lcd touch screen redmi 4a free sample

You probably touch your phone"s screen hundreds of times per day. Combined with its delicate glass build, it"s no surprise that smartphone touchscreens are one of the most common components to run into issues.

But the touch screen not working on your Android phone isn"t always the result of a hardware failure. If your phone touchscreen often isn"t working or fails to respond, there"s a lot you can do before getting professional help.

First, you should rule out the possibility of a software bug if your phone touch screen is not working. There are a handful of troubleshooting steps you can do to confirm this.

A good-old reboot might sound futile to fix such an advanced issue. However, it"s often one of the most successful ways to fix an unresponsive touch screen on Android. Restarting your phone shuts down and refreshes all background services, which could have crashed and led to your issue.

If you"re unable to touch the screen to select the option, on most devices, you can hold down the Power button for several seconds to switch off your phone. In some cases, you may need to hold down the Power button and the Volume Up button at the same time.

If your touch screen is not working, but only intermittently, then you may be able to re-boot your phone into safe mode. Android"s safe mode lets you use your phone with only the original software it shipped with, which strips out all services and apps you"ve installed. If your display works normally in safe mode, a third-party app is likely at fault here.

To enter safe mode on most new Android devices, press and hold the power button. In the resulting prompt, touch and hold the Power off button. Once you see the prompt to enter safe mode, tap OK, and your phone will soon restart. To exit safe mode, just restart your phone normally.

If you"re scratching your head wondering, "Why is my phone touchscreen not working?", you"ll find a range of apps on the Play Store that could help you to diagnose your display issues. These are designed to pinpoint what exactly is wrong with your phone"s touchscreen. We recommend trying out one simply called Display Tester.

When you launch Display Tester, head into its Tests tab. Here, you have the option to test a whole bunch of aspects. The app can detect dead pixels, burn-in on OLED screens, whether the contrast and saturation are accurate, multi-touch status, and more.

If you got positive results in touch-based tests, you should review all recently installed apps or consider performing a factory reset. Since your touchscreen functioned as intended under special circumstances, a third-party app is most likely the root cause.

Many people apply a screen protector on their phones as an added safety against drops and scratches. But that same sheet of plastic or glass could prevent your touch signals from reaching the display panel.

If your phone"s screen has been acting up lately, try removing the protector. Of course, this doesn"t guarantee a fix. However, it could increase the response rate on an already weak screen.

Touchscreen Repair is a lightweight app that calibrates your screen to reduce response times. The app asks you to consecutively tap several sections of the touchscreen. Based on your phone"s internals, it then artificially drops the latency as much as possible.

The effectiveness of Touchscreen Repair varies depending on your phone maker. Many OEMs ship their phones with optimal response rates. In those scenarios, Touchscreen Repair won"t be able to do much. But it"s worth a try if nothing else has worked yet.

You don"t have to rely on touch inputs to control your phone. To better serve users with accessibility needs, voice and facial-based interaction methods for Android have come a long way.

With the right apps, you can navigate on your phone entirely through your voice and facial movements. Of course, these solutions only apply if your phone"s touchscreen works enough to install an app from the Play Store.

Else, you can try installing the app to your phone through the Play Store web interface. And you can disable touchscreen input on your phone until you get the screen fixed.

Google"s Voice Access app proactively listens for your commands and assigns a number to every action available on the screen. Instead of touching an app icon or menu element, you just have to call out the assigned digit.

Voice Access links fundamental actions to fixed phrases. So you can say "screen down" for moving around pages and "go back" to return to the previous screen, for example.

This app does exactly what its name suggests. It adds a virtual cursor on your screen, which you can manipulate with your face. To move the pointer, you simply have to move your head in the appropriate direction.

If you can"t install any apps due to screen problems, connecting an external keyboard and mouse might do the trick. This assumes you can still see the screen, though.

With these possible fixes, you should hopefully be able to revive your phone"s touchscreen if it"s just a software bug. Failing that, the apps mentioned can grant you a temporary workaround.

