Enhancing Reliability For Automotive ICs


As an IC designer focused on automotive applications, reliability is likely one of your top priorities. The components you develop need to withstand extreme environmental conditions, maintain performance over extended lifetimes, and meet rigorous industry standards. Failure is simply not an option when it comes to automotive electronics. Achieving the required levels of reliability can be a ... » read more

Automotive Outlook 2025: Ecosystem Pivots Around SDV


The automotive industry is deep in the throes of a massive shift to software-defined vehicle architectures, a multi-year effort that will change the way automotive chips are designed, where they are used, and how they are sourced. Creating a new vehicle architecture is no small feat. OEMs need to figure out who to partner with and which aspects of their current architecture to include. This ... » read more

Med Tech Morphs Into Consumer Wearables


Doctors have been using advanced technology for years, but the growing trend is for consumers to use devices at home and have direct access to their data. Watches and rings that were once primarily used for counting steps or registering sleep patterns can now read blood pressure, heart rate, blood oxygen, body temperature, and other early signs of illness. Meanwhile, various patches are under d... » read more

Automotive Security Shifts To The System Level


Cars are getting smarter, more complicated, and more vulnerable to cyberattacks. As the amount of semiconductor and software content continues to increase, so does the number of over-the-air updates and connections to edge-based servers and services, adding a variety of new vectors for attacks. Properly securing vehicles requires engineers to first identify all the possible connection points... » read more

Beyond Simulation: Transforming Early IC Design With Insight Analyzer


Traditional verification methods are proving inadequate for addressing critical reliability challenges in today's increasingly complex integrated circuit (IC) designs. Modern IC design requires a proactive approach to verification that emphasizes early-stage analysis. The shift-left methodology enables earlier identification of potential design risks, addressing the complex challenges of IP blo... » read more

Blog Review: Feb. 5


Cadence's Rajneesh Chauhan explores the extended metadata feature in CXL 3.1, which helps systems manage memory and devices more effectively by sending extra information along with memory transactions to provide more context about what's happening during these transactions. Siemens' Bianca Ward recommends semiconductor companies combat rising production costs by leaning into digitalization a... » read more

AI In Data Management Has Limits


AI algorithms are being integrated into a growing number of EDA tools to automate different aspects of data management, but they also are forcing discussions about just how much decision-making should be turned over to machines and when that should happen. The ability of AI to sort through enormous amounts of design data to find patterns, both good and bad, is well recognized at this point. ... » read more

Chip Industry Week In Review


Chinese startup DeepSeek rattled the tech world and U.S. stock market with claims it spent just $5.6 million on compute power for its AI model compared to its billion-dollar rivals in the U.S. The announcement raised questions about U.S. investment strategies in AI infrastructure and led to an initial $600 billion selloff of NVIDIA stock. Since its launch, DeepSeek reportedly was hit by malicio... » read more

Chip Architectures Becoming Much More Complex With Chiplets


The migration from monolithic SoCs to chiplet-based designs is creating a confusing array of options and tradeoffs for design teams working at the leading edge, and the number of choices is only going to increase as third-party chiplets begin pouring into the market. That hasn't dampened the appetite for chiplets, however, which are deemed essential for future generations of semiconductors f... » read more

Chiplets Still A Challenge With UCIe 2.0


Plug-and-play chiplets are a popular goal, but does UCIe 2.0 move us any closer to that becoming a reality? The problem is that the current drivers of the standard are not after interoperability in the way that plug-and-play requires. Released in August 2024, UCIe 2.0 touts higher bandwidth density and improved power efficiency, as well as new features supporting 3D packaging, a manageable s... » read more

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