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4 Computer Specifications Needed to Use 8k Monitors for Gaming and Editing

Technology is advancing and getting better every day. 8K cameras such as the Canon EOS R5 show the technology has come and what we can expect in the future, especially in video capture. But then, you need an equally powerful computer monitor to view and edit videos captured with such cameras.

8K monitors are already hitting the market, and you should know how to make the most of them. One of the most asked questions is if 8K monitors are compatible with the CPUs used with 4K monitors. This article looks into the computer specifications needed for CPUs to work with 8K monitors for gaming and editing.

Let’s take a look.

Computer Specifications to Use 8k Monitors for Gaming and Editing

1.Two Display Ports

A CPU needs two display ports to work efficiently with an 8k monitor. Older computers, most of which are still on our desks, use the VGA and DVI protocols. But then, these ports are slowly getting phased out in modern computers and replaced with more powerful HDMI and DisplayPort serial interfaces.

Thus, you need the latest display standards such as DisplayPort 1.4 and HDMI 2.1 to connect your PC with advanced resolutions like 8k. DisplayPort 2.0 is even better. This will boost bandwidth capabilities and work with computer monitors with resolutions as high as 16K.

Such powerful display ports improve everything that standard display ports offer. 

For instance, it brings about higher refresh rates and improves dynamic HDR. However, the most notable improvement that a DisplayPort 1.4 brings about is significantly higher bandwidth, making it perfect for 8K resolutions.

As mentioned earlier, you need two of these display ports to achieve an 8K resolution. It would be best to hook them simultaneously because a single display port won’t support a full 8K resolution. Therefore, you need to check the CPU you buy and ensure that it has two or more DisplayPort 1.4 or HDMI 2.1 ports.

3.Support Display Stream Compression (DSC)

Display Stream Compression, a visually lossless compression that helps reduce bandwidth demand for ultra-high definitions like 8K, is another vital computer specification to use 8K monitors. This technology brings the best out of CPUs, especially by unlocking higher resolutions and refresh rates to achieve 8K resolutions.

A combination of DisplayPort 1.4 and DSC can give you incredible visuals, perfect for gaming and editing. Besides, it doesn’t limit you on the number of ultra-high-resolution displays you can use at once. It may be impossible to use multiple high-resolution display setups at once without DisplayPort 1.4 and DSC.

The Display Stream Compression is one of the features that makes finding a good 8K monitor difficult. If you are in the market for 8K monitors, you need to keep DSC top on your list of features. The market may not have a variety of options, but a good look can help you find a DSC-supported monitor.

You are good to go once you have a CPU and monitor that both support DSC. This technology compresses 8K content and delivers it to your monitor via the two DisplayPort 1.4 ports. This makes it possible to enjoy gaming and editing on a large screen and high resolution.

Good Graphics Card

8K Monitors

Source: Pixabay

Another thing to look for in a computer you intend to use with an 8K monitor is the graphics card. Not all graphics cards can support 8K resolutions making it vital to look for a high-quality graphics card. Most graphics cards used today do not support such high display resolutions, but some new ones do.

AMD and Nvidia have stepped up to build graphics cards that support 8K resolutions. There were practically no graphics cards that could support this technology when it first came out. The graphics cards developed by these two heavyweights can support playback and video effects in 8K.

For instance, Nvidia’s Quadro RTX graphics card comes with great features such as new ray-tracing cores. Besides, Nvidia also says that this graphics card will come with wavelet decoding. These are features that will enable real-time playback, making gaming and editing seamless.

There are also various technical specifications that graphics cards supporting 8K resolution need to have. Examples include transistors – 18600 million, bandwidth – 672 GB per sec, bus interface – PCIe 3.0 x16, memory – 49 GB GDDR6, etc. We hope for more graphics cards with such specifications in the future.

Powerful RAM

It is also worth knowing the minimum RAM required to edit 8K quality videos. The right amount of memory is vital for any work that involves computers. Gaming or editing videos on an 8K display requires more RAM than what we use for gaming and editing on 4K monitors.

More RAM equals more performance, and that’s what you need to look for in a computer. An ideal RAM that will make working with 8K monitors efficient should be around 1.5 TB. This ensures that you can edit videos and play games without buffering or lagging.

But then, this doesn’t mean that you cannot work with 8K monitors with 16 or 32 GB RAM. It all will depend on the other specifications of your computers, such as graphics cards and storage. However, it would help to have the highest RAM possible for the best editing and gaming experience.


Those are some of the computer specifications that make gaming and editing with 8K monitors easy. The specifications you have can affect the quality of your display. For instance, you can view images on an 8K screen with a single DisplayPort 1.4, but achieving the 8K resolution quality will require two ports.

It would be best if you also kept the Display Stream Compression on your checklist. Not many CPUs support this technology but then with quality research, you can find some modern PCs that support it. Also, ensure you consider RAM and check the type of graphics card a CPU has before purchasing it.

All these features are essential for achieving 8K resolutions in computers. If you already have an 8K monitor, failing to find a compatible CPU may turn out as a waste of resources. That’s why you need to invest your time in researching the specifications mentioned in this article.

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