The Ultimate Portable Triple Screen Setup: A DIY Project

TLDRCreating a portable triple screen setup can be challenging, but with the right approach and components, it's possible. In this video, we explore a DIY project that uses iPad screens, a framework main board, and custom 3D printed parts to create a portable powerhouse. The setup features a compact design, comfortable viewing angles, and high-resolution displays. With the open-source files provided, you can build your own and further develop the idea.

Key insights

🔧Creating a portable triple screen setup requires innovative thinking and the right combination of components.

💻The framework main board and iPad screens are key components in this DIY project.

📐3D printed parts play a crucial role in the design and assembly of the portable triple screen setup.

🔒The setup features a folding leg system and a leather handle for portability and ergonomic use.

📊The high-resolution displays provide a massive desktop real estate, even in a portable package.

Q&A

Can I build this portable triple screen setup myself?

Yes, the video provides open-source files and a forum thread to help you build your own and even contribute to the project.

What are the main components used in this setup?

The main components used are iPad screens, a framework main board, and custom 3D printed parts.

Does the setup have a comfortable viewing angle?

Yes, the folding leg system elevates the screens to eye level, ensuring a comfortable and ergonomic viewing experience.

How does the setup achieve a high-resolution display?

By using high-resolution iPad screens with a resolution of 1536 x 2048, the setup provides a high-quality visual experience.

Can I customize the design and features of the setup?

Yes, the open-source files allow you to modify the design and further develop the idea to suit your preferences.

Timestamped Summary

00:00Introduction: The challenge of creating a portable triple screen setup for laptops.

01:00Using an old iPad screen with the right aspect ratio as a solution.

04:00Using the framework main board and custom 3D printed parts for the setup.

05:00Building the housing and incorporating the displays and components.

07:00Designing a folding leg system and a leather handle for portability.

09:00Showcasing the completed setup and its features.

11:00Making the project open source and encouraging further development.

11:58Conclusion and goodbye.