Empowering Embedded Innovation
Since 2010, We’re not just a board provider.
We’re your embedded system partner—committed to quality, longevity, and precision.

Purpose-Built for Industrial Performance
We are a team of engineers, makers, and solution thinkers focused on building industrial-grade embedded platforms. Under the miniitxboard brand, we specialize in Mini-ITX and small form factor computing boards designed to thrive in demanding environments.
People First, Technology with Purpose
At miniitxboard, we believe innovation should serve people. Every decision we make is guided by well-being, inclusion, and long-term responsibility.
A Culture of Well-Being
We foster a safe, inclusive workplace where every team member can grow, contribute, and be heard.
Sustainable Innovation
From high-reliability hardware to eco-conscious manufacturing, we’re committed to creating tech that matters.
Customer First
We listen deeply, respond quickly, and build long-term relationships. Every product is designed to solve real problems, not just ship features.
Long-Term Mindset
We don’t rush or cut corners. We grow step by step, making smart choices that last.
How We Build
Engineering You Can Rely On
At miniitxboard, we don’t just assemble components—we engineer reliability from the ground up. Every product follows a disciplined lifecycle: from thermal-aware design and rugged component selection to BIOS validation and customer deployment.
We integrate quality into each step, not just test it at the end.
Stage | What We Do |
---|---|
Thermal-Aware Design | Layouts profiled for heat zones, airflow paths, and load-specific optimization |
3-Tier QA Integration | DQA (Design), MQA (Manufacturing), and CQA (Customer) built into every product |
Custom Manufacturing | BIOS pre-flashing, OEM labeling, OS image loading as per deployment specs |
Lifecycle-Ready Output | BOM traceability, firmware locking, and long-term support assurance |

Let’s Build Something Meaningful
Whether you’re here to integrate our hardware, collaborate on design, or just explore our vision—we’re always open to partnerships that push boundaries and solve real-world problems.
Pushing Boundaries in Embedded Engineering
We go beyond specs. From ultra-compact fanless systems to edge-ready interfaces and field-tested stability—our products are built to perform where most boards can’t. Our innovation isn’t flashy. It’s functional, field-proven, and quietly powering systems around the world.
Thermal Innovation
Reliable fanless operation via layout-driven heat flow, passive sink designs
I/O Customization
USB, COM, LAN, GPIO tailoring for kiosk, robotics, automation, or gateway deployments
Edge Readiness
Systems that support AI inference, vision sensors, or multiple network channels
Rugged Validation
Tested against vibration, EMI, and voltage variations for harsh deployments
Built on Trust, Proven by Quality
We believe in doing things right the first time—and getting better every time after. Our values are shaped by the engineers we serve: reliability over hype, clarity over marketing, and improvement over shortcuts. These aren’t slogans. They’re the standards we live by.
How Our Quality Systems Work in the Field


Your Questions About Quality—Answered
We’re not just following technology trends—we’re shaping them. Our future is built around empowering integrators and OEMs with smarter, more resilient systems that meet tomorrow’s demands: from AI at the edge to global supply flexibility and ultra-long-lifecycle platforms.
Edge AI Enablement
Support for inference modules, camera integration, and real-time data processing
Stronger Global Partnerships
Strategic alignment with integrators, software firms, and OEMs worldwide
RISC-V & ARM Expansion
Building energy-efficient alternatives beyond x86, aligned with open architecture trends
Sustainability in Hardware
Lower power profiles, RoHS-compliant processes, and eco-friendly supply practices
Our Responsibility Beyond Engineering
At miniitxboard, we see ourselves not just as hardware builders, but as responsible contributors to a fairer, more resilient tech world. From eco-conscious production to inclusive teamwork, our values guide how we innovate, who we empower, and what kind of future we help shape.
Responsible Tech for a Resilient World
Our mission goes beyond hardware. We believe that how we build is just as important as what we build. That’s why we commit to responsible sourcing, energy-efficient operations, and open knowledge sharing—so technology can uplift more than just businesses.
Our Commitments
- Environmental Responsibility
RoHS-compliant designs, reduced packaging waste, and lifecycle-aware hardware planning. - Ethical Supply Chain
Responsible sourcing, labor standard compliance, and material traceability. - STEM Knowledge Sharing
Open whitepapers, blogs, and resources to support engineers, students, and makers. - Community Engagement
Support for open-source tools, low-volume developers, and grassroots tech learning.
Great Engineering Needs Every Voice
We believe innovation thrives in diverse environments. At miniitxboard, inclusion isn’t a policy—it’s how we build stronger teams, smarter products, and long-term partnerships. Across continents, languages, and disciplines, we welcome every idea that moves technology forward.
What DEI Means to Us
- Global Mindset
We collaborate with engineers and customers worldwide, embracing regional needs and cultural perspectives. - Inclusive Engineering Culture
All roles—from R&D to production—are respected, supported, and given a voice in decisions. - Fair Opportunity for Growth
No one’s background, language, or gender limits their chance to contribute or lead. - Cross-Border Collaboration
We promote transparent communication and shared learning across all regions we serve.
Stories Behind the Systems
From founder reflections to how we handle edge AI thermal testing, our blog shares the thinking, lessons, and people behind every board we build.
Intel Celeron N150: Balancing Power, Performance, and Practical Efficiency in Compact Systems
Table of Contents 1. Introduction: The Role of the N150 in Modern Embedded Platforms 2. CPU Microarchitecture and Platform Integration 3. Thermal Design and Power Consumption in Real Deployments 4.…
Intel Celeron N300: Engineering Low-Power Performance for Modern Embedded Systems
Table of Contents Introduction: The N300’s Place in Embedded and SFF Markets Architecture & SoC Integration Power Consumption & Idle Realities BIOS & Tuning for Sustained Performance Thermal Performance &…