Software-Defined Radar Is First Leap On SDV Path


Software-defined vehicles (SDVs) have had car company marketers in a veritable tizzy for several years, and while they generally agree on the direction, they differ on the speed and route to adoption. For most OEMs, a wholesale change in vehicle architecture, from hood ornament to trunk-latch, is easier said than done. Legacy systems, both hardware and software, are the millstone around OEMs... » read more

Wearable Connectivity, AI Enable New Use Cases


The sensing and processing technology used in smart phones, watches, and rings is starting to be being deployed in a wide variety of wearable devices, ranging from those that fill the gap between sports and med tech, to haptic devices to assist the visually impaired and AR/VR glasses. Emerging applications include payment, building, and factory wearables. Most of these devices process signal... » read more

ADAS Adds Complexity To Automotive Sensor Fusion


Sensor fusion is becoming increasingly popular and more complex in automotive designs, integrating multiple types of sensors into a single chip or package and intelligently routing data to wherever it is needed. The primary goal is to bring together information from cameras, radar, lidar, and other sensors in order to provide a detailed view of what's happening inside and outside of a vehicl... » 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

Automotive OEMs Face Multiple Technology Adoption Challenges


Experts At The Table: The automotive ecosystem is in the midst of significant change. OEMs and tiered providers are grappling with how to deal with legacy technology while incorporating ever-increasing levels of autonomy, electrification, and software-defined vehicle concepts, just to name a few. Semiconductor Engineering sat down to discuss these and other related issues with Wayne Lyons, seni... » read more

Edge And IoT Security Turning A Corner


Security is beginning to improve for a wide range of IoT and edge devices due to better tools, the implementation of new standards and methodologies, and an increasing level of collaboration and communication across different market segments that in the past had little or no interaction. Until recently, many vendors in cost-sensitive markets offered the bare minimum of security. To make matt... » read more

How Software-Defined Vehicles Change Auto Chip Design


The shift to software-defined vehicles is changing nearly every aspect of automotive design, from what hardware is added into vehicles, when it gets added, and what gets left behind. Moving key features to software rather than hardware allows carmakers to bring new features to market faster, at a lower cost, and to modify those features more quickly. It is also expected to drive up the value... » read more

ISO 26262’s Importance Widens Beyond Automotive


The ISO 26262 standard, which has become a mainstay since the trend toward vehicle electrification really took root a decade ago, is starting to gain traction in markets outside of automotive chip and system design. At the center of this expansion is a focus on safety under a variety of conditions — extreme temperatures, unexpected vibration, or a collision that is unavoidable. This includ... » read more

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