AMD unveils Ryzen Embedded 9000 Series: powering the next wave of industrial computing

Industrial computing is stepping into a new era, one that demands power, efficiency, and long-term dependability in equal measure. AMD has launched its Ryzen Embedded 9000 Series processors, built on the “Zen 5” architecture, to deliver the right mix of performance and resilience for industrial PCs, automation systems, and machine vision applications.

With this launch, AMD is strengthening its position in industrial and embedded segments, offering a platform that balances energy efficiency, compute density, and lifecycle reliability, key requirements for the factories and connected infrastructure of tomorrow.

Designed for demanding industrial workloads

The Ryzen Embedded 9000 Series is built to handle the rigorous needs of industrial PCs, control systems, and edge AI platforms. These processors offer high performance-per-watt, low latency, and scalable power envelopes ranging from 65W to 170W.

• For industrial PCs, the chips provide reliable operation in harsh environments with built-in graphics and high energy efficiency.

• For automation and robotics, they deliver low-latency response and real-time throughput for smart factory control.

• For machine vision, their AI inference and video processing capabilities enhance defect detection, quality checks, and precision measurement.

AMD’s integration of compute, graphics, and AI inference into a single processor positions the Ryzen Embedded 9000 as a strong foundation for intelligent industrial systems.

Built on Zen 5: performance meets efficiency

At the heart of this series is the Zen 5 architecture, manufactured on a 4nm process. It supports up to 16 high-performance cores and offers advanced features such as:

• AVX-512 instruction support for AI and video workloads.

• DDR5 memory and PCIe Gen 5 connectivity for faster data throughput.

• Up to 128MB AMD 3D V-Cache for higher bandwidth and reduced latency.

• AMD RDNA 2 graphics for cost-effective visual computing without the need for discrete GPUs.

The architecture is engineered to strike a balance between compute density and energy efficiency, giving designers the freedom to build systems optimised for power-sensitive control or performance-heavy vision tasks.

Reliability built to last

Industrial systems often operate for years, if not decades. AMD has designed the Ryzen Embedded 9000 Series with longevity and dependability as core priorities. Built for the AM5 socket, the platform ensures backwards and forward compatibility for extended lifecycle support.

• Up to seven years of product availability ensures stability for long-term deployments.

• Upcoming Ryzen PRO Embedded SKUs are expected to extend that to ten years.

• AMD PRO technologies provide hardware-based protection with Platform Secure Boot and full memory encryption via AMD Memory Guard, safeguarding against cyber threats and ensuring secure operation in connected industrial environments.

This combination of reliability and multilayered security is especially relevant for mission-critical systems across manufacturing, medical devices, and transportation infrastructure.

Future-ready architecture

The Ryzen Embedded 9000 Series is not just about performance; it’s about adaptability for tomorrow. With Wi-Fi 6E, PCIe Gen 5, and high-speed I/O, the processors are built to support next-generation industrial workloads and edge connectivity.

The use of the AM5 socket gives system designers flexibility to scale configurations, ensuring that solutions can evolve with future technologies without costly redesigns.

By uniting scalability, endurance, and energy efficiency, AMD offers a platform that can anchor industrial innovation for years to come.

A strategic step for industrial evolution

With the Ryzen Embedded 9000 Series, AMD is deepening its presence in industrial computing. A sector where reliability and lifecycle support often outweigh raw performance. These processors mark a major step forward for system integrators looking to design smarter, more resilient industrial PCs and edge devices.

By merging real-time AI capabilities with advanced visual computing and hardened reliability, AMD has set a benchmark for what industrial computing platforms should deliver in the coming decade.

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