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Replace power-hungry GPU and FPGA chips with Blaize GSP SoCs for a 10-100x systems efficiency advantage and a single scalable architecture across use cases. Plus, full programmability for a range of platforms, dynamic workloads, and updates.
Combining low latency with low power consumption, Blaize GSP is ideal for efficiently processing AI workloads at the automotive edge, as either an embedded or accelerator solution.
Driver and passenger monitoring safety features, infotainment, gesture UI and driver UX hinge on low-power, high-performance, cost-effective, and easily programmable edge processingSee The Blog
Drive train control and monitoring, camera/LiDAR/Radar sensor pre-processing allows faster response and higher performance in the sensor fusion system.
High-speed object detection, land departure, forward collision path learning, sensor fusing makeup the immense and complex AI workloads that characterize autonomous and semi-autonomous vehicles.