Innovative Microwave Solutions for the Future
BoldRF is a Colorado-based practice spun out of the University of Colorado Boulder's Electrical Engineering Department. It designs III-V semiconductor components and subsystems for customized radiofrequency and microwave transmit/receive modules, serving radio and phased array applications. It develops microwave solutions for defense, civilian, and aerospace sectors, covering UHF to mmWave frequency bands.
Laila MarzalPI & CTO
Zoya PopovicCo-PI & Board of Advisors
Design and manufacture of advanced microwave components and systems tailored to meet the needs of diverse industries.
Custom high-performance active components including X-band circulators, switchless power amplifiers, low-noise amplifiers, and active notch filters.
Production of reliable, off-the-shelf and custom antennas including Yagi antennas, omni-directional arrays, sector arrays, and parabolic grid dishes.
Pioneering new microwave technologies and highly adaptable circuits designed to dynamically adjust to varying signal environments.
Development of advanced tunable active circulator circuits enabling same-frequency, simultaneous transmit and receive operations.
Collaboration with the University of Colorado Boulder Microwave Research Lab to translate advanced research into commercial microwave solutions.
Expert technical consulting, design, and fabrication services for custom radiofrequency and microwave engineering projects.
Custom antenna design, fabrication, and technical consultation for next-generation communication and radar systems.
Advanced monolithic microwave integrated circuit and hybrid circuit design services for wireless communication and RF systems.
Services focused on optimizing RF front-end designs to achieve maximum performance in complex signal environments.
Defense · Aerospace · Agriculture · Public Safety · Transportation · Electric Utilities · Power Transmission & Distribution · Telecommunications
Boulder, CO · Defense · Client: Office of Naval Research / National Science Foundation
Collaborative research and tech transfer initiative with the University of Colorado Boulder's Microwave Lab to develop integrated active circuits for RF front ends.