Download PDF version Contact company

Cadence Design Systems, Inc. and Tower Semiconductor, the foundry of high-value analog semiconductor solutions announced a collaboration to advance automotive and mobile IC development.

Through the collaboration, the companies are developing a new, comprehensive automotive reference design flow using the Cadence® Virtuoso® Design Platform and Spectre® Simulation Platform to provide customers with a faster design cycle, maintaining comprehensive design verification for advanced automotive IC product development.

Faster ISO 26262 certification

The unique design challenges and analysis characteristics of automotive ICs require a carefully crafted combination of technologies and methodologies to satisfy the demanding ISO 26262 specification.

By working to combine Cadence and Tower technologies, mutual customers can meet automotive design goals and achieve a faster path to ISO 26262 certification.

Automotive reference flow

Automotive reference flow focuses on enabling customers to develop critical automotive ICs using an all-Cadence toolset"

Cadence and Tower have successfully collaborated for many years, delivering solutions for RF and silicon photonics, which help our mutual customers develop advanced offerings,” said Dr. Anirudh Devgan, President and CEO of Cadence.

He adds, “The mutual work we’re doing on the automotive reference flow focuses on enabling customers to develop critical automotive ICs, leveraging an integrated workflow using an all-Cadence toolset and a Tower reference design to develop compelling products faster.”

High-performance ICs

Our long-term partnership and collaboration with Cadence have enabled us to continuously provide our customers with leading-edge design tools that allow the development of innovative analog ICs that have been co-optimised with the package they reside in,” said Russell Ellwanger, Tower Semiconductor's CEO.

He adds, “This new reference flow provides our customers with a functional toolset for the development and manufacturing of high-performance ICs meeting the high quality and reliability demands of the automotive market and is another testament to our strong commitment to delivering advanced technology solutions that proficiently address our customers’ current and future needs.

Advanced analogue technology platforms

Tower Semiconductor offers a broad range of advanced analogue technology platforms addressing the automotive market.

These include image sensors, RF, and SiPho for ADAS systems, mixed-signal and advanced analogue for multiple application-specific ICs, and power management platforms enabling battery management systems, motor drivers, onboard chargers, and power converters for the fast-growing EV market.

Automotive offering

The new reference flow further solidifies the Company’s comprehensive automotive offering. The Cadence and Tower collaboration supports automotive SoC design and the broader Cadence Intelligent System Design™ strategy, which enables customers to achieve SoC design excellence. 

Download PDF version Download PDF version

In case you missed it

How can the industry do a better job of promoting emerging technologies in physical security environments?
How can the industry do a better job of promoting emerging technologies in physical security environments?

By all accounts, technology development is moving at a rapid pace in today's markets, including the physical security industry. However, market uptake of the newest technologies ma...

Dahua & KITT Engineering's LED screen innovations
Dahua & KITT Engineering's LED screen innovations

About a year and a half ago, Peter de Jong introduced Dahua to Fred Koks, General Manager of KITT Engineering. Since then, Dahua, KITT Engineering, and Ocean Outdoor have complete...

Protect assets with BCD's hybrid cloud NVR solutions
Protect assets with BCD's hybrid cloud NVR solutions

Like any retail franchise, car dealerships that have multiple locations nationwide require comprehensive, reliable, and scalable video surveillance solutions to protect their busin...

Quick poll
What is the most significant challenge facing smart building security today?