Does HDR Cause Input Lag in 2023?

As technology advances, so does the demand for better and more advanced display technologies. One of the latest innovations in the world of display technology is HDR, which stands for High Dynamic Range. HDR promises to deliver stunning visuals with greater contrast and more vibrant colors. But does this technology come at a cost? Does HDR cause input lag? In this article, we will explore the impact of HDR on input lag and how it affects your gaming experience.

What is Input Lag?

Before we dive into the impact of HDR on input lag, it is important to understand what input lag is. Input lag is the delay between the time you press a button on your controller or keyboard and the time the action is displayed on the screen. In other words, it is the time it takes for your computer or TV to process the input and display the output.

What is HDR?

HDR is a display technology that enhances the contrast and color range of an image. It achieves this by increasing the brightness and darkness of the image and expanding the range of colors that can be displayed. HDR content is usually encoded in one of several formats, such as HDR10, Dolby Vision, or HLG.

How does HDR impact Input Lag?

The short answer is: it can. HDR can introduce a small amount of input lag, which is the time it takes for your computer or TV to process the image and display it on the screen. This lag can be noticeable in some cases, especially if you’re playing fast-paced games where every millisecond counts.

Does HDR Cause Input Lag in 2023?
Does HDR Cause Input Lag in 2023?

The amount of input lag introduced by HDR depends on several factors, such as the processing power of your TV or computer, the type of HDR format being used, and the settings of your display. In general, HDR can increase input lag by 10-30 milliseconds, which is not significant for most gamers.

How to Reduce Input Lag when using HDR?

There are several ways to reduce input lag when using HDR:

  • Turn off unnecessary image processing features:

Some TVs and computers have features like motion smoothing or noise reduction that can introduce input lag. Disabling these features can reduce input lag.

  • Use a gaming monitor or TV:

Gaming monitors and TVs are designed to reduce input lag and provide a smoother gaming experience. They usually have faster refresh rates and lower response times than regular displays.

Does HDR Cause Input Lag in 2023?
Does HDR Cause Input Lag in 2023?
  • Use a wired connection:

Using a wired connection for your controller or keyboard can reduce input lag compared to using a wireless connection.

  • Use a high-quality HDMI cable:

Using a high-quality HDMI cable can reduce input lag by providing a faster and more stable connection between your device and your display.


HDR can cause input lag, but the impact is usually not significant enough to affect most gamers. If you’re a professional gamer or you play fast-paced games where every millisecond counts, you may want to consider using a gaming monitor or TV and disabling unnecessary image processing features. For casual gamers, the benefits of HDR usually outweigh the small increase in input lag.


  1. What causes input lag?

Input lag can be caused by several factors, such as slow processing speed, wireless connections, and image processing features.

  1. How much input lag is acceptable for gaming?

For most gamers, input lag of 30 milliseconds or less is acceptable. Professional gamers may prefer input lag of 10 milliseconds or less.

  1. Does HDR affect frame rate?

HDR can affect frame rate if the processing power of your device is not sufficient to handle the increased demands of HDR content.

  1. Can input lag be fixed?

Input lag can be reduced but not completely eliminated. Using a wired connection, disabling unnecessary image processing features, and using a gaming monitor or TV can help reduce input lag.

  1. Does HDR affect color accuracy?

HDR can affect color accuracy, but it usually results in more accurate and vibrant colors compared to SDR (Standard Dynamic Range).

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