Examines how to rapidly generate a Massive MIMO ASIC from system concept through to layout.
Investigates the applications of photonic-electronic architectures in mm-wave massive MIMO arrays, and demonstrate scalable photonic links to enable future systems.
Enables high-datarate, scalable, energy-efficient signal processing in multi-user MIMO systems.
Develops high-power and high-efficiency IC and packaging for basestation and picocell communication systems.
Develops low-noise and high-power amplifiers to extend link range.
Develops techniques for a wider range of mmWave time varying circuits, and to provide interference-tolerant front-end circuitry for eventual inclusion in the 140GHz testbed.
Demonstrates radio frequency signal processing building blocks using acoustic waves.
Develops sub-THz wafer-scale phased-arrays with minimum calibration overhead.
Demonstrates 10X increase in frequency, 10X increase in bandwidth, and 10X reduction in power for a mm-wave massive MIMO system.
Develops efficient, low-cost sub-THz CMOS transceivers.
Enables the next generation of millimeter-wave and terahertz wireless applications through novel device-circuit-system co-design techniques.
Elad Alon, Professor
Electrical Engineering and Computer Sciences
University of California Berkeley
Teams: Analog and Mixed Design
James Buckwalter, Professor
Electrical and Computer Engineering
University of California Santa Barbara
Teams: High-power and High-efficiency Transmitters
Hossein Hashemi, Professor
University of Southern California
Teams: Reconfigurable Radio-Frequency Front Ends
Harish Krishnaswamy, Associate Professor
Teams: Wideband Interference Cancellation
Alyosha Molnar, Associate Professor
Teams: mm-wave Broadly-tunable Interference Tolerant Receivers
Borivoje Nikolic, Professor
Teams: High-datarate Basebands
Kenneth O, Professor
The University of Texas at Dallas
Teams: 300-400 GHz High Performance CMOS Integrated Systems
Gabriel Rebeiz, Professor
University of California San Diego
Teams: RF Front-end Arrays
Vladimir Stojanovic, Associate Professor
Electrical Engineering and Computer Science
Teams: Electronic-Photonic Design