Latest Embedded Industry White Papers

Evolving Automotive Safety Requirements Demand Efficient RADAR Processing

NXP MCUs strike the optimal performance-per-watt balance for hardware-accelerated, high-resolution RADAR systems designed for safer, smarter vehicles.

In partnership with NXP Semiconductors

Steps to Incorporating Security into Your MCU-Based Design

In a variety of industries, security remains a key player in MCU-based designs. Here, learn the steps you can take to ensure the security of your designs regardless of end application.

In partnership with Renesas Electronics

How the Glow Compiler Optimizes Neural Networks for Low-Power NXP MCUs

Learn how the machine learning framework, Glow, a neural network (NN) model compiler, is integrated into the MCUXpresso SDK, which packages the Glow compiler and quantization tools into an easy-to-use installer, detailed documentation, and labs.

In partnership with NXP Semiconductors

An Easier Way to Keep IoT Devices Safe from Hackers

Protecting IoT designs from security threats is an ongoing challenge as connected devices continue to grow in popularity. In this article, learn how a cryptographic coprocessor can simply hardware-based security.

In partnership with Maxim Integrated

Secure Internet Communication for IoT Applications

While there's no one-size-fits-all approach to internet security, securing IoT-connected devices is more important than ever before. Examine approaches to securing internet communication and the challenges of implementing security correctly.

In partnership with Renesas Electronics

Introduction to the eIQ Machine Learning Software Development Environment

The eIQ software development environment leverages inference engines, neural network compilers, optimized libraries, deep learning toolkits, and open-source technologies for easier, more secure system-level application development, ML algorithm enablement, and auto-quality ML enablement.

In partnership with NXP Semiconductors

How to Implement Integrated Hardware-Based Security in IoT Devices

Learn about how on-chip hardware security integrated into an MCU sidesteps weaknesses associated with architectures where security features are isolated onto a secondary chip.

In partnership with Future Electronics