• Easy-Logic Technology Ltd.is a specialized Electronic Design Automation (EDA) company focused on solving one of the most complex and time-sensitive challenges in semiconductor design: functional Engineering Change Orders (ECOs). • Founded in 2014 and headquartered in Hong Kong, the company has built its reputation around advanced logic optimization algorithms that help ASIC and SoC design teams implement late-stage design changes quickly and safely. • In modern chip development, errors or specification changes often surface late in the design cycle, sometimes after synthesis, place-and-route, or even physical layout. • At that stage, making changes manually can be extremely risky and costly. • A single modification may ripple through large portions of the logic, potentially affecting timing, testability, or power consumption. • Traditionally, engineering teams would rely on manual patching or partial redesign, which can extend schedules and increase the chance of introducing new bugs.

Article Summaries:

  • Easy‑Logic Technology Ltd., a Hong Kong‑based EDA specialist founded in 2014, has launched its flagship EasylogicECO engine to automate functional Engineering Change Orders (ECOs) in ASIC and SoC design. The tool generates minimal logic patches from RTL or specification updates, avoiding full re‑synthesis and preserving timing, layout, and area. Leveraging formal equivalence and optimization algorithms, it supports late‑stage, post‑layout “metal‑only” ECOs and automatically repairs scan chains to maintain DFT integrity. By concentrating on this niche, Easy‑Logic offers a focused solution that reduces schedule risk and cost for high‑volume ASIC programs.
  • Easy-Logic Technology Ltd. is a specialized Electronic Design Automation (EDA) company focused on solving one of the most complex and time-sensitive challenges in semiconductor design: functional Engineering Change Orders (ECOs). Founded in 2014 and headquartered in Hong Kong, the company has built its reputation around advanced logic optimization algorithms that help ASIC and SoC design teams implement late-stage design changes quickly and safely. In modern chip development, errors or specification changes often surface late in the design cycle, sometimes after synthesis, place-and-route, or

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