Ferric provides solutions for integrated voltage regulation and power management. Ferric's chip-scale, Integrated Voltage Regulators (IVRs) achieve industry leading current density to enable dense in-package and on-board power system implementations. This technology provides major improvements in system energy efficiency, while dramatically reducing the size and cost of the power management circuitry.

Semiconductor

Ferric, Inc.

Ferric, Inc.'s headquarters in New York, United States

This department is responsible for designing, developing, and maintaining engineering products and components.

Engineering Division

The Leadership Team at Ferric, Inc. oversees the strategic direction and overall operations of the company, ensuring alignment with business goals and market demands. This team comprises the heads of engineering, business development, operations, product management, and sales, all working collaboratively to drive innovation in integrated voltage regulation and power management solutions. Their responsibilities include setting company priorities, managing cross-functional initiatives, and making pivotal decisions to enhance system energy efficiency, reduce power management circuitry size, and lower costs for advanced technology deployment.

Leadership Team

The Engineering Team at Ferric, Inc. is responsible for designing, developing, and validating Integrated Voltage Regulators (IVRs) and power management solutions. This team leverages advanced IC design, component engineering, and mixed-signal technology to optimize energy efficiency and minimize the size and cost of power management circuitry. Additionally, the team ensures robust testing and validation of the ICs and maintains the necessary Linux systems required for development and operations.

Engineering Team

The Engineering Team at Ferric, Inc. is responsible for designing and developing advanced Integrated Voltage Regulators (IVRs) to enhance power system efficiency and scalability. The team drives innovation in power management solutions by optimizing current density and reducing physical footprint, thereby delivering cutting-edge technology that reduces cost and maximizes performance.

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Leadership Team

Engineering Team

Engineering Team