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Integrated Voltage Regulators for advanced electronics
We build the world's smallest, most efficient power converters. They power the future of computing—and all digital electronics.
We’ve built the world’s highest density DC-DC power converter
Our proprietary thin-film, magnetic materials technology represents a breakthrough in integrated power management.
>10x
smaller than conventional solutions
smaller than conventional solutions
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CMOS-integrated ferromagnetic power inductor technology
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Eliminates bulky, discrete components
40+ patents
Built on 40+ patents and a decade of research
Converters built for every use case
We’ve designed each of our power converters to match specific use cases — from AI hyperscalers, to data-centers, and more.
Fe1736
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Supports multiple power domains
Reduces component count by up to 74%
Improves power integrity
Simplifies system design
Fe1728
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Supports multiple power domains
Reduces component count by up to 74%
Improves power integrity
Simplifies system design
Fe1766
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Delivers 160 A in a 8x4.4 mm² package
4.5 A/mm² current density, highest in the industry
93% conversion efficiency
Scales to > 10 kW by ganging up to 64 devices
Boston
Fuji
Industry leading current density 2.8A/mm²
Controller, Switches, Inductor and Capacitor in one chip
>10MHz Regulation Bandwidth
90% Conversion Efficiency
Reconfigurable with upto 4 seperate 7A power domains
Reduces component count by up to 74%
90% Conversion Efficiency
Simplifies system design
Delivers 160 A in 8x4.4 mm² package
4.5 A/mm² current density, highest in the industry
93% conversion efficiency
Scales to > 10 kW by ganging up to 64 devices
Our solutions scale across industries
Ferric’s technology sets a new standard for current density, performance and flexibility.
High-Performance Computing
AI and Data Centers
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30% energy reduction in hyperscaler environments
Enables next-generation AI processor performance
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Solves critical power delivery bottlenecks
Reduces carbon footprint while increasing compute density
Dramatically smaller form factors
Extended battery life through improved efficiency
Proven in Apple products since 2021
Enables more features in space-constrained devices
74% component reduction for FPGA implementations
Supports multiple power domains in minimal space
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Simplifies complex power delivery networks
Delivers cleaner power with superior regulation
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