Get Windows 10 for less than $13 and get a free Windows 11 upgrade, Office for $28

If saving some money is on your wish list this morning, you’re going to love what we have here for you. Right now we can help you save some big bucks on Microsoft’s biggest release, but be quick, deals like these can’t stick around forever.

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How to use your license key when it arrives:

After payment, the buyer receives an OEM product key on the email specified during registration, which can be activated directly on the Windows 10 system.

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The Galaxy Fold 4 and Flip 4 images are very revealing

The next Samsung Unpacked event has been scheduled and will be held on August 10 It will be a classic Samsung affair, with a big reveal of the new foldable and plenty of polished accessories, all of which will command a bigger price tag. If you’re hoping for a surprise, I have some bad news for you – everything coming soon is leaking.

Image courtesy of the latest round 91 mobile, we get all-angle looks at both the Galaxy Fold 4 and Galaxy Flip 4. There are plenty of colors to look at as well, but the most important aspect here is that each device can be folded, opened, and viewed from all sides. . It’s a pretty comprehensive early look.

Take a peak at each of these.

Galaxy Fold 4

The Galaxy Fold 4 is official

Galaxy Flip 4

Galaxy Flip 4 is official

My only real reaction here is that the 2022 foldable lineup from Samsung looks almost identical to the 2021 foldable lineup from Samsung. We have identical camera housings, similar color blocking and overall similar devices. Samsung seems to be refining things like their folding hinges, but for the most part, you’d be hard-pressed to find major differences here from last year.

That’s not necessarily a bad thing, since Samsung’s Fold 3 and Flip 3 were great devices that sold millions. If anything, these devices will have solid internal upgrades that make them worth considering if you skipped last year’s. A Fold 2 or 2nd Edition flip would be a really nice upgrade.

Maybe 2023 will bring us a big refresh? Or maybe Samsung doesn’t need to do that.

DeepMind AI breakthrough allows prediction of more than 200 million proteins

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Google’s DeepMind division has developed some interesting and impressive AI models, including one that makes you (and almost anyone else) play StarCraft II better. DeepMind isn’t just interested in AI for playing games. Last year, the company unveiled AlphaFold, a machine learning model that can predict the shape of proteins. Now, DeepMind has announced that it has created structures for all 200+ million proteins in the centralized UniProt database. This is a big deal for basic biological research as well as efforts to tackle some of the most pressing scientific problems of our time.

Proteins are the basis of all biological life on Earth, but even if you know the amino acid sequence of a protein, that doesn’t mean you know what it does or how it works. A protein’s sequence gives it a pattern of positive and negative charges, hydrophilic and hydrophobic regions, and cross-linked segments. This is what determines the protein’s active shape, or “conformation” as it’s known in the lab, and the structure of a protein is what gives it its function. Even a few mistakes in structural predictions can be the difference between an enzyme that correctly catalyzes a reaction and one that does literally nothing.

Determining the structure can be a laborious process, often relying on advanced techniques such as X-ray crystallography. AlphaFold helps put that data into context with highly accurate conformation predictions. In the video below, you can watch a team from the University of Colorado, Boulder talk about the challenges of studying proteins involved in bacterial resistance to antibiotics. The team spent ten years puzzling over the shape of a protein that Alphafold was able to predict in just a few minutes. This is possible because Alphafold has been trained on more than 170,000 known protein structures, giving it the ability to predict what new sequences will look like in 3D.

When DeepMind announced Alphafold last year, it decided to make the Alphafold database freely accessible. At the time, there were just over a million structures available, making a 200-fold increase over the past 12 months quite impressive. DeepMind says Alphafold has been cited in more than 4,000 scientific papers since its debut and could help scientists understand important topics such as antibiotic resistance, food safety and the effects of plastic pollution.

With the entire UniProt database now complete, DeepMind will provide a predicted sequence directly on the web page. The complete database of all 200 million structures will be available as a bulk download from a Google Cloud public database.

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iOS 16 Beta 4 Release Notes, Changes and Bugs According to Apple

Here are the iOS 16 Beta 4 and iPadOS 16 Beta 4 release notes, changes and bugs for iPhone and iPad users, according to Apple.

