How to Use Motherboard HDMI With Graphics Card?

Every gamer wants to use graphic cards and HDMI ports simultaneously to achieve a high-resolution gaming experience. However, most users face an issue: their HDMI ports get disconnected when they try to install a graphics card, and they get worried about whether they will ever work together. Don’t worry!! I’ll bring you this guide, which covers How to use Motherboard HDMI with Graphics Card. Not only this, this guide will provide you with the information and guidance you need to get the most out of your hardware configuration, Whether you’re a newbie computer enthusiast or an experienced expert.

The need for strong graphics processing is becoming more and more common in today’s quickly evolving digital environment. Users may enjoy high-resolution gaming, video editing, and other graphically demanding jobs. Thanks to the graphics card, which are essential components that improve the visual experience, for Ryzen 5 5600G, we have listed the best graphics card. However, many people might not be aware that their motherboard also has an HDMI connector, which frequently causes uncertainty regarding how to use it in conjunction with a graphics card. Integrating a dedicated graphics card into a computer system can significantly enhance its graphical capabilities. This guide provides a detailed overview of effectively utilizing the motherboard HDMI interface in conjunction with a graphics card, unlocking additional display options, and optimizing system performance.

How Does the HDMI Interface Work on a Motherboard?

One cable can be used to link a computer to external display devices like monitors or TVs utilizing the motherboard HDMI port. It allows for transmitting audio and video information of the highest caliber, enabling resolutions as high as 4K.

How to Connect a Graphic Card to a Motherboard With HDMI Integration?

A few easy actions must be taken in order to connect a graphics card to a motherboard HDMI port. To begin with, make sure your graphics card has an HDMI connector. After that, switch off your computer and unhook it from the outlet. Find the PCI Express slot on your motherboard, then carefully place the graphics card in it, ensuring it is installed firmly. One end of the HDMI cable should be connected to the graphics card’s HDMI port, and the other end should be connected to a suitable HDMI port on your display or monitor. The last step is to turn on your computer and, if required, modify the display settings.

How to Use Motherboard HDMI With Graphics Card? A complete Guide

Verifying Compatibility

You should first carefully check my motherboard HDMI port to make sure it is functional and capable of servicing my needs, using the user manual and the manufacturer’s website.

BIOS Configuration

Restart the computer and go into the system BIOS armed with information about the possibilities of your motherboard. Navigate to the BIOS settings by following the directions given at launch. The “Onboard Graphics” or “Primary Display” option might be found by navigating to the “Integrated Peripherals” or a related part of the BIOS. Choose the “Auto” or “IGP” (Integrated Graphics Processor) option after recognizing the necessity of turning on the motherboard HDMI interface.

Connection With Graphic Card

Install the graphics card in the specified expansion slot on my motherboard after properly configuring the BIOS settings. Attach the monitor to the graphics card’s HDMI port once it has been safely installed, understanding that it would now serve as the main visual output.

HDMI Motherboard Connection

Carefully looked at the rear I/O panel to find the HDMI port on the motherboard. Connect the HDMI port on my display device that was reachable to the motherboard HDMI using a different HDMI cable in order to make the connection.

Graphics Control Panel

Through the system tray or the right-click menu on the desktop, you will be able to reach the NVIDIA Control Panel and then open the Graphics Control Panel. To customize graphics card settings, it opened with a number of options and tabs. You will be given a number of setting options for my display setup after selecting the Display Settings item from the menu. When connected, you will be able to do this in order to maximize the visual output and customize the display.

Multiple Display Access

To enable extended desktops or multiple screens in the graphics control panel. You should make sure that the primary display is linked to the graphics card and is also recognized alongside the HDMI display connected to the motherboard as a second monitor. Select the option to allow multiple displays or extended desktops in the graphics control panel to do so. Ensure the HDMI display on the motherboard is on and recognized as a second display.

Arrangement of Displays

Start by gaining access to your computer’s control panel interface in order to organize the displays using the graphics control panel. Look in the control panel for the display icons corresponding to your connected monitors. You may move a display icon across the screen by clicking and holding on to it and dragging it in the direction of your setup’s physical structure. To set the right sequence, be sure to imitate where your real displays are placed precisely. Release the mouse button after placing the display icons in the proper sequence to lock the locations. This configuration will make it more likely that your computer will recognize and use the proper display order for the best viewing experience.

Check the latest article: Do Motherboards Have Integrated Graphics?

Resolution and Refresh Rate Settings

To guarantee the best possible visual experience, carefully evaluate the capabilities of the graphics card and the HDMI connection on the motherboard while configuring the resolution and refresh rate settings on each monitor. Choose the greatest resolution the graphics card could support without sacrificing speed and provide a smooth, flicker-free display.

GPU Utilization

If you are conscious of the fact that the graphics card will be primarily responsible for processing when both the HDMI interface on the motherboard and the graphics card are in operation. The versatility and advantages of using both interfaces will make it a worthwhile trade-off, even though the motherboard interface would endure a tiny performance hit. If the graphics card and motherboard HDMI interface are both being used, the graphics card will conduct the majority of the work, while the motherboard interface may see a little performance drop.

