Tag Archives: Ultras

Technology

Galaxy S23 Ultra’s 8K 30fps and 4K 60fps video samples leak

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Although we are a week away from the official Galaxy S23 unveiling, almost all the details regarding the entire lineup have been leaked. Now, the first video recording samples from the Galaxy S23 Ultra have been leaked, showcasing its camera prowess.

Edwards Urbina has been posting camera samples from the Galaxy S23 Ultra for the past few days and has now published the first video recording samples from the high-end smartphone. The first video shows an 8K 30fps video captured from the phone’s 200MP rear-facing camera. The second tweet below reveals a 4K 60fps video captured from the same sensor (ISOCELL HP2).

Although Twitter has reduced the quality of the videos through its compression algorithm, we can still notice that 8K video seems a lot smoother compared to 8K 24fps videos from the Galaxy S22 Ultra. Moreover, the dynamic range and audio quality also seem pretty good. Even the 4K 60fps video seems decent in terms of dynamic range and colors.

Still, it is best not to get too ahead of ourselves and wait for the phone to release. Once Samsung launches the device, we will get our hands on it and talk about its camera performance after reviewing the Galaxy S23 Ultra and other devices in the lineup. If you’re thinking of upgrading your phone, you can pre-reserve the Galaxy S23 now and get up to $100 in-store credit.

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Technology

Samsung Galaxy S23 Ultra’s Cotton Flower version appears in unboxing video

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As we draw closer to the Galaxy S23 launch, we’ve been witnessing a lot of leaks. A few days ago, promotional images of the Galaxy S23 series were leaked along with their possible pricing for the US market. Today, the Galaxy S23 Ultra appeared in an unboxing video (not the fake one).

A short unboxing video of the Galaxy S23 Ultra’s Cotton Flower version has appeared on Twitter. The video shows the actual box of the upcoming smartphone and the phone itself. The device has an off-white color on the rear, while its edges appear to be painted in light gold. The device has four cameras on the back and an S Pen slot on the bottom. The video also showcases the phone’s loudspeaker, SIM card slot, primary microphone, and USB Type-C port. There’s a secondary mic on the top and the power and volume buttons on the right.

Compared to the Galaxy S22 Ultra, the Galaxy S23 Ultra seems to have less pronounced curves on the edges of the screen. The phone also appears to have flatter sides, which should make gripping the phone easier. The device will also be available in three more colors: Phantom Black, Botanic Green, and Misty Lilac.

The Galaxy S23 Ultra features a 200MP primary camera with OIS and F1.7 aperture, a 12MP ultrawide camera with autofocus, a 10MP telephoto camera with 3x optical zoom and OIS, and a 10MP telephoto camera with 10x optical zoom and OIS. On the front, the phone is rumored to feature a 12MP selfie camera with 4K HDR video recording. The phone features the Snapdragon 8 Gen 2 processor, 8GB/12GB RAM, 256GB/512GB/1TB storage, and a 5,000mAh battery.

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Technology

Samsung announces Galaxy S23 Ultra’s 200MP camera sensor with improved low-light focus

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Samsung has finally unveiled the ISOCELL HP2 camera sensor. The same sensor will be used in the upcoming Galaxy S23 Ultra smartphone. The ISOCELL HP2 is the South Korean firm’s third 200MP camera sensor, and the company claims that it offers greatly improved image and video quality.

The ISOCELL HP2 is a 1/1.3-inch sensor with 0.6-micron pixels, making it smaller than the ISOCELL HP1 (1/22-inch with 0.64-micron pixels) that was launched in 2021. However, Samsung still claims that the ISOCELL HP2 is its most advanced camera sensor as it features the D-VTG (Dual Vertical Transfer Gate) technology that boosts each pixel’s full-well capacity by more than 33%, resulting in enhanced color reproduction and reduction in overexposure. This means you can say goodbye to overexposed and washed-out images in bright conditions.

ISOCELL HP2 has faster autofocus, improved colors, and better HDR

The new image sensor has TetraPixel, Samsung’s binning technology that can capture 50MP images with 1.2μm pixels (4-in-1 pixel binning) or 12.5MP images in 2.4μm pixels (16-in-1 binning), depending on the ambient light. It can also capture up to 8K 30fps videos with a wider field of view in its 1.2μm 50MP mode, which means it uses bigger pixels than previous-generation Galaxy S series phones in 8K mode.