Apple has now made the fourth iOS 16 and iPadOS 16 betas available for download and that means we have a lot of new fixes and improvements to enjoy.

This means new bugs are also implemented, and is less than ideal. If you want to know exactly what’s going on, you should check out the release notes that are now available to registered developers.

The iOS 16 and iPadOS 16 updates are expected to be made available to the public this fall, and that means we can expect a few more beta releases before that happens. All eyes are on Apple to see how things change through the beta process, but early releases have been surprisingly stable.

The new updates bring with them big changes to the iPhone lock screen with a new lockdown mode on iOS, improved multitasking and widgets with Stage Manager on iPadOS, and new customization options.

If you’re planning to install the developer or public betas, please note that there are potential issues — despite Apple’s improvements, these remain beta updates and aren’t ready to install on your major devices. Keep this in mind before installing.

You can see the full changelog below.

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You can follow us TwitterOr Instagram, and even like our Facebook page to keep yourself updated on all the latest from Microsoft, Google, Apple, and the web.

Pixel 7 Pro camera news adds mystery to their launch

All the focus this week may be on the Pixel 6a and Pixel Buds Pro still open for pre-orders, but the Pixel 7 wants you to remember it’s coming. Thanks to a bit of developer effort, we may know the camera situation of Google’s new phone, as well as the codename of an additional, as-yet-unknown high-end device.

Developer Kuba Wojciechowski made a post thread (via XDA) on Twitter that talks about their dive into code from Google, where Google tried to obfuscate the sensors in their upcoming phones, but left enough information to reveal it. In short, it looks like Google will use a similar setup to the Pixel 6 line, only with a new telephoto lens and matching selfie camera.

Pixel 7 line camera setup

Information from Google Code shows that the Pixel 7 and Pixel 7 Pro will use the Samsung GN1 as their primary sensor, as well as the Sony IMX381 for ultra-wide shots. These are the same sensors on the Pixel 6 and Pixel 6 Pro. The new lens will be on the Pixel 7 Pro as the Samsung GM1 telephoto, a change from the Sony IMX586 seen on the Pixel 6 Pro. These sensors seem pretty similar, so we’ll have to wait and see what’s new or what their plans are from one to the next.

Another change will be Samsung’s use of the 3J1, an 11MP front-facing camera for selfies. On the Pixel 6 and Pixel 6 Pro, we saw different selfie cameras, with the Pixel 6 Pro having a better 11MP shooter. Maybe this matching setup will eventually allow face unlock? haha

You might be disappointed to know that Google is using almost the same camera setup from the Pixel 6 line in the new Pixel 7 line. Try not to be. Google has used the same 12.2MP shooter in the Pixel line for multiple generations of phones and still manages to lead the industry in the camera department. If anything, this could mean additional fine-tuning, plus we don’t know if Google’s Tensor 2 will have additional image processing to further improve the Pixel 6’s already-solid cameras.

Mystery Pixel “Lynx” device

As for the alleged high-end mystery device mentioned above, information found alongside the Pixel 7 camera staff revealed a codename of “Lynx” with a new camera setup. This device has that main GN1 camera, but then it also has Sony IMX787 (telephoto?) and Sony IMX712 (13MP selfie?) cameras. That’s about all the evidence for this “Lynx” device, so the speculation here is that it could be experimental hardware for Google to play with the new camera hardware.

Bonus Pixel tablet camera

And finally, I didn’t talk about this initially, but this developer also found out that the upcoming Pixel tablet will use some kind of dual IMX355 camera setup. This is the selfie camera currently found on the Pixel 6, so it could be that Google is using this sensor for cost-cutting purposes, knowing that tablets aren’t for fancy cameras. Someone tell Apple.

So much to take in.

Steve Jobs’ Apple-1 Prototype PCB Up for Auction

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(Photo: RR auction)
Last year there were some rare vintage Apple products on the auction block. Most were semi-complete systems though, and part of the original batch of PCs sold by the Byte Shop in Mountain View. Now up for auction is the printed circuit board (PCB) made by Steve Jobs to collect the original order of the computer in 1976. It’s labeled “Apple Computer A” and hand-soldered by The Woz himself. It is expected to fetch at least $500,000 when the auction ends in August.