Otherwise, you will have to visit a service center for help. If you"re lucky, a professional will be able to restore the touchscreen"s functions, although depending on the device, it may be a pricey repair. If not, you"ll have to look at replacing your phone.

Your Android touch screen might not be working for various reasons. Hopefully, one of the fixes above helped solve your touch screen issues. If everything fails, perhaps it"s time to upgrade.

Xiaomi has deliberately built up the Redmi 10’s camera housing to make it seem advanced, but the camera array you get here is actually mediocre at best. While its primary camera has 50 megapixels to its name, the results are inconsistent and rarely all that pretty.

The real strong points are the stereo speakers, even if sound quality isn’t remarkable, solid battery life, and a decently sharp screen. As such, the Redmi 10 isn"t as easy to recommend as some real Xiaomi hits of the last year or so, like the fantastic Xiaomi Redmi Note 10 Pro or Xiaomi Poco X3 NFC.

Motorola’s Moto G50 is a worthy alternative too. It generally costs slightly more and it has a lower-resolution screen, but its software is superior, the battery life even better, and it has 5G and a faster chipset.

We shouldn’t overlook one of the key draws of buying a budget Xiaomi phone, though. The Redmi 10 has a Full HD display, at a price for which several of the other big names only offer 720p screens. It makes a significant difference, even if it is something you take for granted rather quickly after switching from a 720p phone.

The Redmi 10"s design is a good example of ‘faking it’. This is a concept we"ve talked about before. Lots of all-plastic phones are dressed up like higher-end ones, with the intention to appear like metal and glass designs.

Xiaomi has gone a little further this time, using a camera housing design far larger and more elaborate-looking than the simple strip seen in the Redmi 9. The Redmi 10"s back really does look like glass. The camera really does look like it might belong on a $1,000/£1,000 phone.

It"s all a sham, of course. The Redmi 10’s back is plastic, and uses a metallic-looking color gradient underneath to class-up its appearance. We’ll get onto the camera later, but a big chunk of it is just a black border that actually sits in the rear finish, and has nothing to do with the camera itself at all.

The Redmi 10 has painted-on cheekbones. But does it matter? If you flashed us the phone’s back and told us it cost $450, we’d believe you. We can appreciate a phone that can fool friends into thinking you spent more. It"s fine as long as you"re not the one fooled when you come to buy a Redmi 10.

There are some less deceptive parts to the design. The Redmi 9 had a teardrop notch, the Redmi 10 has a punch-hole, which looks more modern to most eyes.

Screen borders are typical of a cheaper Android, but are not excessive, and the Redmi 10 is a lot easier to handle than some other Xiaomi phones. Many of the company"s affordable lines use ultra-large displays that add significantly to a phone’s width. The Redmi 10 is 75.5mm wide, similar to a Samsung Galaxy S20 FE.

You get a side-mounted fingerprint scanner for secure unlocking, and while there’s a slightly longer pause while it works than some top-end phones, it’s a reliable pad. The Xiaomi Redmi 10 also has an IR blaster, which is something you only tend to see in select Chinese phones these days.

An IR blaster sends out the same signals as classic TV remote controls, using a Mi Remote app. It turns the Redmi 10 into a universal remote. We couldn"t actually get it to work, testing with an LG TV, a Planar projector and an Anthem AV receiver. But you may have better luck. It may be disabled in our device"s firmware for some reason.

The Xiaomi Redmi 10"s screen is one of the stronger parts of the phone, although primarily against rival brands rather than other Xiaomi Androids you might buy.

At this affordable level, Samsung and Motorola both use 720p screens with a lower pixel density than the Redmi 10’s. This 6.5-inch screen is very sharp. Pixel density of around 405 pixels per inch is fantastic for a phone this cheap.

Color saturation is good too although we do recommend tweaking it a bit. Fresh out of the box the Redmi 10’s color temperature was a little too cool, likely used as a way to make it appear to ‘pop’ a bit more.