The ISOCELL HP2 offers faster and more reliable autofocus in low-light conditions, thanks to Super QPD. This new autofocus technology uses all its 200 million pixels as focusing agents. Four adjacent pixels on the sensor are grouped together to recognize both horizontal and vertical pattern changes even in very dim conditions. It can also capture 15 full-resolution 200MP images in one second, making it the company’s fastest 200MP sensor.

For improved HDR, Samsung is using the DSG (Dual Signal Gain) technology in the 50MP mode. It is a technique that captures short and long exposures simultaneously, which means it can capture HDR images and videos on a pixel level. It also features Smart ISO Pro, allowing the phone to capture 12.5MP images and 4K 60fps HDR videos simultaneously.

JoonSeo Yim, Executive Vice President of the Sensor Business Team at Samsung Electronics, said, “The Samsung ISOCELL HP2 harnesses Samsung’s high-resolution image sensor technologies and know-how at the cutting edge for epic details. Our leadership comes from innovative pixel technologies that allow our sensors to go beyond the number and size of pixels. We will continue to open new horizons and solidify our presence in the expanding ultra-high-resolution sensor market.”

The ISOCELL HP2 is already in the mass production phase, which almost certainly means that we can see it inside the Galaxy S23 Ultra that will be unveiled on February 1, 2023, during the Galaxy Unpacked 2023 event.

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Technology

Galaxy S23 Ultra’s Secret Weapon Could Be This New Samsung Chip

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With its new 200-megapixel Isocell HP2 image sensor, Samsung will try to give smartphone photographers the best of both worlds: high resolution and good image quality in challenging conditions. 

The HP2 is in mass production. Samsung has neither announced its shipment date nor confirmed which phone it will arrive in. Still, the sensor is expected to power the main camera on the company’s flagship Galaxy S23 Ultra phone, likely to debut Feb. 1.

Image sensor designers face a tradeoff. Increasing resolution means each pixel on the sensor is smaller, and smaller pixels aren’t able to gather light as well. That means shots taken in low light are marred by noise speckles. They lose detail in shadowed parts of a scene. And they suffer blown-out highlights in bright areas like skies.

The HP2, though, brings new methods to counteract those problems and make the most of each photon of light, Samsung revealed exclusively to CNET. 

The South Korean electronics giant’s sensor can gather light more effectively in the first place, boost high dynamic range (HDR) photos to cope better with scenes with dark and bright elements, the company said. And when shooting at the full 200-megapixel resolution, Samsung uses AI technology to help render the finest details.

It’s not yet clear how well the sensor will perform in real-world testing. But it’s no surprise Samsung is focusing on the technology. Camera improvements are a prime reason to upgrade phones, with better photos and videos more noticeable than marginally better processors, battery life and network technology.

“The full 200MP resolution especially shines when shooting at concerts or outdoors where there’s lots of detail to be captured,” said JoonSeo Yim, executive vice president of Samsung Electronics’ sensor business. “It may not be the predominant setting for most consumers, but we definitely see the need for highly detailed images.”

Apple, Samsung’s top smartphone rival, is likewise investing heavily in its cameras. Comparatively large lens elements protrude from the back of iPhone 14 Pro models to show off camera performance, and Apple has upgraded its sensors for better high-resolution and low-light shooting.

Better pixel binning options

One of the headline techniques for improving smartphone photos is called pixel binning. With it, groups of physical pixels can be combined into larger virtual pixels that gather more light when it’s dim, trading off resolution for lower noise and better color.

Samsung isn’t alone in using pixel binning. You’ll see it in the Apple iPhone 14 Pro, Google Pixel 7, Xiaomi 12T Pro and other phones, but the HP2 sensor is one of the most advanced. Apple and Google, for example, use 2×2 pixel binning that turn four physical pixels into one virtual pixel. Samsung’s flagship Galaxy S22 phones have offered 3×3 pixel binning since 2019, offering 108 megapixel photos in good light and 12-megapixel photos when it’s dim.

Samsung’s HP2 can take 200-megapixel photos under good conditions. When it’s dimmer, pixel binning groups pixels into 2×2 chunks for a 50-megapixel image. And when dimmer yet, Samsung’s 4×4 “Tetra2pixel” chunks take a 12.5-megapixel photo.