System Requirements

For a smooth and trouble-free experience, make sure your computer’s hardware satisfies the requirements for supporting several displays concurrently. Particular focus should be given to the motherboard and graphics card while determining compatibility. The motherboard offers the necessary connectivity choices, while the graphics card is essential for performing the graphic processing needed for many displays. Ensure your graphics card can handle the required number of monitors and has enough video RAM to manage the extra workload. Additionally, make sure your motherboard has the required visual output connections, such as HDMI input, DisplayPort, or DVI, to connect multiple displays. You may benefit from a seamless and effective multi-screen configuration for improved productivity and immersive visual experiences by verifying these hardware needs.

What Should You Keep In Mind While Installing a Graphics Card?

Several significant factors need to be kept in mind while installing a graphics card. Make sure the graphics card is initially compatible with both your motherboard and power supply. To be sure the expansion will fit properly, check the case’s physical specifications and available expansion slots. It is essential to remove any outdated graphics card drivers before installation in order to prevent issues. Ensure the graphics card is inserted into the proper expansion slot snugly and securely, and firmly fasten any required power cords. It’s also vital to keep in mind that the HDMI interface on the motherboard is frequently inactive by default when a second graphics card is attached. It may be necessary to change the system’s BIOS or UEFI settings to allow simultaneous usage of the HDMI ports on graphics card and motherboard.

Which HDMI Input Motherboards Include Integrated Graphics?


Asus ROG Strix B550-A Gaming Motherboard

The wide selection of motherboards offered by ASUS, including those with integrated graphics capability, is well known. The Asus ROG Strix B550-A Gaming, which has integrated graphics capability and enables users to use the onboard graphics processor for basic display demands, is one of the solutions they provide. 

To learn more about Asus ROG Strix B550-A Gaming


Gigabyte B450 AORUS PRO WIFI

The same goes for Gigabyte, which is renowned for its broad range of motherboards. Some of their models, like the Gigabyte B450 AORUS PRO WIFI, provide integrated graphics capability.

What to Do If My HDMI Port Not Working on PC?

You can attempt a few different methods to activate your PC’s HDMI port if it isn’t functioning. Ensure the HDMI cable is first securely attached to the PC and the display device. Next, ensure the HDMI output is enabled in the display settings of your PC. Try rebooting your computer and installing new graphics drivers as well. If trying these fixes doesn’t help, there could be a hardware problem, in which case you might need to speak with a professional.

How to Install a Graphic Card If Your Motherboard Doesn’t Have an HDMI Port

You can still install a graphics card with HDMI support even if your motherboard doesn’t have an HDMI port. Utilize the HDMI, DisplayPort, or DVI connectors to connect your display directly to the graphics card. Alternatively, use an adapter or converter to change the HDMI output of the graphics card. Physically install the graphics card and install the required drivers for optimum performance.

Final Thoughts

In conclusion, maximizing system performance may be achieved by efficiently utilizing the motherboard’s HDMI interface in conjunction with a graphics card. Users may maximize the capabilities of their graphics cards by following a step-by-step process. Before installation, it’s crucial to ensure the graphics card and motherboard are compatible with one another and the power supply. It is essential to set up the BIOS settings to activate the HDMI interface on the motherboard, after which attaching the monitor to the graphics card’s HDMI connection serves as the primary visual output. A separate HDMI cable is necessary to connect the display device to the motherboard’s HDMI port in order to take advantage of the HDMI connection on the motherboard. Display options, such as resolution, refresh rate, and display layout, can be changed by gaining access to the graphics control panel. Overall, users may get the most of their graphics card’s capabilities while utilizing the HDMI interface on the motherboard with careful thought and design.

Frequently Asked Questions

Do I plug HDMI into the motherboard or graphics card?

The HDMI cable has to be inserted into the graphics card. Typically, the HDMI connector on the motherboard is used for integrated graphics, whereas the graphics card offers separate graphics processing capacity.

How do I use HDMI on my graphics card?

One end of the HDMI cable must be connected to the HDMI port on the graphics card, and the other end must be connected to the HDMI port on your monitor or TV in order to use HDMI on your graphics card.

How do I use the HDMI port on the motherboard?

You may utilize the HDMI port on your motherboard if it is thereby connecting an HDMI cable from the port to the HDMI port on your monitor or TV. If integrated graphics are available, this uses them.

How to enable motherboard HDMI without integrated graphics?

You would want a standalone graphics card installed in order to activate the HDMI connection on the motherboard without integrated graphics. Connect the HDMI connection to the HDMI port on the graphics card, then adjust the display settings in your operating system as necessary.

Zain Bin Zameer

About Author

I am a dedicated gamer with a strong passion for the tech sector. My expertise in game development has allowed me to create immersive gaming experiences that capture the hearts of players globally. I continuously stay on top of advancements in tech and gaming and frequently attend industry events.

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