How to build a working computer and have fish swim around it! In the fascinating world of DIY computing projects, one unique idea that has garnered attention is building an oil-cooled PC with live fish swimming around it. Featured in a recent YouTube video, "How to build a working computer and have fish swim around it!", Sam takes viewers through both the practical steps and the whimsical journey of creating a visually stunning aquarium computer.
Overview of the Build
The project revolves around incorporating a fish tank into a computer case, using mineral oil to cool the components while allowing fish to thrive in their aquatic environment. Mineral oil is not conductive, providing a safe way to cool the PC without risking damage from water exposure.
Key Components Needed
Fish Tank: A 15 to 20-gallon tank is recommended based on the available desk space and the number of fish you'd like to include.
Glass Sheets: Choose between single or double panes (double is preferred for better insulation to maintain water temperature).
Plexiglass: Necessary for mounting the motherboard and power supply safely while allowing for minimal obstruction.
Mineral Oil: Essential for cooling the internal components while providing a unique aesthetic.
Step-by-Step Process
Sam outlines the construction process, emphasizing the importance of precise measurements to accommodate the motherboard and power supply. The assembly involves:
Creating a watertight seal with aquarium-safe silicone glue after fitting the glass sheets.
Installing the components into the Plexiglass before carefully lowering everything into the tank.
Adding mineral oil and ensuring it fills the designated area without spilling onto the computer parts.
Additional Features
As the video progresses, Sam explains how to integrate fans and, if necessary, a radiator system to manage heat effectively, making the PC build functional for gaming or intensive tasks. He also shares advice on selecting the appropriate fish and maintaining their environment, highlighting both the technical and biological aspects of this project.
Conclusion
This aquarium PC project is a perfect blend of creativity and engineering. It's not only a practical solution for cooling but also a stunning visual centerpiece for any tech enthusiast’s workspace. Whether you're looking to impress or simply explore the intersection of computing and aquatic life, this video provides an engaging guide.
What do you think about combining technology and nature in such a way? Have any of you attempted or considered a similar project? Share your thoughts or experiences below!