Improving Performance And Lowering Power In Automotive


Automotive OEMs are boosting their investments across the semiconductor ecosystem as stepping stones toward electrification and autonomy, and they are starting to encounter some of the same issues chipmakers have been wrestling with at advanced nodes — massive compute performance, thermal and power issues, reliability over extended lifetimes, and a highly diverse and geographically distribute... » read more

Wi-Fi 7 Moves Forward, Adding Yet Another Protocol


The latest generation Wi-Fi protocol brings better speeds and data handling, but it does little to bridge various communications technologies. That, in turn, makes it more difficult and more expensive to design chips because they must integrate and support multiple wireless technologies, including different versions of the same technology. Wireless communications technologies are often victi... » read more

Mission-Critical Devices Drive System-Level Test Expansion


System-level testing is becoming essential for testing complex and increasingly heterogeneous chips, driven by rising demand for reliable parts in safety- and mission-critical applications. More and more chip manufacturers are jumping on the SLT bandwagon for high-volume manufacturing (HVM) of these devices. Unlike ATE and packaged device testing, SLT mimics actual semiconductor system opera... » read more

Silicon Root Of Trust IP And The Automotive Chain Of Trust


Cybersecurity attacks in the automotive industry have increased in magnitude, frequency and sophistication in recent years. According to IDC, there have been more than 900 publicly reported automotive security incidents since 2010, and this number is growing year over year. New attack vectors are emerging all the time. For example, attacks on the EV charging infrastructure reached 4% of total i... » read more

A Safety Verification Methodology For Automotive Semiconductors


By Alessandra Nardi (Synopsys), Teo Cupaiuolo (Synopsys), and Liu Min (SGS-TÜV Saar) Functional safety has been a long-standing requirement for many electronics applications, including implanted medical devices, space-borne systems, and nuclear power plants. The widespread use of advanced driver assistance systems (ADAS) and the advent of self-driving vehicles have added automotive chips to... » read more

Curbing Automotive Cybersecurity Attacks


The relentless cyberattacks on the automotive sector are not limited to vehicles and have an impact on the entire automotive supply chain, so the pressure is on the automotive ecosystem to understand the necessary standards and regulations for vehicles and components. While the process of attaining compliance adds additional effort, in the long run, the increase in cybersecurity will save the a... » read more

Changes In Memory Design


An explosion of data in automotive, cloud, and AI are altering the fundamentals of memory design. One size no longer fits all, as memory is used for a broader set of applications, from automotive and cloud to consumer devices. Anand Theruvengadam, director of product management at Synopsys, talks about the impact of big data applications on density, memory stacking, and growing concerns about r... » read more

How ADAS and EVs Drive Semiconductor-To-Automotive Supply Chain Innovation


As EV and ADAS become the focus for the automotive industry, the supply chain is going through a transformation. The industry is keenly reminded of recent semiconductor shortages as well as the growing semiconductor content requirements per vehicle.  This prompts the entire supply chain including traditional semiconductor suppliers, Tier-1s, and automotive OEMs to rethink their strategies not ... » read more

Verification And Test Of Safety And Security


Functional verification can cost as much as design, but new capabilities are piling onto an already stressed verification methodology, leaving solutions fragmented and incomplete. In a perfect world, a semiconductor device would be verified to operate according to its complete specification, and continue to operate correctly over the course of its useful life. The reality, however, is this i... » read more

Why Auto Ecosystem Relationships Are Changing


The automotive industry is in the midst of rapid change on many fronts. OEMs are exploring new functions and features to add to their vehicles, including chiplets, electrification, autonomous features, as well as new vehicle architectures that will determine how vehicles are going to be designed from the foundation up. But all of this is dependent on the relationships between all of the ecosyst... » read more

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