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Qualcomm just unveiled Snapdragon 8 Gen 1, the company’s high-end chipset all set to power flagship phones in 2023. If you are planning to pick up a flagship device in 2023, you might be wondering about the devices that will ship with the latest Snapdragon 8 Gen 1 chip. With that in mind, we have compiled a list of Snapdragon 8 Gen 1 phones that are coming in late December or later next year.

List of Snapdragon 8 Gen 1 Phones Launching in 2023

Table of Contents

Samsung Galaxy S22

OnePlus 10 Series

Xiaomi 12

Realme GT 2 Pro

iQOO 9 Series

Moto Edge 30 Ultra

Redmi K50

Other Snapdragon 8 Gen 1 Phones

Samsung Galaxy S22

According to rumors, Samsung could launch the Galaxy S22 series at its Unpacked event on February 8, 2023. This time around, Samsung may offer the Snapdragon 8 Gen 1 chip in more global regions, including India, on its flagship instead of the company’s in-house Exynos counterpart. Other key highlights of the Galaxy S22 lineup include a 6.8-inch 120Hz display, 108MP primary camera, a 5,000mAh battery, and S Pen for the S22 Ultra model. You can read our in-depth Galaxy S22 series rumor roundup for even more details.

OnePlus 10 Series

Coming to OnePlus, the OnePlus 10 series is tipped to launch in China sometime in January or February, followed by the global launch in March or April. Both the models will have the backing of the Snapdragon 8 Gen 1 SoC, and the Pro model is likely to offer a 6.7-inch 120Hz QHD+ panel. In terms of optics, the OnePlus 10 Pro may offer the same camera sensors as its predecessor. That means you could expect a 48MP primary sensor, a 50MP ultrawide, and an 8MP 3.3x telephoto lens. You could expect a 5,000mAh battery, possibly with up to 125W fast charging.

Xiaomi 12

Xiaomi may launch the Xiaomi 12 (not Mi 12 as Xiaomi dropped the Mi branding) on December 12. If the leaked timeline is anything to go by, Xiaomi 12 could be one of the first phones to feature the Snapdragon 8 Gen 1 chip under the hood. The device is likely to offer an FHD+ AMOLED display with a 120Hz refresh rate. It may also offer a 50MP primary camera and 100W fast charging.

Realme GT 2 Pro iQOO 9 Series

Another device tipped to launch with the Snapdragon 8 Gen 1 SoC is iQOO 9. It could offer a 120Hz AMOLED display, but there’s no clarity on the exact device size. Other key specifications remain a mystery too. What we do know is that we could expect the iQOO 9 series to arrive sometime next year, possibly in the second half.

Moto Edge 30 Ultra

Moto Edge 30 Ultra may offer a 6.6-inch flat OLED display with a 144Hz refresh rate. You could expect a triple rear camera setup, which consists of a 50MP primary sensor, a 50MP secondary lens, and a 2MP camera. The highlight, however, is the presence of a 60MP selfie camera, as per rumors. Other likely specifications include Snapdragon 8 Gen 1 and a 5,000mAh battery with 68W fast charging. You can check out the leaked render of the Moto Edge 30 Ultra above.

Redmi K50

While the gaming edition of Redmi K50 is tipped to offer MediaTek Dimensity 9000, the regular Redmi K50 is likely to come with Snapdragon 8 Gen 1. The device may offer a 108MP camera setup and a 5,000mAh battery with 67W fast charging.

Other Snapdragon 8 Gen 1 Phones

Other possible devices that could feature Snapdragon 8 Gen 1 chipset include Asus ROG Phone 6, Asus Zenfone 9, Black Shark 5, Nubia Red Magic 7, Sony Xperia 1 IV, and new device iteration in the Lenovo Legion series.

Snapdragon 8 Gen 1 Phones Coming Next Year

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The Best Snapdragon 8 Gen 1 Phones You Can Get

Do you even need a Snapdragon 8 Gen 1 series phone?

