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iDEAL Semi signs global distribution agreement with Mouser

iDEAL Semi signs global distribution agreement with Mouser

iDEAL Semiconductor, a fabless power semiconductor company focused on delivering breakthrough efficiencies, has announced the signing of a global distribution agreement with Mouser Electronics.

The agreement is for iDEAL’s power devices, which are based on the company’s novel, patented SuperQ technology.

SuperQ delivers significant efficiency and performance gains versus legacy Superjunction architectures, enabling power engineers to meet the demands of modern power systems while keeping the reliability, cost-effectiveness, and supply chain robustness of silicon.


The agreement follows news of the first SuperQ-based products entering mass production, with 150V MOSFETS available immediately. These offer leading RDS(on) and figures of merit (FOM) including the industry’s lowest switching charge (QSW) and output capacitance energy (EOSS).

iDEAL’s initial devices target hard-switching, motor-control and synchronous-rectification applications including AI servers, USB power delivery, motor drives, and AC/DC and DC/DC conversion.

Mark Granahan, CEO and Co-Founder of iDEAL Semiconductor said: “Innovation in silicon power semiconductors has stalled for more than a decade, with much of the industry betting on alternative materials. SuperQ upends that trend – delivering unprecedented performance gains from a familiar, scalable, and cost-effective platform. This is the future of silicon, not the end.”

Kristin Schuetter, Senior Vice President of Products at Mouser Electronics said: “SuperQ represents a huge leap forward in what’s possible with silicon power devices. Mouser has an exceptional track record within this sector and this breakthrough will be extremely valuable to our power engineering customer base.”

Managing Editor
Paige Hookway is the Managing Editor of Procurement Pro, where she brings over a decade of industry experience to shaping insightful, engaging, and forward-thinking content for the global electronics community. After graduating from the University of Greenwich with a 2:1 in English Literature, Paige blended her love of storytelling with a deep curiosity for technology – carving out a career that champions both innovation and the people behind it. Across her 10+ years in the sector, Paige has developed a strong reputation for uncovering emerging trends, translating complex concepts into accessible insights, and spotlighting the voices shaping the future of engineering. She is particularly passionate about encouraging the next generation of engineers and elevating women in tech narratives that inspire, empower, and drive meaningful change. When she’s not immersed in the latest engineering developments, Paige can be found wrapped up in a blanket with a cup of tea and a good book.