We provide an extensive selection of high-performance probe antennas engineered for precise antenna metrology and Over-the-Air (OTA) testing. Our specialized hardware is designed to accommodate various frequency bands, polarization setups, and ultra-wideband needs, offering unmatched versatility for modern communications. We integrate sophisticated features such as dual-polarized ports and custom embedded filtering for diplexing and advanced multi-band tasks. Spanning a frequency range of 300 MHz to 64 GHz, our antennas utilize diverse manufacturing techniques—including PCB, Laser Direct Structuring (LDS), stamped metal, Flexible PCB (FPC), and robust waveguide systems. Should our standard catalog not satisfy your exact project specifications, our skilled engineering department is ready to develop and prototype a custom antenna solution built uniquely to meet your application demands.
We offer a wide range of passive RF and microwave component solutions for communication, test and measurement, aerospace, and other high-performance RF applications. Our designs cover frequencies from 300 MHz to 64 GHz and include components such as filters, diplexers, multiplexers, couplers, power dividers/combiners, transitions, and other custom RF assemblies. Our engineering team supports a variety of technologies, including PCB, microstrip, stripline, coaxial, cavity, and waveguide implementations, with designs optimized for low insertion loss, high isolation, excellent return loss, power handling, and compact integration. If you do not see a standard solution that meets your requirements, contact us. We can develop a custom passive RF solution tailored to your frequency range, bandwidth, interface, mechanical constraints, and system-level requirements.
We provide active RF and microwave component design solutions covering frequencies up to 44 GHz for communication, test and measurement, aerospace, and other high-performance RF systems. Our expertise includes frequency up-converters and down-converters, as well as amplifiers, LNAs, mixers, frequency synthesizers, switches, and integrated RF front-end modules. We develop highly integrated solutions with optimized gain, noise figure, linearity, isolation, conversion efficiency, and frequency response, while addressing critical requirements such as LO distribution, filtering, impedance matching, and signal integrity. From initial system architecture and component selection to RF simulation, PCB design, prototyping, tuning, and validation, our engineering team can develop a complete active RF solution tailored to your frequency plan, bandwidth, interfaces, performance targets, and mechanical requirements.