“Computer” is a simple PCB, and was used to demonstrate the functionality of the Apple-1 computer. The demo was given to Paul Terrell, who owns The Bite Shop. It was one of the first computer stores in the world. What Jobs and Wage thought was a $40 hobbyist kit then turned into a full-blown personal computer. Terrell placed the company’s first order for 50 pcs, and each sold for $666.66. “It was the biggest single episode in the company’s history. Nothing has been so great and so unexpected in the years since,” says Waze of Bite Shop Order.

The authenticity of the PCB was verified through photographs taken in 1976. (Photo: RR auction)

This particular board is rare enough to be labeled as #2 in the Apple-1 registry. It was originally in the “Apple Garage” for several years before the job was passed on to the current owner 30 years ago. It was considered “lost” until recently. However, it was tested and proven this year by Apple-1 expert Corey Cohen. The current state of the board sadly leaves a lot to be desired. A huge chunk of it is missing, and it is probably lost forever. Also, some ICs are removed with the microprocessor. The auction site said Jobs likely reused some missing parts from the first Apple-1 computer.

The Apple-A prototype is sadly missing a large piece, which will probably never be found. (Photo: RR auction)

The auctioneers noted that a unique feature of the board is that it demonstrates Steve Wozniak’s unique “three-hand” soldering technique. In it he held a wire in one hand, an iron in the other and solder in his mouth. This causes the solder to “bubble” at the connection point.

Another interesting feature is a populated clock circuit in the top left area of ​​the prototype. This would allow it to use a Motorola 6800 or MOS 6501 processor. However, the production version left this area blank, as it used a MOS 6502 CPU. This chip had an on-chip clock oscillator, making an external timing circuit unnecessary. When it was released in 1975, this 8-bit microprocessor ran at 1-3Mhz and was much less expensive than its competition. It (or a variation of its design) has been used for various historical devices such as the Atari 2600, the Nintendo Entertainment System, and eventually the Apple II.

We went to press the current bid $278,005, which is typical for vintage rarities like this prototype. Earlier Apple-1 computers sold for hundreds of thousands of dollars, but they had more parts. This is the first time in recent memory that we can recall a broken PCB for auction, which can reduce its final price. Still, there’s no denying how rare this item is, making it a must-have for any well-heeled collector.

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Get Windows 11 for an all-time low of $12, Office 365 for just $5, and so on

Saving money is essential right now and with everything else getting more expensive, a bargain on Windows and Office products is a must.

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Check out the collection of deals below and tickle your fancy before entering our discount at checkout. You’ll save 50% on an already great price, snagging some of Microsoft’s best releases at prices that have to be seen to be believed.

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Again, you need to make sure to enter those discount codes at checkout or you could end up paying more than you need to.

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  • iOS 16 Beta 3 Download IPSW Link for iPhone, iPad out now for dev
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You can follow us TwitterOr Instagram, and even like our Facebook page to keep yourself updated on all the latest from Microsoft, Google, Apple, and the web.

How many days can the Galaxy Watch 5 Pro go without a charge?

We expect Samsung to unveil its latest smartwatches, including Galaxy Watch 5 Pro, at this year’s Unpacked event in early August. While we wait for official details from Samsung, the internet is doing its thing and filling in a few gaps before the unpacked. The latest information concerns the battery life of the Watch 5 Pro.

According to one of the most prominent Samsung leaks around, the Galaxy Watch 5 Pro will be able to run for at least 3 days without a charge. This news shouldn’t come as too much of a surprise, as it was previously reported in April that the Watch 5 Pro’s battery would be massive, coming in at 572mAh.

For a Wear OS watch that’s actually being used and not idle all day, 3 days seems incredible and very welcome. Typically, my Wear OS devices need to go on the charger every night before bed. We’re not sure if this 3-day figure is with regular use or some kind of battery saver mode, but since Unpacked is just around the corner, we’ll find out soon enough.

If you already know the Watch 5 Pro is your next wearable, I recommend making a reservation on Samsung’s website. Samsung offers generous pre-order credits to those who do.

