By Scott Rauscher, Chief Innovation Officer, Rogue Valley Microdevices
April 16, 2026
The MEMS & Sensors Executive Congress (MSEC) 2026 brought together the industry’s leading voices, from Bosch and Infineon to edge-AI pioneers and the analysts tracking where billions in sensor demand will land next. Rogue Valley Microdevices’s CEO Jessica Gomez joined an executive roundtable alongside leaders from Bosch Sensortec, Infineon, and STMicroelectronics to discuss the path forward.
The headline: the MEMS market is growing from $15.4 billion to over $19 billion by 2030. But the more important story is the structural shift underneath, and what it means for companies building the next generation of sensors.
Specialty Foundry Demand Is Outpacing Device Growth
Demand for specialty foundry services is accelerating at a 12% CAGR, three times faster than the device market itself. The reason is straightforward: Integrated Device Manufacturers (IDMs) are consolidating or exiting MEMS sensing. Qorvo is stepping away from sensing MEMS. NXP sold its MEMS activity to ST. Infineon acquired ams OSRAM’s sensor business. SiTime is acquiring Renesas’ timing division.
The net effect is more design work flowing to fabless companies, more startups entering the space, and all of them need manufacturing partners. That’s also driving demand for a new kind of foundry relationship, one where design support and manufacturing are offered together, not as an afterthought but as a core capability.
Five Growth Vectors Driving New Sensor Demand
AI Wearables. Every major tech player is building smart glasses and AI-enabled wearables, each packed with inertial, audio, optical, touch, and biosensing MEMS. These products are creating entirely new sensor bills of materials that didn’t exist two years ago.
Automotive. The progression from feet-off to hands-off to eyes-off driving means more sensors per vehicle, not fewer. Autonomous driving, electrification, cabin comfort, and connectivity are each pulling different MEMS sensor types.
Humanoid Robotics. Industrial applications are expected to drive the first wave, with market estimates ranging from $0.5 billion today to $51 billion by 2035. Each robot requires CMOS image sensors, IMUs, magnetic sensors, thermal cameras, and more.
Optical MEMS & Datacom. The global data center buildout (over 10,800 facilities and growing) is creating strong demand for optical circuit switches, variable optical attenuators, and wavelength management components, all MEMS-based.
Quantum & Photonic Sensors. Emerging applications across automotive, robotics, and defense are gaining traction, with photonic integration becoming a recurring theme across multiple sessions.
What the Leaders Are Saying
A clear theme at MSEC: the fabs that will win are the ones that combine speed, quality, and process data maturity.
Syntiant’s keynote highlighted a critical gap: the distance between raw sensors and AI-ready sensor systems, and the manufacturing expertise needed to bridge it. Their message was direct: AI demos are easy, AI production is hard.
Bosch demonstrated creative multi-modal sensor fusion, using advanced fab capabilities to add sensing modalities that AI systems can leverage for richer understanding. INFICON reinforced that data-driven smart manufacturing isn’t a differentiator anymore. It’s the baseline expectation.
Where Rogue Valley Microdevices Fits: Foundry and Design Services Under One Roof
At Rogue Valley Microdevices, we see these shifts as a direct validation of our strategy. With our upcoming 300mm fab in Palm Bay, Florida complementing our established Medford, Oregon facility, we offer the full range from 50mm R&D through 300mm production, all under one roof, all in the U.S.
Of course, many of the fabless sensor companies and startups highlighted at MSEC don’t just need wafers. They need help getting from concept to a manufacturable design. That’s exactly why we launched Rogue Valley Microdevices Design Services.
Our design team works across three engagement models, each tailored to where a customer is in their journey:
Design for companies that need MEMS device design, modeling, and layout development. Design & Technology Transfer for those who want a validated design they can take to the foundry of their choice. Design & Fabricate for customers who want integrated design-to-manufacturing within our own foundry.
What makes this different from a third-party design house: our designs are validated against empirically measured process distributions from our own fab. When we hand off a design, it’s grounded in real manufacturing data, not theoretical models. And the IP is always yours. The masks are always yours. You keep the freedom to choose your manufacturing path.
Interested in working with Rogue Valley Microdevices?
Whether you’re a startup bringing a new MEMS sensor to market or an established company looking for a U.S.-based foundry partner with integrated design capabilities, we’d like to hear from you. roguevalleymicrodevices.com/request-a-quote
The MEMS industry is restructuring around a foundry-centric model. We’re building to meet that moment.
Rogue Valley Microdevices is a U.S.-based MEMS and semiconductor foundry offering design services and manufacturing from 50mm to 300mm. Learn more at roguevalleymicrodevices.com.
Market data as presented by Pierre-Marie Visse of Yole Group at MSEC 2026.