16:332:578 Deep Submicron VLSI Design and
14:332:482 Deep Submicron VLSI Design, Spring 2008
Your final grades are now on sakai. For the 0.18 micron technology, use the TSMC 0.2u technology. Also, the names of the nFET and pFET models for Spectre are TSMC20P and TSMC20N.
Instructor
Prof. Michael L. Bushnell (bushnell@caip.rutgers.edu)
Phone: (732) 445-4854 or (732) 445-6400 X214 FAX: (732) 445-4775
Lecture time: Mon. and Wed. 3:20 p.m. - 4:40 p.m.
Classroom: CORE 538
Course Laboratory: CORE 533 & CORE 601A
Office Hours: Tues. and Thurs. 12:30 p.m. - 3:30 p.m.
Instructions for using the Large Color Plotter: word
Syllabus for Undergraduate Students: postscript / pdf
Syllabus for Graduate Students: postscript / pdf
Instructions for Using the Cadence System: postscript / pdf
Instructions for Using the Verilog Test Generator: postscript / pdf
See Omar Khan or Mike Bushnell if you have problems.
Instructions for Using the Synopsys System: postscript / pdf
Requirements for the Short Chip Project: WORD
Wallace's Paper on High-Speed Multiplication and Division: (pdf)
Project description for VLSI course (graduate students only): (postscript / pdf)
Sample Final Project Presentation (graduate students only): (powerpoint)
Sample Final Project Writeup (graduate students only): (word)
Project status (graduate students only): (pdf)
Paper on Moore's Law: (pdf)
Powerpoint Lecture Notes:
Assignments (Undergraduate and Graduate):
Note: Any questions about this site, please email: bushnell@caip.rutgers.edu