The two levels of pixel binning were available on the 200-megapixel HP3, announced in 2022. However, the HP3 uses smaller pixels that, while minimizing camera bulk, aren’t as good at capturing light in the first place. The HP1, announced in 2021, also had it. But the HP2 adds some other tricks the HP1 lacks.

Pixel binning ups and downs

Pixel binning has some other advantages. Cameras can crop in on the central portion of the image to zoom into more distant subjects. It’s a key foundation to the effort to give smartphones zoom abilities like traditional camera lenses. Pixel binning also opens up new options for high resolution 4K and 8K video.

Pixel binning has downsides, though. It takes a lot of battery power to process all those pixels, and storing high-resolution photos gobbles up a lot of storage space. And high-resolution sensors, while nice in principle, don’t achieve top image quality unless they’re paired with high-quality lenses.

“The full 200MP mode does require more RAM and power,” Yim said, which is why such high resolution sensors are only found on high-end smartphones.

One complication with the HP2 is figuring out color when shooting 200 megapixel photos. Digital cameras capture either red, green or blue light for each pixel, but the Tetra2pixel design means each 4×4 pixel group captures only one of those colors. To help fill in the color detail needed within those 16-pixel groups, Samsung uses an artificial intelligence algorithm, the company said.

Samsung HP2’s image quality improvements

The sensor has other tricks to boost image quality, particularly with high dynamic range scenes with both bright and dark details. Here are a few:

  • A technology called Dual Voltage Transfer Gate (D-VTG) gives each pixel a 33% better ability to gather light, which should improve image quality in dim scenes and cut back on washed-out white patches in bright skies.
  • Samsung’s Dual Slope Gain (DSG) feature improves HDR photos by digitizing each pixel’s exposure data at two different scales to gather bright and dark data when shooting in 50-megapixel mode. The abundant pixels on the sensor mean some pixel quartets are tuned for bright light and others for dimmer light.
  • A related feature called Smart-ISO Pro is a separate HDR technology that adapts to different scenes, employing different combinations of sensitivity settings appropriate for the different frames used to build the HDR photo.

Another new feature in the HP2 is an improved autofocus with a technology called Super QPD. It can spot either horizontal and vertical lines across 2×2 pixel groups, helping the camera lock onto details like horizons or tree trunks even when it’s dim, Samsung said.

Each HP2 pixel is 0.6 microns, or 6 millionths of a meter, wide. That’s a shade narrower than the 0.62 microns of the HP1.  For comparison, a human hair is something like 75 microns across. Combined into a 2×2 array for 50-megapixel photos, the pixel width increases to 1.2 microns, and in 4×4, to 2.4 microns.

“We expect that high-resolution image sensors will become a standard feature in future flagship smartphones,” Yim said. “Because of that, we think it’s important to continue our efforts, from advanced pixel processes below 0.5 microns to pixel performance and algorithms.”

Larger sizes are better at gathering light. The Samsung pixel sizes are pretty similar to the iPhone 14 Pro’s main camera sensor, which uses 2.44 micron pixels in 12-megapixel mode and 1.22 microns in 48-megapixel mode.

When it comes to video, the HP2 has many options. It can shoot 8K video at 30 frames per second by using the sensor in its 50-megapixel mode. It can shoot 4K video at 120fps, or, if Smart-ISO is engaged, at 60fps. For 1080p video, the sensor will shoot at 480fps without autofocus and 240fps with autofocus.

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Technology

More evidence piles up in favor of the Galaxy S23 Ultra’s 200MP camera

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Last updated: September 29th, 2022 at 20:27 UTC+02:00

Device leaks come in all shapes and sizes. Yesterday’s Galaxy S23 design leak was pretty massive, and it might take a while before something even more revealing of the Galaxy S23 series pops up online. Until then, we have a bit more information to share about the Galaxy S23 Ultra’s primary camera.

Our colleagues at GalaxyClub have recently confirmed through their sources that the Galaxy S23 Ultra will feature a 200-megapixel primary camera. If you follow our news feed, you probably know that rumors about the Galaxy S23 Ultra’s alleged 200MP camera are nothing new. However, we now have stronger confirmation that Samsung is indeed planning to use a 200MP sensor for its next-gen premium flagship.

