What if AI could do more than recognize the world around it, and actually respond to it? Physical AI is enabling a new generation of intelligent, autonomous systems that can sense, reason and act in real time. By bringing these capabilities to the edge, developers can reduce latency, optimize power consumption and create more efficient, responsive solutions. In this article, Mark Reiten, Senior Corporate Vice President of our Intelligent Compute Business Unit, explores how the evolution from perception to action is unlocking new possibilities for robotics and other physical AI applications. Discover what it takes to bring physical AI to life at the edge. mchp.us/4sy3Mmb #PhysicalAI #EdgeAI #EmbeddedInnovation

See how dsPIC33AK and AVR SD enable higher Functional Safety by Decomposition with a reactive fail-safe approach. Whitepaper: mchp.us/4q6y8uK. #FunctionalSafety #SIL #ASIL

The future of space exploration demands more computing power. Microchip’s PIC64-HPSC achieves key milestones marking important progress toward enabling more autonomous, data-intensive missions to the Moon and beyond. Learn more: mchp.us/4BrJoXM. #SpaceComputing #PIC64

Industrial networking shouldn’t slow innovation. The path forward: simpler integration, faster development and scalable designs. ➡️ Explore where Industrial Ethernet is headed. mchp.us/46Ox1Hm #IndustrialEthernet #Microchip #Industry40 #FactoryAutomation #Networking

Reliable 5G networks starts with precise timing. In this EDN article by our Benjamin Bunyatipanon, he explains how cesium atomic clocks help operators maintain synchronization when GNSS is disrupted, supporting resilient 5G networks: mchp.us/4iv1HE1. @EDNcom #5GNetworks #AtomicClocks #Timing

Build smarter, more responsive robots. See gesture-controlled robotic hands, our Humanoid Robotics Wall and the KLARQ autonomous robot dog at electronica 2026. Find us in Hall C5, Booth 121. mchp.us/4ylh2MG #electronicaFair #Robotics

Energy-aware systems start with better visibility. Our PAC1761 and PAC1861 digital power monitors help detect trends, load shifts and power excursions to prevent failures. Read the blog: mchp.us/4hnJfgh. #PowerMonitoring #DigitalPower #SystemDesign

Designing AI for space? Fault containment and data integrity matter as much as performance. Discover how PolarFire® SoC architectures help build resilient space edge AI systems. Read the blog: mchp.us/4AHmP14. #EdgeAI #PolarFire #Aerospace

We are live at Maker Faire Rome and excited to connect, innovate and showcase what’s next in making with MCUs. mchp.us/4fjccHG #MakerFaireRome

Accelerate embedded innovation with evaluation platforms built for secure power and automotive applications. Validate designs faster and reduce development risk with Microchip tools. Read the blog: mchp.us/4AZr6NF. #PowerDesign #EmbeddedSecurity #Automotive

From industrial automation to communications infrastructure and data centers, reliable clock distribution is critical. Discover how the SY757xx family supports modern FPGA and SoC designs with integrated voltage translation and clean clock performance. Download the datasheet: mchp.us/47seVuT. #DataCenter #IndustrialAutomation #Communications #ClockTiming

Discover technologies designed to bring greater performance, connectivity and intelligence to next-generation products. Visit us at CES® 2027 to explore our latest innovations. mchp.us/4rMk1vw #AI #Robotics

Bring powerful AI inference to the edge with low latency and efficient processing. Discover how Microchip and Hailo are enabling smarter robotics, cameras and autonomous systems. Read the blog: mchp.us/4e5v5hB. #EdgeAI #Robotics #EmbeddedSystems

Our L-Series Oscillators makes radiation-tolerant timing more accessible for New Space applications. The LX-820 is the newest addition to the portfolio of radiation-tolerant timing devices designed to make it easier for developers to select a timing solution based on the mission requirements. Learn more: mchp.us/4ytW39X. #NewSpace #RadiationTolerant #Timing

Modern factories need simpler, scalable connectivity. Learn how Single Pair Ethernet enables efficient communication from sensors to edge systems. Read the blog: mchp.us/4iXztTk. #EdgeConnectivity #IIoT #Ethernet

Still using voltage dividers for clock translation? Traditional approaches can add components, consume board space, and introduce design complexity. The SY757xx family simplifies clock distribution and voltage translation while helping maintain signal integrity across a wide frequency range. Learn more: mchp.us/47seVuT. #HardwareDesign #FPGA #EmbeddedSystems #ElectronicsEngineering

Accelerate power-efficient robotics systems with flexible compute. Explore how our PolarFire® SoC-based Mercury+ MP1 platform combines real-time control with Hailo AI acceleration. Register for our upcoming webinar with Enclustra and MakarenaLabs. mchp.us/3VsQKtF #AI #PolarFire #SoC

Explore 26 practical embedded technology training courses, connect with our technical experts and gain actionable insights to tackle your embedded design challenges. Join us at Taiwan MASTERs 2026 in Taipei, November 19‑20, 2026. Early‑bird offer closes soon, secure your seat by October 31, 2026. mchp.us/4hEii6K #MASTERs #EmpowerInnovation #TechnicalTraining #EmbeddedControl

Modern FPGAs and SoCs demand lower-voltage clock architectures. Meet the SY757xx family of low-voltage clock buffers, delivering: ✅ 1.2V to 3.3V voltage translation ✅ Up to 250 MHz operation ✅ Multiple output configurations ✅ Low-power performance Learn more: mchp.us/47seVuT. #FPGA #ClockBuffers #Semiconductor #SignalIntegrity

Reduce risk and increase reliability in mission-critical space systems with technology built for long-duration performance. Explore our tech for computing, power, RF, timing and relays at Space Tech Expo Europe 2026. Learn more: mchp.us/3SlSSST. @spacetechexpoeu #SpaceTechExpo #SpaceTechnology