For the vast majority of people, a flagship processor will only improve the smartphone experience on a marginal level. If you’re a casual user who primarily uses your phone to browse the web, scroll through social media, and occasionally game, the Snapdragon 8 Gen 1 family might be overkill for most of your tasks.

A mid-range chipset like the Snapdragon 778G series, Snapdragon 870, or Dimensity 8100 might be better suited for everyday usage. For example, the POCO F4 and Nothing Phone 1 both deliver a smooth experience in most scenarios.

The best Snapdragon 8 Gen 1 phones:

Editor’s note: We’ll regularly update this list of the best Snapdragon 8 Gen 1 phones as new devices launch.

Samsung Galaxy S22 series

Eric Zeman / Android Authority

Samsung’s Galaxy S22 phones may not have been the first devices to ship with the Snapdragon 8 Gen 1, but they’re definitely among the most popular. You’re getting an iterative update for the S22 and S22 Plus, including a boxier design, a slightly improved display, a new main sensor for the main camera, and the Snapdragon 8 Gen 1. Meanwhile, the Ultra adopts a Galaxy Note design with an S Pen, and differentiates itself further from its siblings with extra RAM and storage options and a beefier 5,000mAh battery.

Verdict: Samsung Galaxy S22 Ultra review — The power user’s best friend

Regardless of which model you choose, you’re getting an excellent all-around experience, from performance, cameras, displays, and design. From vibrant 120Hz displays to some of our favorite camera systems, the S22 series provides what we consider to be a well-rounded experience. 

If you’re strictly picking up this series of phones for the Snapdragon 8 Gen 1, do note that the European version is equipped with the Exynos 2200 processor. But the rest of the world (including Africa, Asia, and the Americas) gets the Snapdragon model. Either way, these phones perform well and are designed to handle any tasks you throw at them. It’s worth noting that the Galaxy S23 series is powered by a Snapdragon chipset across the board, though.

Samsung Galaxy S22 specs

Display: 6.1-inch, FHD+

Chipset: SD 8 Gen 1 or Exynos 2200

RAM: 8GB

Storage: 128GB/256GB

Cameras: 10, 12, and 50MP

Front camera: 10MP

Battery: 3,700mAh

Software: Android 12

Samsung Galaxy S22 Plus specs

Display: 6.6-inch, FHD+

Chipset: SD 8 Gen 1 or Exynos 2200

RAM: 8GB

Storage: 128GB/256GB

Cameras: 10, 12, and 50MP

Front camera: 10MP

Battery: 4,500mAh

Software: Android 12

Samsung Galaxy S22 Ultra specs

Display: 6.8-inch, FHD+

Chipset: SD 8 Gen 1 or Exynos 2200

RAM: 8GB/12GB

Storage: 128GB/256GB/512GB/1TB

Cameras: 10, 10, 12, and 108MP

Front camera: 40MP

Battery: 5,000mAh

Software: Android 12

OnePlus 10 Pro specs

Display: 6.8-inch, QHD+

Chipset: Snapdragon 8 Gen 1

RAM: 8GB/12GB

Storage: 128GB/256GB/512GB

Cameras: 8, 48, and 50MP

Front camera: 32MP

Battery: 5,000mAh

Software: Android 12

Verdict: Xiaomi 12 Pro review — Power-packed, but no Galaxy S22 killer

In addition to the Snapdragon 8 Gen 1, the Xiaomi 12 comes with up to 256GB of storage and 12GB of RAM. You also get a 6.28-inch Full HD+ display, a 4,500mAh battery with 67W charging, and a triple-camera setup at the back (50MP+13MP+5MP).

On the bigger Xiaomi 12 Pro, you’re getting a larger and sharper 6.73-inch WQHD+ display, 120W fast charging, and a larger 4,600mAh battery. The Pro also has better camera hardware with three 50MP rear sensors. In saying so, the Xiaomi 13 series is already available in global markets, albeit with a high price tag.