The Redmi 10 is a 90Hz phone but this skill wasn"t enabled as standard. You can choose either 60Hz or 90Hz modes, and the faster one makes Android menus appear to scroll more smoothly.

This isn"t a super-clever screen that changes refresh rate as required, dipping down on static screens, but it will drop down to 60Hz for apps that don"t make use of a higher refresh rate, like Netflix.

This is one of the better displays you"ll find at the price. But it"s not perfect. It is an LCD, so blacks won"t appear perfect in dark rooms. We don"t think that"s really an issue. Brightness might be, though. The Redmi 10 can reach 445 nits outdoors in bright sunlight. While this is fine for a cheap phone, it’s less than the 600+ you can get from the Redmi Note 10 Pro.

The Xiaomi Redmi 10"s camera is its most deceptive area. It looks and sounds advanced. The camera array seems like the photographic equivalent of a Swiss army knife from a glance, and it has a 50MP sensor.

Bad news: where phones at this level typically have one decent camera and a bunch of duds, the Redmi 10 has no good cameras. Until now we"ve only really had high-quality 50MP cameras in phones, like those of the Oppo Find X3 Pro. But Samsung, as it has done several times in the past, lowers the tone with the S5KJN1 sensor seen here.

We only dug this information up after going out on several shoots with the Redmi 10, having witnessed all the negative effects we’d usually associate with such tiny photosites, and wondering why.

The Redmi 10’s dynamic range is bad. The HDR mode can try to hide this to some extent, but it too is faulty, sometimes refusing to engage (when using HDR Auto) and generally pumping out highly inconsistent results. And there"s only so much you can do to hide the deficiencies of a crappy sensor with software-based enhancement.

HDR modes typically merge multiple exposures so very bright and dark parts of the scene can be captured in one frame and look properly resolved. While the Redmi 10 has a crack at this, when HDR works, the shadow/darker parts of the picture often look like porridge. Any natural textures become fuzzy and vague, as if captured by a weak selfie camera rather than a primary camera.

Color reproduction is poor in less than solid lighting, and when the Redmi 10 tries to help things by applying color filters to sunsets, the results rarely match what your eyes perceive.

Next to a slightly older phone you can buy at a similar price (albeit the lesser storage version), the Xiaomi Poco X3 NFC, the Redmi 10’s main camera is dismal. Video clips taken with the phone will also often turn out unusable because there is no stabilization.

In a phone at this level we don’t expect high-end video features like stabilized 4K and 120fps slow-mo, but the Redmi 10 is limited to 1080p, 30 frames per second capture. And even at this lowly capture rate it can’t manage electronic/software stabilization.

It’s not impossible to take good shots with the Xiaomi Redmi 10. You can find a few in this review"s photo gallery that look just fine. But Xiaomi doesn’t make it easy.

Sky gradients often look unrealistic, and clipped highlights in clouds are to be expected. The Redmi 10’s image signal processor (ISP), the brains behind the camera, doesn’t seem to be so hot.

You can choose whether to have an app drawer or not. Some may not like the stylistic choices of the settings menu, but it’s hardly worth getting upset over. However, the Redmi 10’s drop-down is not helpful.

In a conventional take on Android, you swipe down once to open up your notifications bar. You swipe again to access brightness controls and feature toggles. The Redmi 10 takes a different approach, using the right side of the screen for feature toggles, and the left for notifications.

General performance of the Redmi 10 is okay, with some common caveats that come with an entry-level CPU. There are some short waits when you load an app that has not been sitting in the cache, because it was used a moment ago. And there’s some minor lag in the interface in general.

The Xiaomi Redmi 10 does have some more obvious issues with gaming, particularly when compared to a slightly more expensive barnstormer like the Xiaomi Poco X3 Pro.

Even with the top-end version of the Redmi 10, with 6GB of RAM, you can’t run Fortnite. Epic Games won’t even let you install it. ARK: Survival Evolved runs quite poorly at higher graphics settings and Asphalt 9’s frame rate noticeably slows down in busier moments. That game’s busier moments often arrive several times in a 10-second window.

