GOcontroll proudly uses KiCAD for advanced PCB design, powering the creation of compact, modular controllers built for maximum flexibility.

At GOcontroll, every product begins with thoughtful engineering. We take pride in using KiCAD, the open-source PCB design suite, as the foundation for our controller development. This trusted design environment has played a key role in the creation of our newest product — a compact, two-slot controller built specifically for IoT and low-level control applications.

In electronic development, design tools directly influence product quality, scalability, and efficiency. KiCAD has become an essential part of GOcontroll’s workflow because it combines professional-level capability with open-source flexibility.

Key reasons we use KiCAD:

• Full control over design data without software restrictions.

• Multi-layer PCB support for dense, high-performance layouts.

• Integrated 3D visualization for mechanical fit validation.

• Powerful schematic and library management for modular system design.

• Seamless collaboration between electrical, mechanical, and embedded engineers.

This approach allows our team to move from concept to prototype with precision and transparency—fitting perfectly with our modular design philosophy.

Our latest development showcases what’s possible with smart PCB design. This new low-level controller, smaller than our Moduline Mini, introduces a lightweight and scalable solution for IoT applications that demand reliable connectivity and compact control hardware.

Features of the new controller include:

• Two modular I/O slots for flexible configuration.

• Optimized power efficiency for edge and remote operations.

• Integrated communication interfaces (such as CAN, Bluetooth, 4G/LTE and GNSS).

• Compact PCB layout designed entirely in KiCAD for maximum performance per square centimeter.

Thanks to KiCAD’s intuitive design tools, our engineers achieved an efficient board layout that minimizes trace length, optimizes grounding, and maintains clean signal integrity—essential for embedded control performance.

Developing PCBs for modular controllers means constant iteration and validation. KiCAD’s simulation and design-rule checking features make that process smoother.

A typical GOcontroll design cycle:

1. Schematic capture in KiCAD, defining logic and electrical interfaces.

2. Board layout with component placement optimized for thermal and electrical stability.

3. 3D verification, ensuring connectors and housings align perfectly.

4. Gerber export and integration with our in-house and partner manufacturing systems.

This workflow keeps development agile, transparent, and cost-effective—without compromising reliability or precision.

GOcontroll’s entire hardware family—like the Moduline Mini and Moduline IV—shares a modular DNA. The new 2-slot IoT controller extends this philosophy into smaller, smarter systems.

With KiCAD, each module’s PCB design can be handled as a separate project, then integrated into a larger system design. This modular structure simplifies updates, allows reuse of proven circuits, and speeds up prototyping for new configurations.

The result: faster innovation cycles and consistent design quality across all products.

Choosing KiCAD isn’t just a practical decision—it’s a statement about engineering values. We believe that open, collaborative tools help the electronics community grow stronger. By using KiCAD, we contribute to a global ecosystem of engineers, developers, and researchers who value transparency and accessibility.

Our success with KiCAD proves that open-source tools can meet industrial demands, even in professional environments requiring precision, scalability, and reliability.

Our newest 2-slot IoT controller marks the next step in GOcontroll’s vision: bringing modular intelligence to smaller, more efficient devices. Built entirely with KiCAD PCB design, it represents the perfect balance between open design principles and high-performance engineering.

As we continue to expand our product line, KiCAD remains at the heart of our innovation—powering smart, connected solutions for the future of embedded control.