Ryzen R8000 System on Module

Dimension : 91 mm x 83 mm x 12.7 mm
AMD Ryzen Embedded Ryzen 7 Pro 8845HS / 8840U, 8C/16T 3.8GHz Base and 5.1GHZ Boost, 4nm FinFET
AMD Ryzen XDNA NPU 16 TOPs, 4 Display pipes
Integrated Graphics – Radeon RDNA3 up to 6xWGPs
Embedded Grade Longevity – 10 Years Guaranteed Availability

Specifications Documentation Evaluation Kits

wdt_ID	Feature	Details
1	CPU	AMD Ryzen 7 Pro 8845HS (8C / 16T / 35-54W - Default: 45W) AMD Ryzen 7 Pro 8840U (8C / 16T /15-30W- Default: 28W)
2	RAM	Dual channel DDR5-5600 up to 96 GB (ECC Supported) 2x SODIMM (2x32 bit each SODIMM)
3	AI Engine	AMD Ryzen AI 16 TOPs
4	Storage	NVMe PCIe Gen4 x 4, M.2 key-M 2280
5	PCIe	9 Ports 20 lanes PCIe Gen 4
6	Lane Distribution	[PCIE x8] / 2x [PCIe x4]/ 4x [PCIe x1] - (Port 1,2: 8 lanes) [PCIe x4] / 2x [SATA x1] + [PCIe x2] / 2x [PCIe x2] - (Port 3,4: 4 lanes) [PCIe x4] - (Port 5-8: 4 lanes) [PCIe x4] - (Port 9: 4 lanes) - USED BY SOM NVME.
7	USB	2x USB4 (40 Gb/s) 2x USB 3.2 Gen 2 (10 Gb/s) 4x USB 2.0
8	Display	DP1: eDP/DP/HDMI DP2: eDP/DP/HDMI DP3: DP/HDMI or USB-C with DP Alt-mode or USB4 DP4: DP/HDMI or USB-C with DP Alt-mode or USB4 DP5: DP/HDMI or USB-C with DP Alt-mode *Note: Up to 4 x 4K displays can be output simultaneously.
9	BIOS	AMI Aptio V, Dual SPI FLASH for redundancy Console redirection
10	Operating Systems	Windows 10/11/IoT, Linux. Other x86 operating systems supported
11	Power	DC 12V-24V
13	Temperature rating (T Junction)	0°C - 105°C, Commercial Use

wdt_ID	Feature	Details
1	CPU	AMD Ryzen 7 Pro 8845HS (8C / 16T / 35-54W - Default: 45W) AMD Ryzen 7 Pro 8840U (8C / 16T /15-30W- Default: 28W)
2	RAM	Dual channel DDR5-5600 up to 96 GB (ECC Supported) 2x SODIMM (2x32 bit each SODIMM)
3	AI Engine	AMD Ryzen AI 16 TOPs
4	Storage	NVMe PCIe Gen4 x 4, M.2 key-M 2280
5	PCIe	9 Ports 20 lanes PCIe Gen 4
6	Lane Distribution	[PCIE x8] / 2x [PCIe x4]/ 4x [PCIe x1] - (Port 1,2: 8 lanes) [PCIe x4] / 2x [SATA x1] + [PCIe x2] / 2x [PCIe x2] - (Port 3,4: 4 lanes) [PCIe x4] - (Port 5-8: 4 lanes) [PCIe x4] - (Port 9: 4 lanes) - USED BY SOM NVME.
7	USB	2x USB4 (40 Gb/s) 2x USB 3.2 Gen 2 (10 Gb/s) 4x USB 2.0
8	Display	DP1: eDP/DP/HDMI DP2: eDP/DP/HDMI DP3: DP/HDMI or USB-C with DP Alt-mode or USB4 DP4: DP/HDMI or USB-C with DP Alt-mode or USB4 DP5: DP/HDMI or USB-C with DP Alt-mode *Note: Up to 4 x 4K displays can be output simultaneously.
9	BIOS	AMI Aptio V, Dual SPI FLASH for redundancy Console redirection
10	Operating Systems	Windows 10/11/IoT, Linux. Other x86 operating systems supported
11	Power	DC 12V-24V
13	Temperature rating (T Junction)	0°C - 105°C, Commercial Use

SolidRun’s Ryzen R8000 SOM: AMD Ryzen™ Embedded 8000 Series

Ryzen SoM makes a convenient and flexible building block for board designers.

For many developers, using this SoM would be the best way to develop a custom appliance based on AMD Ryzen Embedded 8000 and 7000 series.

AMD Ryzen SoM makes an attractive platform for that purpose for several reasons.

The SoM is far more self-contained than traditional SoMs. It has not only the essential CPU and RAM, but also NVMe, direct DC input with 12V – 19V tolerance and RTC battery. The SoM is provided in a ruggedized metal skirt that protects the SoM, provides mounting fixture for extension cards and serves as a heat-spreader for secondary heat sources. Copper heat-plate is pre-assembled on the CPU.

