Building the Ultimate Threadripper 3: Step-by-Step Guide and Smoke Test

Table of Contents

1. Introduction
2. Building the Threadripper 3
   1. Opening the Case
   2. Removing the Stock Fans
   3. Installing the Noctua Fans
   4. Removing the Drive Bay Racks
   5. Preparing the Motherboard
   6. Installing the Motherboard
   7. Securing the Motherboard with Screws
3. Installing the Power Supply
   1. Choosing the Power Supply
   2. Connecting the Power Supply Cables
   3. Securing the Power Supply
4. Powering Up and testing
   1. Connecting the IO Panel Cables
   2. Installing the Rear Fan
   3. Installing the Video Card
   4. Installing the Power Link
   5. Installing the Front Fans
   6. Doing the Smoke Test

Building and Testing the Threadripper 3 for an Ultimate Performance Experience 💻🔥

Introduction: Welcome to Builder Buy! In this guide, we will walk you through the step-by-step process of building and testing the Threadripper 3, a high-performance computer designed for ultimate speed and efficiency. With its impressive specs and powerful components, this cutting-edge system guarantees an exceptional computing experience. So, let's dive in and unleash the true potential of the Threadripper 3!

Building the Threadripper 3

Opening the Case

To begin, we need to open the XLATX case of the Threadripper 3. This case, the Corsair 750D Airflow, offers excellent airflow and convenient features. Carefully remove the back panel and prepare for an exciting journey into the world of high-performance computing.

Removing the Stock Fans

The stock fans that come pre-installed with the XLATX case need to be replaced with Noctua fans for improved cooling performance. These Noctua fans, with their impressive 3000 RPM, provide superior cooling, controlled by the motherboard's thermistors. Carefully remove the stock fans and save them for future use.

Installing the Noctua Fans

Now for the exciting part – installing the Noctua fans! Make sure the fans are aligned correctly and secure them using the provided screws. These fans are specially designed with Rubber mounts to minimize vibrations, ensuring a quiet and efficient cooling experience. Once installed, you'll appreciate the excellent cooling performance they deliver.

Removing the Drive Bay Racks

Next, we need to remove the drive bay racks to make room for the motherboard installation. These racks can be easily removed by unscrewing the screws on the bottom. Keep the screws in a safe place as we will need them later in the build. Removing the drive bay racks will make it easier for us to install the motherboard and ensure optimal airflow inside the case.

Preparing the Motherboard

Now that the case is ready, it's time to prepare the motherboard. Ensure that all the necessary standoffs are already mounted to avoid any compatibility issues. Move the wiring harness out of the way, making space for the motherboard installation. Lastly, remove the plastic covering from the back of the motherboard before proceeding. This step is new, and it's essential to ensure a smooth installation.

Installing the Motherboard

With the motherboard prepared, it's time to install it in the XLATX case. Align the motherboard's I/O panel with the corresponding cutout in the case, making sure the cables are clear and not obstructing any connectors. You should also feel for the centering Pin to ensure the motherboard is in the correct position. The centering pin should stand taller than the other standoffs, and it cannot accommodate a screw. Secure the motherboard using the provided screws from the motherboard's packaging.

Securing the Motherboard with Screws

Once the motherboard is centered and secured, it's crucial to ensure that all the screws are tightly fastened. Double-check that each screw lines up with the corresponding standoff and that the motherboard is flat and secure. A well-secured motherboard ensures stability and reliable performance for your Threadripper 3 system.

Installing the Power Supply

Choosing the Power Supply

Selecting the right power supply is essential for a stable and efficient system. While the initial choice was an EVGA G3 1000W power supply, we had to make a substitution due to manufacturing changes. Instead, we opted for a Super Flower 1300W power supply, which offers sufficient power for the Threadripper 3's high-performance components. Ensure you choose a power supply with enough wattage and efficiency to meet your system's requirements.

Connecting the Power Supply Cables

Now it's time to connect the power supply cables. Begin by plugging in the primary cable that connects the power supply to the motherboard. Ensure that it is securely attached and routed appropriately. Next, connect the power supply cables for the CPU, making sure to align the connectors correctly. Finally, plug in any additional cables required for your specific setup, such as SATA cables for storage devices.