Not all Galaxy S23 Ultra sensors will get a resolution upgrade

Samsung was never in a rush to increase the resolution of mobile cameras, as it is a relatively fruitless endeavor. A high-resolution sensor gives a manufacturer some bragging rights but doesn’t guarantee higher-quality images. Software and AI-driven image processing pay off much more than a higher pixel count nowadays, so there’s always the question of whether or not Samsung’s next flagship phone will increase camera resolutions.

As far as the Galaxy S23 Ultra is concerned, the answer seems to be “yes,” but not across the board. The flagship will have a 200MP primary camera, even though other sensors, such as the 10MP 10x optical telephoto camera, will retain the same resolutions. Of course, we’ll have to wait and see how these specs translate into real-world usage scenarios. As we’ve seen before when comparing the Galaxy Z Flip 4 with the Galaxy S22, Samsung is capable of getting surprisingly good results through software.

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Technology

We need to talk about the Samsung Galaxy S22 Ultra’s zoom photography

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You might not like that Samsung took its Galaxy S Ultra line and basically reassigned it to Team Note, but you’ll forget all about the look and feel of the phone, and even that nifty integrated S Pen, once you start using the stunningly effective Samsung Galaxy S22 Ultra zoom.

The S22 Ultra sports a 12MP ultra-wide lens, two 10MP telephoto lenses (left and right), and a 108MP wide lens, just like the S21 Ultra – but those specs are a big leap up from the standard Galaxy S22.

I’ve only spent a little time with the new device, but I simply had to show you these results. All the photos below were taken on the same day at New York City’s lovely Bryant Park.

In each case, I started with the 108MP wide or 12MP ultra-wide lens and then, using the camera app, progressively worked my way up from 1x to 3x to 10x zoom, (all optical zooms), before soaring on to 30x and 100x Space Zoom (it’s beyond me why Samsung didn’t call this ‘Galaxy Zoom’), both of which are digitally enhanced telephoto images.

It’s worth noting that even with the optical zoom, Samsung is doing a bunch of algorithm somersaults to enhance the imagery. Its Nona-Binning technology starts by combining the information from nine pixels to enhance the color and contrast of your photo, and then it takes the capture from the 108MP lens and combines that with the first result to create a final image.

The 30x and 100X Space Zoom are particularly impressive, not only for what they can capture, but for how the phone works to keep the shot steady, and this is tech Samsung has been perfecting for several years since Space Zoom debuted in the Galaxy S20 series.

Samsung’s optical and digital image stabilization system can feel a little strange at times. At 100X, it’s working extra hard to keep the image stable, so much so that the lens can feel like it has a mind of its own, no longer moving in sync with your slightly shaky hand (every movement at 100x would normally be exaggerated, ruining the photo).

As you’ll see below, the image stabilization strategy wasn’t 100% effective. Still, zoom of this level and quality on a smartphone is sure to change the mobile photography game. I’ll be back with more thoughts on the Samsung Galaxy S22 Ultra soon, as well as a full review.

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Samsung Galaxy S22 Ultra 1x (Image credit: Future)
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Samsung Galaxy S22 Ultra 3x (Image credit: Future / Lance Ulanoff)
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Samsung Galaxy S22 Ultra 10x (Image credit: Future / Lance Ulanoff)
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Samsung Galaxy S22 Ultra 30x space zoom (Image credit: Future / Lance Ulanoff)
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Samsung Galaxy S22 Ultra 100x space zoom (Image credit: Future / Lance Ulanoff)

For the above photo set, I stood in one spot and changed the zoom, stepping through 1x, 3x, 10x, 30x Space Zoom and 100x Space Zoom. I did try to reframe the photo before each shot. The clarity remains quite good through 30x, and even at 100x, while the quality is significantly degraded, you can still see a good deal of detail in the top of that building.

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Samsung Galaxy S22 Ultra 1x (Image credit: Future / Lance Ulanoff)
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Samsung Galaxy S22 Ultra 3x (Image credit: Future / Lance Ulanoff)
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Samsung Galaxy S22 Ultra 10x (Image credit: Future / Lance Ulanoff)
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Samsung Galaxy S22 Ultra 30x space zoom (Image credit: Future / Lance Ulanoff)
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Samsung Galaxy S22 Ultra 100x space zoom (Image credit: Future / Lance Ulanoff)

The light was better for this second series (above), but my concern about being run down by a taxi might have impacted my steadiness and framing. Even so, the Radio City sign I end up focusing on is at least five city blocks away. The 100x Space Zoom shot is one of my blurriest – all of Samsung’s stabilization tricks couldn’t overcome my unsteady fingers.

