Our fundamental breakthrough is the integration of novel magnetic materials

Delivers step-function improvement
in power management
Achieves unprecedented power density of up to 5A/mm²
integration of novel magnetic materials
Enables multi-phase, high-frequency
(>30MHz) voltage regulators
Builds power inductors alongside control circuitry
Integrates high-performance magnetic materials directly into semiconductor process

Ferric beats conventional solutions on every performance metric

Metric
Size
Efficiency
Current Density
Regulation Speed
Component Count
Integration Options
Conventional Solutions
Bulky discrete components
Higher conduction losses
Limited by discrete components
Limited bandwidth
Many discrete parts
Many discrete parts
✓ Fully integrated inductors
✓ Optimized power paths
✓ Up to 5A/mm²
✓ >10MHz controller bandwidth
✓ Single integrated solution
✓ Multiple package integration options
Ferric Advantage
50-70% area savings
15-30% power savings
2× higher current capacity
100× faster regulation
74% fewer components
Design flexibility
Conventional Lateral Power Delivery

Traditional voltage regulators sit farther from the processor, forcing current through longer PCB paths. As current rises, this increases losses, inductance, and limits transient response.

Ferric Power Delivery

Ferric IVRs move voltage regulation directly next to the load, shortening the power path to reduce impedance, improve transient response, and deliver higher current density and efficiency.

Ferric Integrated Voltage Regulators (IVRs)

Ferric IVRs integrate the controller, switches, inductors, and capacitors into a single compact power solution. Using proprietary thin-film magnetic technology, they operate at high frequencies and deliver power closer to the processor, enabling significantly higher current density, faster regulation, and greater efficiency in a much smaller footprint.

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