Securing the Power Supply

Once all the cables are connected, secure the power supply to the case using the provided screws. It's crucial to prevent any movement or rattling of the power supply to avoid potential damage. Ensure that the power supply is in a position that provides ample airflow and cooling. Securing the power supply properly guarantees a stable power source for your Threadripper 3 system.

Powering Up and Testing

Connecting the IO Panel Cables

Before powering up the system, you need to connect the IO panel cables for various inputs and outputs. This includes the power LED, reset switch, hard drive activity light, and PC speaker. Refer to the motherboard's manual for the precise configuration and placement of these cables. Once connected, these cables will provide essential functionalities and indicators for the smooth operation of your Threadripper 3 system.

Installing the Rear Fan

Now it's time to install the rear fan for additional cooling. Use a Noctua fan to maximize airflow and minimize noise. Ensure that the airflow direction aligns with the fan's label, directing air towards the back of the case. Connect the fan to the corresponding motherboard header. The rear fan plays a crucial role in maintaining optimal temperatures for your system.

Installing the Video Card

Adding a powerful video card is essential for an unmatched visual experience and rendering capabilities. In this build, we opted for the EVGA GeForce RTX 2080 Ti, known for its outstanding performance. Carefully install the video card into the designated PCIe slot on the motherboard, ensuring a secure fit. Connect the necessary power cables from the power supply to the video card to ensure sufficient power delivery.

Installing the Power Link

For a neat and organized cable management solution, we recommend installing a power link, such as the one provided by EVGA. The power link allows you to efficiently route and conceal the cables, enhancing the aesthetic appeal of your system. Attach the power link to the video card, aligning it with the various connectors. Use the provided set screws and the allen wrench to secure the power link in place.

Installing the Front Fans

To complete the cooling system, install the two front fans. Ensure that the screws align with the mounting holes and screw them in tightly. These fans, combined with the rear fan, will provide excellent airflow and keep your components cool even during demanding tasks. The Noctua fans are designed to minimize noise and vibration for a more enjoyable computing experience.

Doing the Smoke Test

Finally, it's time for the moment of truth – the smoke test! With all the components properly installed and connected, power up your Threadripper 3 system. Listen for the familiar "boot-up" beep and verify that the startup sequence proceeds smoothly. With the EVGA GeForce RTX 2080 Ti graphics card, you'll witness stunning visuals and seamless performance. Congratulations! Your Threadripper 3 system is up and running, ready to tackle any task you throw at it.

Note: This article is part of a series, and we will cover additional steps, such as installing the operating system, adding RAM, and configuring the system in future articles. Stay tuned for more in-depth guides on maximizing the potential of your Threadripper 3 system.

Highlights:

• Unleash the ultimate performance of the Threadripper 3 with our step-by-step guide.
• Replace stock fans with Noctua fans for superior cooling performance.
• Remove drive bay racks to facilitate motherboard installation.
• Ensure a securely mounted and centered motherboard for optimal performance.
• Choose a reliable and efficient power supply to support the system's power demands.
• Connect the power supply cables correctly and securely.
• Install necessary components, such as the rear fan, video card, and power link.
• Experience the thrill of the smoke test and witness your Threadripper 3 system come to life.
• Stay tuned for more articles on installing the operating system, adding RAM, and system configuration.

FAQ:

Q: What size power supply do I need for the Threadripper 3? A: A recommended power supply capacity for the Threadripper 3 system would be at least 850 watts. However, it's always advisable to go for a higher wattage to allow for future expansion and to maintain optimal power efficiency.

Q: Can I add more RAM to the Threadripper 3 system? A: Yes, the Threadripper 3 supports a maximum of 256GB of RAM. You can add additional RAM modules to increase the system's performance and multitasking capabilities.

Q: How do I install the operating system on the Threadripper 3? A: We will cover the installation process of the operating system in a future article. Stay tuned for a detailed guide on installing the OS and configuring your Threadripper 3 system for optimal performance.