AI is vying for circuit and embedded-system design jobs, but in 2025, it still requires a seasoned engineer to ride shotgun. Insight into AI and its use as a tool to design circuits and embedded ...

Modern embedded systems are expected to operate with predictable timing, continuous reliability, and near-instantaneous response under increasingly complex workloads. From automotive control units and ...

Advances in embedded AI, connectivity, and security are reshaping embedded system architectures. Growing standardisation driving the embedded systems market Credit: Tria Technologies While compute ...

We’ve explored each element in detail except for secure storage in the previous posts. Today’s post will dive deeper into secure storage and how it applies to embedded systems. Secure storage is often ...

The last two articles have explored the five steps to designing an embedded software architecture. So far, we have seen a need in modern embedded systems to separate software architecture into ...

In previous articles, we looked at how to configure the kernel as well as the key components of an embedded operating system (OS). This new article focuses on the hardware components of embedded Linux ...

With fully interactive products now the norm, mechanical-control circuitry has emerged as an integral part of embedded-system design. Although designers have since the early days of electronics used ...

The rule of thumb in embedded system design has been that addinghardware increases power demands. The careful use of hardwareaccelerators, however, inverts the rule: adding hardware can reducepower.

Real-time embedded systems are typically constrained in terms of three system performance criteria: space, time, and energy. The performance requirements are directly translated into constraints ...

Every developer wants to develop robust systems. No one wants to point to a product that behaves poorly and say, “I built that.” Many factors come into play when designing and implementing a robust ...