If you are looking to find everything about What Is Motion Blur Reduction? and how it works then you are at the right place.
Do you have concerns about the different factors affecting motion blur? Do you get confused with the alternative names used for motion blur reduction? Are you troubled with the fast-moving and ghosting objects on the gaming screen?
Are you a novice with the settings employed to affect the FPS? Or, do you have general questions about motion blur reduction being good or bad? If you are a video game enthusiast and your answer is yes to one or more of the questions asked here then continue reading.
This will be a concise, yet comprehensive tutorial for all those who are looking to learn and maximize the motion blur reduction phenomenon in gaming monitors from scratch.
Things You will Need for Motion Blur Reduction
The following are the three major interconnected things that you will require for Motion Blur Reduction:
.1. Powerful CPU with following recommended requirements (minimum)
a. Operating System: Window 10
b. Processor: 11th Generation or 3.5 GHz of processing speed
c. Memory (RAM): 8 GB
d. Hard Drive (Storage): 1TB (HDD or SSD)
2. Powerful discrete GPU with following recommended requirements (minimum)
a. Memory: 2 GB
b. Considerate about the power connectors of GPU
c. Compatible Thermal Design Power (TDP) with your system
3. Lastly but not least, a gaming monitor with a high refresh rate
Basics concept of Motion Blur Reduction (MBR)
Before we could jump on some of the advanced topics related to Motion Blur Reduction, it is imperative to understand its basics. The need for the MBR technology came because of the tendency of the images to move quicker.
This eventually results in blurred graphics. MBR in simple terms is the technology to display the same frames until the image itself gets refreshed. This results in blur reduction and a much better display experience.
How does MBR work?
Blurriness in graphics can be reduced by restricting the time for which a certain frame is displayed. The increase in the refresh rate of your gaming screen could handle this along with the use of the strobing effect.
This is done by switching off the backlight in between the image refreshes, which is, in contrast, to keep it on for the entire time. This effect is not visible to the naked eye.
But, it reduces the time when you are looking at each of the available pixels on the screen. Eventually, it diminished the time for which a certain frame is displayed and you will get to experience much smoother graphics.
Different Factors that affect MBR:
Input Lag
It is the delay of a frame sent from your GPU to the monitor. It is a critical part of gaming monitors and can impact results. The preferred input lag for a gaming monitor is 15ms.
Refresh Rate
It is the measure of the ability of the screen to produce a new image per second. For example, if your monitor offers a 144Hz refresh rate then it would refresh the display 144 times per second. For gaming, screens with 120Hz or 144Hz refresh rates are preferred.
Response Time
It is the time taken by a monitor to switch from one color on the screen to another. So, lesser the less time it takes, the better will be the motion and image production on screen.
How does MBR relate with FPS and should I keep it ON or OFF?
This is a very hot debate among pro gamers, whether they should keep MBR on or off. For many of you, this will come down to personal preference and the urge to maximize the FPS. The other prefers to experience the best graphics in the games just as they were meant to be experienced.
One thing should be cleared here that MBR wasn’t introduced to enhance FPS. Rather, it was brought for making the games more realistic. If you keep it off then the visual quality of the game will be reduced. It could also lead you towards motion sickness.
This MBR at the same time requires to have more RAM storage along with a very powerful CPU and GPU as well. It is because the frame rate (FPS) gets lower when MBR is enabled.
In other words, it means that the graphics would move slower which will eventually impact your game. Conclusively, if you have all the resources then keeping MBR on will make your gaming experience par excellence.
The Best Gaming Monitor with MBR and Response Time
An MBR-enabled gaming monitor with a response time of 1ms is highly desirable. Such response time is best for competitive games. You will enjoy sharper images with this setting where moving objects would have little to no blurriness.
The good thing here is that the monitors with a 1ms response time are not that expensive. This is unlike the experience of upgrading for a better refresh rate, resolution, and panel type, which could be expensive.
Moreover, the response time between 1ms and 5ms is considered to be good. It all depends on your personal preference and the type of games you play.
Alternative Names for Blur Reduction Technology
Motion Blur Reduction is more of a generic and commonly referred name of the under-discussion technology. If you take a look at the gaming monitor market, then you will find plenty of brands where each one of them has a different name for the subject technology. The following are the different popular gaming monitor brands along with their respective Motion Blur Reduction technology:
NVIDIA
- Ultra Low Motion Blur (ULMB)
- Light B
BenQ
- Dynamic Accuracy (DyAc)
LG
- 1ms Motion Blur Reduction
ASUS
- Extreme Low Motion Blur (ELMB)
ViewSonic
- PureXP
Samsung
- 1ms Moving Picture Response Time (MPRT)
Gigabyte
- Aim Stabilizer
How to Determine The Quality of a Monitor with MBR?
You cannot expect all MBR-enabled monitors to offer the same level of quality. It is a qualitative thing along with the factors (discussed above) which influences the graphics.
One way to ensure quality is to pick monitors which are blur buster approved. This is a certification of monitors and a seal of quality in terms of motion blur reduction.
Disadvantages of Motion Blur Reduction
- MBR is dependent on a higher refresh rate of the monitor to be effective
- Intense motion on the display could lead to eye strain or headaches
- Compatibility issues with older graphics cards or games
Pro Tips:
- The pro gamers must look for a monitor with a 1ms response time, especially when there is a lot of action happening on their screen. Casual gamers will find 5ms response time good as well, which will still be faster than their reflexes.
- If you as a gamer have poor eyesight or sensitive eyes then MBR could be helpful to reduce any eye fatigue.
- You may look out for the MBR settings to be turned on for a certain percentage of the blurriness to be controlled.
- If you can afford then the VA or IPS monitor panels with MBR are considered to be the best with a 1ms response time. Avoid TN panels due to their poor viewing angles and color quality.
- Choose blur buster-approved monitors which usually offer supplementary refresh rates along with MBR.
Conclusion
If you have been with us throughout this What is Motion Blur Reduction research journey then you must have got all your answers about the subject technology? We hope that you enjoyed this comprehensive tutorial on the subject matter and got all the answers that you were looking for at the start.
From start to end, we covered all the critical aspects of motion blur reduction which could influence your decision about the technology. It requires you to have a powerful CPU, GPU, and a monitor screen. As a gaming enthusiast, you must be considerate about the refresh rate, response time, and input lag along with the motion blur reduction option.
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