Xiaomi 12 specs

Display: 6.28-inch, Full HD+

Chipset: Snapdragon 8 Gen 1

RAM: 8GB/12GB

Storage: 128/256GB

Cameras: 5, 13, 50MP

Front camera: 32MP

Battery: 4,500mAh

Software: Android 12

Xiaomi 12 Pro specs

Display: 6.73-inch, WQHD+

Chipset: Snapdragon 8 Gen 1

RAM: 8GB/12GB

Storage: 256GB

Cameras: 50, 50, 50MP

Front camera: 32MP

Battery: 4,600mAh

Software: Android 12

Samsung Galaxy Z Fold 4 specs

Display: 7.6-inch folding screen, 6.2-inch smartphone display

Chipset: Snapdragon 8 Plus Gen 1

RAM: 12GB

Storage: 256GB/512GB, 1TB

Cameras: 50, 12, and 10MP

Front camera: 4MP (internal), 10MP (external)

Battery: 4,400mAh

Software: Android 13

Motorola Razr Plus specs

Display: 6.9-inch, FHD+

Chipset: Snapdragon 8 Plus Gen 1

RAM: 8GB

Storage: 256GB

Cameras: 13 and 12MP

Front camera: 32MP

Battery: 3,800mAh

Software: Android 13

Verdict: OPPO Find X5 Pro review — Beautifully bespoke, both inside and out

Aside from the 8 Gen 1, OPPO outfitted the Find X5 Pro with 256GB of storage, 12GB of RAM, and 80W SuperVOOC wired charging. On top of its impressive SoC, the company developed its own image signal processor called the MarisiliconX and partnered with Hasselblad to deliver enhanced color processing for pictures.

OPPO still doesn’t officially sell its devices in North America but has equipped the phone to support the n13, n18, and n25 5G bands compatible with North American carriers.

OPPO Find X5 Pro specs

Display: 6.7-inch, WQHD+

Chipset: Snapdragon 8 Gen 1

RAM: 12GB

Storage: 256GB

Cameras: 13, 50, 50MP

Front cameras: 32MP

Battery: 5,000mAh

Software: Android 12

REDMAGIC 7

Robert Triggs / Android Authority

If you’re looking for a device that showcases the full capabilities of the Snapdragon 8 Gen 1, look no further than the REDMAGIC 7. This gaming phone has a stacked spec sheet which includes an insane 6.8-inch 165Hz AMOLED display, 65W fast charging, and its own built-in cooling fan and vapor chamber to dissipate the heat generated by the SoC.

REDMAGIC 7 specs

Display: 6.8-inch, FHD+

Chipset: Snapdragon 8 Gen 1

RAM: 8GB/12GB/16GB

Storage: 128GB/256GB/512GB

Cameras: 2, 8, 64MP

Front camera: 8MP

Battery: 4,500mAh

Software: Android 12

Verdict: ASUS ROG Phone 6 Pro review — Game on

ASUS is also bringing a relatively solid rear camera system, featuring a 50MP main lens, a 13MP ultrawide camera, and a 5MP macro sensor. Just don’t expect a telephoto camera or great low-light performance. The company also released a Pro model that comes with a secondary rear display and up to 18GB of RAM, but it will set you back a crazy €1,299 versus the standard phone’s €999. So stick with the standard variant.

ASUS ROG Phone 6 specs

Display: 6.78-inch, FHD+

Chipset: Snapdragon 8 Plus Gen 1

RAM: 12GB/16GB

Storage: 256GB/512GB

Cameras: 5, 13, 50MP

Front camera: 12MP

Battery: 6,000mAh

Software: Android 12

vivo X80 Pro specs

Display: 6.78-inch, QHD+

Chipset: Snapdragon 8 Gen 1

RAM: 12GB

Storage: 256GB

Cameras: 8, 12, 48, 50MP

Front camera: 32MP

Battery: 4,700mAh

Software: Android 12

POCO F5 Pro specs

Display: 6.67-inch, QHD+

Chipset: Snapdragon 8 Plus Gen 1

RAM: 8GB/12GB

Storage: 256/512GB

Cameras: 2, 8, 64MP

Front camera: 16MP

Battery: 5,160mAh

Software: Android 13

FAQs

Robert Triggs / Android Authority

They have an octa-core CPU (1x Cortex-X2, 3x Cortex-A710, and 4x Cortex-A510) and an Adreno 730 GPU.