The Xiaomi Redmi 10 has a 5,000mAh battery, much like most of its arch rivals and its significantly larger siblings. We find that while the Moto G50 tends to last longer between charges, few will find any reason to complain here.

It can last through a heavy day of use, and typically has around 30-40% charge left by the time we come to plug it in at lights-out. This is with the screen set to its 90Hz mode, and you"re likely to see a slight boost by restricting the refresh rate to 60Hz.

There’s no improvement to battery charging with this generation, though. The Redmi 10 has 18W charging, although it comes with a 22.5W charger. We used a power meter and plugged it into both the bundled charger and a 30W one. In both cases the phone only draws around the claimed 18W.

After 30 minutes of charging the Redmi 10 from a completely flat state it reached 29% charge. This is not close to the ‘50% in 30 minutes’ fast charging standard.

You want a good screenThe Redmi 10 has a significantly sharper screen than the rival Samsung and Motorola phones you might buy instead. 1080p resolution looks great at the size, and the display is rich and vibrant, particularly after you make a few tweaks.

You want a long-lasting batteryIts 5,000mAh battery lasts a good while off a charge. You can hammer it fairly hard and still see the Redmi 10 last a full day. While this isn’t a two-day phone for us, it might get close to that for very light phone users.

You want something that looks goodThis phone fakes its way to success fairly convincingly. It looks less cheap than some others you might shop for around the price, and does not have a giant logo plastered across its back like some Poco-series and Redmi phones.

You take a lot of photosDon’t believe the 50MP hype. The Redmi 10"s camera is flat-out disappointing. Its HDR mode is unreliable, lower-light images are very poor and dynamic range is severely lacking, leaving some HDR-ified pictures looking distinctly mushy.

You"re a mobile gamerWe can’t recommend the Redmi 10 for gamers when the super-powered Xiaomi Poco X3 Pro is available for just slightly more. The chipset doesn’t handle top-end games that well, and can’t play Fortnite at all at the time of review. Its stereo speakers disappoint for gaming a bit too, as the output is so lopsided.

Xiaomi had a very good 2016 in India, which has now become the company"s biggest market outside China, and 2017 doesn"t seem to be any different. The company has continued its value for money formula and has been releasing appealing smartphones almost regularly. Back in November, the Chinese company announced three new devices in its inexpensive Redmi series, these included the Redmi 4A, Redmi 4 Standard and Redmi 4 Prime. There are differences between each of these devices based on hardware features and internal specifications, due to which the prices vary from about $90 to $150.

The cheapest out of these, the Redmi 4A went on sale in India last month through Amazon India and Xiaomi"s online store. I managed to get one for myself in the first flash sale and used the device for just about a month. The Redmi 4A is priced at Rs. 5999 which is roughly equivalent to $92 and can be considered a steal, as it does seem to tick the right boxes on paper. Read on to find out whether it is indeed a good deal in real world use and overall quality, or a disappointment like the Oukitel U15S.

The Redmi 4A comes in a classic Xiaomi plain white box, and this time around there is no image on it either. The whole packaging fits in well with the company"s minimalist approach towards design. On the inside, there aren"t a lot of bundled goodies. You get the phone, a travel charger, a SIM card removal tool, and standard regulatory paperwork.

There are no earphones, screen protectors, or covers bundled with the device. I would highly recommend purchasing a screen protector for the Redmi 4A, as the quality of the scratch resistant glass doesn"t seem up to the mark.

The Redmi 4A looks a lot like other Xiaomi phones such as theRedmi 3S, Mi Max, or the Redmi Pro, with a few changes here and there. The biggest difference between those devices and this one is its polycarbonate exterior.

Just like other recent Xiaomi phones, the Redmi 4A too comes with an IR blaster positioned at the top. On the back, the 13-megapixel camera is positioned towards the left corner at the top, and the speaker grille is towards the bottom. The front is fully covered with glass and features capacitive buttons at the bottom, an LED indicator just below them, the 5-megapixel front camera on the right of the earpiece at the top, and ambient light and proximity sensors on its left side.