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Samsung Galaxy S22 Ultra Ultra-wide (Image credit: Future / Lance Ulanoff)
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Samsung Galaxy S22 Ultra 1x (Image credit: Future / Lance Ulanoff)
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Samsung Galaxy S22 Ultra 10x (Image credit: Future / Lance Ulanoff)
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Samsung Galaxy S22 Ultra 30x space zoom (Image credit: Future / Lance Ulanoff)
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Samsung Galaxy S22 Ultra 100x space zoom (Image credit: Future / Lance Ulanoff)

I just love the series of photos above, although if I have one early complaint about Samsung’s Galaxy S22 Ultra photography it’s that the colors are still a bit too punchy. Yes, the sky was blue, but the saturation here is a little bit surreal.

Note that, for this series, I started with the 12MP ultra-wide lens. The final 100x Space Zoom shot is incredible.

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Samsung Galaxy S22 Ultra 1x (Image credit: Future / Lance Ulanoff)
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Samsung Galaxy S22 Ultra 3x (Image credit: Future / Lance Ulanoff)
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Samsung Galaxy S22 Ultra 10x (Image credit: Future / Lance Ulanoff)
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Samsung Galaxy S22 Ultra 30x space zoom (Image credit: Future / Lance Ulanoff)
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Samsung Galaxy S22 Ultra 100x space zoom (Image credit: Future / Lance Ulanoff)

Finally, the above set of images were captured in more challenging lighting, but the Samsung Galaxy S22 Ultra’s cameras still performed well. It’s hard to believe that a smartphone camera captured that level of detail from the Empire State Building’s spire.

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Technology

Galaxy Tab S8 Ultra’s massive screen makes it basically an Android laptop

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Samsung’s new Galaxy S22 Ultra, S22 Plus and S22 phones were the main attraction at its Unpacked event on Wednesday, but they were joined by another set of devices with much larger screens: the Galaxy Tab S8 Ultra, S8 Plus and S8. Many of these tablets’ details were leaked before the event, but that doesn’t make them any less interesting. Especially the top-of-the-line Ultra, which is more like an Android laptop. 

A lot of people turned to their tablets in the past two years for work, school, gaming and video. And apparently, those people are yearning for larger screens: Sales of large-screen tablets grew 24%, Samsung said, based on analysis from NPD Group. So Samsung is giving the people what they want with the new Tab S8 line, which includes the giant 14.6-inch S8 Ultra. 

Living up to its name

Like the Galaxy S22 Ultra, the Tab S8 Ultra is not only the largest but the most feature-packed of the three new devices. The display is hard to ignore: A 14.6-inch sAMOLED screen with a 2,960×1,848-pixel resolution at 240 pixels per inch and 120Hz refresh rate. By comparison, the largest iPad Pro at the moment is 12.9 inches with a 2,732×2,048-pixel resolution at 264 pixels per inch. 

A display that size, while great for streaming video and gaming, is going to be equally good for getting work done. Whether that’s paired with its backlit keyboard cover (not included) or as a secondary wireless touchscreen monitor for your Galaxy phone or a Windows PC.

Read more: Samsung Galaxy S22 Ultra vs. Galaxy S21 Ultra: Specs compared

A big reason tablets were popular the past couple of years was video chat, so Samsung put dual, 12-megapixel cameras in the Ultra along with intelligent auto-framing software that sounds like its own version of Apple’s Center Stage. The Ultra also has three mics with noise cancellation and quad speakers. Combined with the cameras, they should make this a video-conferencing star.

Also read: Where to preorder the Samsung Galaxy Tab S8 and the Galaxy S22 series 

Moving on down the line

While the 14.6-inch Ultra might be the biggest, its two linemates aren’t exactly small. The Tab S8 Plus has a 12.4-inch 2,800×1,752-pixel sAMOLED display while the regular Tab S8 has an 11-inch 2,560×1,600-pixel LED panel. Both are capable of 120Hz refresh rate. 

Memory on the S8 and S8 Plus is 8GB and storage is either 128GB or 256GB; the S8 Ultra will be available with 8GB, 12GB or 16GB of memory and up to 512GB of storage. Another difference: Instead of two front-facing cameras, these models have just one 12-megapixel ultrawide camera. Also, as the tablets increase in size, so does the battery capacity, but that’s about where most of the differences between the models end.

