The ST Blog (audio version)

A whole new type of interaction with Matter 1.5 products. We launched the ST25DA-C, the first secure NFC device compatible with commissioning over NTL (NFC Transport Layer).🔍 Learn more on the #STBlog: https://blog.st.com/matter-commissioning-st25da-c/

Realiable location data is a game-changer. Pozyx, a Belgian company powered by ST components, delivers precise positioning solutions that are trusted by leading manufacturers and logistics operators.🔍 Learn more on the #STBlog: https://blog.st.com/pozyx-power-industrial/

STM32WL3R is the first STM32WL3 designed with remote-control applications in mind. It comes with more wake-up pins, even lower power modes, and support for a new frequency band used for this use case. 🔍 Discover more on the #STBlog: https://blog.st.com/stm32wl3/

Entry-level graphics running on mainstream microcontrollers are among the most popular trends in embedded systems. During the STM32 Summit, we showcased a smart knob with a 240 x 240 display running at 60 FPS on an STM32C0.🔍 Learn more on the #STBlog: https://blog.st.com/entry-level-graphics/

Extensive collection of AI models. The STM32 AI Model Zoo, sorted by use cases, offers more than 140 ready-made models for vision, audio, and sensing.🔍 Learn more on the #STBlog: https://blog.st.com/modelzoo/

Performance levels enabling next-gen applications. The STM32V8 is the first Cortex-M85 microcontroller with 4 MB of embedded phase-change memory built on the most advanced 18-nm process technology.🔍 Learn more on the #STBlog: https://blog.st.com/stm32v8/

In today’s data-driven world, the demand for higher data transfer, speed, performance and energy efficiency is growing at an unprecedented pace. Silicon photonics combines the speed of light with the scalability of silicon manufacturing to meet these demands.🔍 Discover more on the #STBlog: https://blog.st.com/data-silicon-photonics-ai/

The ISM6HG256X and IIS2DULPX set new limits. The ISM6HG256X is the first on the market to reach 105 ºC, while the IIS2DULPX offers a ±16 g range, with a finite-state machine and a machine-learning core that supports adaptive self-configuration.🔍 Discover more on the #STBlog: https://blog.st.com/ism6hg256x-iis2dulpx/

Making sensors smarter with 3D stacking. This technology allows embedding additional circuitry and on-chip processing directly within the sensor, creating smarter image sensors.🔍 Discover more on the #STBlog: https://blog.st.com/cmos-image-sensors/

How to design great traction inverters? ST offers an evaluation board, the EVALSTGAP4S, which significantly hastens the development of a proof of concept.🔍 Discover more on the #STBlog: https://blog.st.com/traction-inverter/