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All DIY enthusiasts start simple and gradually progress to more complex projects, enjoying the journey and witnessing the evolution from simplicity to complexity. Last year, I began contemplating creating a small chassis due to limited space in my room. This idea eventually gained momentum, prompting me to explore various options. I researched numerous cases, from standard designs to TT, Joe Sibo, and even custom builds. However, each had its limitations—size constraints, I/O panel issues, and insufficient cooling performance.
After thorough consideration, I narrowed it down to the Star Open Day Q5, Joe Sibo C2C3V4, and TT’s all-black model. An acrylic horizontal chassis was also recommended, but initially, I hesitated due to the hassle of assembling a DIY kit. Ultimately, I decided on the acrylic option since other chassis types failed to meet my routing needs. Early investment was minimal, keeping funds reserved for future upgrades.
The final push came when a friend gifted me a "Ghost MAX" radiator from the U.S., which was unavailable in China. If I hadn’t purchased a cooler case, dust would have been a persistent issue. Thus, I settled on a DIY custom acrylic chassis using a seller's ATX horizontal small chassis template. This allowed flexibility to adapt to future hardware changes, including my current setup with an R5 1600 + x370pro + 3000 bar of thieves' ships. For the radiator, I chose the Ghost MAX provided by Gibson. Initially, I considered a smaller ITX or M-ATX motherboard, but limited Ryzen platform options made this impractical, resulting in a larger chassis.
Unboxing and Assembly:
â–¼ Ryzen 1600, Ghost MAX from the U.S., and Asus X370 PRO arrived in an acrylic box.
â–¼ The Ghost MAX radiator is impressive, with additional control lines and USB cables.
â–¼ The radiator's size dwarfs the stock Ryzen cooler.
â–¼ Initial assembly involved setting up the motherboard and connecting I/O panel lines.
â–¼ The acrylic chassis required piecing together multiple components, including screws and aluminum tubes.
â–¼ Slowly constructing the chassis, ensuring proper alignment and stability.
â–¼ Adding the I/O panel, power supply, and hard drive, followed by securing the panels.
Reflections:
Horizontal chassis proved effective but occupied more space than ideal. Vertical designs could maximize efficiency. Choosing a transparent acrylic panel yielded excellent lighting effects, enhancing the aesthetic appeal. Brown acrylic filtered light well, reducing glare while maintaining a comfortable viewing experience. ITX form factors could achieve similar results in a more compact design.
Conclusion:
1. The Ghost MAX from Gigabyte is top-notch, justifying its popularity.
2. DIY acrylic chassis offers customization and cost-effectiveness, allowing personal touches.
3. Hollowing the base improves airflow but requires a magnetic dust net for animal protection.
4. Horizontal designs need optimization; ITX or M-ATX boards could reduce dimensions further.
5. Future designs should focus on optimizing motherboard placement and thermal management.
Looking ahead, I aspire to design a vertical acrylic chassis. While current iterations occupy more space, I remain hopeful about refining the concept. Engaging with fellow DIY enthusiasts will undoubtedly enrich the process, fostering creativity and innovation.