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 ...

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Software architecture has long faced the problem of operating within system boundaries where specific requirements dominate: Enterprise systems, for example, demand flexibility, scalability, and rapid ...

ECEN 5613 is a 3 credit hour course and is the first course in CU's Professional Certificate in Embedded Systems. It is one of the Embedded Systems Engineering program core courses and provides an ...

Embedded systems power the modern world—quietly running inside vehicles, medical devices, industrial controllers, routers, consumer electronics, and countless “smart” products.

In the world of embedded systems, the language debate is alive and well. For years, C has dominated this space, its minimalistic design and low-level control giving embedded engineers the tools to ...

Embedded systems are increasingly prevalent in nearly every aspect of human life. Innovations made possible by embedded systems are making our lives healthier, safer, cleaner, and more stimulating.

Embedded systems have become a cornerstone of modern technology, powering everything from IoT devices to automotive control systems. These specialized systems rely on software that is lightweight, ...

AMD has launched its 5th Gen EPYC Embedded processors, designed to enhance performance and efficiency in embedded markets, leveraging the new "Zen 5" architecture. These processors, part of the EPYC ...

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 three articles have explored the five steps to designing an embedded software architecture. So far, we’ve separated our software architecture into hardware-dependent and independent ...