Cadence is a leading EDA and Intelligent System Design provider delivering hardware, software, and IP for electronic design.

AI-driven chip design technologies offer automated insights that improve future chip designs, enhancing engineering productivity and reducing time-to-market. The Cadence AI team leverages libraries of algorithms across platforms and products to ensure that ongoing innovation benefits the full breadth of the company’s solutions.

Cadence custom IC design products and solutions offer an extensive and ideal balance of automation and custom-crafting combined into seamless flows to handle your analog, RF, and mixed-signal design needs.

Electronic design automation (EDA) is a set of software, hardware, and essential services for designing chips and semiconductor devices. In the past, hardware architects used to sketch chip designs by hand and utilized siloed tools.

From AI-driven IC and SoC design, AI-powered verification, PCB design to AI-based multiphysics analysis, and AI in molecular design, Cadence is harnessing the power of AI to usher in a new era of on-device AI IP and next-generation AI chip creation.

2022年1月18日 · There are a lot of commonalities between computational fluid dynamics (CFD), software, and chip design. All of them create a specification of the object of interest, and eventually use that representation as part of the manufacturing process.

Cadence Cerebrus Intelligent Chip Explorer is an AI-driven automated approach to chip design flow optimization that delivers improved PPA and productivity.

The Cadence OrCAD X Free Viewer lets you share and view design data in a read-only format from OrCAD X Capture CIS, PCB Editor, and Advanced Package Designer easily on your Windows platform without a license.

You will identify how chip design differs from the other designs and be introduced to IC design flow with Cadence EDA tools. You will get an overview of the semiconductor markets and Cadence Intelligent design strategy.

The Cadence RF simulation solution contains a wide range of analyses, provides design insight, and enables verification of broad RFIC types, including mixers, transceivers, power amplifiers, dividers, switched capacitors, filters, and phase-locked loops (PLLs).