Solid-State Silicon Chips Digitalize AC Power Conversion
AmberSemi is working on technologies to digitalize the sense, control, and power conversion of the incoming AC power with solid-state silicon-based solutions.
AmberSemi is working on technologies to digitalize the sense, control, and power conversion of the incoming AC power with solid-state silicon-based solutions.
Manufacturing Milestone for AmberSemi Represents the Start of Commercialization and Technology Integration with Key Product and Semiconductor Partners DUBLIN, CALIFORNIA (March 9, 2023) Amber Semiconductor, Inc. (AmberSemi™), a leading technology developer of patented, innovative technologies for AC Direct digital management of electricity in silicon chip architecture, today announced that it completed the first silicon tapeout …
AmberSemi will both exhibit and lead a conference-wide seminar on its disruptive technologies in power management and sensing, enabling the digital control of electricity in silicon chips DUBLIN, CALIFORNIA & ORLANDO, FLORIDA (February 28, 2023) – Amber Semiconductor, Inc. (AmberSemi™), a fabless semiconductor company and leading technology developer of patented, innovative technologies for AC Direct …
The leaders in solid-state digital control of electricity are recognized alongside the world’s top innovators and innovations in the Engineering & Robotics category DUBLIN, Calif., (Feb. 9 2023)— Amber Semiconductor, Inc. (AmberSemi™), a leading technology developer of patented, innovative technologies for AC Direct digital management of electricity in silicon chip architecture, today announced that it …
AmberSemi Named as a Finalist in the Prestigious 2023 Edison Awards™ Read More »
AmberSemi’s breakthroughs are covered across 35 patent grants, including its core technologies and product applications aspects from smart, solid-state circuit breakers to dimmer switches & beyond DUBLIN, Calif. and LAS VEGAS, Jan. 4, 2023 /PRNewswire/ — Amber Semiconductor, Inc. (AmberSemi™), a leading technology developer of patented, innovative technologies for AC Direct digital management of electricity in silicon chip architecture, is …
DUBLIN, CALIFORNIA (November 16, 2022) – Amber Semiconductor, Inc. (AmberSemi™), a leading technology developer of patented, innovative technologies for AC Direct digital management of electricity in silicon chip architecture for electrical products, today announced that the National Electrical Manufacturers Association (NEMA), voted to add AmberSemi to its membership. “We are pleased that NEMA has voted …
Recognition from Fast Company Cements AmberSemi’s Position as a Fast-Rising Leading Innovator in the Semiconductor Market DUBLIN, CALIFORNIA (November 17, 2022) – Amber Semiconductor, Inc. (AmberSemi™), a leading technology developer of patented, innovative technologies for AC Direct digital management of electricity in silicon chip architecture, today announced that it has officially been selected to Fast …
AmberSemi Selected to Fast Company’s List of “Next Big Things in Tech” for 2022 Read More »
Thar Casey – CEO, Founder of AmberSemi™ and veteran entrepreneur named in 100 top semiconductor CEOs in U.S. DUBLIN, CALIFORNIA (November 17, 2022) – Amber Semiconductor, Inc. (AmberSemi™), a leading technology developer of patented, innovative technologies for AC Direct digital management of electricity in silicon chip architecture, today announced that CEO Thar Casey was named …
AmberSemi CEO Named in Top 100 Semiconductor CEOs in the United States Read More »
The AC Direct Lighting Control Engine is currently a configurable lighting control engine that Amber is developing as a silicon chip following technology evaluations by several electrical product and semiconductor partners.
Company has 34 grants secured to date, with six patents covering solid-state light switch and dimmer switch architectures, as well as LED drivers DUBLIN, CALIFORNIA (September 29, 2022) – Amber Semiconductor, Inc. (AmberSemi™), a leading technology developer of patented, innovative technologies for AC Direct digital management of electricity in silicon chip architecture, today announced that …