Technology Never Stands Still—and Neither Do We
Validated Mini-ITX platforms engineered for reliable deployment in industrial, edge, and embedded system environments.
From Idea to Implementation
Real engineering begins with real-world needs
Every board we build starts with a real question from a real customer. Whether it’s power constraints, thermal limits, or I/O density, we don’t design in a vacuum—we design to solve. This is where the journey begins.
We are based on the most basic Three-Step Workflow Grid
| Phase | What Happens | Example Insights |
|---|---|---|
| 1. Discovery & Scoping | We meet with your engineering or product teams to define use cases, power/thermal/I/O needs, and target form factors. | “I need a board with 4 LAN + 6 USB in a 1U chassis.” |
| 2. Architecture & Prototyping | Our engineers select CPUs, chipsets, and power delivery methods. Schematics, layout, and 3D files are shared for alignment. | Choose Intel i5-12th Gen, dual NVMe, USB PD support. |
| 3. Validation & Launch | After board bring-up, we conduct stress tests, EMI testing, and software validation (BIOS + OS image). Only when everything is ready, we start batch production. | Full DVT report, thermal curve, and debug log available. |
Alex Bolduin
CTO, Miniitxboard
Real engineering isn’t about just drawing circuits—it’s about understanding your constraints, and then solving them with purpose.
Engineering-Driven, Application-Proven
Our design process doesn’t end when the board boots—it evolves through every deployment. Every BIOS tweak, I/O reroute, or power test is logged, reviewed, and folded back into the next batch. Because when our boards are in the field, they’re still in our hands.
What Sets Us Apart
We don’t just build embedded systems—we optimize them through real-world deployment. Every board is shaped by experience, not assumptions.
Field-Informed Engineering
We gather performance data from global installations—adjusting firmware, I/O logic, and thermal solutions accordingly.
Rapid Iteration Cycles
Our cross-team sprint model lets us refine schematics, layout, and testing plans every 2–4 weeks based on real deployment insights.
Close BIOS-Level Control
Our BIOS team works in tandem with firmware, security, and customer OS teams to keep the experience aligned and predictable.
Batch-to-Batch Consistency
We guarantee version-locked production for long-term projects—no surprise changes in your next shipment.
Repeatable Quality Starts with Engineered Systems
Behind every reliable board is a disciplined process. From the moment we draw a schematic to the second we lock a firmware version, each step is measured, documented, and verified. It’s not about more testing—it’s about smarter testing, built into every stage.
Core Engineering Processes
Driven by Quality. Focused on You
Made to Fit—Not Forced to Work
Off-the-shelf doesn’t always fit. That’s why we design boards and systems around your exact needs—whether it’s modifying USB layouts, adjusting COM ports, reconfiguring BIOS policies, or preloading custom OS images. We’re not just board makers. We’re build partners.
I/O Layout
USB/COM/LAN pinouts, header orientation, power input configuration
BIOS & Firmware
Splash screen, boot sequence, security locks, watchdog settings
Form Factor Adjustments
Custom brackets, heatsinks, standoffs, and connector cutouts
Software Preload
OS image flashing, driver integration, auto-start scripting
Labeling & Packaging
OEM branding, SKU traceability, anti-static and logistics packaging
Lifecycle & Supply Chain
BOM locking, long-term availability plans, batch version matching