Seattle Startup TriMagnetix Raises $1 Million
The semiconductor firm will use the funding to advance its energy-efficient chip technology.
Updated on Oct. 15, 2026 in Semiconductors
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Seattle-based TriMagnetix has secured $1 million in new funding to support the development of its semiconductor chips. The startup aims to bring its innovative hardware to market within one year.
Why it matters
The company’s chips utilize nanomagnetic technology designed to lower electricity consumption, reduce heat generation, and decrease radiation sensitivity in computing environments. These improvements aim to integrate seamlessly with existing infrastructure while significantly cutting power demands.
TriMagnetix utilizes nanomagnetic technology which reportedly offers an 800-fold reduction in energy consumption compared to traditional chips. The startup also maintains a contract with the Washington Nanofabrication Facility for essential equipment.
The players
Madison Hanberry
She is the founder of TriMagnetix and is transitioning into the role of CEO.
TriMagnetix
This Seattle-based semiconductor startup focuses on developing energy-efficient chip architecture.
Nvidia Inception
This program provides startups with access to technology, expertise, and venture capital connections.
Washington Nanofabrication Facility
This institution provides advanced fabrication and laboratory resources for research and commercial development.
The details
Founded by Madison Hanberry in 2023, the firm processes data through electrical pulses rather than constant power flows. TriMagnetix has also joined the Nvidia Inception program and the Plug and Play Semiconductor Accelerator while securing a paid pilot partnership with WaveWorks Technologies.
Timeline
2023: Madison Hanberry launched TriMagnetix.
2025: The startup received $200,000 from SNØCAP.
October 2026: The company raised $1 million in new funding.
Within one year: The company expects to have a product available for commercial sales.
The Tech Race
TriMagnetix joins a competitive landscape of startups aiming to replace traditional power-intensive silicon architectures with more efficient nanomagnetic computing technology. This move intensifies the sector-wide push to solve cooling and power limitations in modern data processing.
For users and developers, this technology promises hardware that generates significantly less heat and consumes far less electricity than current components. Once commercialized, these chips could eventually lead to more efficient consumer devices and lower energy costs for data centers.
The takeaway
The move from traditional constant-power chips to pulse-based magnetic designs represents a major step in semiconductor efficiency. Readers should monitor the startup's ability to transition from pilot programs to full-scale commercial availability within the next year.
Further reading
For more on the industry's evolution, visit our Semiconductors section.
Source note: This article includes information reported by GeekWire.
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