All three models have two rear cameras. 


Richard Peterson/CNET

A lot in common

Much of what you’ll find in the Ultra, you’ll get with the base Tab S8, which is itself impressive. For example, all three have a 4-nanometer octacore processor that Samsung says is the fastest it’s ever put in a Galaxy Tab. Samsung made the tablets from what it calls Armor Aluminum that, compared to the Galaxy Tab S7, makes them 30% more scratch-resistant and 40% less prone to bending. They each have quad speakers with Dolby Atmos. They can all capture 4K video and have microSD card slots that support up to 1TB. Their batteries can be used to charge other devices with a USB-C cable and the Tab S8 series has fast charging, too, that gets the tablets up to 100% in 90 minutes. 

Each of the Tab S8 models has Wi-Fi 6E (2.4/5/6GHz) and Bluetooth 5.2, though currently only the S8 Plus will be offered with optional 5G. You’ll be able to unlock them with facial recognition or a fingerprint scan — on the display for the Ultra and Plus and on the power button for the regular Tab S8. And all three will come with a Samsung S Pen in the box. 

Galaxy Tab S8 series.


Samsung

All together now

Samsung has made a big effort to ensure its Galaxy devices work together in the past couple of years, and that continues with these tablets. They’re able to act as second displays to a Samsung phone or laptop. Content can instantly sync between your Galaxy phone and tablet better than it ever has, and Galaxy Buds can automatically switch between the two as well without needing to go through a pairing process. And now Samsung Galaxy Watch users will be able to sync Samsung Health stats to the Tab S8 to view them on a larger display.

The Galaxy Tab S8 Ultra is available for preorder in graphite and starting at $1,100 (£999, or roughly AU$1,880). The Galaxy Tab S8 Plus and S8 are also available for preorder now in graphite, silver and pink gold starting at $900 (£849) for S8 Plus and $700 (£649) for the S8. It goes on sale Feb. 28.

It’s worth noting, too, that Samsung says the Galaxy Tab S8 series will be supported by up to four generations of Android OS upgrades and five years of security updates. This is fantastic news for anyone considering these pricey Android tablets as continued OS support has always been a concern compared to Apple’s iPad support.

For more, take a look at what Samsung’s new devices mean for the Galaxy Note, how the Galaxy S22 compares to the iPhone 13, Pixel 6, Galaxy S21 and Galaxy S21 FE, as well as the Galaxy S22 Ultra’s new camera features (and why it may not be exciting for some photographers). 

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Technology

Galaxy S22 Ultra’s design is closer to Galaxy Note than Galaxy S series

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Last updated: November 12th, 2021 at 07:08 UTC+01:00

The Galaxy S22 series is expected to go official in early February 2022, but the specifications of the phones in the series have leaked already. A new leak shows that the Galaxy S22 Ultra comes with a change in its design language compared to its predecessor, the Galaxy S21 Ultra.

A new image published by tipster @UniverseIce compares the screen sizes and screen curvatures of the Galaxy S22, Galaxy S22+, and the Galaxy S22 Ultra. The Galaxy S22 is expected to feature a 6.1-inch display, while the Galaxy S22+ has a 6.5-inch display. The Galaxy S22 Ultra is expected to feature a 6.8-inch display. More importantly, the Galaxy S22 and the Galaxy S22+ have curved screen corners, while the Galaxy S22 Ultra features sharper corners.

Usually, Galaxy S series smartphones have curved screen corners, while Galaxy Note series devices have sharper screen corners. This leak shows that the design of the Galaxy S22 Ultra could be closer to the Galaxy Note series than the Galaxy S series. Previous leaks have also shown that the Galaxy S22 Ultra will be compatible with the S Pen and even have a dedicated S Pen slot, which will surely make Galaxy Note series fans happy.

Samsung may have killed the Galaxy Note series, but it looks like it is taking its legacy forward with the Galaxy S series, particularly with the Ultra model.

The Galaxy S22 Ultra is expected to feature a 120Hz Super AMOLED Infinity-O display, an Exynos 2200 or Snapdragon 898 processor, up to 12GB RAM, up to 512GB storage, a 40MP selfie camera, and a 108MP quad-camera setup on the rear. It could also feature an IP68 rating, stereo speakers, 5G, a 5,000mAh battery, wireless charging, and 45W fast wired charging.

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