Do motherboards have integrated graphics? [Explained Properly]

Modern motherboards come with a wide range of features, including integrated graphics.

This means that the motherboard itself has a dedicated video card built into it, allowing it to be used for basic graphics work such as streaming video and working with small images.

The quality of the graphics on integrated cards is usually lower than dedicated video cards due to limited processing power, and they are not suitable for gaming.

However, integrated graphics can still be beneficial in situations where some basic graphical abilities are required but extra cost or complexity from a dedicated card is not desired.

In this guide, we’ll discuss the basics of integrated graphics and how to tell if a motherboard has them. We’ll also cover the pros and cons of using integrated cards, as well as how to maximize their performance. Finally, we’ll provide some recommendations for motherboards with good integrated graphics solutions.

Integrated Graphics Basics

Integrated graphics are a type of video card that is built directly into the motherboard instead of being installed as an expansion card.

Unlike conventional video cards, integrated graphics draw power from the motherboard and do not require their own dedicated power source. This makes them ideal for computers that lack additional PCIe slots or those who don’t have the budget to purchase a dedicated video card.

Integrated graphics are typically less powerful than dedicated cards, and the quality of their output can vary depending on the integrated chipset and drivers. Some motherboards also have multiple integrated GPUs, allowing users to choose between different levels of performance depending on their needs.

How to Tell If a Motherboard Has Integrated Graphics?

To determine if a motherboard has integrated graphics, you can follow these steps:

  • Inspect Rear I/O Ports: The rear I/O panel of a motherboard is where you connect various peripherals. Motherboards with integrated graphics typically have video output ports, such as HDMI, DisplayPort, VGA, or DVI. If you see these ports on the rear I/O panel, it’s a clear indication that the motherboard supports integrated graphics. You can connect a monitor directly to these ports for video output without the need for a separate graphics card.
  • Check Manufacturer’s Website: Visit the official website of the motherboard manufacturer. Look for a support or product information section where you can search for your specific motherboard model. Once you find your motherboard model, explore its detailed specifications or product page. If integrated graphics are supported, it should be mentioned in the specifications or features list. This is a reliable source of information directly from the manufacturer.
  • Examine the Chipset Model: The motherboard’s chipset is a key factor in determining if it supports integrated graphics. The chipset controls various functions, including the graphics capabilities. Check your motherboard’s documentation or markings on the motherboard itself to find the chipset model. Then, research the chipset to see if it’s associated with integrated graphics support. Some common chipsets with integrated graphics include Intel’s H-series and G-series chipsets, as well as AMD’s A-series chipsets.
  • Consult the BIOS/UEFI Settings: You can access your motherboard’s BIOS (or UEFI) settings during the boot process. To enter the BIOS/UEFI, restart your computer and press the appropriate key (often Del, F2, or another key) as indicated on the screen. Inside the BIOS/UEFI, look for options related to graphics settings. If there are options to enable or disable integrated graphics, it indicates the presence of integrated graphics support on the motherboard.
  • Search for Model-Specific Information: Look for information and discussions related to your specific motherboard model online. You can search for your motherboard model on search engines, forums, or review sites. Other users may have shared their experiences and findings regarding integrated graphics on that motherboard. User experiences can provide valuable insights, and you might find specific details that are not readily available in official documentation.

Do all motherboards have integrated graphics?

No, not all motherboards have integrated graphics. Some motherboard models feature integrated graphics while others do not. It is important to know which type of motherboard you have in order to determine whether or not it has an integrated graphics chip.

The majority of boards used for gaming and other high performance computing tasks do not include integrated graphics chips as these are considered inferior compared to dedicated video cards when it comes to visual performance. On the other hand, many motherboards that are designed for basic computing tasks such as word processing and web browsing will often feature an integrated Graphics Processing Unit (GPU).

These GPUs are typically capable of handling low-level graphic tasks but lack the power and flexibility for more demanding applications like 3D gaming and video editing. In addition, many modern motherboards no longer include a dedicated onboard GPU due to increased power efficiency requirements from certain components such as a CPU or RAM.

Ultimately, it is important to review each individual motherboard’s specifications in order to determine whether or not it features an integrated GPU.

Can I upgrade my motherboard’s integrated graphics?

Upgrading your motherboard’s integrated graphics may be possible, depending on the type of motherboard you have. If you have an Intel processor, then you’ll need to check to see if its integrated graphics is upgradable or not. If it is, then there are several ways to go about making the upgrade.

  • First, make sure that your current motherboard supports the type of graphics card you are looking to install.
  • Then you can purchase a compatible video card and install it into your system. You’ll need to make sure that your power supply is up for the task as well, so be sure to double check before beginning.
  • Additionally, some motherboards come with external ports that allow for additional graphics cards as well. This could also be an option if you want more powerful graphics performance than what your motherboard’s integrated graphics can provide.