This week in space: Sophia takes one on the nose

Good afternoon, folks, and happy Friday! Holy heat wave. We are not the only ones facing these scorching temperatures; Another “valley of fire” has opened up on the Sun. Its corresponding solar flare goes away when it is pointed directly at Earth. In fact, much of this week’s space news is actually about earthly developments. This could be because many of NASA’s spacecraft are either in hibernation or experiencing power supply problems.

Still, we got a lot of updates this week. Apparently, what happened this week happened on Thursday. An international team of astronomers reported this week that they used images from the James Webb Space Telescope to find the oldest galaxies in the universe. An astronaut and an astronaut conducted a successful collaborative spacewalk on the International Space Station yesterday. NASA officials went on record with a tentative launch date for the Artemis 1 mission, just as the Northrop Grumman test fired the SLS rocket’s FSB-2 solid rocket boosters. And SpaceX is putting up curtains on its new launchpad at Kennedy’s False Launch Complex 39. However, two SpaceX launches have been scrubbed or delayed, respectively. And NASA’s Flying Observatory, Sophia, took one over the nose of New Zealand.

‘Canyon of Fire’ releases plasma filaments directly into Earth

The current heat wave looks like we are standing on the surface of the sun. But on the real Sun, the usual stellar inferno glows in a dazzling way. Another “canyon of fire” opened above the Sun last week. When its solar flare was gone, it was pointing more or less straight at Earth. Now, here it is. welcome Fire II Canyon: Electric Boogaloo.

“The cartwheel of long serpentine filaments moves toward the Sun in a stunning ballet,” said Tamitha Skov, a space weather physicist. He said in a tweet After the explosion “the magnetic orientation of this Earth-directed solar storm is going to be difficult to predict. G2-level (possibly G3) conditions could occur if the storm’s magnetic field is southward!

Watch the solar filament unwind in the Sun’s northern hemisphere. Photo: NASA Solar Dynamics Observatory

It’s a developing situation, but we’ll know more as the days go by. In any case, the geomagnetic storm will not develop into a Carrington-level disturbance. Such solar flares can cause fluctuations in the power grid and some satellite functions (such as cell service and GPS). But it shouldn’t be dramatic. Instead, it could bring the aurora borealis as far south as Michigan and Maine.

That’s not too far south.

See what I mean?

Scientists have discovered the oldest galaxy in the universe in James Webb’s images

Just ten days ago, the James Webb Space Telescope opened to science. But its images are already in use. An international team of astronomers reported this week that they used deep-field images from the web to identify the oldest galaxies in the observable universe. Meet GLASS-z13, a deeply redshifted collection of stars formed just 300 million years after the Big Bang:

Photo: Naidu et al, p. Osh, T. True, Glass-JWST, NASA/CSA/ESA/STScI

The ancient galaxy comes with a slightly less redshifted sidekick, GLASS-z11. Based on their mass, spectral properties, and redshift, these ancient galaxies formed during the reionization epoch of the universe. And at only 1300 and 2600 light-years across, they are relatively small. In comparison, our Sun formed about nine billion years after the Big Bang, and the Milky Way is about ten thousand light years across.

Astronauts and astronauts conduct successful spacewalks

Both Europe and America are dealing with an epic trust deficit with Russia. It makes it even more comforting to know that astronauts and astronauts still know how to cooperate on the International Space Station. Yesterday, ESA astronaut Samantha Cristoforetti and cosmonaut Oleg Artemiev conducted a collaborative spacewalk to repair the station’s new robotic arm.

Aurora Borealis seen from the International Space Station. Photo: NASA/Marshall Space Center

Tether or no tether, it takes guts to get out of an airlock and walk. But the new arm is outside the chassis of the space station. Moreover, the duo also had to maneuver some satellites. So, the pair did their thing with the help of the station’s robotic Kibo Arm and Canadarm-2… and their own nerves of steel. Artemiev and Cristoforetti were out of the station for a total of seven hours and five minutes.

