Electric Editing PC Build Guide – High-Performance Setup for Creators and Professionals

Electric Editing PC Build Guide – High-Performance Setup for Creators and Professionals

OVERVIEW:

In this guide, we’re going to take you through building a powerful editing PC using the latest components and an EVGA 750W power supply. This setup is designed to handle intensive editing tasks efficiently and with great performance. As we move through the process, we’ll be using a range of high-end parts, including the MSI Z690 motherboard, EVGA 1080 Ti graphics card, and 64GB of DDR4 RAM, ensuring that this system can handle anything from video editing to gaming. Let’s dive into the detailed steps for assembling this build.

REPAIR TIME & SKILL LEVEL:

Repair Time: Approximately 4-6 hours.
Skill Level: Intermediate to Advanced. This guide is tailored for users with some experience in building or assembling PCs, although detailed instructions will be provided for clarity.

STEPS:

Tools You Need

Torx Allen key (provided with the motherboard mounting kit)
Phillips screwdriver
Anti-static wristband (optional but recommended)
Thermal paste
Y-splitter fan cable
Power supply cables
Cable management tools (zip ties or Velcro straps)

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Remove Stock Mounting Mechanism

The first step in any PC build is to prepare the motherboard by removing the stock mounting mechanism. This involves unscrewing the four screws securing the original bracket using the Torx Allen key provided. Be careful not to damage the motherboard.
Some builders prefer installing the CPU before this step to prevent damage to the pins, but it’s not strictly necessary if you take proper care.

Install the CPU

Open the CPU box and remove the processor. Align the triangle on the CPU with the one on the motherboard socket to ensure proper orientation.
Drop the CPU gently into place. It should seat with a slight wiggle. Do not apply force.
Install the new retention bracket provided with the cooler kit. Make sure to secure it with the screws in an “X” pattern to apply even pressure, which ensures proper CPU-to-socket contact.

Install RAM

Open the 64GB DDR4 RAM kit and line up the notches with the RAM slots.
Install the RAM in slots A2 and B2 for optimal performance (check motherboard documentation for slot arrangements).
Firmly press each stick into place until it clicks.

Install M.2 Storage

For faster storage, install the M.2 NVMe drives into the motherboard. The first two drives will click into their slots, while the third will require a screw to secure it in place.
Be sure to check if any standoffs need adjusting, as this can occasionally be tricky with used motherboards.

Apply Thermal Paste and Mount the Cooler

When preparing to install the cooler, apply a line of thermal paste to the CPU. For an LGA 1700 socket, a long line works best.
Install the backplate and secure it to the motherboard using the included washers and screws. Ensure the thermal paste is evenly spread when the cooler is placed.
Attach the fan brackets and secure the cooler to the CPU socket using the screws. Tighten evenly to ensure consistent pressure across the CPU.

Install Case Fans and Connect

Position the case fans in the appropriate slots and attach them to the cooler. These fans should be oriented for efficient airflow and cable management.
Connect the fans to the motherboard using a Y-splitter to ensure synchronized operation, and then plug them into the CPU fan header.

Install the Motherboard in the Case

Carefully align the motherboard with the I/O shield and standoffs in the case. Ensure the ports are properly lined up with the cutout for the I/O shield.
Secure the motherboard with screws in an “X” pattern for even mounting. Avoid overtightening.

Connect Front Panel Cables

Route the front panel connectors, including USB 3.0, Type C, and HD Audio cables. Make sure the pins align correctly according to the motherboard manual.
Be cautious with the front panel connectors as they can be fragile and easy to misalign.

Install the Graphics Card

With the PCIe slot clear, insert the EVGA 1080 Ti graphics card, ensuring it clicks into place.
Secure the card with screws to prevent sagging, especially important with heavy GPUs.

Install the Power Supply

Slide the modular power supply into place and begin connecting the necessary cables, including the 24-pin and 8-pin for the CPU.
Route cables neatly and ensure that all connections are secure before moving on.

Final Assembly and Cable Management

Connect the remaining power cables, including those for the GPU and storage devices. Use cable management tools to keep everything organized behind the motherboard tray.
Once everything is plugged in, double-check the connections and cable routing.

CONCLUSION:

This editing PC build is a robust and efficient system designed to handle demanding tasks like video editing and rendering. With a careful selection of components and attention to detail during assembly, it should offer great performance for years to come. Whether you’re building a custom PC for editing, gaming, or general use, following these steps ensures that every part is properly installed and performs at its best.

VIDEO TUTORIAL:

For a visual guide, check out our complete video tutorial on building this editing PC. You can follow the exact same steps with detailed visual instructions that will help clarify every part of the process.

MAIL-IN REPAIR SERVICE:

If you prefer to skip the hassle of building your own PC or encounter any issues during the assembly process, consider utilizing mail-in repair services. Many companies offer comprehensive repair and build services, where they will not only diagnose any issues but also provide expert assembly for a fee. Be sure to check local repair shops or visit websites like techtap.com for additional help.

REPAIR SERVICES

SHOP PARTS:

SHOP TOOLS:

Get the best tools for your build from our shop. We carry everything from thermal paste to screwdrivers, all designed to make your PC-building experience smoother and more efficient.