INTRODUCING  |  A revolutionary 1200V 15A fully integrated half-bridge high-side switch  
INTRODUCING  
  A revolutionary 1200V 15A fully integrated half-bridge high-side switch
INTRODUCING
A revolutionary 1200V 15A fully integrated half‑bridge high‑side switch

January 20, 2020

Business Growth Triggers SimpleChips’ Relocation

Escondido CA / January 20, 2020 – In the wake of substantial business growth SimpleChips Technology Inc. will relocate to a larger facility in Carlsbad California, effective February 1, 2020. The spacious modern facility includes a clean room and is located between I-5 and I-15 freeways north of San Diego. It will accommodate SimpleChips’ continued growth through 2020 and beyond.

“SimpleChips is a stable and growing company that has built a solid reputation for technical innovation and customer service,” said SimpleChips’ CEO Alain Comeau, “We have developed innovative semiconductor solutions for our customers, solving their toughest problems. By relocating to a modern larger 4,200 sq ft. (400m2) facility we will have comfortable space to meet our customers’ technical requirements, space to accommodate additional staff, a large laboratory supporting our engineering efforts and the space to organize for smoother production flow.”

SimpleChips Technology operated successfully from 2002 until 2011 in Canada, providing elegant and innovative solutions for customers’ product and fabrication issues. We reincorporated SimpleChips Technology Inc. in 2015 in Escondido California with the mandate to develop, commercialize and supply innovative analog integrated circuits. The principals of SimpleChips possess a wealth of semiconductor process engineering, analog circuit design, wafer manufacturing and application skills and experience. We have a successful track record of innovation, authoring more than 40 patents to date. This background ideally positions SimpleChips to develop highly innovative and compelling products for a variety of applications, from ultra-low power to very high voltage monolithic analog devices.