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VLSI Design
1. Introduction to VLSI
2. Fundamentals of MOS Transistors
3. CMOS Logic and Circuit Design
4. The VLSI Design Process
5. Physical Design
6. Verification and Testing
7. Timing and Power Analysis
8. Memory Design
9. System-on-Chip Design
10. Signal Integrity and Interconnect
11. Advanced VLSI Topics
Advanced VLSI Topics
Advanced Process Technologies
FinFET Technology
FinFET Structure
Multi-Gate Devices
FinFET Advantages
Gate-All-Around Transistors
Nanowire FETs
Nanosheet FETs
Silicon-on-Insulator
Fully Depleted SOI
Partially Depleted SOI
Strained Silicon
High-k Dielectrics
Metal Gates
3D Integration
3D IC Architectures
Through-Silicon Vias
TSV Fabrication
TSV Modeling
TSV Design Considerations
Wafer-Level Stacking
Die-Level Stacking
3D Memory
Thermal Management in 3D ICs
Advanced Lithography
Optical Lithography Limits
Resolution Enhancement Techniques
Optical Proximity Correction
Phase Shift Masks
Multiple Patterning
Extreme Ultraviolet Lithography
Electron Beam Lithography
Nanoimprint Lithography
Emerging Computing Paradigms
Neuromorphic Computing
Quantum Computing
Approximate Computing
In-Memory Computing
Design for Manufacturability
Yield Enhancement
Process Variation Modeling
Design Rule Optimization
Lithography-Friendly Design
Reliability and Aging
Reliability Mechanisms
Hot Carrier Injection
Negative Bias Temperature Instability
Time-Dependent Dielectric Breakdown
Reliability Modeling
Design for Reliability
Security in VLSI
Hardware Security
Side-Channel Attacks
Hardware Trojans
Physically Unclonable Functions
Secure Design Methodologies
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10. Signal Integrity and Interconnect
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1. Introduction to VLSI