STMicroelectronics

Europe’s semiconductor future depends on more than capacity. It also depends on speed and skills. At the ISIG European executive summit, Thomas Morgenstern shared how ST is working to strengthen semiconductor infrastructure in Europe through AI-enabled automation for manufacturing, faster and more efficient technology R&D, and upskilling. For ST, the goal is clear: accelerate time to market, support resilient value chains, and help keep both mature and differentiating technologies central to Europe’s strategic industries. A few highlights from the roadmap: • Next-generation advanced packaging capabilities in Europe with a pilot line in Tours and continued investment in Malta • Pioneering a new R&D model by validating products virtually before the first wafer is even started with a new R&D Digital Twin Centre in Castelletto near Milan, Italy • Pilot programs with robots including humanoids taking on specific physically difficult or repetitive tasks in our fabs. • Upskilling and reskilling our teams, including on AI, to grow with this transformation. None of this happens in isolation. It is enabled by close partnerships across the ecosystem including employees, customers, suppliers, and partners that support the full value chain. With the right combination of technology, automation, and talent, Europe's semiconductor industry can further strengthen its competitive edge. #STMicroelectronics #Semiconductors

Want to see how we’re bridging the Sim-to-Real gap in Physical AI? Embedded World North America in Anaheim, CA, is the place to be! Visit ST at booth 5700 and join us at the NVIDIA Robotics Lab to explore the end-to-end robotics development journey - from simulation to real-world deployment. You’ll have the opportunity to see four live demos showcasing how the integration of ST MCUs, IMUs, ToF sensors, and STSPIN-based actuators with #NVIDIA Jetson embedded AI platforms simplifies humanoid robot development. By combining ST hardware with NVIDIA Jetson platforms and Isaac Sim, developers can accelerate policy training, reduce costly physical testing, and deploy more reliable robots faster. Read our latest blog post to discover the technology behind the demos: https://lnkd.in/dvi_XPGc #PhysicalAI #EmbeddedWorld #HumanoidRobots #STMicroelectronics #ewNA2026

Much of the discussion around AI focuses on compute performance. But as AI factories continue to grow, moving data efficiently is becoming just as critical as processing it. The industry is reaching a point where traditional electrical interconnects can no longer deliver the bandwidth, reach and energy efficiency required by next-generation AI systems. This is driving the transition toward optical connectivity, from today's pluggable optics to future Near-Packaged Optics (NPO) and Co-Packaged Optics (CPO). At ST, we are contributing to this transition through the combination of silicon photonics, BiCMOS technologies, STM32 microcontrollers and advanced integration capabilities. Together with customers, partners and research organizations, we are helping build more scalable and energy-efficient AI infrastructure. Looking forward to engaging with the optical communications ecosystem at #ECOC2026 👇🎞️Sylvie Gellida ECOC 2026 | 52nd European Conference on Optical Communication

AI is reshaping #datacenter architecture at an unprecedented pace. As AI workloads scale, the industry faces two major transitions: the move toward higher-density power architectures and the adoption of optical connectivity to support ever-increasing bandwidth requirements. At ST, we are helping customers address both challenges through a broad portfolio spanning power electronics, silicon photonics, BiCMOS technologies, microcontrollers, memory and connectivity solutions. From energy-efficient power delivery to optical interconnects, these technologies are becoming essential building blocks for next-gen AI infrastructure. 📍#ECOC2026 kicked off yesterday in Málaga, and we look forward to discussing how innovation, industrial scale and ecosystem collaboration can help accelerate the deployment of more powerful and efficient AI factories. 👇🎞️vincent fraisse ECOC 2026 | 52nd European Conference on Optical Communication #CloudAI #AIInfrastructure #SiliconPhotonics #OpticalNetworking

