Newsletter

EDA DesignLine  >  Design Center

Clock mesh variation robustness: benefits and analysis





EDA DesignLine

Circuit delay is increasingly affected by process variations at lower technology nodes.

Variations in the manufacturing process may cause two gates that are electrically identical and in close proximity to significantly vary in delay. Consequently, designers add significant timing margin to safeguard their designs against timing violations.

Clock mesh technology provides uniform, low skew clock distribution and offers better tolerance to on-chip variations (OCV) than conventional clock tree technology. The need to control OCV effects is now driving clock mesh technology to mainstream designs.

This article gives an overview and highlights the benefits of clock mesh technology compared to conventional clock tree methods.



 


Rate this article
WORSE | BETTER
1 2 3 4 5




Synopsys
Related Content

TECH PAPER
1. FPGA Design Methods for Fast Turn Around

TECH PAPER
2. Multi-Voltage Design Flow with Olympus-SoC

TECH PAPER
3. Realizing ESL with Scalable Transaction Level Models

TECH PAPER
4. Adaptability Breeds Success in IP Development

 


 Featured Jobs
Accenture seeking Project Management Team Lead in Charlotte, NC

Accenture seeking Software Engineer in Salt Lake City, UT

Boeing Company seeking Software Engineer in Herndon, VA

Switch and Data seeking Customer Solutions Engineer in Dallas, TX

Chart Industries seeking Sr. Developer in Cleveland, OH

More jobs on EETimesCareers
 Sponsor
 CAREER CENTER
Ready to take that job and shove it?
SEARCH JOBS:

 SPONSOR

 RECENT JOB POSTINGS
For more great jobs, career related news, features and services, please visit EETimes' Career Center.