This week’s roundup covers the latest developments on processors and chiplet-based FPGAs for mission-critical systems, scalable physical AI solutions, and more.

Chiplet-based FPGAs for space applications split compute and I/O to balance processing capacity, radiation tolerance, power, and lifecycle requirements.

For example, radiation can alter the content of memories, permanently change the characteristics of transistors, or cause temporary circuit blockages. Similarly, extreme temperatures can change key ...

Neura Robotics and Seco S.p.A. have announced a strategic partnership to industrialize and scale physical AI in Europe. The collaboration combines Neura’s cognitive robotics architecture with Seco’s ...

Copper is not expected to keep up with the ever-increasing data center traffic and AI workload demands needed for computing and data-intensive AI model training. Copper today struggles with today’s ...

The surge in complexity of modern SoCs, driven by the integration of heterogeneous compute elements, advanced packaging techniques, and stringent power and performance demands, has led to an ...

In professional embedded projects, ranging from industrial automation to medical devices and commercial IoT products, developers increasingly favor high-level, lightweight, and easy-to-use ...

AI on edge devices is transforming the world of embedded electronics with advanced computing capabilities directly on low-power devices. Traditionally, neural networks have required powerful hardware ...

Altera Corp. has expanded memory support across its Agilex FPGA portfolio with Quartus Prime Pro Edition Software version 26.1.1. The release adds DDR5, LPDDR5, and LPDDR5X-compatible memory ...

Jacob Beningo is an embedded software consultant who specializes in real-time, microcontroller-based systems. He actively promotes software best practices through numerous articles, blogs, and ...

Conclusions Designing an embedded system for low-power usage is not just a requirement for battery-operated devices but also for grid-connected devices. As you have seen in this post, low-power design ...

While RISC-V was rightly preferred because of its open standard community and accessibility, it was not yet ready to replace competing architectures. Its fragmentation and immaturity often made ...