Overview
The SolidRun System on Module (SoM) featuring AMD Ryzen™ Embedded 8000 Series processors delivers next-generation performance and efficiency for industrial applications. Built on AMD’s advanced Zen 4 architecture and 4nm process, this SoM integrates cutting-edge computing and graphics capabilities alongside powerful AI inferencing technologies.
Enhanced AI Capabilities
First AMD Embedded processors to include Neural Processing Units (NPUs) based on AMD XDNA™ architecture, delivering significant AI inferencing power supporting up to 16 trillion operations per second (TOPS) for scalable AI performance, with total processor performance scaling up to 39 TOPS, ideal for diverse and demanding industrial workloads.

High Performance Computing and Advanced Graphics:
Based on AMD Zen 4 architecture, offering eight cores and 16 threads, with Thermal Design Power (TDP) options ranging from 15W to 30W or 35W-54W, and integrated AMD RDNA™ 3 Radeon™ graphics supporting demanding visual processing and rendering tasks.
Versatile and Efficient
Optimized for applications in industrial PCs, automation, machine vision, robotics, and human-machine interfaces (HMI), with enhanced performance-per-watt efficiency for energy-conscious industrial systems, and onboard NPU integration providing targeted AI acceleration, reducing power consumption and improving computational agility compared to traditional GPU-driven AI.

1. What is the AMD Ryzen R8000 SoM?

The SolidRun AMD Ryzen R8000 SoM is a high-performance x86 System-on-Module designed for industrial IoT, edge AI, robotics, machine vision, and embedded computing applications. It combines powerful AMD Ryzen processing with advanced connectivity and expansion options.

2. What applications is the Ryzen R8000 SoM designed for?

The Ryzen R8000 SoM is ideal for edge AI, industrial automation, smart manufacturing, robotics, machine vision, medical devices, and AI-powered IoT gateways.

3. Does the Ryzen R8000 SoM support AI and machine learning workloads?

Yes. The Ryzen R8000 SoM is designed for AI-enabled edge computing and can support machine learning inference, computer vision, and real-time analytics applications.

4. What memory technology does the AMD Ryzen R8000 SoM support?

The module supports high-speed DDR5 memory, enabling faster data processing, improved bandwidth, and better performance for AI and industrial workloads.

5. Is the Ryzen R8000 SoM suitable for industrial IoT deployments?

Yes. The SoM is built for industrial IoT environments where reliability, long product life cycles, and high processing performance are required.

6. What operating systems are supported by the Ryzen R8000 SoM?

The AMD Ryzen R8000 SoM supports Linux distributions, Windows, and other x86-compatible operating systems commonly used in embedded and industrial applications.

7. What expansion interfaces are available on the Ryzen R8000 SoM?

The module provides high-speed interfaces such as PCIe Gen4, USB, Ethernet, and additional I/O options for integrating AI accelerators, storage devices, networking hardware, and custom peripherals.

8. Can the Ryzen R8000 SoM be used for machine vision systems?

Yes. Its powerful processing capabilities, high-bandwidth memory, and fast expansion interfaces make it well suited for machine vision, image processing, and video analytics applications.

9. Why choose an AMD Ryzen R8000 SoM instead of a traditional industrial PC?

A System-on-Module offers a compact, customizable, and power-efficient design that reduces development time while providing the performance needed for modern embedded computing applications.

10. How does the Ryzen R8000 SoM help accelerate product development?

The Ryzen R8000 SoM provides a ready-to-integrate computing platform with processor, memory, and connectivity already implemented, allowing developers to focus on their application and reduce time-to-market.

Related Articles & Videos

Reference Manuals

AMD Ryzen R8000 SOM Product Brief
Product Brief HTML
AMD Ryzen Hardware User Manual
AMD Ryzen R8000 SOM Block Diagram
Simplified Schematics
Family Comparison Chart

Tools

SolidRun Community Forums
SolidRun Community Forums
SolidRun Community Forums
SolidRun Community Forums
SolidRun Community Forums
SolidRun Community Forums

Evaluation Boards

Ryzen R8000 COM6 Product Brief
Ryzen R8000 COM6 Quick Start Guide
Ryzen R8000 COM6 Schematics
Schematics
Schematics
Schematics

OS Support

Linux Board Support Package
Linux – Distribution
Linux – Distribution
Linux – Distribution
Linux – Distribution
Linux – Distribution

Mechanical

DXF Files
3D Files
3D Files
DXF Files
DXF Files
DXF Files

Product Compliance

REACH
RoHS
ISO 9001
EMC/EMI Regulations
UL 94
Green/ Halogen Free

	Ryzen R8000 SOM Evaluation Kit
System on Modules (SoM)	AMD Ryzen R8845HS
Memory & Storage	1x M.2 NVME GEN 4×4
Network	2x RJ45 2.5Gb NICs
I/O	2x USB 3.2 Type A Connector
Display	1x full DisplayPort 2x mini DisplayPort 1x HDMI 2.0
Development and Debug interfaces	mini USB Console port
Power	12V/ 60V
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