NXP Developer Zone

New multi-channel PMICs are here. ⚡ Meet the PF51x3 family (PF5103 / PF5113 / PF5123) and PF0300, multi-channel PMICs designed to support sustainable, safe and scalable power management across automotive and industrial applications. Key highlights: ✅ PF51x3 supports complex automotive power architectures for infotainment, ADAS, vision and radar applications, with options ranging from QM up to ASIL B (plus cost‑optimized variants). 🎯 PF5113 is optimized for NXP radar platforms including S32R41, TEF82xx and SAF85xx 🔊 PF0300 is designed for automotive radio applications, delivering efficient low-noise power and flexible configurability Whether designing for radar, infotainment or automotive radio systems, these PMICs help simplify power design while supporting scalable next-generation vehicle architectures. Explore the PF51x3 family 👉 https://okt.to/6L87nv and PF0300 👉 https://okt.to/pVJqmF

Heading to the International Drone Show? So are we. 🙌 ✈️ From delivery and smart farming to inspection, conservation and emergency response, drones are unlocking new possibilities across industries. Our technologies are helping make it happen with intelligent, energy-efficient solutions built for real-world performance. Meet us there and explore what’s next in drone innovation. 📍Odense, Denmark 🗓️ June 3-4, 2026 Register today and visit our booth 👉 https://okt.to/FrLjyb

🗺️ Navigating CRA requirements for embedded and connected products? Don't miss this! Practical insights with Toradex experts at the Torizon™ CRA Summit. Register below 👇

When interactions feel effortless, you don’t notice the tech — just the experience. Ultra-wideband (UWB) brings precision and intent to nearby interactions, making connections faster, smarter and more intuitive. Discover how the Trimension® SR250 development board enables real-time ranging with accurate distance and direction — all from your phone. From setup and configuration to live demos, see how seamless spatial awareness comes to life. See the demo here: https://okt.to/TZbB8R

Getting your embedded Linux design to run is only the beginning. Scaling it to production is where the real engineering work starts. In this upcoming webinar with Toradex, we take a closer look at what it takes to make that transition with confidence. We cover how to choose the right silicon for long-term success, when a SoM approach makes sense versus chip-down, and what it really takes to maintain Linux across the full product lifecycle. We also explore evolving security expectations and CRA requirements, including a look at post-quantum cryptography on i.MX 95 and how EdgeLock 2GO supports secure provisioning in real production workflows. Join us to move from prototype to production with fewer surprises: https://lnkd.in/eqFg8QfA #BrighterTogether

Something powerful is coming to your MCUXpresso workflow. Join us for a LinkedIn Live May Tool Time as we spotlight the latest enhancements to the MCUXpresso Development Tools, focusing on FreeMASTER data visualization and how it can help you see, tune, and optimize system behavior in real time. Speaker details and the full agenda will be shared soon, but if FreeMASTER is part of your debug or control loop, this one should already be on your radar. Here’s what we’ll dig into: 📊 What’s new in FreeMASTER data visualization 🎛️ How real-time insight helps accelerate development and tuning ⚙️ Where these enhancements fit into modern MCUXpresso-based workflows Save your spot and keep an eye out for updates as we get closer to the session 👇

As vehicle architectures continue to evolve, choosing the right MCU is about more than performance alone. Functional safety, integrated security, software scalability and long-term reliability all play a critical role in enabling next-generation automotive designs. Built on Arm® Cortex®-M7, the S32K3 MCU series is designed to help developers scale across a wide range of automotive applications with: ✅ Scalable performance across multiple vehicle applications ✅ Functional safety support up to ASIL D ✅ Integrated security aligned with modern automotive requirements ✅ Long‑term reliability and supply commitment to support production lifecycles From body and comfort applications to electrification and emerging zonal architectures, S32K3 helps development teams simplify design complexity while accelerating development. Read the full blog to explore how the S32K3 MCU series supports scalable automotive innovation 👇📖

As edge applications become more intelligent, compute demands don’t just increase, they multiply. The i.MX 95 applications processor is designed to help developers handle advanced AI workloads, real-time processing and rich user experiences without compromising scalability. Here’s how the i.MX 95 SoC helps solve today’s edge computing challenges: ⚡ Handles compute-intensive edge workloads with ease 🧠 Enables scalable AI processing alongside the Ara240 DNPU 🛠 Supports complex software stacks with long-term Linux and Android support 🚗 Built for robotics, industrial automation, medical and automotive edge platforms See what’s possible with i.MX 95 processors at the autonomous, intelligent edge. Read the blog to learn more.👇

Medical devices don’t get a second chance—uptime, determinism, and safety must be engineered in from day one. In our joint NXP Semiconductors + QNX webinar, we’ll explore how the i.MX 9 Series Applications Processors paired with QNX OS help medical platforms meet strict regulatory demands while staying secure, scalable, and certification‑ready. Using real-world medical use cases, we’ll break down how hardware and OS architectural decisions directly influence reliability, performance, and compliance—long before your device reaches the clinic. Here’s what you’ll learn: 🧠 How deterministic architectures support mission‑critical medical workloads 🔐 What secure-by-design really looks like for regulated devices 📋 How to simplify the path to certification without sacrificing scalability Register now to see how the right HW + OS foundation sets medical designs up for success 👉 https://lnkd.in/e2XCm5zj #BrighterTogether

What happens when quantum computing breaks today’s security? In our latest webinar, we explored our post-quantum cryptography (PQC) strategy and how it’s being embedded into security architectures to future-proof devices for decades to come. With regulatory timelines accelerating and long product lifecycles at stake, the shift to quantum-resistant security is already underway. ✅ Why PQC matters now—and what’s at risk with traditional cryptography ✅ What evolving regulations (like CNSA 2.0 and EU guidance) mean for your designs ✅ How NXP integrates PQC into hardware roots of trust ✅ How PQC is being rolled out across the NXP portfolio to support long-term device security You don’t need to wait. 🎥You can watch on demand now: https://okt.to/6rXaYc