Company Filing History:
Years Active: 2017-2025
Title: **Innovations by Yi-Kang Chang: Pioneering Non-Volatile Memory Technologies**
Introduction
Yi-Kang Chang is a notable inventor based in New Taipei, Taiwan, recognized for his significant contributions to data storage technologies. With four patents to his name, he has focused his work on enhancing non-volatile memory systems, which are crucial for data retention in various electronic devices.
Latest Patents
Yi-Kang Chang's latest patents include advancements in data storage devices and non-volatile memory control methods. One of his innovations presents a life-extension technology for non-volatile memory, which optimizes the execution frequency of wear-leveling migrations. This method effectively mitigates write amplification issues by utilizing a spare block to store data from a block with a lower erase count, thereby prolonging the lifespan of the memory.
Additionally, he has developed an efficient control technology for non-volatile memory, whereby the storage space is divided into blocks. The programming order of these blocks is meticulously recorded to facilitate efficient garbage collection. This innovation enables sequential data to be relocated accurately, enhancing overall memory performance and efficiency.
Career Highlights
Yi-Kang Chang is currently affiliated with Silicon Motion, Inc., where he applies his expertise in designing advanced memory control technologies. His foundational work has positioned him as a key player in the evolution of data storage solutions, driving forward the capabilities of non-volatile memory.
Collaborations
Throughout his career, Yi-Kang has collaborated with esteemed colleagues, including Jie-Hao Lee and Hsuan-Ping Lin. Their joint efforts have led to significant breakthroughs in memory management technologies, contributing to the competitive edge of their organization in the tech industry.
Conclusion
Yi-Kang Chang stands out as an inventive force in the field of non-volatile memory technologies. His innovative patents not only enhance memory lifespan but also improve data management efficiency. As the demand for sophisticated data storage solutions continues to rise, Chang’s work will undoubtedly play a vital role in shaping future advancements in this critical domain.