Company Filing History:
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Years Active: 2014-2025
Title: Xiangyu Tang: A Leading Inventor Shaping Storage Device Efficiency
Introduction:
In the world of innovative technologies, individuals like Xiangyu Tang are at the forefront of developing cutting-edge solutions. With 32 patents under his name, Xiangyu Tang has made significant contributions to the field of storage device optimization. This article explores some of his latest patents and provides details about his work history, including his association with renowned companies and collaborations with fellow industry experts.
Xiangyu Tang's Latest Patents:
1. Identification and classification of write stream priority:
Xiangyu Tang's patent focuses on enhancing the efficiency of storage device operation by optimizing and assigning high-priority communication channels among hosts that can best utilize them. The patented technology evaluates overall zone usage and metadata from the host to allocate appropriate priority status to each communication channel. By continuously reevaluating and adjusting priority levels, this process further enhances operational efficiency within the storage device.
2. Data separation during garbage collection and wear leveling:
This patent addresses the relocation of data in solid-state storage cells, specifically targeting two crucial processes: garbage collection and wear leveling. Using a selected type of data relocation, Xiangyu Tang's technology identifies source blocks within a group of solid-state storage cells. By reading these source blocks, relocated data is obtained and stored in an open block. Notably, the patent ensures that only relocated data associated with the selected type of data relocation is stored, excluding data related to the unselected type of data relocation.
Work History and Associations:
Xiangyu Tang has worked with renowned companies in the industry, such as SK hynix Inc. and SK Hynix Memory Solutions Inc. These companies, recognized for their groundbreaking advancements in semiconductor memory solutions, have provided the ideal platforms for Xiangyu Tang to contribute to technological innovations in storage devices.
Collaborators:
Throughout his career, Xiangyu Tang has had the opportunity to collaborate with exceptional individuals, including Lingqi Zeng and Jason Bellorado. These collaborative efforts have undoubtedly fostered an environment to exchange ideas, spark innovation, and develop groundbreaking patents in the storage technology domain.
Conclusion:
Xiangyu Tang's list of 32 patents exemplifies his dedication to revolutionizing storage device efficiency. With a focus on optimizing communication channels, prioritization, and data relocation techniques, his patented inventions contribute to improved operational performance and overall effectiveness of storage devices. As an influential inventor, Xiangyu Tang's work continues to shape the future of storage technologies and inspires others in the industry to push boundaries and think outside the box.