RF & Communication Solutions
Leveraging deep electromagnetics expertise to design custom antenna systems, highly precise RF front-end modules, and robust sub-GHz communication infrastructures tailored for extreme environments.
5GHz RF STR Front-End
A precision high-frequency module engineered for a dynamic range spanning from -20 dBm to +30 dBm. The PCB layout utilizes meticulously controlled impedance traces to eliminate parasitics, ensuring maximum signal integrity.
1GHz RF Transceiver
An advanced high-speed 1:20 switching matrix operating seamlessly up to 1GHz. It perfectly integrates Low Noise Amplifiers (LNA) and Power Amplifiers (PA) for precise signal management in critical environments.
Tri-Band Switch Matrix
A customized 1:5 RF switch matrix designed to route signals across multiple frequency bands effortlessly. Featuring an on-board LNA, it significantly improves receiver sensitivity for long-range communications.
Dipole Antenna
A highly versatile, wideband solution designed to maximize signal clarity across both the VHF and UHF spectrums. It provides a reliable and robust backbone for modern broadcasting and secure communication networks.
Blade Antenna
Constructed with high-durability, aerospace-grade materials to ensure consistent signal integrity across VHF and UHF bands. Engineered to perform flawlessly even under extreme environmental stress and high-speed applications.
Dual-Polarized Helical Antenna
Features a precision-wound geometric design that simultaneously manages both Left-Hand and Right-Hand Circular Polarization (LHCP/RHCP). Built to guarantee maximum data throughput in the most demanding RF environments.
–20 dB Directional Coupler
A passive RF/microwave component used to sample a small portion of a signal traveling on a transmission line while keeping the main signal mostly unaffected. It precisely couples 1% of forward power to the measurement port, ideal for power monitoring in RF transmitters and network analyzer calibration.
Require Custom Architecture?
Our engineering team is prepared to evaluate your requirements and architect a high-performance communication subsystem tailored to your exact operational constraints.
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