Infineon Technologies

The energy landscape is accelerating at a rapid pace. From renewable energy to electrification, the way electricity is generated and used is becoming more dynamic and complex. However, it comes with its own challenges. Renewables introduce volatility. Electrification is driving unprecedented demand. Systems are becoming more interconnected, and downtime is less acceptable than ever. Traditional power distribution isn't built for this level of complexity. To keep up, we need a new generation of solutions that deliver: ✅ Precise, fast-acting protection ✅ Real-time visibility and control ✅ Higher efficiency and system availability ✅ Flexibility across AC and DC architectures This is where solid-state circuit breakers make the difference. They enable smarter, more responsive power distribution to tackle the challenges of tomorrow. Learn more: https://scom.ly/WDW8mRw

Infineon and NVIDIA. Powering the AI era.🎉 The shift from generative to agentic and physical AI demands a complete rethink of how AI factories are built and powered. From grid to core, every stage of the power chain must deliver more. More efficiency, more performance, more reliability at scale. Together with NVIDIA, we are enabling next-generation AI factory infrastructure through advanced 800 VDC power architectures, backed by our leadership across Si, SiC, and GaN technologies. This week, Adam White, Infineon's Division President Power & Sensor Systems, is in Taipei, meeting industry leaders to accelerate this transformation. The conversations happening today are shaping the AI infrastructure of tomorrow. Together with our customers and partners, we are defining the pace of AI innovation. 💪 #PoweringAI #Datacenters #AI #Innovation

We’re proud to join NVIDIA’s MGX AI Factory ecosystem and help shape the next generation of AI infrastructure! 🚀 Together with NVIDIA, we are redefining how power is delivered by advancing power for AI factories. As AI evolves into agentic systems and advanced reasoning models, data centers face a new challenge: delivering significantly more compute within the same space, power, and cooling constraints. This is another step forward in our mission to power AI from the grid to the core, with scalable semiconductor solutions for the AI factories in the era of agentic AI. 🎉 Want to learn more? Check out the link below 👇 https://scom.ly/yy8w9Gz

Smart wearables are becoming an everyday companion and contactless payment is now a must-have feature for devices like smart rings or smart watches. ⌚ With the launch of SECORA™ one-stop-shop for wearable payments, we offer a new solution that helps turn smart wearables into secured payment devices. 🥳 The one-stop-shop combines: 👉 SECORA™ Connect X: a ready-to-integrate solution with the smallest active NFC payment chip on the market and ultra-low power consumption for longer battery life 👉 SECORA™ Wallet with integrated SECORA™ Token Requestor, connected to Mastercard (MDES) and Visa (VTS), enabling card digitalization and an own branded wallet app Together, this enables faster time-to-market, flexible design, card tokenization and secured payment functionality for active wearables. 🚀 Join us next week at Money20/20 in Amsterdam and visit our booth for a live demo and hands-on experience. Learn more here: 🔎 https://scom.ly/Pga5RnY

For decades, Moore’s Law has driven progress in electronics. But what happens when scaling alone is no longer enough? Now, the next chapter begins. With the launch of Moore4Power, Europe’s semiconductor ecosystem is coming together at scale - marking the start of one of the continent’s most ambitious R&D flagship initiatives. Infineon is proud to lead a consortium with outstanding expertise across the entire value chain, spanning academia, research, and industry - bringing together 62 partners from 15 European countries. At its core, Moore4Power represents a decisive shift: 👉 from individual components to system-level innovation 👉 from scaling limits to a More-than-Moore approach 👉 toward leveraging heterogeneous and functional integration in parallel This lays the foundation for the next generation of power electronics - unlocking new levels of efficiency, reliability, and performance. Moore4Power strengthens Europe’s technological sovereignty while accelerating sustainable innovation - from renewable energy to e-mobility and industrial applications. Together with our partners, we are shaping what’s next. #Moore4Power #Semiconductors #PowerElectronics #Innovation #Sustainability #TechSovereignty #EUProjects

