STMicroelectronics Plans More Than 20 Demos at EdgeTech+ 2026

STMicroelectronics plans to exhibit at EdgeTech+ 2026, which will be held at Pacifico Yokohama from November 18-20, 2026, and display more than 20 demos and solutions. A seminar on physical AI will introduce embedded devices for robotics, centered on STM32 microcontrollers, alongside live demos, and cover integration with NVIDIA Isaac Sim and sim-to-real. The company is reported to be holding four exhibitor seminars, each lasting 40 minutes.

The planned live demos will cover embedded devices for robotics centered on STM32, as well as integration with Isaac Sim and sim-to-real, offering a look at the connection between simulation-based development and embedded implementation. HiL-based power design and security features are also among the seminar topics, bringing design and verification considerations beyond control into the same venue for robotics developers.

Of the more than 20 planned exhibits, the content identified as related to physical AI includes embedded devices and implementation technologies for robotics, as well as integration with simulation. The focus on STM32 microcontrollers suggests that the exhibits will center on the embedded side of robotics. Products and development environments related to sensing, security and communications are also planned, so the lineup will present elements for designing embedded systems, not just individual control components. The physical AI seminar will cover integration with NVIDIA Isaac Sim and sim-to-real, the application of technologies developed in a virtual environment to physical systems. The connection presented is between development in simulation and implementation on physical devices using STM32. However, the reported information does not specify what each demo will test, the model numbers or processing performance of the products involved, or the specific steps for transferring work from a virtual environment to a physical system. The planned introduction of the technology integration should therefore be distinguished from performance testing on physical systems or demonstrations of commercialization. The positioning of this exhibit can also be contrasted with RoboSTA announces an online seminar explaining NVIDIA's humanoid development platform, which covers NVIDIA's development platform. That article said the seminar would cover GR00T, Cosmos, Isaac and Jetson Thor, while the specific connection identified in this report is embedded implementation and application to physical systems centered on Isaac Sim and STM32. There is no basis for treating the two as part of the same development plan, but they cover different layers: development platforms and embedded implementation. The other planned seminars also highlight issues involved in implementing embedded devices. The power design session will cover design and verification using HiL and eDesignSuite, while the security session will introduce the EU Cyber Resilience Act and STM32 features such as secure boot and secure storage. The overall exhibit appears set to present a development environment that includes power design and security, in addition to robot control. Points to watch include the breakdown of the more than 20 exhibits, the product configurations used in each demo, the scope of integration with Isaac Sim and the conditions for physical-system applications demonstrated through sim-to-real. Until these details are disclosed, the planned exhibits do not provide enough information to assess their applicability or performance in implementation.