Delivering unmatched efficiency, precision, and compactness, our dielectric waveguide antenna arrays enable high-density, wideband performance with superior thermal stability and low loss — powering next-generation phased arrays, high-speed communications, and radar systems at GHz and millimeter-wave frequencies.
ED2 lumped element bandpass filter technology combines extremely low loss, high thermal stability, and precise dimensional control, enabling compact, high-Q filters with excellent frequency selectivity and minimal drift across wide operating conditions. ED2’s lumped element bandpass filter features rejection past 18 GHz+.
These high-performance, low-cost bandpass filter deliver low insertion loss, wide bandwidth, excellent out-of-band rejection, and consistent, highly repeatable performance in a compact, surface-mount, RoHS-compliant package — ideal for demanding RF and microwave applications.
Built for the next generation of RF technology, the UGP100™ is a compact 3.5 x 4.3 mm SMT package engineered to seamlessly integrate amplifiers, attenuators, limiters, and multifunction RF devices operating at frequencies exceeding 100 GHz.
ED2-0024 is a double-balanced passive 2.5 mm by 2.5 mm glass package mixer technology. The ED2-0024 mixer can be used as an upconverter or downconverter for LO and RF frequencies from 20 GHz to 65 GHz, and covers IF bandwidths from DC to 20GHz. The mixer provides excellent LO to RF and LO to IF isolation, and is ideal for use in wideband millimeter wave systems for communications, defense, and test and measurement applications. All technical data based on Mini-Circuits Die MDB-653H-D+
ED2’s StingArray™-series Phased Array Module (PAM) is a System-in-Package. The StingArray™ PAM integrates 2×2 radiating elements with Renesas F5288 beamforming Half-Duplex transceiver for n257 band applications. The PAM minimizes loss and increases output power (EIRP +32dBm). The core IC has highly flexible gain and phase control on each channel to achieve fine beam steering and gain compensation between radiating channels. The PAM includes a standard SPI protocol that operates up to 65MHz with fast beam switching and fast beam-state loading.
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