Join pSemi at IMS2026

Why It Matters

The display underscores growing demand for versatile, high‑efficiency RF components as 5G, satellite broadband, and autonomous systems expand. pSemi’s presence at IMS signals its commitment to shaping the RF supply chain for critical communications markets.

Key Takeaways

• pSemi presents RF solutions across mobility, broadband, and satellite markets
• Booth #17090 offers live demos of high‑power and broadband switches
• Experts will discuss efficiency and scalability for next‑gen wireless infrastructure
• New designs target test & measurement as well as LMR communications
• Attendance signals strong industry interest in advanced RF switching technology

Pulse Analysis

The International Microwave Symposium (IMS) has long served as the premier gathering for RF and microwave engineers, and the 2026 edition promises a record‑breaking attendance of industry leaders, academia, and government agencies. Within this ecosystem, pSemi’s booth #17090 stands out by highlighting a new generation of RF switches and front‑end modules designed for the most demanding modern applications. By positioning its innovations alongside cutting‑edge research presented at IMS, pSemi reinforces its role as a bridge between silicon‑based RF design and real‑world deployment. The showcase also includes live performance metrics that illustrate real‑time power savings.

pSemi’s portfolio spans mobility and cable broadband, general‑purpose and high‑power switches, as well as solutions for LMR, satcom, and test‑and‑measurement environments. These segments are converging as 5G, private‑network, and satellite‑based internet services demand higher linearity, lower insertion loss, and greater thermal efficiency. The company’s latest silicon‑on‑insulator (SOI) and GaN‑based devices promise to meet those metrics while maintaining a compact footprint, a critical factor for dense base‑station arrays and aerospace platforms. Early adopters report up to 30% reduction in system‑level power consumption. Such capabilities address the industry’s push toward higher frequencies and broader bandwidths.

For system integrators and OEMs, direct access to pSemi engineers at IMS offers a rare opportunity to validate component performance against real‑world specifications and to explore custom scaling options. The hands‑on demonstrations of broadband and high‑power switches can accelerate product development cycles, reducing time‑to‑market for next‑generation wireless infrastructure and mission‑critical communications. As the RF ecosystem continues to evolve toward higher data rates and more stringent power budgets, pSemi’s emphasis on efficiency and scalability positions it as a strategic partner for future growth. These interactions often translate into long‑term supply agreements that secure component availability.