Synopsys

Smart and Secure Solutions—From Chips to Software Synopsys is driving the innovations that are transforming our daily lives and work environments. This includes advancements in the Internet of Things, self-driving vehicles, wearable technology, smart health devices, secure financial applications, and the use of machine learning and computer vision. These innovations mark the beginning of a new age where everything is interconnected, smarter, and requires robust security. At the core of this technological revolution are sophisticated silicon chips, enhanced by cutting-edge software. Synopsys leads the way in this Smart and Secure landscape with top-tier tools for designing silicon chips, verifying their functionality, integrating intellectual property, and testing application security. Our technology empowers clients to innovate seamlessly from chips to software, enabling them to create Smart and Secure solutions. Since 1986, Synopsys has been instrumental in speeding up the pace of electronics innovation. Engineers worldwide have relied on Synopsys technology to design and produce billions of chips and systems that power the devices we use every day.

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Articles

Advancing Multi-Die Chip Design with TSMC

Dec 5, 2024 | synopsys.com | Gary Ruggles

Semiconductor breakthroughs are rarely achieved when design solutions and process technologies aren’t tightly aligned. It’s why Synopsys has a long history of collaboration with TSMC, as evidenced by numerous TSMC OIP Partner of the Year awards — spanning AI, RF, multi-physics, and more — at TSMC’s recent Open Innovation Platform® (OIP) Ecosystem Forum.
800G Ethernet Standard in Action

Nov 13, 2024 | synopsys.com | Gary Ruggles

This article was previously published by the Ethernet Alliance. AI/ML workloads are pushing the limits of hyperscale data centers and high-performance computing (HPC) systems. Even those that have adopted 400G Ethernet are struggling to connect thousands of graphics processing units (GPUs), support more traffic and higher bandwidth accelerators, and scale at the pace of these modern workloads.
Accelerating Analog IC Design Migration w/ AI

Sep 30, 2024 | synopsys.com | Vikram Bhatia

In the semiconductor industry, analog design migrations often feel like chores. You know the drill: Design your circuit for one process node, only to be asked to move it to another, and then another. It’s like folding the same pile of laundry, week after week. But the stakes are much higher. Each migration involves a considerable amount of tweaking, recalculating, and trial and error. And every manual task – no matter how repetitive – comes with the possibility of human error.
Exploring AI Chip Design at Hot Chips 2024

Aug 27, 2024 | synopsys.com | Jon Ames |William Ruby |Ron DiGiuseppe |Markus Willems

The Hot Chips 2024 conference, taking place this week in Silicon Valley, is a showcase for AI chip innovation. The three-day program illustrates the race among both established chipmakers and new entrants to explore advanced architectures and embrace novel design solutions to deliver the next breakthrough AI processor.
Ultra Ethernet Consortium: Scaling AI and HPC

Aug 1, 2024 | synopsys.com | William Ruby |Ron DiGiuseppe |Markus Willems

Ethernet standards in computer networking have been enabling innovation for the last 50 years or so. Today’s compute applications have brought about unprecedented challenges. As machine learning processing needs threaten to further strain networks, the time to update Ethernet standards is now. In the summer of 2023, the Ultra Ethernet Consortium (UEC) was announced to do just that.
How generative AI tools reignite risk in code snippets

Jul 24, 2024 | synopsys.com | Patrick Carey |Fred Bals |Mike McGuire |Taylor Armerding

Code snippets copied from copyleft-licensed open source projects represented the biggest risk in software 15 years ago. The Heartbleed vulnerability, discovered in April 2014, brought to the fore concerns about the security of open source components, and license risk took a bit of a back seat. But the problem never went away. Now, the advent of Generative AI as a tool for writing software is shining a new light on the issue.
How FPGA Prototyping Boosts Software Verification

Jul 22, 2024 | synopsys.com | William Ruby |Taruna Reddy

In today’s landscape of generative AI, IoT, and more, the demand for advanced RISC-V core IP is rapidly escalating. As technology becomes increasingly software-driven, the industry has shifted from developing hardware first and software second to a new paradigm where applications, particularly large language models in AI, are driving the architectural development. This shift has positioned RISC-V at the forefront due to its highly configurable instruction set architecture (ISA).
Elevating Connected Vehicle Security with IP

Jul 17, 2024 | synopsys.com | Randy Fish |Marc Serughetti |Stewart Williams

Automakers in Europe have been intimately familiar with UN Regulation No. 155 (UN R155) since its introduction three years ago by the United Nations Economic Commission for Europe. But being able to meet the EU regulation has been no easy feat even though it may sound simple on the surface.
IoT device security: The role of penetration testing

Jul 16, 2024 | synopsys.com | Corey Hamilton |Ashutosh Agrawal |Natalie Lightner

The importance of IoT security IoT devices are ubiquitous in our daily lives—whether it’s at home with connected home automation devices, or at work with connected factories, hospitals, and even connected cars. According to data-gathering and visualization firm Statista, there was an estimated 15.9 billion IoT devices in use in 2023, and that number is expected to climb to more than 32.1 billion in 2030.
CVE-2024-5184s Prompt Injection in EmailGPT: CyRC Advisory

Jun 5, 2024 | synopsys.com | Jason Schmitt |Corey Hamilton

OverviewThe Synopsys Cybersecurity Research Center (CyRC) has exposed prompt injection vulnerabilities in the EmailGPT service. EmailGPT is an API service and Google Chrome extension that assists users in writing emails inside Gmail using OpenAI's GPT models. The service uses an API service that allows a malicious user to inject a direct prompt and take over the service logic.