Effortlessly Mounting Motherboard and Components in AMD Threadripper 3960X Build!

Table of Contents

1. Introduction
2. Mounting the M2 SSD on the Backside of the Motherboard
3. Moving Standoff for Configuration Compatibility
4. Installing Components: GPU, Sound Card, and Memory
5. Sliding the Motherboard Tray into the Case
6. The Color Scheme Choice for the Build
7. Mounting Fans and Radiators: The Time-Consuming Part
8. Piping the Water Cooling System
9. Completing the Build with Glass Tubing and Wiring
10. Conclusion

Introduction

In this article, we will be diving into the exciting world of PC building. Specifically, we will focus on the process of mounting the motherboard and components into the computer case. This is a crucial step in the overall build process, as it determines the stability and functionality of the system.

Mounting the motherboard involves various steps, such as installing the M2 SSD on the backside of the motherboard, adjusting standoffs for configuration compatibility, and installing components like the GPU, sound card, and memory. We will explore each of these steps in detail to ensure a successful build.

So, let's Roll up our sleeves and get started!

🔧 Mounting the M2 SSD on the Backside of the Motherboard

Before mounting the motherboard into the case, it's important to install the M2 SSD on the backside of the motherboard. In this case, we will be using the Samsung 960 Pro M2 SSD, a high-performance storage solution. The purpose of installing the SSD on the backside is to create a separate partition for running a different operating system. For example, while running Windows on the front side SSDs in RAID 0, we can install macOS on this SSD, allowing for complete separation of operating systems.

To install the SSD, we need to ensure there is enough space between the SSD and the motherboard tray. This is achieved by utilizing a small gap and a shield that prevents contact between the two components. The motherboard tray design in the Case Labs case enables easy installation of the motherboard onto the tray, ensuring a seamless build process.

🔩 Moving Standoff for Configuration Compatibility

Configuring the motherboard for optimal performance requires adjustments to the standoffs. Standoffs are small screws that help secure the motherboard to the case, providing stability and preventing flexing. In this build, a specific standoff needed to be relocated due to the size of the VRM heatsink. This heatsink prevented the use of a screw hole in the original position.

Moving the standoff ensures the motherboard is properly supported, reducing the risk of damage and instability. Care must be taken during this process to avoid excessive force that could potentially flex the board. With the standoff repositioned, the motherboard is now ready for the next steps.

💻 Installing Components: GPU, Sound Card, and Memory

With the motherboard properly prepared, we can now proceed with installing the essential components of the build. These components include the GPU, sound card, and memory.

The GPU, or Graphics Processing Unit, is a crucial element for any gaming or multimedia-oriented system. By installing it securely onto the motherboard, we ensure smooth performance and optimal visual output. Similarly, the sound card enhances the audio experience, providing high-quality sound for immersive gameplay and multimedia consumption.

In terms of memory, this build features Corsair Dominator Platinum RGB DDR3 RAM, totaling 64 gigabytes. With four DIMMs, care must be taken to populate the outer slots to ensure compatibility and stability. The choice of RGB memory adds not only functionality but also an aesthetic touch to the build.

🖥️ Sliding the Motherboard Tray into the Case

To complete the build, the motherboard tray must be elegantly placed into the case. The unique design of the Case Labs case allows for easy installation by sliding the tray into position. With the motherboard, GPU, sound card, and memory all securely attached, the case starts to take Shape.

This step is an exciting moment for any builder, as it marks the integration of the essential components into a complete system. The efforts put into cable management and aesthetics pay off as the build appears more professional and visually appealing.

🎨 The Color Scheme Choice for the Build

In the world of PC building, aesthetics play a significant role. Choosing an appealing color scheme can elevate the overall visual experience of the build. In this case, the builder had a dilemma between using a plexi CPU block or a full nickel CPU block.

Ultimately, the decision was made to go with the full nickel CPU block, as it matched the shiny chrome of the motherboard, creating an elegant and Cohesive look. The matte black components, such as the memory and GPU, complemented the overall color scheme. Bitspower black Sparkle fittings added an extra touch of sophistication, tying the design elements together.

⚙️ Mounting Fans and Radiators: The Time-Consuming Part

Moving on to the cooling system, mounting the fans and radiators can be a time-consuming task. The process involves meticulous attention to detail, as there are numerous screws and heavy radiators involved. The aim is to provide optimal cooling for the components and maintain system stability.

When installing fans and radiators, proper alignment and balance are crucial. This ensures efficient airflow and prevents any unwanted vibrations or dislodging during operation. Despite the time and effort involved, the end result is a well-cooled system that can handle demanding tasks effectively.

🔧 Piping the Water Cooling System

With the fans and radiators securely in place, it's time to move on to piping the water cooling system. This involves cutting glass tubing, designing the runs, and creating a visually appealing and efficient layout. The water cooling system not only enhances the cooling performance but also adds a touch of elegance to the build.

Care must be taken during the process of cutting glass tubing to achieve precise measurements and clean edges. The runs should be carefully planned to optimize coolant flow and minimize pressure loss. By meticulously executing this step, the builder ensures a reliable and visually striking water cooling system.

🌈 Completing the Build with Glass Tubing and Wiring

As the build nears completion, the final touches involve adding glass tubing and addressing the wiring aspect. Glass tubing adds a stunning visual element, showcasing the cooling system in all its glory. By carefully arranging and securing the glass tubing, the builder achieves a clean and professional appearance.

Wiring is another crucial step in completing the build. Proper cable management not only enhances airflow but also contributes to the overall aesthetics. With neatly organized and Hidden cables, the internal components are showcased, resulting in a visually pleasing build.

Conclusion

In conclusion, mounting the motherboard and components into a computer case is a critical step in the PC building process. By following the steps outlined in this article, builders can ensure a stable and aesthetically pleasing build. From installing the M2 SSD to sliding the motherboard tray and completing the cooling system, each step contributes to the overall success of the build.

Remember, attention to detail, patience, and careful planning are key to achieving a remarkable PC build. So, roll up your sleeves, Gather your components, and embark on the journey of creating your dream system!

Pros:

• Allows for the separation of operating systems with the use of an additional M2 SSD.
• The color scheme choice enhances the visual appeal of the build.
• The unique design of the Case Labs case simplifies the motherboard installation process.
• The water cooling system provides efficient cooling and an elegant aesthetic.

Cons:

• Mounting fans and radiators can be time-consuming.
• Cutting glass tubing requires precision and careful handling.

Highlights

• The importance of mounting the M2 SSD on the backside of the motherboard for the separation of operating systems.
• The process of moving standoffs for compatibility with motherboard configurations.
• Installing essential components like the GPU, sound card, and memory.
• Sliding the motherboard tray into the case for assembly completion.
• The significance of color scheme choice in enhancing the overall aesthetics of the build.
• The meticulous process of mounting fans and radiators for optimal cooling.
• Piping the water cooling system with precision and elegance.
• Completing the build with glass tubing and carefully managing wiring.
• The concluding steps and the importance of attention to detail and planning in achieving a remarkable build.