Ready to see what’s next in embedded? Join us at embedded world North America next week in Anaheim🗓️ Be ready to explore: 🔹 18 interactive demos spanning edge AI, sensing, processing, connectivity and security 🔹 21+ ecosystem partners and innovative collaborations 🔹 Robotics Lab demos featuring real-world applications 🔹 1:1 expert meetings to tackle your next design challenge 🔹 Hands-on workshops featuring MEMS sensing, Amazon Sidewalk and more 🔹 The ST Trivia Game for a chance to receive a FREE STM32 Development Kit, exclusive swag and more And there’s even more on the agenda: 🎤 Hear from ST experts at the Exhibitor Forum on Amazon Sidewalk, secure IoT connectivity, intelligent sensing and in-sensor AI. 🚀 Join Avnet for a live demo combining ST MEMS sensors, Amazon Sidewalk and /IOTCONNECT. Come see what ST can help you build: http://spkl.io/60437rUpv embedded world Exhibition&Conference #ewNA #embeddedworldNA

We’re creating a new R&D Digital Twin Center in Castelletto, Lombardy (Italy). This new hub will help us accelerate innovation by connecting modeling, emulation, simulation, product design, testing, and predictive reliability in one digital ecosystem. It’s a major step forward in how we develop technologies, products, and system solutions. By simulating real-world physics and complex operational scenarios, our engineering teams can innovate faster reducing the need for expensive, time-consuming physical experiments. Built on strong collaboration with universities, partners, and suppliers, the center aims to strengthen advanced research and development activities and accelerate innovation across the company. Find out more about the project: read the article by fabio gualandris, President QMT➡️http://spkl.io/60427r0RA #STMicroelectronics #researchanddevelopment #innovation

Can machines warn us before failure occurs? 🏭 The answer is yes, if we know how to listen. In #industrial environments, machines communicate through motion, heat, noise, pressure, and vibration. For a long time, interpreting those signals required deep specialist expertise. Today, sensing and #edgeAI are making that understanding more accessible. One of the clearest signals is vibration. When measured with enough precision, it can reveal early changes inside a machine, often before failure becomes visible. Take a deeper look with Lisa Trollo in All About Circuits and discover how, with the IIS3DWB10IS smart vibration sensor, we help industries listen to their machines more clearly. 🔍http://spkl.io/60417rjFL #SmartVibrationSensing #IntelligentSensors #SmartManufacturing #MEMS #MEMSSensors

Quantum computing will require more than breakthrough science. It will require a scalable manufacturing path.   We are proud to support Quobly in reaching a major milestone: demonstrating the three fundamental quantum computing operations, readout, single-qubit gates, and two-qubit gates, on a single industrial silicon chip manufactured using FD-SOI technology in our 300 mm Crolles semiconductor production environment. This achievement highlights the potential of leveraging advanced semiconductor manufacturing to help move quantum computing from research laboratories toward scalable, commercially viable systems.   By combining quantum #innovation with industrial semiconductor expertise, we are helping build the foundations for the next generation of computing. Congratulations to the teams at Quobly and #STMicroelectronics who contributed to this important milestone. #QuantumComputing #Semiconductors #FDSOI #DeepTech

What makes sustainability possible? People. It's the expertise, collaboration, and commitment of teams across ST that help turn ambition into action every day. From advancing our carbon neutrality goal to driving improvements in resource efficiency across our operations, progress is powered by the collective efforts of colleagues around the world. As part of that journey, our new Head of Environment, Marco Montanini, shares his first reflections after joining ST, what he's learned so far, and how he hopes to contribute alongside the teams working to advance our environmental goals. #SustainabilityMatters

Growing older should not mean giving up the comfort of home. For over a decade, #STM32 MCUs have been at the heart of Chiptech’s telecare systems. Chiptech is helping make independent living safer with telecare systems designed for moments when there is virtually no margin for error. When someone falls, feels unwell, or presses a help button, reliability matters. With STM32, Chiptech has the reliability, low-power performance, and long-term product availability needed to build efficient telecare systems. Now, as Chiptech expands into Europe, STM32 is also helping address growing cybersecurity and CRA compliance requirements. Learn more: http://spkl.io/60407RvD0 Chiptech New Zealand #CustomerStory #OurTechnologyStartsWithYou