AMD EPYC™ Embedded processors combine high-performance x86 compute with scalable architecture, advanced security and long lifecycle support for demanding embedded applications.
Designed for compute-intensive and always-on environments, the AMD EPYC™ Embedded family spans a broad range of performance and configuration requirements across networking, storage, industrial edge, security, healthcare and test and measurement applications.
Key benefits
High-performance embedded compute
Scalable architecture
Choose from a broad portfolio of processor options and core configurations to address different workload, performance and system requirements.
Advanced security
Protect sensitive workloads and data with features including confidential computing, memory encryption and platform attestation.
Long lifecycle support
Support long-term embedded and industrial deployments with product availability of up to 10 years.
Training & Events
Discover why AMD x86 Embedded Processors are the Right fit for You
Not all x86 embedded processor suppliers are the same. With AMD products, you should expect leadership performance, longevity, and reliability to power your bespoke embedded applications and offer scalability and differentiation for your customers.
Model Specifications
| # x86 CPU Cores | GPU Compute Units (CUS) |
Display Interfaces and Resolutions (Up To) |
PCIE® Lane (Up To) |
Package | Storage Interface |
Power (TDP) | Process Technology | |
|---|---|---|---|---|---|---|---|---|
| Ryzen™ Embedded 9000 Series High-Performance |
6 to 16 “Zen 5” | 2 | Four 4K@60 | 28L Gen5 | AM5 | NVMe | 65-170W | 4nm |
| Ryzen™ Embedded 8000 Series High-Performance |
6 to 8 "Zen 4" | 8 - 12 | Four 4K@60 | 20L Gen5* | FP7r2 | NVMe | 15-54W | 4nm |
| Ryzen™ Embedded 7000 Series High-Performance |
6 to 12 "Zen 4" | 2 | Four 4K@60 | 28L Gen5* | AM5 | NVMe | 65-105W | 5nm (CCD)/6nm (IOD) |
| V3000 Series High-Performance |
4 to 8 “Zen 3” | Up to 8 | Four 4K@60 | 20L Gen4 | FP7r2 | NVMe, SATA | 10-54W | 6nm |
| V2000 Series High-Performance |
6 to 8 “Zen 2” | 5 - 7 | Four 4K@60 | 20L Gen3 | FP6 | NVMe, SATA | 10-54W | 7nm |
| R2000 Series Mid Range |
2 to 4 “Zen+” | 3 - 8 | Four 4K@60 | 16L Gen3 | FP5 | eMMC, NVMe, SATA | 12-54W | 14nm |
*Can be expanded up to 44 Lanes with the AMD x670 chipset.
Support switches, routers, edge gateways and 5G infrastructure with scalable compute, PCIe bandwidth and security capabilities. Storage Combine compute density, memory bandwidth and PCIe connectivity for modern storage applications. Bring high-performance compute and I/O to distributed and latency-sensitive industrial edge server environments. Support secure, compute-intensive healthcare applications including diagnostics and AI-driven insights. Enable high-performance processing, extensive I/O and secure data handling for advanced test systems.
Key applications
Key benefits for application
Networking
Security
Address demanding firewall, gateway and VPN appliance requirements with hardware-enforced security, encryption and high I/O bandwidth.
Industrial edge
Healthcare
Test & measurement
Supporting your AMD x86 design
Whether you are developing a new system or evaluating a new embedded computing platform, our technical specialists can help you explore the right approach for your application.
>> Processor and platform selection
>> Embedded board and system options
>> Application and system-level design support
>> Complementary technologies for the wider design
>> Support from evaluation through to production
Ready to explore AMD EPYC™ Embedded for your next design?
Talk to our AMD specialists about your application and find the right platform for your requirements.
From processor to platform
Selecting the right processor is only the starting point. Our embedded compute portfolio can help you evaluate AMD EPYC™ Embedded technology as part of the wider system, including board-level and computing platforms suited to different application, performance and form-factor requirements.