Tradeshows & Conferences

MEMS SENSOR EXECUTIVE CONGRESS (MSEC) 2026

Driving Innovation in MEMS and Sensor Technologies

MEMS Sensor Executive Congress (MSEC) 2026 is the leading international gathering for executives, engineers, and innovators in the MEMS and sensor industry. The event provides a high-level platform to explore market trends, emerging technologies, and strategic challenges shaping the future of sensors, MEMS devices, and IoT-enabled systems. Through keynotes, panel discussions, and networking sessions, participants gain critical insights to drive innovation and business growth.

Yole Group will be attending MSEC 2026 and will be on site throughout the event. We will be available to share the latest market intelligence, technology insights, and strategic analyses in MEMS, sensors, and related technologies. We look forward to engaging with industry leaders, innovators, and decision-makers during this premier gathering.

Yole Group will be part of program with

Pierre-Marie Visse
Senior Technology & Market Analyst, MEMS & Sensing

Wednesday, April 1st
11:15 – 11:40am: Renewed Growth in the MEMS Industry: Market Drivers and Consolidation Strategies

: In 2024, the MEMS industry returned to growth, with worldwide revenues reaching an estimated $15.4B (+5% YoY) and a forecast 3.7% CAGR through 2024–2030. This positive trajectory is expected to continue into 2025. As the industry advances in maturity, MEMS companies are reinforcing and consolidating their expertise to address critical challenges in product development, high-volume manufacturing, and profitability across automotive, consumer, datacenters (or datacom), edge AI, defense and robotics sectors. Meanwhile, the global MEMS landscape is moving into a new consolidation cycle, fueled by growing technology complexity, higher capital requirements, and the need for sharper strategic positioning. This presentation will deliver an updated overview of the MEMS market and technology, highlight its latest trends, and explore dynamics of shifting ecosystems and structural transformations.