Microchip’s booth tour is less about a single flagship chip and more about how the company is stitching together the embedded stack: edge AI, industrial networking, automotive camera links, HMI, security and power electronics. The demos show Microchip positioning itself as a broad platform vendor, not just a microcontroller supplier, with current emphasis on AIoT, 10BASE-T1S, TSN, Zephyr, Linux, secure MCUs and MPUs, and reference designs that shorten evaluation cycles for OEMs. https://www.microchip.com/en-us/about/events-info/embedded-world
The access-control and cockpit demos reflect two themes that now run through a lot of embedded design: local inference and human-machine interaction. Facial recognition with liveness detection, round-display touch interfaces, and color-sorting machine vision are shown here not as isolated gimmicks but as edge workloads that need low latency, deterministic control and a practical HMI layer. That also fits with Microchip’s current demo lineup around graphics, touch, camera systems and AI at the edge.
A stronger technical thread in the video is networking. The shop-floor setup points to Single Pair Ethernet, especially 10BASE-T1S, as a path away from older fieldbus designs toward IP-based industrial systems with simpler wiring, real-time behavior and easier IT/OT integration. Microchip is explicitly framing this around industrial Ethernet migration, TSN-capable architectures, open-source software stacks and modular evaluation hardware built around boards that can be quickly reconfigured for demos or first customer trials.
Security is treated here as infrastructure rather than a feature checkbox. The tour touches secure boot, secure firmware update, key provisioning, post-quantum cryptography and Cyber Resilience Act readiness, including Microchip’s security portfolio and its work with Kudelski IoT keySTREAM for device provisioning and update workflows. In practice, that makes the video relevant to anyone designing industrial or edge products that now need lifecycle security, not just network connectivity and compute.
The automotive and high-performance pieces round out the picture: ASA-ML serializer/deserializer links for ADAS camera paths into Qualcomm Ride platforms, FPGA-based sensor fusion around AI accelerators, MICROSAR IO with Vector for compact ECUs, and a RISC-V story spanning PolarFire SoC FPGA and the newer PIC64 family. Taken together, the booth shows Microchip pushing toward distributed intelligence where control, networking, security and inference sit closer to the machine, a message delivered from the company’s stand at Embedded World 2026 in Nuremberg.
