Technology Never Stands Still—and Neither Do We
Validated Mini-ITX platforms engineered for reliable deployment in industrial, edge, and embedded system environments.
AMD Embedded Platforms Engineered for Industrial Power
Tap into the performance of AMD Ryzen™ and EPYC™ architectures—optimized for embedded AI, graphics-rich applications, and edge computing.
How Does AMD Hardware Match Your Industrial Needs?
We don’t just place chips on boards—we align every component with your system constraints, thermal zones, and application logic.
| Question | Standard AMD Mini-ITX | Customized AMD Mini-ITX | Exclusive ODM by MiniITXBoard.com |
|---|---|---|---|
| Will it match airflow and thermal paths? | Often blocked or unoptimized | Tuned for your enclosure’s thermal dynamics | Co-engineered heatsinks, passive flow mapping |
| Can it deliver GPU performance without overdraw? | Limited headroom | Balanced GPU/CPU ratio with Radeon™ tuning | AI inference optimized from board layout up |
| Does it support your power budget and boot logic? | Might require external mods | Wide voltage & onboard debug headers | Integrated MCU & remote firmware triggers |
Custom-Built AMD Mini‑ITX Boards for Specialized Tasks
Not every design needs RDNA graphics. Not every deployment needs ECC or virtualization. Here’s how to choose your ideal AMD-powered board.
AMD Ryzen R1000 & V1000
Optimized Efficiency
Compact, power-conscious designs with Vega 3–8 GPU for signage, kiosks, and light HMI.
Use it when:
- Space and thermals are tight
- You need dual-display support
- Cost-per-watt is critical
AMD Ryzen V2000
Performance at the Edge
6–8 cores with stronger GPU and I/O. Ideal for edge AI, control systems, and interactive HMI.
Use it when:
- You need more compute threads
- Multiple 4K outputs or GPU acceleration
- Virtualization or container support is required
AMD EPYC Embedded / Custom SoCs
High Compute Density
Multithreaded performance for virtualization, network security, or clustered edge deployments.
Use it when
- You need ECC, TPM, secure boot
- Multi-VM environments or clustering
- Rugged deployments with 10+ year lifecycle
Let’s Build Your AMD-Based Platform
Whether you’re targeting edge AI, industrial HMI, or virtualized systems, our engineering team will tailor the perfect AMD Mini-ITX solution—from BIOS tuning to enclosure integration.
Advance EOL & Revision Tracking
Get alerts for lifecycle changes early. We help you plan last buys and hardware transitions with no disruption.
Do Your AMD Boards Speak Your Language?
We configure ports at the firmware and board level to eliminate adaptors, converters, or hacks—built precisely to your deployment.
| Port Type | Customized Mini-ITX | Exclusive ODM by MiniITXBoard.com |
|---|---|---|
| COM (RS-232/485) | BIOS-selectable voltage + ESD protection | Application-specific BIOS default modes |
| USB 3.0 / 3.2 | Custom layout for device spacing and cable direction | EMI-optimized signal routing + shielded ports |
| LAN | Dual 2.5GbE or 10GbE via AMD-integrated NICs | Optional PoE, PXE Boot, or Wake-on-LAN tuning |
| GPIO / CAN Bus | Programmable pinmux over SPI/UART | Synchronized with edge controllers or PLC logic |
| HDMI / DP / eDP | 2–3 outputs with independent refresh rate support | 4K@60Hz validated with thermal spreaders |
| M.2 / SIM | NVMe + AI module or 5G modem slot | Lock bracket and SIM hot-swap options |
| Audio / MIC-IN | Realtek or AMD-compatible HD Audio | Pre-certified codec support for medical/AV uses |
| Power Input | Wide 9–36V DC, ripple-tolerant | Reverse/over-voltage safeguards & quick fuse |
Thermal Design & Environmental Resilience
Can Your AMD System Stay Cool, Stable, and Silent in the Real World?
We engineer our AMD Mini‑ITX platforms with proactive thermal strategies—ideal for high-compute edge workloads, space-constrained enclosures, and fanless deployments.
Wide Operating Range (-20°C to +95°C)
Ryzen™-rated components validated for outdoor kiosks, vehicles, and industrial sites.
GPU-Driven Thermal Load Balancing
AMD Radeon™ graphics cores tuned to share compute heat evenly across PCB zones.
Board-Level Heat Mapping Optimization
Pre-modeled thermal pathways ensure passive cooling without hotspots or air assist.
Voltage-Stabilized Input (9–36V DC)
Designed for mobile assets, unstable grids, and solar-charged setups.
No-Fan, No-Hum Design
Fanless systems using vapor chambers and convection-boosted layouts—quiet and resilient.
Will Your AMD System Still Run Strong 10 Years from Now?
In embedded environments, future-proofing isn’t a nice-to-have—it’s a must. Our AMD platform designs align with long-life SoCs, controlled supply chains, and full BOM traceability to ensure dependable performance for years.
10+ Year AMD Embedded SoC Availability
R-Series and V-Series processors with embedded longevity support—perfect for sustained product lines.
Version-Controlled Firmware & BSPs
No sudden driver changes. We maintain board support packages (BSP) and BIOS consistency over time.
Component Lockdown & BOM Integrity
Every capacitor, chipset, and connector is frozen—no revisions unless you approve them.
Real Use of AMD Mini-ITX in Automation & AI Systems
Our AMD boards power advanced industrial systems—from edge inferencing to robotic control—while keeping power low and flexibility high.
Radeon™-Driven Machine Vision
Built-in graphics process video feeds for inspection, tracking, and real-time alerts.
No external GPU needed in most cases
Modular GPU Expansion
Available x8 PCIe lane for additional AMD/NVIDIA/FPGA acceleration.
Scalable for AI training, robotics, or multi-camera pipelines
AI Inference Over PCIe or M.2
Supports AMD ROCm or add-on NPUs (e.g. Hailo, Kneron) for edge AI tasks.
Facial recognition, safety zoning, and defect detection
Low TDP for Fanless SCADA Panels
Up to 6-core CPUs at 15W–25W power draw
Keeps control enclosures silent, reliable, and easy to seal
Explore Practical Guidance for AMD Embedded Design
Stay up to date with engineering advice, industry trends, and AMD-based deployment tips.
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