High-Speed Data Links Enable Next-Gen ADAS
High‑speed ADAS and infotainment systems require compact, high‑frequency connectors. To meet these needs, FAKRA‑Mini coaxial solutions enable reliable multi‑gigabit in‑vehicle data transmission.
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High‑speed ADAS and infotainment systems require compact, high‑frequency connectors. To meet these needs, FAKRA‑Mini coaxial solutions enable reliable multi‑gigabit in‑vehicle data transmission.
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Miniaturized automotive connectors enable compact wiring harnesses, high-speed data links, and reliable power delivery as ADAS, sensors, and electronics expand in modern vehicle designs.
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Hardware-based security ensures safe ADAS and autonomous driving by protecting automotive domain controllers with a root of trust and secure boot.
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Explore ethical challenges in autonomous vehicles, from life-or-death decisions to liability issues, and how global standards shape AV safety.
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Swarm robotics builds on the advantages of autonomous mobile robots and applies the benefits of scale.
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Take a look at the future of self-driving cars and their journey to market readiness.
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Burgeoning automotive trends are challenging designers to convert from traditional electronic control units to domain control units.
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An estimated $100 billion has been spent on autonomous driving, but no Level 4 robotaxis are profitable so far. Why not?
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Years of ADAS advancements have finally put Level 3 autonomy in the hands of select US consumers. How did we get here, and what’s the path forward?
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Zonal architectures have the potential to enable safer, more efficient, and more personalized driving experiences in software-defined vehicles.
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The first consumer Level 3 vehicles in the US represent an engineering triumph and show the path forward for Level 3 and Level 4 vehicles.
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As more autonomous vehicles navigate the road, they will continue to encounter cultural obstacles that engineers cannot solve in the lab.
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(Source: Andrew Derr - stock.adobe.com) Drivers burn a lot of time and energy looking for parking spots, increasing traffic congestion, fossil fuel usage, and air pollution. US drivers waste...
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(Source: MONOPOLY919/Shutterstock.com) Self-driving vehicles are fuelling significant and exciting technological development: Advanced sensors and neural networks are two examples. But the...
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(Source: Production Perig/Shutterstock.com) The momentum behind electric vehicles (EV) is impossible to disturb – until COVID-19 hit. But while the pandemic may have shifted the conversation away...
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Applying their knowledge of electronics hardware and coding to autonomous vehicles, engineering students from the renowned DIT begin their quest for N
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Autonomous vehicles are coming. But adapting them to drive safely on roads dominated by conventional vehicles is proving tricky. A better solution wou
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Advanced driver-assistance systems (ADASs) are becoming increasingly standard due to regulatory mandates, "feature creep,� and user preferences.
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LIDAR has come to dominate the self-driving car sensor discussion with a wide range of supporters but with one very notable detractor.
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The gift of sight via light detection and ranging (LIDAR) has enabled engineers to move beyond the development of robots that complete simple tasks to
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