Make sure to read through your motherboard’s manual and research compatibility requirements before taking any steps towards upgrading your integrated graphics.

How do I disable integrated graphics on my motherboard?

If your motherboard has integrated graphics, you may have noticed that it is impacting the performance of your dedicated graphics card. Fortunately, there are a few easy steps you can take to disable the integrated graphics and help ensure that your dedicated GPU is running at its optimal performance.

Disable Integrated Graphics in BIOS/UEFI

The first step in disabling integrated graphics is accessing the BIOS/UEFI menu.

  • To do this, you’ll need to restart your computer and press the appropriate key during bootup (usually F1 or F2).
  • Once you’ve accessed the BIOS/UEFI menu, look for an option labeled “Integrated Graphics” or something similar and select it.
  • You should then be presented with an option to disable it by selecting “Disabled” or a similar option.
  • Once you have done this, save the changes and exit out of the BIOS/UEFI menu. 

Install Dedicated Graphics Card Drivers

Once you have disabled integrated graphics in your BIOS/UEFI settings, you will need to install drivers for your dedicated graphics card.

To do this, download the appropriate drivers from your GPU manufacturer’s website and follow their instructions for installation.

Once complete, reboot your computer and check for any errors during startup (e.g., if Windows does not load properly).

If all goes well, integrated graphics should no longer be enabled on your system.

Checking if Integrated Graphics Are Disabled

If everything has gone according to plan, integrated graphics should now be disabled on your system. However, it is always best practice to double-check that this is indeed the case before moving on with other tasks.

  • To do this, open up Device Manager (you can access it by typing “Device Manager” into Windows search) and look for an entry labeled “Integrated Graphics Adapter” or something similar under Display Adapters in the list of devices displayed in Device Manager.
  • If it is present but grayed out with a warning symbol next to it then integration graphics are indeed disabled on your system as desired.

Difference between integrated and dedicated graphics:

If you are in the market for a new computer, chances are you have heard the terms “integrated” and “dedicated” graphics. But what do these terms mean?

It is important to understand the differences between integrated and dedicated graphics before making your purchase.

Let’s take a closer look at this topic and explore seven key differences between integrated and dedicated graphics. 

FeatureIntegrated GraphicsDedicated Graphics
Primary FunctionBuilt into the motherboard and shares system memory with the CPU.Separate graphics card with its own dedicated video memory.
PerformanceLower performance, suitable for basic tasks like web browsing, office applications, and video playback.Higher performance, capable of handling demanding tasks like gaming, video editing, and 3D rendering.
Gaming PerformanceLimited gaming capabilities for older or less demanding games.Designed for gaming with better frame rates, higher resolutions, and support for modern game titles.
Video Memory (VRAM)Shares system RAM, which can limit performance in graphics-intensive tasks.Has dedicated video memory (VRAM) that provides fast and ample memory for graphics tasks.
Multitasking CapabilityLimited multitasking capability for graphics-intensive applications.Designed for multitasking with multiple displays and graphics-intensive tasks.
UpgradabilityGenerally not upgradeable; tied to the motherboard’s capabilities.Upgradable; you can replace or add a more powerful graphics card.
Power ConsumptionConsumes less power, contributing to longer battery life in laptops.Consumes more power, which may impact battery life in laptops.
Heat GenerationGenerates less heat, resulting in quieter and more efficient cooling solutions.Generates more heat, often requiring dedicated cooling solutions and fans.
CostIncluded in the cost of the motherboard, making the overall system more affordable.Requires an additional purchase, adding to the overall system cost.
Display ConnectivityLimited to the video outputs on the motherboard’s rear I/O panel.Provides a wide variety of video outputs and support for multiple displays.
Use CasesSuitable for general computing, content consumption, and office work.Ideal for gaming, professional graphics work, 3D modeling, and content creation.
Portability (Laptops)Common in ultrabooks and laptops, where power efficiency is crucial.Common in gaming laptops and workstations that prioritize graphics performance.
CompatibilityCompatible with most motherboards and laptops but with varying performance.Compatibility depends on the motherboard’s expansion slots and power supply in desktops.
Driver UpdatesOften updated through system driver updates, but less frequently than dedicated GPUs.Frequent driver updates directly from the graphics card manufacturer for optimal performance and game support.


Yes, some motherboards have integrated graphics. This can be seen in many of the latest boards on the market today that feature built-in GPUs or chipsets with integrated graphics capabilities.

This is becoming increasingly common in modern motherboards, and can provide a cost-effective way to upgrade or add graphics capabilities to your system.

However, for more intensive gaming or graphics applications, it’s recommended to use discrete GPU cards instead of relying on the integrated graphics of your motherboard.

Make sure you understand the capabilities of your motherboard in order to determine whether or not integrated graphics are right for your needs.

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