Sage Design Automation
Semiconductor Platform Developer
Company Overview
Snapshot
Founded in January 2012 by Coby Zelnik, Sage Design Automation developed a semiconductor design technology platform. The company was acquired by Applied Materials in July 2020.
Business overview
Sage Design Automation is a developer of a semiconductor design technology platform focused on ensuring design rule consistency and closure between manufacturing process limitations. The company's core products, including iDRM, SLiC, DRVerify, and MSCO, serve the industrial manufacturing sector within the broader Industrial Technologies and Microelectronics & Photonics Solutions sectors.
Strategic signal
In July 2020, Sage Design Automation was acquired by Applied Materials, a significant exit that validates the company's semiconductor design technology and its relevance to the broader industrial technologies market. This acquisition signals a successful strategic outcome for Sage Design Automation, integrating its platform into a larger multinational entity.
Log in to access full profile ›Company Intelligence Q&A
- What was the most significant corporate event for Sage Design Automation?
- Sage Design Automation was acquired by Applied Materials in July 2020. This acquisition marked a key milestone for the company, integrating its semiconductor design technology platform into a larger industry player.
- When was Sage Design Automation founded?
- Sage Design Automation was founded in January 2012.
- Who founded Sage Design Automation?
- Sage Design Automation was founded by Coby Zelnik.
- What is Sage Design Automation's primary sector?
- Sage Design Automation operates primarily in the Industrial Technologies sector, with a focus on Microelectronics & Photonics Solutions.
- What is Sage Design Automation's core product offering?
- Sage Design Automation develops a semiconductor design technology platform that provides design rule consistency and closure between manufacturing process limitations, with products such as iDRM, SLiC, DRVerify, and MSCO.