NASA grounded their SOFIA flying telescope after storm damage

The Stratospheric Observatory for Infrared Astronomy (SOFIA) is adjusting its science observing plans and canceling the remainder of its Southern Hemisphere deployment after aircraft were damaged by severe weather on Monday, July 18. No one was injured However, strong winds caught the plane’s entry ladder, damaging the ladder itself as well as the plane’s nose.

Nichelle Nichols, beaming and holding a tribble. Nichols sits at his console aboard SOFIA, NASA’s flying telescope. Most of the cast of Star Trek: TOS found a way to get themselves into space for real. Here, Nichols (who played Uhura) is with Sophia in the Stratosphere. Telescopes flying at that height can make clearer observations than on the ground. Photo: NASA/Nichelle Nichols

New stairs on the way. However, the Sophia team determined that repairs would take at least three weeks. Unfortunately, this means that they will not be able to conduct science observation flights for the remainder of this mission.

SOFIA is currently operating from New Zealand’s Christchurch International Airport to better observe celestial objects in the southern sky.

NASA officials have set a tentative launch date for the Artemis 1 maiden flight

NASA officials said Wednesday that the agency is tentatively targeting Aug. 29 for the first flight of its moon rocket, the Space Launch System. The Artemis team is trying to launch the rocket by the 25th, which runs from August 23 to September 6. However, their current “no-before” launch window opens at 8:33 a.m. EDT on August 29.

NASA’s Space Launch System (SLS) rocket, along with the Orion spacecraft, sits atop a mobile launcher at Launch Complex 39B. Photo credit: (NASA/Joel Kowsky)

The mission’s launch window is narrow, and the moon rocket’s schedule is uncertain. The most recent delay was a hardware failure in one of the rocket’s hydrogen lines, explained Jim Free, NASA’s director of exploration. This took longer than the team expected, in part because they had to crawl inside the rocket’s first-stage engine. But this is characteristic of the doomed SLS program as a whole.

Circumspect agency officials noted that they are being careful with their timeline. NASA will not set a final launch date for the SLS until later this summer. If the rocket does not make its deadline for this launch, the backup dates extend to October.

Northrop Grumman test fired the FSB-2 rocket booster prior to the Artemis launch

With all the testing going on here, you’d think it was Aperture Science. Yesterday, Northrop Grumman began a successful two-minute test fire of its Flight Support Booster 2 (FSB-2) solid rocket booster. The FSB-2 boosters will provide 75% of the total thrust for the SLS rocket during the critical first two minutes after launch.

With these rockets, Northrop Grumman is moving away from hydrazine. Although the FSB-2 boosters use a solid propellant, it is a mixture of fuel and oxidizer, combined with a rubbery substance called polybutadiene acrylonitrile, or PBAN for short.

Thursday’s tests took place at a former Theocol facility in Utah’s Promontory.

SpaceX launch delayed

SpaceX scrubbed its Thursday morning Falcon 9 launch at T-minus 46 seconds. There was no indication of bad weather, but SpaceX did not specify the cause of the abort. Instead, they went back for another round and took off from Vandenberg at 1:39 PM, EDT.

This launch is a Starlink mission. It will carry 46 Starlink satellites into low-Earth orbit (LEO). But as part of NASA’s Commercial Crew Program, SpaceX ferries astronauts to and from the International Space Station. That is, they will—late September. NASA announced Thursday that Crew-5, the next SpaceX commercial crew mission, will launch several weeks later than intended.

“A launch at the end of September will allow SpaceX to complete hardware processing and mission teams will continue to review the launch date based on the space station’s inspection spacecraft schedule,” NASA officials wrote in a statement.

When it launches, Crew-5 will include NASA astronauts Nicole Mann and Josh Kasada, Japanese astronaut Koichi Wakata, and Russian cosmonaut Anna Kikina.

Kikina’s presence in the cabin will be a milestone. Crew-5 will be the first SpaceX flight to carry an astronaut. NASA and the Russian space agency Roscosmos are also doing their own crew swaps: Cosmonaut Andrei Fedyaev is on the roster for Crew-6, which is targeting a spring 2023 launch. Meanwhile, American astronauts Laurel O’Hara and Frank Rubio each fly on separate Soyuz missions between now and the end of the year.

