'Short wires' diaporamas de présentation

Pre-Layout Estimation of Individual Wire Lengths

Pre-Layout Estimation of Individual Wire Lengths. Srinivas Bodapati (Univ. of Illinois) Farid N. Najm (Univ. of Toronto) f.najm@toronto.edu. Introduction. Interconnect represents an increasingly significant part of total circuit delay Longer interconnect is more significant

394 views • 32 slides

Introduction to CMOS VLSI Design Lecture 18: Design for Low Power

295 views • 24 slides

Introduction to CMOS VLSI Design Design for Low Power

Introduction to CMOS VLSI Design Design for Low Power. Outline. Power and Energy Dynamic Power Static Power Low Power Design. Power and Energy. Power is drawn from a voltage source attached to the V DD pin(s) of a chip. Instantaneous Power: Energy: Average Power:. Dynamic Power.

798 views • 24 slides

Introduction to CMOS VLSI Design Lecture 18: Design for Low Power

Introduction to CMOS VLSI Design Lecture 18: Design for Low Power. David Harris Harvey Mudd College Spring 2004. Outline. Power and Energy Dynamic Power Static Power Low Power Design. Power and Energy. Power is drawn from a voltage source attached to the V DD pin(s) of a chip.

689 views • 24 slides

Architectural Components for a Practical Quantum Computer:

Architectural Components for a Practical Quantum Computer:. John Kubiatowicz University of California at Berkeley. QARC: The Quantum Architecture Research Center. Four Researchers: Fred Chong (UC Davis) Isaac Chuang (MIT) Mark Oskin (U Washington) John Kubiatowicz (UC Berkeley)

463 views • 18 slides

Interconnection Network Design Lecture 14

458 views • 17 slides

Design and Implementation of VLSI Systems (EN0160) Lecture 13: Power Dissipation

402 views • 17 slides

Architectural Components for a Practical Quantum Computer:

Architectural Components for a Practical Quantum Computer:. John Kubiatowicz University of California at Berkeley Cohorts in Crime: Fred Chong (UC Davis), Isaac Chuang (MIT), Mark Oskin (U Washington). Why Quantum Computers?. Interesting potential?

160 views • 14 slides

Selected Topics in VLSI-Design

231 views • 9 slides

Electricity Lesson 2

Electricity Lesson 2. Electrical Charge Carriers. A. A material in which electrical charges do not move freely from place to place is called a Insulator. B. Conductors - a material in which electrical charges move freely from place to place.

84 views • 8 slides