Myvox to Showcase MEMS Microfan at Electronica 2026
The Swedish startup will present its piezoelectric cooling technology at the exhibition this November.
Updated on Oct. 28, 2026 in Semiconductors
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Swedish startup Myvox will demonstrate its piezoelectric MEMS microfan technology for electronics cooling at the electronica Fast Forward 2026 exhibition. The company will showcase its hardware from 10 November to 13 November 2026 at Messe München.
Why it matters
As modern electronic devices become increasingly compact with high processing demands, active cooling solutions like microfans are essential for effective thermal management. Myvox technology provides a smaller alternative to conventional fans designed to fit into highly constrained spaces.
The MEMS microfan measures 6.9 by 6.4 by 1.2 millimeters and utilizes silicon membranes actuated by piezoelectric materials to generate airflow. The chip uniquely operates in a mode that generates both airflow and audio simultaneously.
The players
Myvox
A Swedish technology company founded in 2018 that develops piezoelectric MEMS microfan solutions for active cooling.
Mattias Holmer
The Chief Executive Officer of Myvox who will present the company's cooling technology at the upcoming industry event.
The details
Myvox utilizes an electrical voltage applied to piezoelectric materials to actuate silicon membranes for active thermal management. Founded in 2018, the firm aims to address cooling needs in electronics where space is at a premium and traditional fans are too large.
Timeline
Myvox was founded in Stockholm, Sweden, in 2018.
Myvox participates in electronica Fast Forward 2026 from 10 November to 13 November 2026.
CEO Mattias Holmer will pitch the microfan technology on 12 November 2026.
The Tech Race
The development of piezoelectric MEMS microfans represents a shift away from traditional motor-based cooling solutions. Myvox technology updates the application of this specific technology by integrating dual-purpose airflow and audio generation in a compact 6.9 by 6.4 millimeter footprint.
The miniaturization of cooling components allows developers to design thinner and more powerful consumer electronic devices. This technology may lead to improved performance and longevity for compact gadgets by providing reliable active cooling without the bulk of legacy hardware.
The takeaway
Piezoelectric MEMS technology is increasingly vital as the demand for smaller, high-performance electronics grows. Designers should monitor such innovations to determine if integrated cooling solutions can replace bulky mechanical fans in their next product iterations.
What happens next
Myvox will participate in the electronica Fast Forward 2026 exhibition from 10 November to 13 November 2026, with a featured pitch from CEO Mattias Holmer scheduled for 12 November 2026.
Further reading
Explore more about industry advancements in Semiconductors.
More information
Learn more about the company's technology at the Myvox company website.
Source note: This article includes information reported by Elektor.
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