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Highly manufacturable 7nm FinFET technology featuring EUV lithography for low power and high performance applications

Authors :
Daewon Ha
C. Yang
J. Lee
S. Lee
S. H. Lee
K.-I. Seo
H. S. Oh
E. C. Hwang
S. W. Do
S. C. Park
M.-C. Sun
D. H. Kim
J. H. Lee
M. I. Kang
S.-S. Ha
D. Y. Choi
H. Jun
H. J. Shin
Y. J. Kim
C. W. Moon
Y. W. Cho
S. H. Park
Y. Son
J. Y. Park
B. C. Lee
C. Kim
Y. M. Oh
J. S. Park
S. S. Kim
M. C. Kim
K. H. Hwang
S. W. Nam
S. Maeda
D.-W. Kim
J.-H. Lee
M. S. Liang
E. S. Jung
Source :
2017 Symposium on VLSI Technology.
Publication Year :
2017
Publisher :
IEEE, 2017.

Abstract

7nm CMOS FinFET technology featuring EUV lithography, 4th gen. dual Fin and 2nd gen. multi-eWF gate stack is presented, providing 20% faster speed or consuming 35% less total power over 10nm technology [1]. EUV lithography, fully applied to MOL contacts and minimum-pitched metal/via interconnects, can reduce >25% mask steps with higher fidelity and smaller CD variation. A VT of 6T HD SRAM cell are 1.29 for PD (PG) and 1.34 for PU, respectively.

Details

Database :
OpenAIRE
Journal :
2017 Symposium on VLSI Technology
Accession number :
edsair.doi...........b79e91f77f8eed94a126bb0cf3373e0f