Overview

Additive manufacturing is a method to produce workpieces from many materials with physical characteristics that match the applications requirements. Laser controlled sintering of metal powder or from wire feeders are good for durable and precise elements that can be used as spare parts in existing machines or in prototypes. Shapes like caves and chains can be built in one production step and find their applications in medical, aviation, automobiles and many more.

Design Examples

Precise control is an AMD focus. Controlling lasers with hardware acceleration enables control that meets the parameters for the filament or metal powder. Extremely good resolutions become possible. Machine vision with AI can be used to identify defects at the earliest possible stage.

  • Arm© processing system for network interface, cybersecurity stack, local analytics augmented by cloud, CAD file preparation, control manager
  • Programmable logic for industrial ethernet, security accelerators, 3D CAD slicing accelerators, galvo control, machine vision interface with xNN engines

Device Support

AMD Kria™ K26 SOM

The Kria K26 SOM features a mid-range custom-built Zynq UltraScale+ MPSoC device in a small form factor targeting vision AI, robotics and industrial applications.

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Sapphire Edge+ VPR-4616

Industrial Boards and Kits

Find industrial boards and kits powered by AMD.

Support and Resources

Solutions Stack

AMD Industrial and Healthcare Embedded Solutions Stack

Many industrial and healthcare embedded products require the full AMD embedded solution stack, which includes optimized AMD components and ecosystem solutions. With AMD-based systems, there's no need to start from scratch. Save time, reduce costs, and enhance design reuse by utilizing the AMD embedded solution stack.

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