• Skip to main content
  • LOG IN
  • REGISTER
Coventor_New_LogoCoventor_New_LogoCoventor_New_LogoCoventor_New_Logo
  • COMPANY
    • ABOUT
    • CAREERS
    • PRESS RELEASE
    • PRESS COVERAGE
    • EVENTS
  • PRODUCTS
    • SEMulator3D®
      Semiconductor Process Modeling
    • CoventorMP®
      MEMS Design Automation
      • CoventorWare®
      • MEMS+®
  • SOLUTIONS
    • SEMICONDUCTOR SOLUTIONS
    • MEMS SOLUTIONS
  • RESOURCES
    • CASE STUDIES
    • BLOG
    • VIDEOS
  • CONTACT
  • SUPPORT
Contact Us
✕
  • Home
  • Coventor Blog
  • Best wishes for the holidays from Coventor
Coventor CTO David Fried leads a panel of industry experts on a discussion of how to address challenges to continued IC scaling
Industry experts debate next generation of process development challenges
December 16, 2013
MEMS 2014 Conference in San Francisco
January 16, 2014

Best wishes for the holidays from Coventor

Published by Coventor at December 24, 2013
Categories
  • Coventor Blog
Tags

From your friends and partners at Coventor around the world, we wish you best wishes for a safe and happy holiday season, and a prosperous New Year.
As always, we are standing by to help you get through any of your end-of-year design needs. Our support personnel are available through the coming week, with the exception of Wednesday December 25 and Wednesday January 1 when our worldwide offices are closed for the holidays.
As a reminder, here is contact information for Coventor resources
Web support:
System Requirements, Software Downloads, Customer Portal
www.coventor.com
Licensing information:
license@coventor.com
Email Technical Assistance:
EAST US: east.support@coventor.com
WEST US: west.support@coventor.com
Europe: europe.support@coventor.com
Asia: asia.support@coventor.com
University university.support@coventor.com
Other: support@coventor.com
General Sales:
sales@coventor.com
University Sales:
university_admin@coventor.com
We look forward to working with you in 2014 to reach new levels of MEMS and IC design success.

Share
Coventor
Coventor

Related posts

Picture of a young man using virtual reality glasses from the 2018 movie “Ready Player One” from Warner Bros.

An Explanation of the Metaverse and 5 MEMS Technologies Solutions That Will Soon Help Make It Happen

January 18, 2023

An Explanation of the Metaverse and 5 MEMS Technologies Solutions That Will Soon Help Make It Happen


Read more - An Explanation of the Metaverse and 5 MEMS Technologies Solutions That Will Soon Help Make It Happen
Figure 4 displays a single image showing how surface roughness can get transferred to materials etched or deposited later. In this image, the surface roughness has led to scumming, which in turn caused lines to get shorted. The figure shows uneven lines due to surface roughness, with material left behind that crosses two of the lines and creates a short.

Figure 4: Surface roughness can get transferred to materials etched or deposited later. Here, the surface roughness has led to scumming, which in turn caused lines to get shorted.

January 13, 2023

Modeling of Line and Surface Roughness in Semiconductor Processing


Read more - Modeling of Line and Surface Roughness in Semiconductor Processing
Figure 2. Backside power delivery using buried power rails, based on [2] (not to scale).

Figure 2. Backside power delivery using buried power rails, based on [2] (not to scale).

December 19, 2022

The Other Side of the Wafer: The Latest Developments in Backside Power Delivery


Read more - The Other Side of the Wafer: The Latest Developments in Backside Power Delivery
Figure 1:   3D Gyroscope Model example with simulated pressure contours (left), and ambient cavity pressure vs. Q-factor graph with simulated and measured results (right) (courtesy: Murata)

Figure 1:   3D Gyroscope Model example with simulated pressure contours (left), and ambient cavity pressure vs. Q-factor graph with simulated and measured results (right) (courtesy: Murata)

November 28, 2022

Understanding Q-Factors in Gas Encapsulated MEMS Inertial Sensors


Read more - Understanding Q-Factors in Gas Encapsulated MEMS Inertial Sensors

Comments are closed.

Product Information

  • Product Offerings
  • Technical Support & Training
  • Licensing
  • System Requirements

Resources

  • Blog
  • Case Studies
  • Videos
  • 2018 MEMS Design Contest

Company

  • About
  • Press
  • Partners & Programs
  • Contact
© Copyright Coventor Inc., A Lam Research Company, All Rights Reserved
Privacy Policy • Terms of Use
Contact Us
  • LOG IN
  • REGISTER