🚀 Power levels are skyrocketing as AI takes center stage in data centers! But with this surge, traditional lateral power delivery is hitting its limits: more PDN losses and shrinking efficiency, plus crowded racks as we stack more GPUs. There’s a better way: vertical power delivery. ⚡👀 ✅ Up to 85% reduction in PDN losses ✅ 55% smaller size This leap in power architecture is the key to unlocking next-gen AI performance 👉delivering more power, greater efficiency, and freeing up precious rack space. Let’s power the future, smarter! 💡🔋 📄 Want to learn more? Visit our website 🔗https://scom.ly/0BJgLD0 🔮 And stay tuned as we have some more AI power predictions coming soon. #AI #datacenters #powerdelivery #efficiency #innovation #fromGridtoCore

Did you know? Many mobile devices are power consumers and power providers? ⚡🔋 Modern devices like smartphones 📱, tablets, and power banks are becoming increasingly powerful while design, efficiency, and safety requirements continue to rise. Challenges such as limited PCB space, higher temperatures during fast charging, and the need for bidirectional power flow are now standard. 💡 This is exactly where the GaN bidirectional switch comes in: It enables seamless switching between charging and discharging (for example USB-C OTG) while ensuring reliable protection against overvoltage and short circuits without unwanted leakage currents. Key advantages of GaN bidirectional switches: A single device can replace two unidirectional switches in a back-to-back configuration. This can save up to 70 percent of space, significantly reduce heat generation, and greatly simplify system design. At the same time, the absence of a body diode ensures a true “off” state and maximum efficiency. ⚡ ℹ️ More performance with less complexity — ideal for the next generation of compact, high performance devices. Explore more 🔗https://scom.ly/kz5v6Zx #GaN #PowerElectronics #USBC #FastCharging #MobileDevices

What started as a vision becomes reality on 2 July: we celebrate the opening of our Smart Power Fab, a powerhouse for the future, producing semiconductors from Dresden to the world. 🚀🌍 For decades, our Dresden site has been a lighthouse of Europe’s semiconductor industry. Become part of this journey – from the site’s foundation in 1994, through the 200 mm ramp‑up in 1995 and the pioneer 300 mm high‑volume power semiconductor production, to the groundbreaking for the Smart Power Fab in 2023 – and now the final stretch toward the opening this summer. We’re excited about starting the next chapter! 🏭 🎥 Watch the key milestones in this video and learn more about the Smart Power Fab 👉 https://scom.ly/QDvoN9P

AI is going real time and infrastructure needs to catch up. 🚀 That is why we're teaming up with d-Matrix®. 🤝 Chasing real time AI at scale means optimizing the whole stack: compute architecture plus vertical power delivery and high current density power modules close to the core. Together, we are unlocking a new level of AI inference performance where speed, efficiency, and power truly matter. ⚡ What this means: ✅ Sub 2ms latency for real time AI experiences ✅ Industry leading performance in high density data centers ✅ Smarter power delivery enabling scalable AI As AI shifts from experimentation to interactive, always on applications, the bottleneck is no longer just compute... it is power. ⚡And that is exactly where we can make the difference. From generative AI and agentic systems to predictive analytics, efficient inference is becoming the backbone of modern AI infrastructure. 💡 AI runs on data, but it scales on power. Read more in our news 🔗 https://scom.ly/mlVg31N Exciting to see how strong partnerships are shaping the future from grid to core. #AI #ArtificialIntelligence #DataCenters #AIInfrastructure #Infineon #dMatrix #PowerElectronics

🎧 Launching our new We Power AI Podcast series: A series on how we power the future of AI data centers 🚀 Artificial intelligence is scaling fast, but powering it sustainably is one of the biggest challenges of our time. Today, we’re kicking off our new series with the introduction where we're exploring how energy systems, semiconductors, and digital innovation come together to enable AI at scale. 🎬 Episode 1 is now live - watch it here: https://lnkd.in/dt_Jw6xz Powering AI at scale: grids, HVDC, and what comes next In this episode, Kelsey speaks with Peter Wawer, Division President of Green Industrial Power at Infineon, about: ⚡ Why AI is pushing energy grids to their limits 🔋 The role of battery storage and electrification 🔌 How HVDC and DC-powered data centers improve efficiency 🤖 What “physical AI” could mean for industry and society 💡 From the grid to the server rack, powering AI sustainably starts with the right technologies 👉 Watch the first episode and follow our #Podcast4Engineers to stay ahead of the trends shaping AI and energy. #WePowerAI #AI #EnergyTransition #Sustainability #Semiconductors #HVDC #DataCenters #DigitalTransformation