'Timing closure' diaporamas de présentation

The Power of Communication: Energy-Efficient NoCs for FPGAs

The Power of Communication: Energy-Efficient NoCs for FPGAs. Mohamed ABDELFATTAH Vaughn BETZ. Outline. 1. Why NoCs on FPGAs?. 2. Embedded NoCs. 3. Power Analysis. 1. Why NoCs on FPGAs?. Motivation. Logic Blocks. Switch Blocks. Wires. Interconnect. 1. Why NoCs on FPGAs?.

526 views • 36 slides

Achieving Timing Closure

Achieving Timing Closure. Objectives. After completing this module, you will be able to: Describe a flow for obtaining timing closure Interpret a timing report and determine the cause of timing errors Apply Timing Analyzer report options to create customized timing reports. Timing Closure.

305 views • 30 slides

Achieving Timing Closure

Achieving Timing Closure. Objectives. After completing this module, you will be able to: Describe a flow for obtaining timing closure Interpret a timing report and determine the cause of timing errors Apply Timing Analyzer report options to create customized timing reports. Timing Closure.

303 views • 30 slides

Fully Pipelined FPU for OR1200

Fully Pipelined FPU for OR1200. Eric Zhang. Electrical & Computer Engineering. Introduction & Motivation. Floating Point Unit: Performs floating point operations such as: a dd/sub, multiplication, division, sine, cosine, FMA Wide dynamic range and high precision

343 views • 23 slides

362 views • 23 slides

CEDA Chapter

CEDA Chapter. Current chapter officers (2012 and 2013) Chair: Zhuo Li, IBM Vice Chair: Magdy Abadir , Freescale Secretary: Cliff Sze , IBM Webmaster: Natarajan Viswanathan , IBM Send email to zhuoli@ieee.org to be added in CEDA chapter email list

322 views • 19 slides

207 views • 19 slides