Xiaomi hasn"t changed the display specifications from the Redmi 3 series in the Redmi 4A. Like its predecessor, it also features a 5-inch IPS LCD with HD (1280x720) resolution, which translates to 296 pixels per inch density. The display quality is quite good, the color reproduction is well balanced and it brightens up well in situations where there"s too much light.

Due to its low price, it would have been difficult to use a higher resolution screen or an AMOLED panel in the Redmi 4A, but what Xiaomi is offering is apt for its price and something that is common with competing smartphones such as the Moto G4 Play or the Moto E3.

The Redmi 4A seems to have good antennas as it managed to pick up a decent amount of signal, even in areas where my other devices struggled a bit. Call quality was decent enough, and I didn"t come across any crackling or static noise during any calls. On the receiver"s end too, the sound was clear enough and there were no call drops or other issues either. Overall I can say it handles calls well.

There"s not much to complain about the audio output of the loudspeaker and the headphone jack. It was of acceptable quality with a decent amount of bass and loudness, which was a pleasant surprise as the Redmi 3S" sound was a bit of a letdown. The speaker placement can be a problem since it can get covered when the phone is held at the bottom, but there"s nothing major that can disappoint the user.

Xiaomi has retained the same camera combination as the Redmi 3 series in the Redmi 4A, which included a 13-megapixel rear camera and a 5-megapixel front camera. This time around, the quality of the rear camera seems to be much improved, which could be due to a different sensor used in the 4A.

The camera software is very quick, there is barely any delay in capturing images, which is something rarely seen on inexpensive devices. Redmi 4A is capable of capturing HD video (1080p) at 30 frames per second and the output is once again pretty good in daylight but suffers in low light. As visible in the camera sample, the low light video has focusing issues and stability is lost.

Xiaomi seems to have put a lot of thought into the camera, and I was, for the most part, pleased with what the Redmi 4A has to offer in this department. You can check out the camera samples below:

Redmi 4A comes with MIUI 8.2.6, which sits on top of the older Android 6.0.1 Marshmallow with February security updates. It is a bit disappointing to see Xiaomi shipping Marshmallow, while Nougat was already available before the device"s launch. However, due to the heavy skinning in MIUI, it won"t have made a ton of a difference either, so it basically comes down to whether one is fine with Xiaomi"s custom skin.

I like MIUI customizations in most cases, but I began using a custom launcher after about a week with the device, as I like a clean homescreen with few icons. The MIUI apps are always good and have plenty of extra features compared to stock Android apps in general. UI consistency is once again top notch, a huge point that OEMs ignore when designing their own shells over Android. I received one major update weighing about 1.4 GB in the first week of usage itself, which is said to have improved stability of certain apps.

There is a bit of bloat preloaded on the Redmi 4A, but it seemed less compared to that on the Redmi 3S Prime. Even the Google apps included with the device are just the basic ones such as Maps, YouTube, Drive, Hangouts, Photos, Play Music and Movies, and Gboard. The Flipkart and Amazon India apps were also preloaded, which may be some sort of an advertising deal between the manufacturer and the two retailers.

The Redmi 4A packs a Qualcomm Snapdragon 425 processor, which is coupled with an Adreno 308 graphics processing unit. The chipset itself sits at the bottom of the mid-range offered by Qualcomm, but is quite power efficient and churns out decent day-to-day performance at the same time. Since the smartphone comes with 2GB of RAM, most applications run quite well, even when used simultaneously.

One of the biggest gripes I had with the Redmi 3S Prime was its GPS issue, that has not been resolved yet. Luckily, the Redmi 4A has no such problem and the GPS receiver works smoothly on it.

