NXP Developer Zone

Bring your next Edge AI application to life with the FRDM i.MX 95 Development Board. 🚀 Powered by the i.MX 95 applications processor, the FRDM i.MX 95 Development Board combines advanced AI acceleration with the integrated eIQ® Neutron NPU, rich multimedia capabilities and Wi-Fi® 6 connectivity in a compact, cost-effective platform for rapid prototyping and evaluation. Whether you're developing vision AI, multimodal AI, intelligent HMIs, industrial automation or edge gateways, the board provides the hardware and software ecosystem you need to accelerate development. Key capabilities: ✅ Integrated eIQ® Neutron NPU for efficient Edge AI inference ✅ Comprehensive software enablement and GoPoint demos ✅ Flexible expansion options for faster prototyping ✅ Compact, cost-effective platform built on the i.MX 95 processor Get started with the FRDM i.MX 95 Development Board👉 https://okt.to/AX27zC

In connected devices, every second counts. ⏱️ Whether you're building industrial automation systems, automotive applications or battery-powered IoT devices, accurate timekeeping is essential for reliable system performance and long battery life. Our PCA8525 and PCF8525 real-time clocks (RTCs) deliver up to 5× better timekeeping accuracy, ultra-low power operation and flexible voltage support to help you build resilient, always-on products. In our latest video, we explore how these advanced RTCs can help simplify your next design, including: ✅ Up to 5× better timekeeping accuracy ✅ Ultra-low power operation to extend battery life ✅ Flexible supply voltage from 1.2 V to 5.5 V ✅ Compact package options, including AEC-Q100 automotive-qualified variants ▶️ Watch the video to see how we're helping developers build more accurate, efficient and reliable industrial, automotive and IoT systems: https://okt.to/TLiu0O

What does innovation look like at the system level? Behind every breakthrough in power and energy systems is a network of partners bringing ideas, expertise, and technology together. This showcase highlights just some of the collaborations that help turn system-level innovation into reality — from energy management and EV charging to edge intelligence and beyond. Featuring our partners: ithinx GmbH, chargebyte, Enphase Energy, Nuvation Energy, Sensata Technologies, Cambridge GaN Devices Ltd, Secure, EcoG, eInfochips (An Arrow Company), and ISOVA. This is just the starting point. Take a look behind the scenes—and stay tuned as we explore the technologies, demos, and partner solutions featured throughout the series. https://okt.to/dZYc9h

What if buildings could identify potential issues before occupants ever notice them? 🤔 As commercial buildings become increasingly connected, reliable sensing is becoming essential to maintaining efficient operations. With hundreds or even thousands of sensors monitoring critical building systems, early fault detection helps minimize downtime, reduce maintenance costs, and improve overall system performance. Integrated diagnostics enable building systems to move from reactive maintenance to proactive monitoring by helping: 🏢 Detect sensor faults in real time within the signal chain to identify issues before they impact system performance. ⚡ Accelerate fault detection and response to help reduce downtime and maintenance costs. 🏥 Support applications across healthcare, retail, and other commercial environments where dependable sensing is critical to reliable operation. 🔧 Simplify system design by integrating diagnostics into the analog front end, reducing hardware complexity while improving scalability. Smarter buildings require more than connected devices. They require intelligent, reliable systems that help detect issues early, improve operational efficiency, and support long-term performance. Learn how integrated diagnostics are helping enable the next generation of smart buildings. 📖👉 https://okt.to/jngdol Components in Electronics

Another exciting step forward in our collaboration with QNX 🌟 QNX SDP 8.0 is now supported on S32N7, our scalable automotive cross-domain compute platform built for ECU consolidation and mixed-criticality workloads. The S32N7’s high-performance multi-core architecture, hardware-assisted partitioning and safety-ready design, combined with QNX’s trusted, safety-certified RTOS and hypervisor, enable clear separation of safety-critical and high-performance domains on a single SoC. Together with QNX, we are enabling OEMs and Tier-1s to build software‑defined vehicles on a centralized compute architecture, improving system scalability, safety, and development efficiency needed for the road ahead. https://okt.to/NYcXBR

Reducing complexity is key to accelerating the next generation of vehicle electrification. ⚡ As EV architectures continue to evolve, developers need scalable, efficient solutions that simplify design while meeting functional safety requirements. Our X-in-1 Electrification training explores how multi-function integration and modular architectures can help accelerate development across vehicle platforms. In this training, you'll learn how to: ✅ Accelerate development with ready-to-use e-axle and battery platforms ✅ Leverage S32 one-chip MCU architectures for safe multi-function integration ✅ Simplify ISO 26262 functional safety projects with safety assets and supporting documentation ✅ Scale electrification designs across multiple vehicle platforms with a modular approach Whether you're developing EV powertrains, battery management systems, or functional safety solutions, this training offers practical insights into the latest X-in-1 electrification technologies and design strategies. 🔗 Access the training here: https://okt.to/D9G6yz

What's new in MCUXpresso 26.06? 🚀   From the first Long-Term Support (LTS) release of the MCUXpresso SDK to productivity enhancements across VS Code, Config Tools, and Secure Provisioning, MCUXpresso 26.06 introduces updates designed to help streamline development and accelerate your workflow.   We've rounded up the key highlights so you can quickly explore what's new and what it means for your next design.   Read the full article 📖👇

What if you could start your next project with everything you need to evaluate, build, and test? FRDM gives you access to an ecosystem designed to help you move from evaluation to prototyping with confidence. Swipe through to see what's possible. 👀 We've also left a little surprise in the comments. Learn more about the FRDM ecosystem ➡️ https://okt.to/mlIs1b

The right processor is only part of the equation. The right ecosystem makes the difference. Building with the i.MX 95 applications processor means more than accessing high-performance compute. It means tapping into a growing ecosystem of trusted partners delivering wireless connectivity, AI, machine vision, security, software, and engineering expertise. Whether you're developing industrial automation, robotics, medical devices, or intelligent edge AI applications, our ecosystem helps you: 🔹 Accelerate development with production-ready solutions 🔹 Reduce design complexity with integrated technologies 🔹 Scale from prototype to production with trusted partners 🔹 Build secure, connected edge AI systems with confidence From intelligent processing to secure connectivity, we're helping developers bring innovative products to market faster. Explore the i.MX 95 ecosystem and discover the partners driving the next generation of connected intelligence 👉 https://okt.to/Vz8IeB

Looking for accurate timekeeping without sacrificing power or board space? ⏱️ Our PCF8525 and PCA8525 Real-Time Clocks (RTCs) are designed to deliver precise timekeeping with ultra-low power consumption for battery-powered and space-constrained applications. Key features: ✔️ Up to ±30 ppm accuracy with temperature compensation ✔️ Nanoamp-level current for 10+ years of coin-cell operation ✔️ Operating temperatures up to +125°C with the PCA8525 ✔️ Ultra-compact WLCSP package (1.6 × 1.2 mm) for compact designs Whether you're developing industrial, medical, or IoT applications, our latest RTC family helps you build reliable, long-lasting systems with confidence. 🔗 Learn more about our latest RTC family: PCF8525: https://okt.to/crIFHP PCA8525: https://okt.to/8eVn2D