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For many gamers, it is very important to get a 144Hz signal on their gaming monitor. To do this, we must first better understand the refresh rate and how it affects our viewing experience, as well as the limitations of certain types of cables. The
refresh rate is one of the most critical factors for smooth display images, so it is understandable that gamers want the highest possible refresh rate.
The display port and cable you use are an extremely important part of the monitor/PC setup, because not all cables provide the same level of performance. For this reason, we will look at some of the various options available and summarize the cables required for 144Hz gaming. Chapter
Don't Talk Nonsense, Dive In! Display port
is pretty much what it says on the tin-a port (located on the back of the monitor) for connecting your PC to your monitor. For many people, choosing a display port is just as important. In reality, however, choosing the correct display port and cable for your setup is critical.
Due to some cable limitations, not all cables can provide you with a 144Hz gaming experience. It depends on the amount of bandwidth they can transmit at any given time. So, for example, a 1080p 60hz display requires less bandwidth than a 4K 144Hz display.
Therefore, we must ensure that the cable we choose is suitable for the monitor we plan to use. Although many modern panels use the latest display port technology, older users may still not be sure which cable is best for 144Hz gaming.
Have no fear, we will go through all of the major cables to see which one best suits your specific needs.
Many people reading this article may not know what DP (DisplayPort) is, mainly because it has been under the advantage of HDMI for many years. In this case, DisplayPort is actually the more impressive of the two standards. Since its introduction, DisplayPort has been geared toward more savvy gamers and computing who need higher resolution while achieving maximum refresh rate and deeper color depth.
DisplayPort takes the form of a 20-pin connector and is widely regarded as the connector of choice by gamers and computer enthusiasts. HDMI is designed primarily for consumers, think of TVs, DVD players, Blu-ray players, etc. However, DP is specifically designed to accommodate higher resolutions and maximum refresh rates; from a gaming point of view, this is absolutely essential, especially now that Gsync is becoming more and more popular and mainstream.
DisplayPort 1.2 supports 3840x2160 (4k) at 60hz or 1080p at 144hz, while DisplayPort 1.3 launched in 2014 can support 8k at 60hz and 4k and 120hz. Near today, we discovered the latest version 1.4 of the DisplayPort standard published by VESA. DP 1.4 is the first of its kind to utilize VESA's screen stream compression technology, which can achieve a compression rate of 3.1 with almost no visual loss. It utilizes Type-C connector to achieve perfect high-definition video output.
HDMI (High Definition Media Interface) was developed more than 10 years ago, and as mentioned above, its design takes everyday consumers into consideration. However, because the speed of technological development is faster than ever before, HDMI has to adapt to a large number of new technologies and new features, especially now that Displayport is getting larger and larger in the market and has more features than previous versions, while HDMI does not. The
version before HDMI 2.0 has very limited output capabilities. Take the resolution and refresh rate as an example. HDMI 1.4 will be limited to 3820x2160 (4k) at 30Hz. However, if you use a GPU that supports 4K, HDMI 2.0 will be able to output 4k at 60Hz, twice that of 1.4. If you are familiar with the refresh rate in the game world, you will know that the higher the better. So why do all video output connections try to double their efforts in this regard? The latest
HDMI update comes in the form of its 2.1 iteration and is packed with cutting edge technology far beyond what we need today. It can hold 8k at 60hz, 4k at 120hz and everything between 10k. Additionally, it supports high dynamic range while increasing bandwidth capacity to 48GP. The only way for HDMI to get this feature is through its new ultra-high-speed cable, which includes uncompressed 8k video output with HDR.
If you connected a monitor to a PC in the early 2000s, you no doubt know what the DVI connector looks like, but you may not know what technology it uses. The modern era of DVI is fading fast, but to this day, every GPU is equipped with a DVI connector, just in case. However, when connected to the DVI to HDMI connector, newer GPUs that use DVI can accommodate both visual and audio output, and you know if this is right for you. The single link line supports up to 1920x1200 resolution, while the dual link line supports up to 2560x1600, all at 144hz, so this is still a very feasible choice for gamers. Unfortunately, DVI does not support 4k, so if this is what you want, you must choose the HDMI or DisplayPort option.
VGA is the older one in this article, and has been in use since the first introduction of visual displays to consumers. VGA is an analog video cable output, and
It can only be found on older laptops, PCs and some projectors. It has almost no versatility on the market today, but it is worth playing anyway.
Yes, HDMI 1.4 supports 144Hz games and the screen resolution is 1920 x 1080. In other words, not all displays that use HDMI 1.4 support higher refresh rates. Remember to check the user manual or product specifications frequently before purchasing the
; this may tell you what the screen can and cannot do. Don't be afraid of
, you can still get a good gaming experience in this specific scenario. You need an HDMI to DisplayPort adapter, which allows you to achieve 120Hz resolution at 1080p.
Well it really comes down to the monitor you use and the amount of bandwidth you use. With that said, here are the limitations of some popular cables and the resolution they can output at 144Hz.
For users who want to output 1080p 144Hz content, users must use dual-link DVI, DisplayPort, or HDMI 1.4 (or better) cables. With that said, keep in mind that some custom displays are locked at 60 / 120Hz when using HDMI 1.4.
For anyone who wants to get content from 1440p at 144Hz, you need at least an HDMI 2.0 or DisplayPort 1.2 cable. If you are looking for a 144Hz 4K experience, HDMI 2.1 or DisplayPort 1.4 (with DSC 1.2) is the basic requirement.
If you have any questions about the display port cable and which one is best for various resolutions / refresh rates, feel free to leave us a message in the section below.