'Clock distribution' diaporamas de présentation

Designing for 100+ MHz

Designing for 100+ MHz. 1999 Designs Demand. Higher system speed Higher integration smaller size, less power, better reliability Lower cost Shorter development time Better product differentiation. Traditional Multi-Chip Boards. Discrete design components CPU, memory

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Clocked Storage Elements for High-Performance and Low-Power Systems The book under the same title is published by J. Wil

Clocked Storage Elements for High-Performance and Low-Power Systems The book under the same title is published by J. Wiley Pub. Co. Vojin G. Oklobdzija* June 23th, 2003 Presentation given at: EPFL Lausanne, Switzerland *Advanced Computer System Engineering Laboratory

1.02k views • 79 slides

Clocking & Timing

Clocking & Timing. EE116B (Winter 2000): Lecture # 18 March 9, 1999. The Clock Skew Problem. Delay of Clock Wire. Constraints on Skew. Clock Constraints in Edge Triggered Logic. Positive and Negative Skew. Clock Skew in Master-Slave 2-Phase Design. Clock Skew in 2-Phase Design.

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513 views • 35 slides

Chapter 10

Chapter 10. Timing Issues. Rev.1.0 05/11/2003 Rev. 1.1 05/28/2003 Rev. 1.2 06/05/2003. R. 1. R. 2. R. 3. In. Logic. Logic. Out. D. Q. D. Q. D. Q. Block #. 1. Block #. 2. t. t. t. pd,reg. CLK. pd. 1. pd. 2. Synchronous Pipelined Datapath. Data Register.

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Phin activities at LNF

Giancarlo Gatti. Phin activities at LNF. Outline. SPARC project overview SPARC drive laser system IR shaper comparison for flat top laser pulse IR/UV-pulse shaping Laser to RF synchronization schemes Trasverse shaping considerations Conclusive remarks.

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POWER and ENERGY OPTIMIZATION

POWER and ENERGY OPTIMIZATION. Muhammed ?. KALKAN 2007704323. Low Power Processor Design. Low power consumption is paramount in all types of processor-based embedded systems. Battery-based portable systems require a low-power methodology.

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Electronics Overview

Electronics Overview Electronics System Overview Power Backplane Readout Module (RM) Clock and Control Module (CCM) Calibration Module Theresa Shaw (FNAL) FE/DAQ Readout RBX Design Critical for Electonics RBX Provides Power, Cooling, Clock distribution, and

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CMOS VLSI DESIGN

CMOS VLSI DESIGN. Kasin Vichienchom kvkasin@kmitl.ac.th Lecture#6. Timing Issues. Clock Non-Ideality Clock Skew Jitter Clock Distribution Networks Metrics Types Examples. Clock Non-Ideality. Clock skew ( phase shift between clocks)

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ECE4331, Fall, 2009 Communication Systems

ECE4331, Fall, 2009 Communication Systems. Zhu Han Department of Electrical and Computer Engineering Class 4 Sep. 4 th , 2009. Review. +. +. Coherent Decoding and Amplitude Decoding.

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AA System configuration options 23 October 2012

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Assignment II Integrated Circuits Design

Assignment II Integrated Circuits Design. Ping-Hsiu Lee Reagan High School, Houston I. S. D. Deborah Barnett Tidehaven High School, Tidehaven I. S. D. Faculty Mentor: Dr. Peng Li, Assistant Professor Department of Electrical and Computer Engineering. Assignment II.

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CA406

CA406. Computer Architecture Networks. Data Flow - Summary. Fine-Grain Dataflow Suffered from comms network overload! Coarse-Grain Dataflow Monsoon ... Overtaken by commercial technology!! A sad “fact-of-life”

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CMOS Design With Delay Constraints: Design for Performance

CMOS Design With Delay Constraints: Design for Performance. The propagation delay equations on chart 4-5 can be rearranged to solve for W/L, as shown below, where we substituted C ox ? n (W n /L n ) for k n and similarly for k p

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CLOCK DISTRIBUTION

CLOCK DISTRIBUTION. Shobha Vasudevan. The clock distribution problem. Large Chip Area Different flop densities Non-uniform distribution of flops All flops need to get clock signal at the same time Power budget Clock routing:hard problem. Stages of Clock design.

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CS 7960-4 Lecture 24

CS 7960-4 Lecture 24. Exceeding the Dataflow Limit via Value Prediction M.H. Lipasti, J.P. Shen Proceedings of MICRO-29 December 1996. Dependences. Value Locality. Avg. accuracy 49%. Avg. accuracy 61%. Value Predictor. CT Design. VP Microarchitecture.

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Building Asynchronous Circuits With JBits

Building Asynchronous Circuits With JBits. Eric Keller eric.keller@xilinx.com FPL 2001. FPL2001. JBits Background. A Java API to configure Xilinx FPGA bitstreams Provides complete design control Routing CLB configuration Supports run-time reconfiguration

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CLOCK

CLOCK. Sephiroth Kwon GRMA 20-05-2009. OUTLINE. Clock Distribution Diagram Signal Description Repair Flow Chart Repair Technique. CLOCK Distribution Diagram. MCHHCLK/# 200/266MHZ. P5Q Deluxe. Clock Chip. Intel BearLake GMCH. DDR2 1,2,3,4. M_CHB_CLK/#. CK_100M_MCH/# 100MHZ.

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FEE Electronics progress

FEE Electronics progress. Mezzanine manufacture progress FEE64 testing and VHDL progress Test mezzanine. Trial mechanical assembly. Mezzanine manufacture Progress. PCB design sent to manufacturer Order for assembly placed and parts purchase started.

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Clock Distribution Network H-Tree

Clock Distribution Network H-Tree.

298 views • 4 slides