intensive media to boost reliability

Smart Petri Chip: Electronic-Photonic Cellular Sensing Platform
A low-cost silicon-based cellular sensing platform, called the 'Smart Petri Chip', which offers the potential for large-scale and high throughput, real-time cellular monitoring, and re-usability

Mixed-Signal Doherty Power Amplifier
A mixed-signal doherty power amplifier created to achieve high linearity, high efficiency, and well-controlled power cells to enable the next generation wireless communication systems

Reconfigurable Antenna Array with Multi-Feed Antenna Pixels
A technology that consists of a fully, re-configurable pixelated antenna array that reduces or eliminates loss and distortion challenges that conventional switch-based tunable antennas suffer

A Broadband Mm-Wave for Multi-Band Applications
A broadband mm-wave mixed signal Doherty TX, with linearity and energy efficiency to support multiple bands for 5G MIMO systems

Cross-Coupled VCO With Phase Noise Performance
Transformer-based inverted complementary cross-coupled VCO topology, where the source nodes of the cross-coupled pairs are inherently separated.

Ultra-Compact, Low-Power THz Radio
An invention that uses complementary metal oxide semiconductor and silicon-germanium heterojunction bipolar transistor processes to develop nano-scaled radios operating at sub-mm-Wave and THz frequencies