Introduction CMOS Fabrication and its implications Elementary CMOS logic design and layout MOS Device Equations CMOS Logic: Quantiative Analysis Logical Effort Interconnect Simulating Circuits Adders Mathematical treatment of parallel prefix computation Advanced static gate design Alternatives to static logic Sequential Design Datapath SRAMs CAMs, ROMs, and PLAs MOS Devices in DSM Circuit Pitfalls Test Low Power notes on low power design Design for Skew Packaging, Power Supplies, and I/O Scaling and Economics notes on variability: with lots of hard data Evolution of Intel processors

1. Introduction 
2. CMOS Fabrication and its implications 
3. Elementary CMOS logic design and layout 
4. MOS Device Equations 
5. CMOS Logic: Quantiative Analysis
6. Logical Effort 
7. Interconnect 
8. Simulating Circuits
9. Adders  Mathematical treatment of parallel prefix computation
10. Advanced static gate design 
11. Alternatives to static logic 
12. Sequential Design 
13. Datapath 
14. SRAMs 
15. CAMs, ROMs, and PLAs
16. MOS Devices in DSM 
17. Circuit Pitfalls 
18. Test 
19. Low Power 
    •  notes on low power design
20. Design for Skew 
21. Packaging, Power Supplies, and I/O 
22. Scaling and Economics 
    •  notes on variability:  with lots of hard data
23. Evolution of Intel processors