The question of how much Hz display displays often arises among users choosing a smartphone to play or watch video content. The Redmi Note 8 Pro, released in 2019, became a real bestseller thanks to a powerful processor and high-quality build, but the characteristics of the screen have their own characteristics. Many confuse the refresh rate of frames with the frequency of the sensor survey, so it is important to immediately clarify the technical parameters of this device.
It features a 6.53-inch IPS-matrix that delivers excellent color reproduction and wide viewing angles. However, unlike modern flagships, it uses a standard image refresh rate. The base screen refresh rate of the Xiaomi Redmi Note 8 Pro is 60 Hz, which is the classic standard for most mid- and budget smartphones of the period.
Despite the absence of 90 or 120 hertz, the screen of this device remains comfortable for everyday use. Full HD+ resolution (2340ร1080 pixels) provides high pixel density, making fonts clear and images detailed. In this review, we will detail how to check these parameters yourself and what they mean for a real-world experience.
Update frequency and touch frequency: whatโs the difference?
The first thing to understand to properly assess performance is the difference between refresh rate and sensor survey rate, which is often confused, although they are responsible for very different aspects of display performance.
In the case of the Xiaomi Redmi Note 8 Pro, this parameter is rigidly fixed at 60 Hz. This means that in one second the picture is updated 60 times. For comparison, modern gaming smartphones can offer 90, 120 or even 144 Hz, which makes interface animation and scrolling tape smoother. However, for most tasks, 60 Hz remains quite a sufficient indicator.
On the other hand, the Touch Sampling Rate determines how fast the screen responds to touch. In the Redmi Note 8 Pro, it's 120Hz. This means that the processor reads the finger position 120 times per second. This high polling rate makes the controls responsive, which is especially important in dynamic games where instantaneous response is required.
โ ๏ธ Warning: Do not try to programmatically change the refresh rate of the screen through the engineering menu without proper knowledge. Forced change of parameters can lead to incorrect operation of the display drivers or full image output.
Technical details of the matrix
How to check the screen frequency on Redmi Note 8 Pro
If you want to personally verify the specifications of your device, you donโt have to take the word for the specifications on the Internet. There are several proven ways to find out the exact refresh rate and other display parameters directly on your smartphone.
The easiest and most secure method is to use system information or specialized applications. MIUI often hides detailed technical data, but it can be obtained through third-party software.
โ๏ธ Screen performance check
One of the popular ways is to use AIDA64, and after you install and run the program, you go to the Display section, and you'll see the Refresh Rate bar, which will show you 60 Hz, and you'll see the resolution and pixel density.
Another option is to use an engineering menu, but this one requires caution. To log into the diagnostic menu, you can use the code ##6484##, which opens the CIT engineering menu. You can run screen tests on this menu, but changing the refresh rate there is usually not available to the end user.
| Parameter | Meaning | Description |
|---|---|---|
| Frequency of update | 60 Hz | Standard staffing frequency |
| Sensory frequency | 120 Hz | Frequency of touchscreen survey |
| Permission | 2340 x 1080 | Full HD+ format |
| Type of matrix | IPS LCD | Liquid crystals with illumination |
The influence of frequency on gameplay
For gamers, the question of how much Hz is critical. High refresh rates allow you to see more frames per second, which gives you an advantage in first-person shooters and racing simulators. In Redmi Note 8 Pro, the 60 frames per second (FPS) limit imposes its limitations.
However, thanks to the powerful MediaTek Helio G90T processor, the smartphone is able to consistently hold 60 FPS in many popular games, such as PUBG Mobile or Call of Duty Mobile (at medium graphics settings), which provides a smooth picture that is not inferior to more expensive devices with a similar hertz restriction.
- ๐ฎ The high sensor frequency of 120 Hz provides minimal input latency, which is critical for competitive gaming.
- ๐ Absence of high refresh rate (90/120 Hz) saves battery power by allowing you to play longer without recharging.
- ๐ผ Optimizing games under 60Hz means you wonโt notice the jerks, as content is created to this standard.
Itโs worth noting that many mobile games simply donโt support framerate above 60 frames, so having a 120-hertz screen in this case wouldnโt give any performance boost in most scenarios.
Comparison with modern analogues
When the Redmi Note 8 Pro was first released, 60Hz was the gold standard. That's changed today, and even in the budget segment, there are often 90Hz screens. When you compare this smartphone to modern models, you can see the difference in the smoothness of scrolling menus and animations.
Modern panels AMOLED They often offer 120Hz, which makes the fingers move visually more enjoyable. IPS-The matrix in the Note 8 Pro wins in natural color reproduction and the absence of flickering (PWM) at low brightnesses, which is important for people with senses of aspirant eyes.
If you go from a device that has a 90 or 120 Hz screen to a Redmi Note 8 Pro, you may notice a little twitching in the early days of use. The brain adapts quickly, and after a week the difference is no longer noticeable, especially given the quality of color calibration in this model.
โ ๏ธ Note: When buying a used device, be sure to check the screen for burnouts or broken pixels, as IPS-Matrices may lose uniformity over time.
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To protect your eyes, turn on the Read mode in the notification curtain, which reduces the intensity of the blue spectrum, making the colors warmer, which is especially useful in the evening.
Display settings in MIUI
While you canโt change the physical refresh rate in the Redmi Note 8 Pro, the system provides other tools to customize the image, and the MIUI shell allows you to tailor colors and brightness to your preferences, which can improve your image perception.
To access the settings, go to Settings โ Screen, and various color schemes are available here, such as Standard, Saturated and Enhanced, and you can also adjust the font size and scale of interface elements, which affects usability.
The Dark Mode feature, which not only changes the color of the interface to black, but can also invert colors in some supported applications, reducing eye strain in the dark. IPS-The effect of the savings on screens is less noticeable than on the screen. AMOLED.
In the Eye Safety section, you can activate the anti-reflective mode, which adds a slight flicker that developers claim reduces fatigue, but many users prefer to keep this feature off for a more stable picture.
Frequent questions and answers
Users often search for specific technical details that arenโt always obvious from marketing materials. Below are answers to the most popular questions related to screen and performance of this model.
Many people wonder if it's possible to unlock the hidden capabilities of the screen, and the answer is clear: software methods that promise to "overclock" the screen to 90 Hz on this device are mythical or lead to unstable operation. The hardware part of the matrix is physically limited to 60 Hz.
Does the Redmi Note 8 Pro support HDR technology?
Is there a protection against flickering (DC Dimming)?
Does 60Hz affect navigation?
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The Redmi Note 8 Pro remains a relevant device due to the balance of characteristics, where the 60 Hz screen is compensated by high touch frequency and high-quality IPS-matrix.
In conclusion, the question of how much Hz should not be a decisive factor in evaluating this smartphone.Redmi Note 8 Pro offers a balanced experience where the refresh rate is harmoniously combined with the rest of the system components.