In addition to the semiconductor company’s CV25 AI system-on-chip in LG’s latest driver-monitoring system, the company will show two firsts—an automotive passenger-vehicle and fleet-focused vision language model and an updated Oculii centralized radar using a production CV3 AI domain control SoC.
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The MOU with NXP marks a significant milestone in Bitsensing’s journey in delivering radar solutions for applications in vehicles, traffic monitoring, healthcare, and robotics, and comes on the heels of its TraXight ITS solution used in Italy and Korea being named a CES Innovation Award Honoree.
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Designed to take advantage of spatial computing, Analogue provides full fidelity, interactive, and native performance for 3D immersive experiences and dramatically simplifies the design, distribution, and approval cycle for modern 3D projects including vehicle design.
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It is the latest step from the OEM focusing on the data-as-a-service business and its Dare Forward 2030 Strategy, with other key highlights being a software strategic plan involving the release of multiple products addressing B2C and B2B customers and the introduction of a new Ram ProMaster electric van.
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The consulting firm’s Automotive Outlook 2040 predicts China’s auto industry will have captured 25-34% of the global market, with 70% of new cars sold globally will be battery electric vehicles, with hydrogen and e-fuels playing only a minor role, and almost all new vehicles will be software-defined.
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At the SC24 high-performance-computing conference today, Nvidia with partners announced Omniverse Blueprint for real-time physics digital twins for CFD and wind tunnel simulation, Alchemi NIM for sustainable materials research on EV batteries, and migrating to new Grace architectures.
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At the Snapdragon Summit 2024 last month, a Qualcomm-led “fireside chat” with execs from Rivian and Epic Games revealed more details of the high-profile collaboration on the most extensive update to the Rivian user interface since its launch enabled by Unreal Engine and Snapdragon Cockpit.
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They plan to adopt and extend the VirtIO device virtualization framework to decouple automotive software development from hardware to reduce industry fragmentation through standardization and accelerate automotive development cycles.
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At its Snapdragon Summit today, the company revealed its Oryon CPU-based platform that’s three times faster with up to twelve times stronger AI performance for enhanced safety and in-vehicle experiences compared to the previous generation, with Li Auto, Mercedes-Benz, and Google announced as first customers.
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The Level 4 autonomous driving domain controller, to be used in WeRide’s robobus, incorporates FP4 and FP8 AI inference, resulting in a fivefold increase in the inference speed of transformer models, computing power of 2100 TOPS, and functional safety levels up to ISO 26262 ASIL-D.
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