Building a High-Performance Custom Loop for Threadripper PC

Building a High-Performance Custom Loop for Threadripper PC

Table of Contents

1. Introduction
2. Building a Custom Loop
   1. Previous Experience with Custom Loops
   2. Components Reused from Previous Build
   3. CPU and Motherboard Selection
3. Importance of Custom Cooling for Graphics Card
   1. Potential Heat Issues
   2. Benefits of Custom Cooling
4. The Big Quiet Straight Power 11 Power Supply
   1. Overview of the Power Supply
   2. Features and Benefits
5. Installing the CPU and Motherboard
   1. Unboxing and Preparing the Components
   2. Challenges of Installing Thread Ripper CPU
   3. Introduction to TRX40 Tai Chi Motherboard
6. Installing Storage Solutions
   1. The Need for PCIe NVMe Drive
   2. Alternative Storage Option - Intel 660p SSD
7. Custom Cooling the CPU
   1. Recommended Application Pattern for Thread Ripper
   2. Using EK CryoFuel for Opaque Cooling
   3. Bending the PE TG Tubing
8. Installing RAM and GPU
   1. Corsair Dominator Platinum DDR4 RAM
   2. Challenges of Installing Eight Sticks of RAM
   3. Replacement of Current Graphics Card
9. Leak and Overheating Issues
   1. Cause of the Leak
   2. Inadequate Heat Dissipation
   3. The Importance of Stress testing
   4. Tips for Maintaining Safe Temperatures
10. Conclusion

🔍 Building a Custom Loop

Custom loops provide advanced cooling solutions for high-performance systems. In this article, we will discuss the process of building a custom loop, the components used, and the challenges encountered along the way. From installing the CPU and motherboard to custom cooling the graphics card, we will cover every step in detail.

🔧 Previous Experience with Custom Loops

Before diving into the build, it's worth mentioning that the last custom loop undertaken was a Corsair Hydro X build. Many of the components used in that build will be reused in this current system. However, due to a shipping error, the TRX40 block was not included. This setback will not deter us from creating the most powerful system to date.

♨️ Importance of Custom Cooling for Graphics Card

While it's still uncertain if we will custom cool the graphics card, the potential heat issues and the benefits of custom cooling cannot be ignored. The high-power CPU and the possibility of overclocking make it crucial to maintain optimal temperatures. Weighing the options and exploring various cooling methods will ensure the longevity and performance of the system.

🔌 The Big Quiet Straight Power 11 Power Supply

The revamped Big Quiet Straight Power 11 power supply offers remarkable efficiency with its 80 Plus Platinum rating. With units ranging from 550 to 1,200 watts, it ensures excellent heat dissipation and component integrity. Integrated with silent wings 3 fan, this power supply is virtually inaudible even under heavy loads. Let's take a closer look at its features and benefits.

⚙️ Installing the CPU and Motherboard

The installation of the CPU and motherboard is a critical step in any build, and it's no different for a custom loop system. The Thread Ripper CPU poses some unique challenges due to its size and socket requirements. We will guide you through the unboxing and installation process, ensuring that everything is secured in place.

💾 Installing Storage Solutions

Every system requires ample storage for data and applications. In this custom loop build, we face a challenge in the form of a missing PCIe NVMe drive. However, we will utilize an Intel 660p SSD as an alternative. While it may not have the same performance as a PCIe NVMe drive, it will suffice for our current needs.

❄️ Custom Cooling the CPU

Custom cooling the CPU is a necessity to ensure optimal performance, especially when we consider potential overclocking. Understanding the recommended application pattern for Thread Ripper CPUs will allow us to install the CP block correctly. We will also explore the use of EK CryoFuel for opaque cooling and tackle the process of bending the PE TG tubing.

🖥️ Installing RAM and GPU

Installing RAM is a straightforward process, but in this build, we are faced with the challenge of inserting eight sticks of Corsair Dominator Platinum DDR4 RAM. We will discuss the benefits of using this RAM and the potential clearance issues to watch out for. Additionally, we will replace the current graphics card to maximize performance.

💧 Leak and Overheating Issues

No build is without its challenges, and this custom loop build faced a critical issue with leaks and overheating. The cause of the leak can be attributed to high fluid temperatures, resulting in the tubing slipping out and fluid gushing out of the system. We will discuss the importance of stress testing, heat dissipation, and strategies for maintaining safe temperatures.

🔚 Conclusion

Building a custom loop system requires careful planning, attention to detail, and troubleshooting skills. While this build encountered setbacks, it serves as a valuable lesson for future custom loop builders. By following our step-by-step guide and considering the challenges we faced, you can create a high-performance system that surpasses all expectations and ensures optimal cooling for your components.

Highlights:

• Building a custom loop system for high-performance PCs
• Reusing components from previous builds
• The importance of custom cooling for graphics cards
• Overview of the Big Quiet Straight Power 11 power supply
• Installation process for Thread Ripper CPUs and TRX40 Tai Chi motherboard
• Utilizing alternative storage solutions
• Custom cooling the CPU and bending PE TG tubing
• Challenges of installing eight sticks of RAM and replacing the graphics card
• Dealing with leaks and overheating issues
• Lessons learned and tips for future custom loop builders

FAQ:

Q: Can I reuse components from a previous custom loop build? A: Yes, as long as the components are compatible with the new system.

Q: Why is custom cooling important for graphics cards? A: Custom cooling allows for better heat dissipation, which is essential for maintaining optimal performance and preventing overheating.

Q: What is the function of the Big Quiet Straight Power 11 power supply? A: The power supply provides efficient power delivery, excellent heat dissipation, and component integrity for the system.

Q: Are there any challenges in installing a Thread Ripper CPU? A: Yes, due to the large size of the CPU, it requires a different installation process compared to traditional CPUs.

Q: Can I use an alternative storage solution if I don't have a PCIe NVMe drive? A: Yes, there are alternative options such as SATA SSDs or Intel 660p SSDs that can be used.

Q: How can I prevent leaks and overheating issues in a custom loop system? A: Regular stress testing, efficient heat dissipation techniques, and maintaining safe temperatures are essential to prevent leaks and overheating.

Resources:

• Corsair - Big Quiet Straight Power 11
• Intel - 660p SSD
• EKWB - CryoFuel
• Corsair - Dominator Platinum DDR4 RAM
• EVGA - Graphics Cards
• Linus Tech Tips - Custom Loop Building