The Plus chipset boasts 10% faster CPU and GPU clock speeds. Qualcomm also says it’s 30% more efficient.

The Snapdragon 8 Gen 1 features Bluetooth 5.2 and Wi-Fi 6E support. The Snapdragon 8 Plus Gen 1 ups the ante with Bluetooth 5.3 support.

Our own testing shows that the Snapdragon 8 Gen 1 sees a major drop in performance over time compared to previous Snapdragon flagship silicon. However, the Snapdragon 8 Plus Gen 1 was able to deliver a marked improvement over the vanilla chip when it came to sustained performance.

The Snapdragon chipset passes Apple’s chipset in terms of one-off GPU benchmarks, However, Apple’s chip wins when it comes to CPU benchmarks and sustained GPU performance.

That concludes our list of the best Snapdragon 8 Gen 1 smartphones out right now. We’ll update the list as new devices are released.

Qualcomm’s Snapdragon 8+ Gen 1 Will Power Tomorrow’s Best Android Phones

Qualcomm also announced the Snapdragon 7 Gen 1, a similar upgrade to its next performance tier of Snapdragon processors.

According to Qualcomm, the new Snapdragon 8+ Gen 1 will power phones by Asus ROG, Black Shark, Honor, iQOO, Lenovo, Motorola, Nubia, OnePlus, Oppo, OSOM, Realme, RedMagic, Redmi, Vivo, Xiaomi, and ZTE when the phones debut in the third quarter. Honor, OPPO, and Xiaomi will use the Snapdragon 7 Gen 1 beginning in the second quarter.

According to Mike Roberts, the vice president of global product marketing for Qualcomm, the justification for the Snapdragon 8+ Gen 1 is a simple one: the company sees more consumers turning to premium smartphones. Premium smartphones represent 31 percent of the market today, and should increase to 35 percent in five years’ time. But Qualcomm also expects a whopping 75 percent of all smartphone revenue to come from that premium smartphone segment, priced at more than $500. Qualcomm estimates that roughly half of the $200 billion gaming market will come from mobile gaming. That’s enough for Qualcomm to sink more money into improving premium smartphones.

Qualcomm

That Qualcomm would launch a Snapdragon 8+ Gen 1 wasn’t really in doubt; Qualcomm has launched “Plus” versions of its Snapdragon chips before for gaming phones, such as the Snapdragon 865 Plus it announced in July of 2023. That chip used an upclocked CPU and GPU to eke out more performance, and Qualcomm has adopted the same strategy here.

Specifically, the Snapdragon 8+ Gen 1 has increased the clock speed of the prime core from 3.0GHz in the Snapdragon 8 Gen 1 to 3.2GHz inside the 8+, increasing the performance by 10 percent. Likewise, Qualcomm increased the clock speed of the GPU as well, boosting its performance by 10 percent. But Qualcomm also improved power efficiency by 30 percent on both the CPU and GPU, or 15 percent overall, according to Roberts.

Qualcomm isn’t identifying exactly where the power savings come from — the 8+ was made by TSMC, on the equivalent 4nm node as its predecessor. That will translate into an additional 80 minutes of video streaming, Roberts said, or an extra 25 minutes of a WeChat 5G call. Otherwise, the Snapdragon 8+ Gen 1 includes the same feature set as the Snapdragon 8 Gen 1.

The Snapdragon 8+ Gen 1 will be paired with the X62 5G modem as well as the FastConnect 6900 system for Wi-Fi and Bluetooth. Qualcomm will still manufacture the older Snapdragon 8 Gen 1, Roberts said.

