Overview
Industrial Automation Systems
AMD powers the Industrial IoT through the strong platforming capacity and hardware determinism of its SoCs and FPGAs. Embedded and application software development is rightfully attributed to drive the overwhelming cost of IIoT-enabled systems, therefore the value of a flexible, scalable, future-ready embedded IIoT edge platform to leverage the software investment is high.
The unique capacity to mix programmable software intelligence with programmable hardware determinism in a single chip differentiates AMD from other silicon architectures and leads to reduced complexity across industrial product lines, increased capability to adapt to the pace of the Industrial Internet of things, and improved time-to-market. Hardware determinism in AMD programmable logic isolates critical control timing and other operational technology (OT) functions from the often-unpredictable behaviors of network communication, cybersecurity-related activities and other processing in the information technology (IT) domain.
AMD Silicon Products
AMD silicon products have exceeded published lifecycle expectations and are designed to support industrial, automotive, and military temperature ranges. With a transparent approach to quality and long-term reliability documentation, AMD is the choice for Industrial IoT edge platforms for both customers and ecosystem partners alike.
Furthermore, with programming models that support software and data science programming languages and tools such as C, C++, Python, Labview, Matlab Simulink, and others in addition to traditional HDL languages and approaches, it is no surprise that AMD is recognized for dominating the Industrial IoT.
Common Silicon Architectures for Industrial IoT and Vision Applications | Description |
Adaptive SoCs |
|
End-to-End Acceleration for Embedded AI | |
Delivering Breakthrough AI Performance/Watt For Real-Time Systems | |
The Industry’s Only Single-Chip Adaptable Radio Platform | |
Heterogeneous MPSoC | |
SoCs with Hardware and Software Programmability | |
FPGAs |
|
High I/O, Low-Power FPGAs with State-of-the-Art Security Features | |
I/O Optimization with the Highest Performance-Per-Watt | |
Cost- and Power-Optimized FPGAs with Exceptional Performance/Watt | |
Cost and Transceiver Optimized FPGA | |
Best Price/Performance/Watt at 16nm | |
Best Price/Performance/Watt at 28nm |
*Part of theCost-Optimized Portfolio
Embed, Adapt, Advance with AMD.
The AMD Embedded product portfolio is built to meet your needs and includes a broad range of adaptive SoCs, FPGAs, and CPUs to support edge to cloud applications in industrial, automotive, healthcare, space, and beyond.
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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.
- Edge AIAMD AI solutions embrace popular frameworks and open-source approaches while delivering low latency, high performance per watt inferencing by reducing external memory accesses.
- Embedded Software for Mixed CriticalityGo to linkAMD supports various OSes, including both Ubuntu and Yocto-based Linux, RTOSes, hypervisors, and containers enabling IT/OT convergence in embedded systems.
- Any-to-Any ConnectivityGo to linkAMD offers a variety of in-house and ecosystem-enabled industrial networking, high-speed sensor, camera, and display interfaces for maximum connectivity and flexibility.
- Functional SafetyGo to linkAugment sophisticated real-time, AI systems with certified IEC 61508-based functional safety integrated in AMD FPGA and Adaptive SoCs to reduce risk to product launch.
- CybersecurityGo to linkSecure your design with AMD IEC 62443-based technology and solutions. Protect IP, ensure data integrity, and prevent tampering with cutting-edge solutions.
- Embedded VisionGo to linkAMD provides hardware accelerated, open-source computer vision software libraries and ecosystem IP for low latency, deterministic vision processing.
- Smarter ControlAMD enables scalable, high performance, precision control for industrial process and motion through hardware parallelism and a variety of developer flows.
- Silicon ArchitectureGo to linkDiscover AMD silicon and board-level solutions intended for industrial, vision, healthcare applications, featuring adaptive SoCs and FPGAs.