Skywatchers Corner

It remains to be seen whether today’s geomagnetic storm will last long enough into the night to make the aurora visible against the brightness of the sky. But if it fades, it’s certain that our near future is far from the end of turbulent space weather. We’re in the ascending phase of this solar cycle, which means solar flares are likely to intensify. But this cycle’s sunspot activity is already more intense than usual. Today’s solar storm is the second flare to hit us in 24 hours. That’s great news if you love light shows, and not so great if you need a GPS to get to your skywatching site.

I am 100% using this magnetic storm as an excuse to post a shot of the beauty of the aurora as seen from the ISS. Here, we see the aurora over the American Midwest. Photo: NASA/Marshall

Even if you’re too far from the poles to see the aurora borealis or aurora australis, there’s plenty of beautiful things to see in the night sky next week. Three meteor showers are currently active! Currently we have Alpha Capricornids, Southern Delta Aquarids and Perseids, all in the same sky at the same time as the waning crescent moon.

Catch a shooting star

Technically, the Perseids run from July 14 to September 1 this year But like the boundaries of debris clouds, those temporal boundaries are… porous. In fact, the cloud of cometary debris that makes up this shower has dissipated somewhat, after we’ve passed through it the size of a few planets. As a result, the light show begins and ends somewhat outside of its scheduled time—like how our sky begins to brighten before the sun is visible above the horizon.

In this ten-second exposure, a meteor streaks across the sky over Washington, DC during the annual Perseid meteor shower. Photo: NASA/Joel Kowsky

Widespread as it may be, Perseid’s debris cloud is still thick enough to make for a pretty show. This shower is already active, but it will reach a “strong peak” on August 12-13, visible from anywhere in the Northern Hemisphere. Southern Delta Aquarids come from a glow in the Southern Hemisphere, meaning visitors north of the equator will have a harder time catching them. But Alpha Capricornides are a completely different story. Alpha Capricornids are pleasing to the eye because, while the shower itself isn’t the most powerful, large pieces of debris from the meteor shower’s parent comet 169P/NEAT create a bright, flowing fireball.

Skywatchers in the dark region can expect to see perhaps 60-75 meteors per hour, most from the bright Perseids in its namesake constellation, Perseus. As always, viewers will have the best luck seeing meteors under clear, dark skies. The Perseids shower is also known for its fireballs, so even urban light pollution can’t block the glow of a few shooting stars. But skywatchers have to contend with 100% full moon brightness during Perseids’ peak.

That’s all for now, folks. I’m going to dump a few bags of ice in a kiddie pool, and sit like a Siberian husky. Wish me luck.

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Get lifetime genuine license of Windows 10, Windows 11 and Microsoft Office

It’s never been more important to try and save money wherever possible, and we’re here to help you today. If you find yourself in need of Office or Windows, these deals are something you should check out.

Below are the best deals you can find anywhere today and all you have to do is click on our links and enter the discount code RMP to get the best prices available. You’re going to want to do it soon, through. These types of prices usually don’t last forever.

With that said, dive in!

Windows 10

Windows 11

Microsoft Office

Windows 10 + Microsoft Office

Again, please be sure to enter that discount code if you want to make sure you’re not paying more than you need to!

How to use your license key when it arrives:

After payment, the buyer receives an OEM product key on the email specified during registration, which can be activated directly on the Windows 10 system.

You may also like to check out:

  • Jailbreak iOS 15.6 on iPhone and iPad Status Update
  • Download: iOS 15.6 Final IPSW Links OTA File and iPadOS 15.6 Out Now
  • iOS 16 beta compatible and supported iPhone, iPad, iPod touch devices
  • iOS 16 beta 4 download, release date: When is Apple expected to seed it?
  • iOS 16 Beta 3 Download IPSW Link for iPhone, iPad out now for dev
  • Download iOS 16 Beta 3 profile file of OTA update without dev account, here’s how
  • iOS 16 Beta 3 IPSW Download Links and Install on iPhone 13, Pro, 12, Pro, 11, Pro, XS Max, X, XR, 8, Plus, iPad [Tutorial]

You can follow us TwitterOr Instagram, and even like our Facebook page to keep yourself updated on all the latest from Microsoft, Google, Apple, and the web.