Likewise, the Snapdragon 7 Gen 1 includes an upclocked GPU that can deliver up to 20 percent faster graphics rendering and 30 percent more AI performance compared to its predecessor, the Snapdragon 778G. But it’s also the first Snapdragon 7 series chip to include what Qualcomm calls its “triple ISP,” or the ability to capture photos from three different cameras at the same time for a total of 200Mpixels. The camera ISP also supports “deep learning face detection” for improved authentication.

Qualcomm

Qualcomm also showed off a wireless AR smart viewer reference design, essentially a set of “smart glasses” that will process certain augmented-reality features on the glasses itself, such as 6 degrees of freedom (6DoF) sensing and hand tracking, which it will send over a 6GHz connection to a smartphone. The phone will perform the necessary processing and then pass back the compressed rendered frames for the glasses to display on then built-in 1080p/90 lenses.

Snapdragon 8 Gen 2 Revealed: 5 Details We Learnt About 2023’S Android Flagships

The announcement comes just days after rival MediaTek announced its Dimensity 9200, and like that chip the 8 Gen 2 uses the latest Armv9 core architecture, hardware-enabled ray-tracing, and Wi-Fi 7 support – all built on the 4nm TSMC node.

It’s big news for the phone industry, but if you don’t know your silicon from your sensors then here’s why it matters – and how the 8 Gen 2 compares to its biggest rival.

1. The 8 Gen 2 will be in a lot of phones

The first thing that matters about any phone chipset is, well, the phones it’ll be in.

Luckily Qualcomm came prepared, announcing that the Snapdragon 8 Gen 2 will appear in phones from at least 17 manufacturers, including the likes of Xiaomi, Sony, and Oppo – the latter of which has confirmed it will use the chip in its next Find X flagship, presumably the Find X6.

Qualcomm

That’s not even including Samsung, with which Qualcomm has already signed a global deal to provide the chips for the Galaxy S23 series. Those phones aren’t officially confirmed to use the 8 Gen 2 chips, but really it’s all but certain.

There won’t be long to wait either, with the first phones “expected to be launched” by the end of 2023. The Vivo X90 series launches in China next week and will likely use the 8 Gen 2 in at least one model, while Xiaomi 13 series is also tipped to arrive this year with the 8 Gen 2 inside. Other phones including the Oppo Find X6 and OnePlus 11 are likely to turn up in early 2023.

2. Qualcomm has changed its silicon style

The 8 Gen 2 is in many ways similar to the 8 Gen 1: like that chip it’s built on a 4nm process using Armv9 architecture.

Dig into the Kryo CPU a little further and things begin to look different though. For one, the chip was built on TSMC’s 4nm node, widely regarded as superior to the Samsung foundry used last year.

It also uses the updated 64-bit Armv9 cores from this year, but more importantly fits them into a new configuration.

Qualcomm

The eight CPU cores are led by a Cortex-X3 prime core, clocked at 3.2GHz. The X3 is joined by four 2.8GHz performance cores, up from the three used in both last year’s 8 Gen 1 and MediaTek’s Dimensity 9200. Even more curiously, they’re split between two pairs of the new Cortex-A715 and the older A710 – a move to ensure compatibility with 32-bit apps that would otherwise be left behind by the new 64-bit cores.

With four performance cores, there’s only space for three 2.0GHz Cortex-A510 efficiency cores. The shift to prioritise performance could help the 8 Gen 2 deliver rock-solid gaming and ace benchmarks – Qualcomm says the chip is up to 35% faster than last year’s – but the big question right now is whether it will worsen the issues with overheating and bad battery life that plagued 8 Gen 1 phones.

Qualcomm seems to think that won’t be a problem, claiming that despite the re-arrangement the Gen 2 still has 40% better power efficiency than the 8 Gen 1. In fairness the company improved on the problems significantly with this summer’s refreshed 8+ Gen 1, so hopefully that progress has been built on, rather than undone.

