Atlas Magnetics
Atlas Magnetics was founded in June 2021 and is headquartered in Reno, Nevada, USA. The company is a specialised provider of semiconductor solutions with integrated magnetic components and develops technologies for more compact, reliable and cost-efficient electronic systems. Atlas Magnetics combines innovative circuit design with advanced materials and addresses applications in power, programmable logic and RF, with the aim of significantly reducing the number of external passive components and the space required on the PCB.
Product Overview
Atlas Magnetics develops standard and custom semiconductor solutions with integrated passive and magnetic functions designed for modern electronic applications. The technological focus is on integrating passive components into the package substrate in order to reduce size, complexity and dependence on additional external components.
Programmable µASIC Solutions: Configurable Mixed-Signal µASICs; Low-Power Control Solutions; Asynchronous µASIC Architectures; Signal Sequencing & Monitoring; Sensor & Control Applications; Hardware-based Configuration Solutions.
Power Management Solutions: DC/DC Converters; DC/DC Modules; Load Switches; PMICs; Integrated Power Architectures; Multi-Phase Power Solutions; Single-Inductor Multiple-Output (SIMO) Architectures.
Integrated Magnetics & Packaging Technologies: Integrated Inductors; Thin-Film Magnetics; Advanced Packaging Technologies; Integrated Passive Components; Package-Level Magnetics; High-Density Power Modules.
Custom Semiconductor Services: Custom PMIC Development; Custom Integrated Inductor Solutions; Application-Specific IC Development; Proprietary Packaging Solutions; Semiconductor Integration Services.
EDA & Development Tools: Atlas EDA; µASIC Configuration Tools; Simulation & Validation Tools; Development Support Solutions.
Application Areas Typical application areas for Atlas Magnetics include IoT and embedded systems, compact power supplies, sensor and monitoring applications, control and logic functions as well as RF-related electronic designs. Thanks to the focus on integrated magnetic and passive functions, the solutions are particularly suitable for applications in which size, efficiency, reliability and system integration are paramount.
