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KYOCERA AVX Showcases Innovations in RF and Microwave Technologies at IMS 2026

KYOCERA AVX, a prominent global producer of advanced electronic components, kicked off its participation at the IMS 2026 (IEEE International Microwave Symposium) in Boston from June 7 to June 12. This influential event serves as a hub for the RF and microwave industry, attracting over 8,400 participants from around the globe. With more than 500 exhibiting companies, the symposium enables professionals to network, share knowledge, and explore cutting-edge innovations within the field.

During the event, KYOCERA AVX is exhibiting a wide range of cutting-edge RF and microwave components, showcasing its commitment to addressing complex challenges related to size, weight, power, cost (SWaP-C), and reliability in communications technology. Among the featured products are capacitors, filters, couplers, antennas, and inductors specifically designed for 5G, 6G, IoT, aerospace, defense, radar, and satellite communications (satcom) applications.

The highlight of KYOCERA AVX's presentation will be a microwave application seminar led by Principle Research Engineer Jonathan Herr. Scheduled for Thursday, June 11, Herr's seminar, titled “Using Thin-Film Sputtering Technologies to Create New Bias Options,” seeks to bridge the gap between thin-film material science and broadband RF circuit design. This initiative aims to assist microwave engineers in overcoming physical constraints while maintaining signal integrity and efficiency.

Additionally, Herr will be joined by other leading professionals from KYOCERA AVX at Booth #16075, including Vice President of Advanced RF Products Marianne Berolini, Chief Scientist Joe Hock, Technical Sales Manager Christine McAllister, and Associate Product Marketing Manager Kalli Todd. Together, they will present a compelling array of innovative products optimized for high-frequency, reliable, and efficient performance.

Featured Products

• - Capacitors: KYOCERA AVX offers a new range of RF and microwave capacitors engineered for optimal performance across various frequencies and applications. This includes their 550/560 Series, designed to meet the growing demand for high-speed and high-bandwidth communication systems.
• - Couplers: The company's thin-film directional couplers utilize advanced multilayer technology, offering exceptional high-frequency performance, low insertion loss, and high isolation within a compact design.
• - Filters: Their range of filters—including EMI, low-pass, high-pass, band-pass, and feedthrough filters—are engineered for superior performance in demanding applications across the RF and microwave frequencies, ensuring high reliability and precision.
• - Antennas: The exhibited antennas provide robust solutions for wireless connectivity in numerous industries, including automotive and IoT sectors, are AEC-Q200 compliant, and rigorously tested for reliability.
• - Inductors: Designed to deliver maximum efficiency and excellent impedance control, their inductors exhibit low-loss performance critical for telecommunications, aerospace, and defense applications.

KYOCERA AVX’s focus on high-reliability components addresses crucial needs in various markets and underlines its aim to foster innovation in technological development. As the demand for reliable RF products continues to grow, particularly in fields such as medical, industrial, and automotive technologies, KYOCERA AVX remains steady in delivering exceptional products configured to meet rigorous standards.

For more information about KYOCERA AVX's product offerings showcased at IMS 2026, interested parties can visit booth #16075 or access the company's online platform for further details on their extensive range of RF and microwave solutions. Visitors can also explore KYOCERA AVX’s commitment to advancing industry standards and enabling smarter technologies worldwide.

To keep abreast of KYOCERA AVX’s innovations and product developments, industry professionals are encouraged to engage with them through various platforms including their official website and social media channels.