** | to designate keynote talk - 30 min | Sponsored by: | ||
* | to designate invite talk - 25 min | |||
to designate regular talk - 15 min |
Symposium Chair: Beichao Zhang
Symposium Co-chairs: Zhen Guo, Xiaoping Shi, Chao Zhao, Huang Liu, Jiang Yan and Chih-Chao Yang
Online Conference | |
Parallel Symposium Oral Sessions: | June 29-July 17, 2020 |
Session I: | |
** | Enabling CMOS Logic Technology Scaling beyond FinFETs |
|
Dechao Guo, IBM Research |
Session II: | |
** | Exploring Aggressive BEOL Scaling Using Electrochemical ALD and ALE of Interconnect Materials |
|
Prof. Rohan Akolkar, Case Western Reserve University |
* | Evolution of FINFETS and The Role of Thin Films |
|
Rishikesh Krishnan, IBM |
Session III: | |
* | 3D memory related technology update |
|
Hongbin Zhu, YMTC |
* | Design & Technology Co-Optimization in Advanced Node |
|
Dr. AbdelKarim Mercha, IMEC |
Session IV: | |
* | Fabrication and Performance Trade-offs of Future Interconnect Design and Material Options |
|
Jonathan Reid, Lam Research |
* | BEOL Interconnect Challenges and Solutions for Advanced Technology Node |
|
Zhu Huanfeng, Lam Research |
|
Enhancing high temperature adhesion performance via a renovated leadframe surface treatment |
|
Din-Ghee Neoh, Atotech |
|
Development of advanced Si Based Dry Removal and Clean |
|
Chun Wang, NAURA |
Session V: | |
* | Dielectric Technologies for Advanced Logic and Memory Products |
|
Terrance Lee, Applied Materials |
|
Some key modifications of theory required to understand the leakage current mechanisms for MIM capacitors used in DRAM technology |
|
Wai Shing Lau, Zhejiang University |
|
Surface smoothing and roughening effects of high-k dielectric materials deposited by atomic layer deposition and their significance for MIM capacitors used in DRAM technology Part II |
|
Wai Shing Lau, Zhejiang University |
Session VI: | |
* | Mechanically Stable Ultra-low k dielectric and Air-gap technology |
|
Mansun Chan, The Hong Kong University of Science and Technology |
ICE Treatment Uniformity Optimization Study in Tungsten CVD Metal Gate Fill | |
Ao Yang, Lam Research | |
|
Thin Film Processes: Abatement of Waste Gases from plasma assisted material processes |
|
Christopher P Jones, Edwards Ltd |
Conference Poster Session: | June 26-July 17, 2020 |
Study of Influence of STI Profile on HARP Gap-Filling Performance | |
Kai Wang, Zhigang Zhang, Ping Wang, Lingzhi Xu, Shenzhou Lu, Andy Tan, Zhenjie Qiao, Kang Huang, Qimeng Wang, Duo Shan, Fan Bai, Fan Zhang, Chang Fu, Zhengyuan Zhao, Qin Sun, HLMC | |
HARP Gap Fill Ability and Improvement of Defect Performance | |
Xiang Li, Applied Materials | |
|
Multi Methods of Reducing Defects from DARC Process |
Xiang Li, Applied Materials | |
|
Applied Producer® Celera™ PECVD: Integrated Dual-Stress Liner Solution |
Tengfei Zhang, Applied Materials China | |
The Producer GT HARP SACVD Chamber: Versatile Gap-Fill Technology | |
|
Wei Xia, Applied Materials China |
A Novel Methodology to Monitor Wafer Placement Shift in Laser Anneal | |
|
Yan Gui, HLMC |
Seam-Suppressed Tungsten Filling Technology for Challenging Structures | |
|
Zhen Chen, Applied materials |
A Study of DTI Gap Fill PEALD Oxide Process Tuning to Eliminate High-k/Substrate Peeling Defect in CMOS Image Sensors | |
|
Jiang Yu, Lam Research |
Investigation and characterization of silicon content in N-free anti-reflective layer Films | |
|
Luhang Shen, HLMC |
Cobalt Deposition Product Suite for 7nm and Beyond Contact | |
MA NING, Applied Materials China | |
|
The investigation of domestic machines large-scale production in soak anneal process |
Yaoting Shen, HLMC | |
|
Metal Bump Defect Solution for Hot Al Metal Process |
Qingjun Ni, Applied Materials | |
BEOL Cu Gap-fill Performance Improvement for 14nm Technology Node | |
|
Zhaoqin Zeng, Shanghai Huali Integrated Circuit Corporation |
Enhanced OLT for More Wafer Types in RTP Process | |
|
Luo Zhipeng, Applied Materials |
Gate Stack Solution Enabling DRAM Scaling Down to 1x nm Node | |
|
Guangyao Shen, Applied Materials China |
OPTIMIZATION OF DEPOSITION OF ALUMINUM NITRIDE BY PULSED DIRECT CURRENT REACTIVE MAGNETRON SPUTTERING | |
Yiin-Kuen Fuh, National Central University | |
|
Study of Q-time Effect on Stress Nitride |
Songtao Lv, Applied Materials | |
|
Study of PREB Process in FDSOI |
Song Yang, Huali Microelectronics Corporation | |
|
Investigation of FDSOI Raised S/D Formation |
Ma Yanfei, Huali Microelectronics Corporation | |
|
IDT Structure Optimization Design Based on AlN/Si Substrate for SAW Devices |
Kaixuan Li, Tianjin University of Technology | |
|
Titanium Silicide Anneal Process Research for 14nm FinFET Technology |
|
Lan Jiang, HLMC |
|
FDSOI SiGe morphology Optimization on boundary of AA and STI |
|
Jiaqi Hong, HLMC |
|
Optimization of imperfect morphology for SiGe selective epitaxial growth |
|
Yongyue Chen, HLMC |
|
Optimization of the CD uniformity (CDU) in silicon oxide spacer process for 5 nm Fin SAQP Process Flow |
Qingqing Wu, Shanghai IC R&D Center | |
|
Dielectric properties of Al2O3 films by pulsed DC magnetron sputtering |
Wen-Yu Cho, National Central University |