Exhibition

3D Stackable Embedded Ultra High-Density Via-RRAM Array in FinFET CMOS Technology

Technology Introduction:
With the progress of AI and IoT, the demand for NVM in edge computing has increased. This project proposes a 3D high-density Via RRAM architecture compatible with advanced FinFET logic process. Featuring full integration to CMOS process, 3D stackability, and high density, the design demonstrates excellent stability, low power consumption, and fast operation through comprehensive device design and electrical validation, making it a promising solution for future embedded memory applications.
Industry Applicability:
The 3D Via RRAM is fully compatible to TSMC standard logic process. It has been demonstrated on the 16nm FinFET platform, achieving a density of 0.4 Gb/mm2, exceeding international benchmarks with scalability toward 1 Gb/mm2 at 7nm node. Featuring high reliability, fast operation, and stable retention, this logic NVM IP is suitable for AI, IoT, and embedded system application. It shows strong potential for technology transfer, offering contribution to next-generation semiconductor technologies.
Industrial Applications:
-

National Tsing Hua University

National Tsing Hua University (NTHU), established in 1911 and located in Hsinchu, Taiwan, is one of the top research universities in the country. NTHU offers a wide range of programs in fields such as engineering, science, management, and humanities. The university is known for its strong emphasis on innovation, research excellence, and fostering global perspectives. With a commitment to academic rigor and interdisciplinary collaboration, NTHU plays a key role in advancing knowledge and technological development, contributing to both Taiwan’s growth and the global academic community.

Contact Information

Name:-
Tel:03-571-5131 #34107
Address:No. 101, Section 2, Kuang-Fu Road, Hsinchu City
Email

Additional Information

Pavilion:Future Tech Semicon, Opto & Telecom FH04
Exhibiting Entity:National Science and Technology Council
Application Category:Electronics and Optoelectronics
More
Patents: TWI806812B