Amphenol Microwave To Showcase Six RF Business Units At IMS 2026

Times Microwave Systems, SV Microwave, Micro-Coax, Q Microwave, XMA Corp., and Amphenol Printed Circuits will converge at the 2026 IEEE MTT-S International Microwave Symposium (IMS), June 9–11, at the Thomas M. Menino Convention & Exhibition Center in Boston, Massachusetts, exhibiting together for the first time under the Amphenol Microwave banner. Visitors can find Amphenol Microwave at Booth #16054 in a 20’ x 40’ island where all six business units will be ready to help engineers explore the full RF signal chain, enter to win a drone, and catch a must-attend technical workshop in Room 154.

Visit Booth #16054: One Booth. Six Experts. Endless Solutions.
The Amphenol Microwave island booth brings together representatives from the six business units in a single, collaborative space. Attendees can explore the full spectrum of high-performance RF interconnect solutions across cables, connectors, assemblies, filters, and printed circuits, all in one visit. Booth amenities include:

• A complimentary coffee, tea, and water beverage bar to fuel productive conversations throughout the day
• A happy hour event hosted on one of the show days featuring mobile bar carts
• A chance to win one of three drones by visiting one or more business units, having your badge scanned, and collecting entry tickets. Hit all six stops for the best odds of winning

The Amphenol Microwave site at https://tinyurl.com/ye4zhuex serves as the central hub for everything IMS 2026. Visit ahead of the show to explore booth details, browse individual business unit information, review the industry workshop agenda and panelist bios, schedule a one-on-one meeting with any business unit in advance, and connect for in-depth product explorations.

Don’t Miss the Industry Workshop

• Beyond the booth, six of the industry’s sharpest RF minds will come together on the IMS 2026 workshop stage, and the topic could not be timelier:
• Session Title: Next-Generation RF Components: Strategies to Minimize Loss, Noise & Distortion
• Date: Thursday, June 11, 2026
• Time: 1:30 p.m. – 3:10 p.m.
• Location: Room #154

This panel discussion presents one technical expert from each business unit for a deep dive into the strategies and component-level innovations that drive down loss, noise, and distortion in today’s most demanding RF systems.

Panelists include:

• Christopher Cooper, Director of Engineering, Times Microwave Systems
• Evan Tarr, Senior Electrical Engineer, SV Microwave
• Phil Lenk, Product Manager, Micro-Coax
• David Higginson, Director, Sales and Programs, Q Microwave
• Matt O’Leary, Director of Sales & Marketing, XMA Corp.
• Colby Hobart, RF Applications Engineer, Amphenol Printed Circuits

Christopher Cooper, Director of Engineering at Times Microwave Systems and one of the workshop panelists, is preparing for an impactful discussion: “IMS is the premier gathering for RF and microwave engineers, and this year we’re doing something different. Having all six Amphenol Microwave business units together in one booth means attendees can have conversations that span the entire signal chain in a single visit. And the workshop is a real opportunity to get into the technical weeds on loss, noise, and distortion with people who are solving these problems every day.”

Space is limited. Save the date and plan to attend. Visit https://tinyurl.com/ye4zhuex for more information about the Amphenol Microwave booth experience and industry workshop.

About Amphenol Microwave
Amphenol Microwave is the unified RF brand representing six industry-leading business units — Times Microwave Systems, SV Microwave, Q Microwave, XMA Corp., Amphenol Printed Circuits, and Micro-Coax — each a recognized leader in high-performance RF and microwave interconnect solutions. Together, these companies bring decades of engineering innovation to the most demanding applications in defense, aerospace, telecommunications, space, medical, and industrial markets, delivering an unparalleled breadth of cables, connectors, assemblies, and printed circuit solutions under one roof.