Embedded AI technology
Embedded Artificial Intelligence is redefining the capabilities of modern electronic systems – bringing intelligence, autonomy, and real-time decision‑making directly to the edge. Our embedded computing portfolio brings together advanced processing and AI acceleration technologies designed for challenges across industrial, defence, medical, transportation, and automation applications.
Why embedded AI?
Embedded AI integrates machine learning models directly into edge devices, enabling them to interpret data, recognise patterns, and act autonomously without constant cloud communication. It empowers systems to adapt to changing conditions, improve performance over time, and deliver intelligent insights where they are needed most.
Embedded AI replaces traditional cloud‑centric architectures with on‑device intelligence. This enables:
- Ultra‑fast processing with minimal latency
- Improved reliability by reducing cloud dependency
- Enhanced security through local data handling
- Lower operating costs and optimised power usage
- Smarter systems capable of adaptation, prediction, and automation
From predictive maintenance and autonomous robotics to machine vision and smart sensors, embedded AI is becoming a critical differentiator in next‑generation designs.
Your partner in AI technology development
Our engineering specialists support you from concept to production, helping you select the right compute technologies, optimise performance, and ensure long‑term reliability.
This page provides an overview of our Embedded AI capabilities and serves as a gateway to explore the specialised technologies that make up our portfolio.
Our AIoT solutions combine artificial intelligence with IoT to provide real-time insights for industrial automation, environmental monitoring, and transportation. In robotics, we offer high-performance processors and sensing modules for autonomous navigation and on-device decision-making.
Our GPGPU-HPC platforms deliver powerful parallel processing for machine vision, deep learning, and advanced analytics. Compact, energy-efficient compute modules like SOMs, COM Express, and SMARC enable AI integration in space-constrained devices.
Finally, our embedded platforms blend CPU, GPU, and AI accelerators within rugged, industrial-grade systems built for long lifecycles and demanding applications.
