How to Install Custom Graphics Card (GPU) Backplate [Step by Step]

Custom graphics card backplates are decorative pieces of hardware that can be attached to the back of a graphics card in a computer. Various designs, logos, and RGB lighting can be added to these backplates to enhance the aesthetics of a computer build. The purpose of this article is to explain how to install a custom graphics card backplate and the benefits it offers.

What is GPU Backplate
GPU Backplate

Benefits of Installing a Custom Graphics Card Backplate

Improved aesthetics

Custom graphics card backplates can greatly enhance the overall aesthetics of a computer build. To make it more cohesive and visually appealing, the backplate can be customized to match the build’s color scheme and design.


Graphics card backplates can provide additional protection for graphics cards. As a result, dust and debris will not enter the card, improving its lifespan and performance.

Heat dissipation

The backplates of some custom graphics cards are designed to improve heat dissipation. In addition to increasing airflow, they can provide additional cooling to reduce the temperature of the card.

How to Install a Custom Graphics Card Backplate


  1. Turn off your computer and remove your graphics card.

Installing with magnets

  1. On one side of the conductive magnets, apply the double-sided adhesive.
  2. You should place the magnets on the highest screw points on your GPU.
  3. After peeling off the tape, place the backplate on top of the GPU.
  4. The RGB GPU Backplate must be connected to a power source (if it is RGB backlit)

Semi-permanent installation

  1. The tallest screws on the back of your graphics card should be taped directly with double-sided tape.
  2. Position the backplate directly over the rear of your graphics card after peeling off the protective plastic.
  3. To secure it in place, press down firmly.
  4. Your graphics card needs to be installed back into your computer.

Connect RGB Lighting

  1. Use your motherboard’s RGB header or a 5V 3 Pin controller to connect the RGB cable.
  2. Connect the RGB cable to an RF remote or Corsair iCUE cable as an alternative.
  3. Gigabyte/Aorus motherboards require Fusion 5V 3 Pin VDG connectors.  

Custom graphics card backplates enhance the aesthetics of a computer build while also protecting and cooling the graphics card. The steps outlined above can be used by anyone to install a custom graphics card backplate and improve their build.

In order to install a custom graphics card backplate, you must ensure that you have all the necessary tools and equipment. Power off your computer and remove the graphics card from your build. You may also use provided magnets for easy removal or double-sided tape for semi-permanent installation.

To adhere the magnets to the tape, peel off the protective plastic on the tape and stick the tape directly to the magnet. The magnets should be placed on the highest screw points on the GPU, with the tape facing away from the GPU. If possible, apply magnets/adhesive evenly throughout the graphics card, starting at the far corners and working inward, to make sure that as much surface area is covered as possible for a secure installation.

You can choose a semi-permanent installation by applying double-sided tape directly to the highest screw points on your graphics card. Start from the far corners of the graphics card and evenly distribute adhesive as you move inward, covering as much of the surface as you can.

In order to secure the custom graphics card backplate in place, position it over the GPU and press down firmly. Verify that the backplate is oriented correctly by aligning it with any SLI or PCIe power cutouts.

The preparation steps listed above will prepare you for the next stage of installing the graphics card backplate.

Connecting RGB

A custom graphics card backplate is not only a functional addition to your GPU but also an aesthetic one. With its illuminated design, it can enhance the look of your build. Therefore, RGB lighting is a crucial component of the installation process. Powering and controlling the LEDs on the backplate is possible in several ways:

Option 1: Connect to Motherboard RGB Header

An RGB cable can be connected directly to the motherboard’s 3-pin 5V RGB header for powering and controlling the LEDs on the backplate. With most custom backplates, this option is included, and it is the simplest to set up. Instead of the motherboard header, compatible controllers such as Razer Chroma Addressable RGB Controller and EKWB D-RGB Loop Connect can be used.

Option 2: Use RF Remote

For those who prefer a more convenient way to control the lighting, an RF remote is another option. To use this method, connect the SATA power cable to any SATA power cable from your power supply unit, and connect the other side to the LED connector. The RF remote will then control the lighting on the backplate without the need for a separate controller.

Option 3: Use Corsair iCUE

Corsair iCUE is a popular software for controlling RGB lighting on compatible devices, including backplates for graphics cards. You can use this option by connecting the Corsair iCUE cable adapter to the RGB cable and plugging it into a Corsair Commander Pro or Corsair Node Pro. Connect the other side of the cable to the LED connector. Make sure to set Corsair iCUE’s software to 2 LED STRIPS, as custom backplates are denser than standard LED strips.

Option 4: Connect to Gigabyte/Aorus Motherboard Fusion 5V 3 Pin VDG Header

In addition, Gigabyte/Aorus motherboard users can connect the backplate’s LEDs to Fusion 5V 3 Pin VDG Headers. It offers the same functionality as the standard 3-pin 5V RGB header found on Gigabyte/Aorus motherboards.

Choose one of these four options to add RGB lighting to your custom graphics card backplate and customize the look of your PC build.

Reinstalling the Graphics Card

Once you have successfully installed the custom graphics card backplate and connected the RGB cables, it is time to reinstall your graphics card back into your computer. Follow the steps below to safely reinstall your graphics card:

  1. The graphics card should be gently guided back into its slot on the motherboard after you have connected any power cables and other connections. To install the graphics card, align the notches with the slots on the PCIe card and push firmly until it clicks into place.
  2. The graphics card should be securely fastened to the case with the screws you removed earlier. During use, the graphics card will be held in place and will not move or shift.
  3. Power cables and other necessary connections should be reconnected to your build after you have removed the graphics card. You may need PCIe power cables, HDMI cables, or DisplayPort cables.
  4. When you have reinstalled the graphics card and reconnected all necessary cables, start your computer and make sure that the LEDs on the backplate are working. Make sure the RGB cables are connected properly to the power and control options if they are not.


The steps outlined above should now result in a custom graphics card backplate, complete with RGB lighting. I’d like to leave you with a few thoughts on the process and the benefits of adding a backplate to your graphics card.

Adding a custom graphics card backplate to your PC is an easy and effective way to make it more personal. Furthermore, it can provide additional protection to your graphics card and potentially improve cooling by smoothing out the airflow.

With the steps outlined in this guide, you will have a visually appealing and functional backplate for your graphics card. Make your PC setup unique by experimenting with different colors and designs.

Customizing your PC setup can be a rewarding experience that demonstrates your creativity and personality. Adding a custom graphics card backplate is just one way to make your PC truly your own. We hope you found this guide helpful.

lisa shroff
About Lisa Shroff

Lisa Shroff is a graphics card expert with 6 years of experience in the computer hardware industry. She loves to keep up with the latest industry trends and her passion for PCs led her to start her blog, Lisa has managed to overclock projects for some of the biggest names in the tech industry, and she frequently attends conferences to showcase her expertise. She’s an outspoken advocate for advanced technologies in computer gaming and has been featured in many publications. In her spare time, Lisa enjoys playing video games and traveling to explore new cities.

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