3. It supports real-time ray-tracing (for real this time)

Speaking of gaming, Qualcomm’s GPU upgrades should help out here too.

Unlike MediaTek, the company hasn’t used Arm’s off-the-shelf Immortalis-G715 GPU in the chip. But this year’s updated Adreno GPU features the exact same selling point: hardware-enabled ray-tracing.

How much it helps will ultimately depend on how many games build in full support for the feature, but Qualcomm is partnering with Tencent and other publishers to speed up adoption. It also says gamers can expect 25% faster graphical performance across the board, so there’ll be improvements in almost every game one way or another.

4. Wi-Fi 7 is (nearly) here

MediaTek may have beaten Qualcomm to it with last week’s ‘Wi-Fi 7 ready’ Dimensity 9200, but it’s no surprise to see the next-gen connectivity standard feature here too.

Like the 6E standard before it, Wi-Fi 7 uses a third 6GHz band – to go along with existing 2.4Ghz and 5GHz options – which reduces network congestion, enabling both faster speeds and more reliable connections.

There’s only one catch: Wi-Fi 7 hasn’t officially been certified yet, and the actual routers don’t exist yet. But they should roll out across next year, and when they do the next generation of Android flagships will be ready.

5. Everything has AI – even the camera

Qualcomm has always emphasised AI and machine-learning performance, but this year that might be true more than ever.

The heart of the AI upgrades is the support for the INT4 standard on the core Hexagon AI chip, which allows not only for more efficient AI processing by running 32-bit models at lower bit-depths without loss of accuracy, all the way down to 4-bit – hence the name. It should make AI processing more power-efficient, but also faster, with the ability to run more machine learning processes simultaneously.

But Qualcomm has upgraded the AI almost everywhere, perhaps most importantly in the new ‘cognitive ISP’ (image signal processor). That gives phones’ cameras access to hardware-enabled AI features – like splitting an image out into separate objects and layers to optimise each separately – that would normally only be handled through post-processing.

Qualcomm

The result is that the viewfinder in your camera app should now show you the shot you’re actually going to get, ending the guessing game of wondering how your photos will really come out. Video capture should get much better too, with all those AI tweaks applied in real-time as you film, while the AI processors will also kick in to improve facial recognition and auto focus.

Some simpler AI features will also kick in with the ‘always-sensing camera’, introduced with last year’s 8 Gen 1 and upgraded here. It can stop showing notifications when it detects another face in front of the phone to protect your privacy, recognise the orientation of your face to stop the phone switching between portrait and landscape when you don’t want it to, and even scan QR codes without the need to wake the phone up first.

The 8 Gen 2 was announced at Qualcomm’s annual Snapdragon Summit, which continues tomorrow, with more announcements and reveals likely on the way.

Look out for the first 8 Gen 2 phones later this year and through 2023.

Instagram Crashing? Here Are 8 Fixes For You

Instagram is one of the most popular social media platforms out there. It has become even more prominent after TikTok was banned in India and Reels got added to Instagram. As an aside, you can read our Instagram Reels vs TikTok comparison here. Coming to the issue at hand, despite its popularity, Instagram seems to have many bugs that cause the app to crash frequently. Many users have complained that Instagram keeps crashing on both Android and iOS. Apart from that, most users encounter Instagram crashing while uploading stories or opening DM. All these issues have led us to this guide. In this tutorial, we bring you several fixes to Instagram crashing issues.

Resolve Instagram Crashing Issue

Solutions to Instagram Keeps Crashing Issue 1. Clear Cache

Android

1. Clearing cache is the easiest way to fix many problems including crashing issues on Instagram. Just press and hold on Instagram and open “App Info”. Next, tap on “Storage and Cache”.

iOS

2. Here, scroll down and open Instagram. Now tap on “Delete App” and you are done. Finally, open the App Store and reinstall Instagram. After you log in, Instagram won’t crash again.

