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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Rise of the Robots
Learn MoreDiscover how combining illumination and indication in industrial lighting improves safety, productivity, and machine visibility with five practical applications streamlining operations.
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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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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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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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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 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 (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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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 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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Swarm robotics enables scalable, resilient automation for factories, farms, and rescue missions using advanced communication and positioning technologies.
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Unlock powerful edge computing with Arduino UNO Q, a hybrid Linux-MCU platform for advanced IoT, AI, and robotics designs.
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Industry 5.0 integrates human skills with AI, cobots, and IoT to drive smarter, more sustainable innovations in manufacturing and healthcare.
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CES 2026 showed how AI is being tested on factory floors, where digital twins, adaptive systems, and real-world constraints are shaping what industrial AI solutions can become.
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Phoenix Contact NearFi couplers deliver contactless power of up to 50W and 100Mbps Ethernet, replacing slip rings and connectors in motion-based automation systems.
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Discover how advanced materials like ceramics, refractory metals, and graphene protect space robots from extreme heat, radiation, and terrain.
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Contacts are the most vulnerable element of connector design. Explore how contactless connectors solve reliability and wear issues for industrial, medical, and robotics applications.
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Contactless magnetic sensors enable multiturn position tracking—even during power loss—in robotics, automation, and automotive systems.
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Agentic AI is transforming automation by enabling systems to plan and execute complex tasks with minimal human input. Learn how this technology impacts engineering, manufacturing, and more.
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Swarm robotics builds on the advantages of autonomous mobile robots and applies the benefits of scale.
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