My most painful PC build is done.

TL;DR

Linus showcases the final version of his slim rackmount gaming systems, featuring PCIe risers, low-profile water cooling, and improved powering solutions.

Transcript

One year ago, I showed you guys the super thin rackmount gaming systems that I was planning to build for my kids. Then a few months ago, I showed you guys the V2 that solved a lot of the problems with the initial prototype, but ended up introducing some of its own. Today, it reaches its final form, and I have some really cool stuff to show you guys... Read More

Key Insights

• 👾 The improved design of the slim rackmount gaming systems resolves previous issues, making them more reliable and game-ready.
• 🇨🇷 The choice of a CSM motherboard provides a cost-effective and capable option for gaming, with extended product support and no unnecessary features like RGB lighting.
• 👻 The installation of low-profile water cooling components allows for efficient cooling within the slim form factor.
• 📶 The use of high-quality PCIe risers and cables helps address signal strength limitations, although some manual adjustments may be required.
• 👣 The integration of 3D printed brackets and accessories enhances the overall functionality and aesthetics of the gaming systems.
• ⚖️ The selection of RTX 3080 GPUs offers a balance between performance and cost, especially when purchased used.
• 🏛️ The final build of the slim rackmount gaming systems demonstrates successful functionality and gaming capabilities.

Questions & Answers

Q: What were the main issues with the previous versions of the slim rackmount gaming systems?

The previous versions faced signaling problems due to the distance between the GPU and the display port, resulting in unreliable monitor connections.

Q: How did the latest design address the limitations of the previous versions?

The GPU was moved to the front of the case to better handle signaling issues, while still maintaining compatibility with slim 1U chassis and PCIe expansion slots.

Q: Why did Linus choose a CSM motherboard for the gaming systems?

The CSM motherboard, specifically the Prime B650M A2 from Asus, was chosen for its compatibility with the slim 1U profile and affordable price, despite not being marketed for gaming.

Q: What improvements were made to the cooling system?

The slim 1U-specific water blocks from EK were used to overcome space constraints, along with a radiator and pump placed externally. Additionally, Noctua fans were installed for effective cooling.

Key Insights:

• The improved design of the slim rackmount gaming systems resolves previous issues, making them more reliable and game-ready.
• The choice of a CSM motherboard provides a cost-effective and capable option for gaming, with extended product support and no unnecessary features like RGB lighting.
• The installation of low-profile water cooling components allows for efficient cooling within the slim form factor.
• The use of high-quality PCIe risers and cables helps address signal strength limitations, although some manual adjustments may be required.
• The integration of 3D printed brackets and accessories enhances the overall functionality and aesthetics of the gaming systems.
• The selection of RTX 3080 GPUs offers a balance between performance and cost, especially when purchased used.
• The final build of the slim rackmount gaming systems demonstrates successful functionality and gaming capabilities.
• The video showcases the challenges and problem-solving involved in creating custom-built gaming systems.

Summary & Key Takeaways

• Linus presents the latest version of his slim rackmount gaming systems after addressing previous issues, including signaling problems and limited GPU placement options.

• The new design includes a CSM motherboard, a Ryzen 5 7600X CPU, low-profile EK water cooling, and DDR5 6000 CL 30 RAM.

• The video highlights the challenges faced during the build process, such as fitting components into a compact case and dealing with signal strength limitations.