Welcome to eMWave-Tech, where we specialize in cutting-edge solutions across a spectrum of advanced technologies. Our offerings include antennas, active array modules, active array front-end solutions, multi-channel ICs (CMOS, GaAs, and GaN), radomes, and measurement systems tailored for defense, automotive, transportation, and atmospheric science sectors. At eMWave-Tech, we are deeply committed to innovation and strive to deliver customized excellence that enhances our clients' capabilities in communication, radar, and remote sensing technologies. Our strategic partnership with RFcore/LESA, a leading South Korean company renowned for its innovative solutions in ICs, power amplifiers (PAs), transmit/receive modules (TRMs), active arrays, and radar systems, enables us to provide unique and cost-effective solutions to our clients in the U.S. This collaboration harnesses the expertise of both companies, offering tailored solutions that meet the most demanding requirements with advanced IC technology (including Si, SiGe, GaN, and GaS) and compact AESA systems.

 

• Ultra-small low-frequency and high efficient antennas (40 MHz to 300 MHz)

• Ultrawideband radiating antenna elements and arrays (300 MHz to 3 GHz)

• MS Patch antennas and arrays for wide-scanning and high polarization purity (S-, C-, X-, and Ka-bands)

• Low-profile share aperture for multi-band applications (S-, C-, and X-band)

• Series-fed antenna arrays (linear and dual-polarized), broad-side and frequency e-scanning (S-, C-, X-, and Ka-bands)

• Negative refractive gradient index lens antennas for large field of view scanning  range (-72 deg to +72 deg)

• Antenna arrays modules with 1D/2D analog beam-forming and e-scanning capabilities

• Broadband TDD active arrays modules with 1D/2D analog beam-forming (Ku, and Ka-bands)

• Low profile and wide-scanning Gradient-Index lenses

• Multi-band and shared antenna apertures (S-, C- and X-band) antenna arrays

• Conformal antennas and arrays for small UAVs

• Artificial material design and testing of electrical properties (2–36 GHz)

• Single and dual-band radome design (2 GHz to 100 GHz)

• Customized near-field test measurement systems for antenna and array calibration (10–100 GHz)

• Multicore-IC's (MCC) for analog beamformers (L-, S-, C-, X-, Ku- and Ka-bands)

• Front-end-IC's (FEC) for for analog beamformers (C-, X- bands)

• Phased array radars for defense and civil applications

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