2. Update the Instagram App / System Update

Android

1. If the above method did not fix the issue then check if you have an app update pending. Tap and hold on Play Store and open “My Apps”. Here, look for Instagram and update it.

iOS

3. Reinstall the Instagram App

If the above methods didn’t work at all then you can straight up uninstall the app and reinstall again. However, keep in mind, you will need to re-login again so remember your password before uninstalling the app.

Android

iOS

1. Tap and hold the Instagram app and choose “Delete App”. Once you have done that, open the App Store and reinstall Instagram. Finally, log in to your Instagram account and see if you are still facing crashing issues on your iPhone.

4. Quit the Beta Program

Android

1. Sometimes users are enrolled in the Instagram beta program and we are not aware of it. Beta versions are generally unstable and are prone to crashing issues. So to quit beta testing, open the Play Store, and open Instagram.

3. Close the Play Store app and re-open it after a while. Now, open Instagram again and update the app. Now, you will receive stable builds and won’t face crashing issues.

iOS

1. On iOS, if you are enrolled in beta testing then you must be having the TestFlight app. If so, then open it and unenroll from the Instagram beta program. If you don’t have the TestFlight app then don’t worry, you are not into the beta program and you can go through other solutions mentioned below.

5. Wait Out

There’s another facebook SDK issue that lead’s to our iOS app to crash on launch again along with major apps like Spotify & Pinterest 🔥 @fb_engineering

— Peter Juras (@peterjuras) July 10, 2023

Facebook, in its statement, said that due to some code changes the crashing issue was triggered. Later, the bug was fixed and Instagram and many other apps started working without any crashing issues. So, when nothing works, wait it out and let the developers fix the crashing issue on Instagram.

6. Check If Instagram is Down

7. Instagram Crashes When Uploading Story?

If Instagram is crashing while uploading Instagram stories then the issue might be with the media file. I have faced this issue many times and one thing has fixed the issue. If it’s a video and it’s encoded using some new codecs then convert it to a common one that Instagram is compatible with.

For example, if your video is shot at 4K60FPS, try to convert the video to 1080p@30FPS and change the format to MP4/H.264. This is the best video compatible format for Instagram. You can use these video converters for Android and iOS.

8. Instagram Crashes When You Open DM?

Instagram Crashing Issue Solved

120Hz Tvs And Phones Are Here: Do You Need It?

Consumer electronics such as TVs and phones are often marketed with new technology buzzwords that are easy to stick on the outside of the box. Which is why you see icons with terms like “4K”, “HDR” and other technology soundbites emblazoned on the marketing materials. 

Now “120Hz” has joined the list of marketable features for both of these product types. What does this mean? A “120Hz TV” refers to the “refresh rate” of the TV screen, which needs just a little explanation.

Table of Contents

What Does “Refresh Rate” Mean?

The refresh rate describes how often your screen can completely update the image it’s displaying. So a 120Hz TV screen can display 120 unique fresh images every second! It’s a simple concept, but it has a significant impact on what the image looks like.

Refresh rate is related to the “frame rate” of the content you’re viewing. That is, how many unique still frames for every second of the video’s duration. The more frames there are each second, the smoother the motion will appear. If the content has a frame rate higher than the refresh rate of the screen, then you’ll see no benefit from the extra motion detail.

Refresh Rate Vs. Resolution

You’re probably already familiar with the concept of “resolution” when it comes to modern screens. This is the number of “pixels” that make up the picture. The higher the resolution, the finer the detail in the image. This assumes you’re displaying an image that contains enough detail to match what the screen is capable of displaying!

The refresh rate is somewhat like resolution. In fact, it’s sometimes referred to as “temporal” resolution. It’s the amount of motion detail that can be displayed over time, as opposed to the total amount of detail that can be shown in a single frame.

120Hz displays do not have to be a particular resolution. For 120Hz TVs, most units are going to offer a 4K image resolution, but you might find examples that offer that refresh rate at lower resolutions. So remember to assess these two features separately. 

