Minysa, a Swiss-based electronics startup, has secured €163,000 in seed funding from Venture Kick to accelerate the development of its gallium nitride (GaN) gate-driver application-specific integrated circuits (ASICs).
The funding announcement represents a significant step for the deeptech company as it works to advance its semiconductor technology. GaN-based control chips represent an important frontier in power electronics, offering potential improvements in efficiency and performance compared to traditional silicon-based solutions across various industrial and commercial applications.
Building Next-Generation Semiconductor Solutions
The capital injection will enable Minysa to focus resources on accelerating its ASIC development roadmap. Gate-driver circuits are critical components in power electronics systems, responsible for controlling the switching of high-power transistors and semiconductor devices. The company’s focus on GaN-based solutions positions it within the broader industry shift toward more efficient power management technologies.
Venture Kick, Switzerland’s leading early-stage investor, led the funding round. The organization has established itself as a key backer of innovative Swiss startups, particularly those operating in technically demanding sectors requiring substantial research and development efforts.
Deeptech Investment in Switzerland
The investment reflects continued momentum in Switzerland’s deeptech and electronics sector. The country has cultivated a strong reputation for supporting hardware and semiconductor companies through its network of venture capital investors and technology-focused accelerators. Venture Kick’s backing of Minysa aligns with this broader ecosystem trend of funding companies tackling complex engineering challenges.
GaN technology itself has attracted significant interest from manufacturers and investors in recent years. The semiconductor material enables higher efficiency, faster switching speeds, and reduced heat generation compared to conventional silicon approaches. Applications range from power supplies and industrial motor drives to renewable energy systems and electric vehicle charging infrastructure. As industries worldwide pursue electrification and energy efficiency improvements, demand for advanced power control solutions continues to expand.
Looking Ahead
For Minysa, the funding provides crucial resources during the critical development phase. ASIC design and fabrication requires substantial investment in engineering talent, simulation tools, and prototype manufacturing. The capital will likely support expanding the company’s technical team and advancing its chip designs toward commercialization.
The startup’s progress will contribute to Switzerland’s continued presence in the global semiconductor landscape. While the country lacks large-scale chip manufacturing facilities comparable to major producers elsewhere, Swiss companies have carved out significant niches in specialized semiconductor applications, precision electronics, and advanced component design.
As European electronics companies increasingly pursue technological independence and advanced capability development in response to global supply chain concerns, investments in companies like Minysa underscore the region’s commitment to building sovereign deeptech capabilities. Minysa’s focus on developing proprietary control chip technologies exemplifies the type of specialized semiconductor innovation that strengthens Europe’s technological position in power electronics and related industries.