SBC和控制器为机器人提供推论、视觉、导航、控制和连通性

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Advantech has introduced the ASR-A503 robot controller single-board computer and AFE-A503 industrial robot controller, both powered by the Qualcomm Dragonwing IQ-9075M processor. The two platforms provide unified architecture for AI […] Advantech has introduced the ASR-A503 robot controller single-board computer and AFE-A503 industrial robot controller, both powered by the Qualcomm Dragonwing IQ-9075M processor. The two platforms provide unified architecture for AI inference, vision processing, navigation, control, and robot-facing connectivity. While TOPS remains an important AI performance indicator, production-ready robotics also depends on performance per watt, camera integration, I/O availability, thermal design, memory capacity, and deployment readiness. Advantech developed the ASR-A503 and AFE-A503 to address these system-level requirements rather than focusing on peak AI performance alone. Robotic systems must simultaneously handle three major workload types: The Dragonwing IQ-9075M distributes these workloads across CPU, GPU, NPU, and integrated vision-processing resources, allowing developers to consolidate perception, planning, and control on one heterogeneous computing platform. The ASR-A503 is designed for developers building customized robotic systems. It delivers up to 100 dense TOPS and 200 sparse TOPS for on-device AI and vision workloads. The board supports GbE, USB, CAN FD, digital I/O, serial interfaces, M.2 expansion, and optional GMSL connectivity, helping developers integrate cameras, sensors, motors, and peripherals within a compact robot design. Figure 1: ASR-A503 robot controller based on the Qualcomm Dragonwing IQ-9075M The AFE-A503 extends the same architecture into a fully integrated industrial edge AI controller. Designed for AMRs and production robotics, it combines computing, enclosure, power input, isolated interfaces, thermal design, and system connectivity in a deployment-ready platform. This helps reduce integration effort and accelerate the transition from development to field deployment. For battery-powered robots, performance must be evaluated together with system power, heat generation, cooling requirements, battery capacity, and operating time. The Dragonwing IQ-9075M architecture provides efficient AI and vision processing for continuous perception workloads, helping reduce thermal and power demands while maintaining the compute resources required for navigation and control. Both products also support the Advantech Robotic Suite, providing developers with a ready-to-use software environment for robotics application development. The ASR-A503 supports flexible board-level integration for customized robot designs, while the AFE-A503 provides an industrial controller for faster deployment. Together, they give robotics developers a common Dragonwing IQ-9075M platform for AI inference, multi-camera vision, planning, control, and industrial connectivity—helping teams move efficiently from prototype to production. Add us as preferred source Share Tweet Share Pin Previous Post Murata in production of world’s smallest 3-terminal ESL MLCC Next Post Micron has $54bn revenue quarter David Manners David Manners has more than forty-years experience writing about the electronics industry, its major trends and leading players. As well as writing business, components and research news, he is the author of the site's most popular blog, Mannerisms. This features series of posts such as Fables, Markets, Shenanigans, and Memory Lanes, across a wide range of topics. Most Popular Android XR to bring Gemini AI to headsets and glasses 0 shares Share 0 Tweet 0 Advanced packaging to be a $51bn market by 2031 0 shares Share 0 Tweet 0 Anthropic reveals biggest pre-IPO loss in history 0 shares Share 0 Tweet 0 TSMC looking to build six fabs in Texas 0 shares Share 0 Tweet 0 Test Arduino’s VENTUNO Q SBC for free 0 shares Share 0 Tweet 0 Don’t miss out on EW Newsletters Get our news, blogs and comment