According to NXP, the semiconductor company announced today the launch of an integrated robotics platform combining AI computing, sensing, connectivity, motor control, and power management. The platform features pre-integrated software and validated subsystems designed to reduce integration verification cycles from months to just days or weeks. Initial reference designs focus on autonomous drones, with planned expansion to service robots and autonomous mobile robots (AMRs). NXP stated that developers can implement basic drone functionality within 30 minutes of unboxing, then progressively add autonomous capabilities. The platform uses a neural fabric architecture with layered, distributed design connecting sensing, real-time control, AI inference, and communication, with security and functional safety integrated into the hardware-software foundation. Software includes open-source, modular SDKs integrating ROS2, PX4, and Zephyr. Hardware covers autonomous computing, flight management, intelligent sensing networks, and motor control subsystems. Additional support for other autonomous systems is expected by late 2027.
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