The Redmi 4A features a 3,120 mAh battery, which keeps the phone ticking for a significant amount of time. With an hour of phone calls, half an hour of surfing, and intermittent texting through WhatsApp, Hike, or Facebook Messenger, the phone lasts an average of 14 hours. This includes about 4.5 hours of screen on time, which is a good stat for a battery this size.

There were a few occasions when I had to switch on the power saver mode to push the device through the day. Fully charging the smartphone takes nearly 2 hours with the bundled charger. Although the Snapdragon 425 chipset is said to feature Quick Charge 2.0, the Redmi 4A does not support it, and comes with a standard 1A charger.

Xiaomi has got a winner here with the Redmi 4A. There is no room for complaints, and its highly compelling price tag makes it hard to ignore this smartphone in the entry-level price segment. The only thing that may affect someone"s decision of getting this device would be MIUI, but that alone doesn"t seem like a proper reason to ignore an otherwise amazing smartphone.

Some of the smartphones which compete with the Redmi 4A in the same segment include the Moto G4 Play, Moto E3, and the Moto E3 Power. Going spec-by-spec with its competitors, the Redmi 4A seems to be the better option as of now, but pricing and availability outside of India and China remains questionable.

The Xiaomi Mi 10T and the Mi 10T Pro are Xiaomi"s latest flagship-killer grade smartphones. By nomenclature, they succeed in the Mi 9T and the Mi 9T Pro, respectively. The Mi 10T duo gets a range of updates over the Mi 9T — rebranded Redmi K20 series — including the newer, more advanced, and 5G-enabled Qualcomm Snapdragon 865 mobile platform, a 20% larger battery, improved haptics, cameras with up to 108MP resolution, etc. But before you notice any of that adding vigor to the action, the first and the most glaring feature you"re bound to notice on the Mi 10T or the Mi 10T Pro is the new, larger, and smoother hole-punch display used on these devices.

For Mi 10T and the Mi 10T, Xiaomi has chosen a 144Hz LCD that supports dynamic refresh rate switching. Their choice seemingly defies the common belief that AMOLED displays are better than LCDs, especially when we speak of flagships and flagship killers. Xiaomi challenges the notions about AMOLEDs" qualitative superiority with claims about having tuned the color profiles of the display incisively. To justify these claims, they sling catchphrases such as DCI-P3, AdaptiveSync, and more, and we"ll be addressing the relevance of each of those in the sections below.

I must remark that the vision and the perception of quality, as well as the color of a display are subjective. Therefore, instead of critically assessing the Mi 10T Pro"s display in isolation, I will also be relying majorly on comparing with the Redmi K20 Pro (which is rebranded as the Mi 9T Pro for the European market). For tangible comparison and conclusions, I"m using the free version of the Display Tester app that features a horde of qualitative tests to analyze the display on any Android device.

Meanwhile, I must also point out while setting up the Mi 10T Pro initially, the display felt as good to me as an AMOLED display in terms of color accuracy and saturation despite being aware that it is an LCD. Irrespective of that, I have taken ample precautions to prevent my first impressions from influencing my analysis of the display.

LCD and AMOLED displays operate quite differently. An LCD uses a backlight as its only source of light compared to an AMOLED display on which individual pixel lights up to show different colors. An LCD comprises many more layers than an AMOLED, and that typically leads to LCDs having lower brightness than OLED or AMOLED displays.

Although both displays are fairly bright and legible — even under a strong light source, the Mi 9T Pro"s AMOLED display feels much brighter than the Mi 10T Pro"s LCD. To quantify this, I used the Lux Light Meter Free app on the Samsung Galaxy Note 20 Ultra (which is one of the finest smartphones I"ve used lately, as mentioned in my review) and noted the brightness values (in lux) by holding the Note 20 Ultra"s ambient sensor against the display of both the smartphones. For more accuracy, I took three readings per device and then estimated the mean value. Besides, I also took the readings from a distance of ~5cm from the smartphones in a pitch dark room for an affirmative conclusion.

