Cloud native EDA tools & pre-optimized hardware platforms
In the age of software-defined vehicles, Synopsys accelerates innovation from Silicon to Software to drive safety, security, reliability, and quality in the new automotive digital value chain. Our chip design and verification, prototyping, IP, and software security solutions help you create smarter, safer automotive applications. Our Triple Shift Left methodology empowers you to build safety and security into your automotive SoCs upfront, start software development up to 18 months earlier, and ensure software security and quality throughout development and testing across the supply chain. Accelerate your automotive innovation with Synopsys.
Synopsys delivers the broadest breadth of automotive solutions to help hardware, software, and system designers comply with stringent functional safety standards like ISO 26262 and cybersecurity standards like ISO 21434 —and to do so quickly and efficiently. The Synopsys Safety-Aware Solution makes your automotive SoC design and verification highly predictable to achieve target Automotive Safety Integrity Levels (ASILs) with least impact to QoR.
Representing the future of vehicle design, the software-defined vehicle, whose features and functions are primarily enabled through software, is a result of the ongoing transformation of the automobile from a static product to an extension of the driver's interests. Synopsys enables automotive software developers to build security and quality into all stages of their lifecycle and start their development process months earlier.
Next-generation vehicles and automotive systems integrate powerful computing platforms, multiple networks, and increasing software content operating complex physical systems autonomously. Digital twins are a digital representation of a product or system under development and are essential to accelerating the automotive digital transformation. Synopsys support of digital twins enables earlier development and testing, higher productivity, and continuous delivery of better, safer, and more secure systems at lower cost.
Synopsys actively participates in a number of automotive standards organizations, supporting the evolution of these important protocols as vehicle safety, security, reliability, and quality become increasingly critical.
Using both the Synopsys ARC MetaWare Toolkit for AURIX™ TC4x and the Virtualizer Development Kits, our mutual customers will have a head-start on their software development process and be able to optimize their designs to get the most from the new AURIX™ TC4x performance.
Senior Vice President, Automotive Microcontrollers, Infineon
As the design complexity increases at the lower process nodes, we are resolved to support our customers' needs with innovative technologies for advanced chip designs. Synopsys IC Validator provides a best-in-class, differentiated solution that is certified on our production-ready, 5-nm and 4-nm technologies. IC Validator's innovative capabilities and predictive results, combined with Samsung Foundry's advanced process technology, enable our mutual customers to achieve silicon success for their most demanding next-generation applications.
Vice President of Design Enablement Team, Samsung Foundry
In close collaboration with Synopsys, the EDA leader for comprehensive automotive solutions, we have reached a higher standard with a unified automotive reference flow based on our 14LPU process technology. Samsung Foundry's automotive reference flow, enabled using Synopsys' differentiated automotive design flow, will help our customers streamline their safety-critical SoC design projects, including ISO 26262 compliance.
Vice President of Foundry Design Technology Team, Samsung Electronics
From headlights to back up cameras, meet your optical design needs with Synopsys software and expert support.