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130nm node CMOS Process (CS90A)
Features
Technology Code
Transistor
Physical Gate Length (nm)
Gate Oxide Thickness (nm)
Supply Voltage (V)
NMOS Ids (µA/µm)
PMOS Ids (µA/µm)
NMOS Ioff (nA/µm)
PMOS Ioff (nA/µm)
Gate Leak Current (nA/µm)
Basic Gate Delay (ps)
Number of Available Poly Layer
Number of Available Metal Layer
Via Filling
ILD Structure
SRAM Cell Size (µm2)
Dual Gate Oxide Options
Mixed Signal Options
RF Elements
Fuse
CS90A
UHS
110
2.9
1.2
780
-321
36
-18
0.01
14
HS
110
2.9
1.2
678
-276
4
-3.1
0.01
17
ST
110
2.9
1.2
570
-218
0.18
-0.22
0.01
28
LL
110
2.9
1.2
390
-150
0.005
-0.015
0.01
45
Mie plant
1
8Cu+1Al
Cu Dual Damascene
Hybrid Low-k
1.98
Available
Available
MIM cap., Poly Resistor, Inductor
RAM Redundancy
Technology Roadmap
1000
Physical Gate Length (nm)
500
180-nm
Cu
130-nm
Cu+Low+k
90-nm
Cu+VLK
65-nm
45-nm
CS80/80A
32-nm
200
CS90A
100
For ASIC & COT
CS100A_LL
CS90
CS100A_G
50
CS200A_LL
CS100
For COT
20
G: Generic, LL: Low Leakage
10
1998
2000
2002
CS200A_G
CS200
2004
2006
Year (Production Start)
2008
2010
2012
130nm node CMOS Process (CS90A)
SRAM
Transistor
1.65µm
Cell Size = 1.98µm2
(1.2µm x 1.65µm)
(2nd Generation SRAM)
Interconnect
Al
Al
Global Metal:
AL (Fuse & Pad)
Pitch: 1.8µm
7-Cu
6-Cu
SiLK
5-Cu
4-Cu
3-Cu
2-Cu
1-Cu
Semi Global Metal:
Thick Cu + SiO2
Pitch: 0.6µm
Intermediate Metal:
Thin Cu + SiLK
Pitch: 0.4µm
SiO2
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©2003 Fujitsu Microelectronics America, Inc.
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Printed in the U.S.A. WFS-FS-20983-7/2003