In the first test, the app measures the brightness of the Mi 10T Pro"s display to be 561lux (179nits). The Mi 9T Pro, on the other hand, yields a much higher brightness of 1142lux (364nits). Of course, since the values are measured using a smartphone"s ambient light sensor, they cannot be treated as absolute values. However, we can — very conveniently — use them for comparison. Based on these values, the Mi 10T Pro"s LCD comes out to be only half as bright as the Mi 9T Pro"s AMOLED.

Quite evidently, the Mi 9T Pro"s AMOLED display appears brighter than the LCD on the Mi 10T Pro. But at the same time, we see that the LCD has a more uniform color throughout the display. The LCD"s white color also has a closer-to-neutral color temperature than the AMOLED display.

AMOLEDs typically offer more contrast as compared to LCDs. Contrast ratio, which is expressed as the ratio of the luminescence (or the brightness) of the brightest pixels of the display to those of the darkest, is often used for advertising the accuracy of details produced by TVs and displays. On AMOLED displays, the color black is presented by turning off pixels, and this is why we often hear about AMOLEDs presenting the "true black" color. This allows the contrast ratio of AMOLED displays to tend to a significantly high value as compared to LCDs.

In practical usage, high contrast or a contrast ratio means a clearer distinction between parts of the screen. Besides the fact that AMOLED displays are usually brighter than LCDs, as we saw in the section above, the former can also get much dimmer, and therefore, allow better readability in low lighting.

In a real-life comparison with the Mi 9T Pro"s AMOLED display, the LCD on Mi 10T Pro offers more distinction between adjoining colors. The different boxes for each of the colors in the Display Tester app"s Saturation test are slightly more distinguishable on the Mi 10T Pro than the 9T Pro.

While the 144Hz refresh rate is in itself a major advantage, especially for gaming enthusiasts, the Mi 10T devices also support AdaptiveSync. The Mi 10T"s screen supports variable refresh rates and can adjust it based on the content that is being displayed. The refresh rate values supported by the display include 30Hz, 48Hz, 50Hz, 60Hz, 90Hz, 120Hz, and 144Hz. By synchronizing refresh rate with the frame rate of the content (or in multiples), the Mi 10T Pro eliminates any instances of screen tearing or visual artifacts. To learn more, read our explainer on the relevance of refresh rate on smartphone displays.

Besides cost, AdaptiveSync is one of the primary reasons that Xiaomi has opted for an LCD instead of an AMOLED. A manufacturer must tune the display color profiles and gamma values for different refresh rates, and achieving this with an LCD is much easier than an AMOLED. This becomes more imperative to ensure the Mi 10T Pro"s display switches refresh rate seamlessly between different apps or forms of content without any visible alteration in the color output. This also gives it an advantage over devices like the OnePlus 8T which, despite their 120Hz refresh rates, can only operate at fixed refresh rate values such as 60Hz, 90Hz, and 120Hz.

The Mi 10T Pro is a competent smartphone, and the 144Hz AdaptiveSynch LCD makes it an excellent choice, especially for gaming — if you can wrap your head around Xiaomi"s confusing naming scheme. As opposed to OnePlus" upgrades, Xiaomi"s T upgrades usually fare below the original numeric series i.e. Mi 9 was a better phone than Mi 9T/9T Pro, and the same applies when you compare the Mi 10 and the Mi 10 Pro with the Mi 10T and the Mi 10T Pro respectively. On top of that, while Redmi K20 and Mi 9T series are identical, Redmi K30 and Mi 10T are different devices — the non-Pro and the Pro variants in the former have been rebranded as POCO devices for markets outside China. Simultaneously, the Mi 10T has also come to be known as Redmi K30S in China as part of Xiaomi"s efforts to branch marketing and sales into the Xiaomi, Redmi, and POCO brands.

Looking at the display, the Mi 10T Pro definitely feels like a legible upgrade over the Mi 9T Pro but with minor compromises in terms of screen brightness and contrast. To redress those shortcomings, Xiaomi relies on a color-accurate, fluid, and much smoother user experience.

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