The Future of Robotics: Why Physical AI Matters More Than Human Appearance
Physical AI, machine vision, and robotic manipulation enable specialized robots to perform human-like tasks without humanoid forms, improving ROI.
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Robotics
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Rise of the Robots
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How Silicon Carbide Enables Motor-Integrated Servo Drives
SiC power stages enable compact motor-integrated servo drives and three-phase inverter evaluation for robotics and industrial motion control.
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Current Sensing in AMR and Cobot Motion Control
Magnetic position and Hall-effect current sensors improve motion control, efficiency, and safety in AMRs and cobots operating in compact, EMI-prone environments.
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FPGAs for Sensor Processing and Motor Control in Humanoid Robots
FPGAs enable sensor fusion and parallel motor control in humanoid robots, supporting real-time processing, AI workflows, and BLDC motor control.
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Bringing Edge AI Control to Robotics
The Arduino VENTUNO Q edge AI SBC combines accelerated AI processing with a dedicated real-time microcontroller for robotics, vision systems, and automation.
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Low-Power FPGAs Enable Embedded Vision at the Edge
Explore how low-power FPGAs enable sensor aggregation, interface bridging, and efficient edge preprocessing in compact, power-constrained systems.
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Modular Connectivity for Modern Machine Design
Modular connectors replace hardwiring to improve machine assembly, scalability, serviceability, and predictive maintenance in modern industrial automation.
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Modern Autonomous Robots Bring Sensing, Computing, and Movement Together
Autonomous robots integrate sensor fusion, SLAM, FPGAs, and motor control across sensing, computing, and movement layers for industrial automation systems.
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Vector Control for BLDC Motors Using Advanced MCUs
Vector control (FOC) improves BLDC motor efficiency and precision. New MCUs enable cost effective implementation in power tools and small motor applications.
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MIL-Spec vs Commercial Connector Standards Explained
Understand connector standards, MIL-spec vs. commercial connectors, and how to select components based on performance, lifecycle, and application requirements.
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Ultra-Wideband in Modern Location Systems
Ultra‑wideband enables centimeter‑level real‑time location accuracy using time‑of‑flight and angle‑of‑arrival techniques, supporting secure access, robotics, and tracking in GPS‑limited environments.
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Smarter Lighting: 5 Ways to Use Multicolour Task Lights for Easy Status Indication
Discover how combining illumination and indication in industrial lighting improves safety, productivity, and machine visibility with five practical applications streamlining operations.
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Air Quality Sensing with Sensirion’s Environmental Sensing Module
Enhance industrial automation with Sensirion’s SENSEVAL‑SCB4xV1 and ST’s X‑NUCLEO‑IKS4A1, enabling real‑time environmental and motion sensing for smarter, safer embedded designs.
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Time-Sensitive Networking Delivers Deterministic Industrial Ethernet
Discover how TSN brings deterministic, low‑latency performance to industrial Ethernet, enabling reliable real‑time control, IIoT connectivity, and synchronized communication in modern smart factories.
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onsemi - Powering and Sensing AI: From Cloud Infrastructure to Physical Autonomy
Edge AI requires solving for power and perception at every level of the stack. Explore the growing energy demands of AI infrastructure and the sensing technologies behind physical autonomy.
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High-Resolution 3D Depth Sensing with Multi-Zone dToF Sensors
Explore how multi-zone direct time-of-flight (dToF) sensors deliver precise 3D depth mapping and an 11-meter range for robotics and autonomous industrial systems.
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Endpoint UWB Powers Secure, Spatially Aware Devices
Endpoint UWB is reshaping embedded design with secure ranging, RTLS, and low‑power radar. Explore how new standards and Qorvo’s QM35825 SoC enable next‑generation spatially aware devices.
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Single Pair Ethernet for Industrial Automation in Smart Factories
Single Pair Ethernet (SPE) brings deterministic, cybersecure industrial networking to smart factories. Learn how 10BASE T1S, MAC+PHY devices, and SPE solutions simplify IIoT connectivity.
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Precision Autonomy: Why Triple-Band GNSS + PPP-RTK Matters
Explore how triple-band GNSS with PPP‑RTK delivers fast convergence and centimeter-level accuracy for drones, AGVs, and robotics—applications where single-band GNSS can struggle.
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Edge AI Powers Real-Time Industrial Automation
Edge AI is moving from pilot projects into production as smaller models, better hardware, and lower data movement costs reshape industrial system design.
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