Embedded x86 processing is at the heart of industrial PCs, networking and storage, healthcare imaging, retail kiosks, and so much more. You might not always see them, but these systems are everywhere. But what does it really take to design technologies for such demanding conditions, whether on a factory floor that never sleeps, a networking switch moving terabytes of data each second, or medical imaging systems that needs both speed and accuracy.Embedded applications are diverse, and the one thing our embed ...

Industry Overview - Embedded x86 processing is crucial for various sectors including industrial PCs, networking, storage, healthcare imaging, and retail kiosks [1] - These systems are ubiquitous, demanding technologies designed for challenging conditions such as continuous operation and high data processing [1] AMD's Embedded Solutions - AMD x86 embedded processors are designed to meet stringent requirements for embedded applications [2] - These processors offer always-on uptime, manage heat in constrained enclosures, and support long deployment cycles of 10 years [2] - AMD processors leverage data center and client technologies to deliver top performance, longevity, and reliability [3] - Embedded-specific features include RAS (Reliability, Availability, and Serviceability), advanced connectivity, and security features [3] - AMD is committed to open source firmware, validated tools and drivers, and long-term OS support [3]