'Clock gating' presentation slideshows

Lazy Logic

852 views • 76 slides

Energy Efficiency in Data Centers

664 views • 62 slides

RTL Level Power Optimization Techniques

750 views • 58 slides

Low Power Design Methodology and Design Flow

Low Power Design Methodology and Design Flow. Adopted From LOW POWER DESIGN ESSENTIALS - JAN M. RABAEY. Low-Power Design Methodology - Motivations. Minimize power Reduce power in various modes of device operation Dynamic power, leakage power, or total power Minimize time

1.01k views • 52 slides

Ph.D. Preliminary Exam

Mozammel Hossain Colorado State University Department of Electrical and Computer Engineering Nest Circuit Lead, IBM, Austin, TX Advisor: Prof. Tom W. Chen Committee Members: Prof. Yashwant Malaiya Dr. Sudeep Pasricha Dr. Ali Pezeshki. Ph.D. Preliminary Exam.

682 views • 36 slides

Ph.D. Preliminary Exam

Mozammel Hossain Colorado State University Department of Electrical and Computer Engineering Nest Circuit Lead, IBM, Austin, TX Advisor: Prof. Tom W. Chen Committee Members: Prof. Yashwant Malaiya Dr. Sudeep Pasricha Dr. Ali Pezeshki. Ph.D. Preliminary Exam.

454 views • 36 slides

Skew Management of NBTI Impacted Gated Clock Trees

International Symposium on Physical Design 2010. Skew Management of NBTI Impacted Gated Clock Trees. Ashutosh Chakraborty and David Z. Pan ECE Department, University of Texas at Austin ashutosh@cerc.utexas.edu dpan@cerc.utexas.edu. Outline. Background: Clock Gating & NBTI Effect

334 views • 33 slides

Alexander Gnusin

Introduction To Static Timing Analysis. Alexander Gnusin. Advantages: Can check asynchronous interfaces No need to specify false and multicycle paths, clock model etc Can be very accurate (Spice). Disadvantages: Analysis quality depends on stimulus vectors

639 views • 26 slides

Generalized Latency-Insensitive Systems for Single-Clock and Multi-Clock Architectures

Generalized Latency-Insensitive Systems for Single-Clock and Multi-Clock Architectures. Singh, M.; Theobald, M.; Design, Automation and Test in Europe Conference and Exhibition, 2004. Reference.

403 views • 24 slides

Low Power SRAM VLSI Final Presentation

Low Power SRAM VLSI Final Presentation. Stephen Durant Ryan Kruba Matt Restivo Voravit Vorapitat. High Level Architecture. ADDR. 5:32 Block Enable. SRAM Block. OUT. Block I/O. SRAM Block. READ. WRITE. ADDR. OUT. DATA. BLK ENABLE. Output Buffering. SRAM Block. BLK_EN0.

564 views • 24 slides

Sequential Equivalence Checking for Clock-Gated Circuits

Sequential Equivalence Checking for Clock-Gated Circuits. Hamid Savoj Robert Brayton Niklas Een Alan Mishchenko Department of EECS University of California, Berkeley. Overview. Motivation Notation Theorems Asymmetry Implementation Experiments Conclusions. Clock Gating.

225 views • 22 slides

MINIMISING DYNAMIC POWER CONSUMPTION IN ON-CHIP NETWORKS

MINIMISING DYNAMIC POWER CONSUMPTION IN ON-CHIP NETWORKS. Robert Mullins Computer Architecture Group Computer Laboratory University of Cambridge, UK. Communication-Centric Architectures.

201 views • 20 slides

32-bit parallel load register with clock gating

32-bit parallel load register with clock gating. Lan Luo. ECE Department, 200 Broun Hall, Auburn University, Auburn, AL 36849, USA luolan1@auburn.edu. ELEC 6270 Project December 2007. Outline. Concept of Power Dissipation & Clock Gating Schematics of Basic Cells Simulation Results

405 views • 18 slides

Low power CDN

Low power CDN. SPEED. Operate vdd at half rails Data should operate at full rails. Smaller voltage to distribute the signal over the chip, and then converting this low voltage clock signal back to a higher voltage at the utilization points. Low vdd clock trees Multiple Supply Voltages.

250 views • 16 slides

SYEN 3330 Digital Systems

331 views • 13 slides

SYEN 3330 Digital Systems

139 views • 13 slides

Peter Bannon VP of Architecture and Verification September 20, 2007

Announcing PWRficient Processors from PA Semi, the Most Power Efficient, High Performance Processors Available. Peter Bannon VP of Architecture and Verification September 20, 2007. The Escalating Power Problem. Shrinking device geometries provides Faster gates Increased density BUT

191 views • 8 slides

Synopsis Primetime

Stand-alone full chip, gate-level static timing analyzer. It analyzes the timing of large, synchronous, digital ASICs. Pre-layout static timing analysis. Synopsis Primetime. Setup and hold checks Recovery and removal checks Clock pulse width checks Clock gating checks.

542 views • 7 slides