It’s also important to ensure that the connection options on your TV support 120Hz at the resolution you desire. A TV with an HDMI 2.1 connector is capable of 120Hz at 4K resolutions. Anything lower than this does not officially support this resolution and refresh rate combination.

Why 120Hz Matters for TVs

Just about every TV in homes and on shelves today supports a minimum of 60Hz. Right now, you won’t find any video content on platforms like YouTube that runs at a higher refresh rate. For cinematic content, 24 frames per second is the norm, with the occasional experiment at higher rates, such as the Hobbit films which were offered at 48 frames per second. Much of television content is at 30 frames per second. So, as you can see, there’s little if anything to watch above 60Hz.

Things are very different when we switch to computers or gaming consoles. The latest generation of gaming consoles are capable of outputting frame rates at 120Hz, depending on the title. So in titles that can run at those speeds, you’ll experience incredible smoothness and responsiveness.

Why 120Hz Matters for Phones and Tablets

While the case for 120Hz on a TV is all about ultimate fluidity, there’s an added dimension on phones and tablets. That’s because on a smartphone the screen is not only something you look at. It’s a tactile interface. 

A 120Hz screen’s fluidity improves the feel of using a touch interface. Usually the touch detection on such phones is also set to sample your touch input at 120Hz, which makes the phone feel snappy and intuitive to use. Many people who have used 120Hz smartphones feel that 60Hz interfaces now feel sluggish, regardless of how fast the internal processors are.

120Hz phones do have trade offs however. Usually the phone has to run at a slightly lower resolution than its screen is capable of, resulting in a slightly less sharp image. 120Hz phones are also more power hungry, though they do offer power saving options, such as lowering the refresh rate in battery saving mode.

Other Display Features to Consider

The refresh rate of a screen is just one component that affects overall image quality. As we mentioned before, in some cases 120Hz mode requires dropping your image resolution. A 120Hz TV that lacks features such as HDR or good black levels may be a worse overall choice than a 60Hz model that does have these features.

So you should never let a single marketing number such as “120Hz” sway you one way or another. Rather, look at the device holistically and consider it in relation to the content you’re actually going to consume and the use cases you have for it.

Be Aware of “Fake” 120Hz TVs!

Many TVs list an “effective” rate of 120Hz or some other high refresh rate. However, what these TVs actually do is use a technique such as black frame insertion or frame interpolation to make motion look smoother.

However, you aren’t actually seeing more than 60 frames of video per second, since the fake frames don’t contain new information. Always look for a native 120Hz (or higher) refresh rate if you want the real deal!

Is 120Hz For You?

Here we get to the bottom line. Should you upgrade your current TV or phone to one with a 120Hz display?

On the TV side of the equation, the only people who should really consider the jump to 120Hz in the short term are gamers. The new PlayStation 5 and Xbox Series S and X consoles can offer gaming content at up to 120 frames per second. This is a significant upgrade. If you have a powerful gaming PC, there are monitors that support up to 240Hz as a graphics card can output at a frame rate higher than 120.

If you’re thinking about getting one of these new consoles, it’s worth purchasing a 120Hz TV with 4K capability. For other content types, there’s no rush at all. In fact, most people don’t like the look of high frame rate video when it comes to movies and TV shows.

When it comes to 120Hz phones, games also get a nice improvement. Assuming the phone in question can run the game at those speeds. However, the true value of 120Hz comes in the tactile user experience. 120Hz mobile devices feel dramatically more snappy and reactive. It’s a usability revolution that just about anyone will appreciate. While it’s not a reason to immediately dump your current smartphone, most people buy phones on a much shorter replacement cycle than televisions. 

Our recommendation for when that time comes is to look for a handset that offers 120Hz input and display. The subjective improvement in responsiveness and feel is so dramatic, that we’re comfortable in saying that a 120Hz display should be a minimum for phones and tablets moving forward.

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