Technologies
Now That Google Has the Pixel Fold, Where’s Apple’s Foldable iPhone?
Commentary: Here’s why I think Apple is holding out.

2023 is having a surge of foldable phone releases. The Motorola Razr Plus launched proving that the third time is the charm (at least in the US). The $1,799 Google Pixel Fold is starting to ship to customers. And Samsung announced that there will be an Unpacked event at the end of the month where we will likely see the Galaxy Z Fold 5 and Z Flip 5.
OnePlus teased that it will launch a foldable later this year, leaving Apple as the only major US phone-maker without a foldable device. And outside the US, Huawei and Xiaomi also have foldable phones.
All of this leaves an obvious question: Where’s Apple’s foldable iPhone?
The iPhone 14 and iPhone 14 Pro are 10 months old, and despite rumors and speculation, the company hasn’t confirmed if a foldable iPhone is in development. This is particularly curious as Samsung continues to refine its foldable phone lineup, as with last year’s release of the Galaxy Z Flip 4 and the Galaxy Z Fold 4.
Since we won’t know for sure whether we’ll get an iPhone Fold or an iPhone Flip until they’re announced, I want to break down what it would take for Apple to make its first foldable based on everything we know about how the company designs, builds and markets its hardware.
Apple doesn’t comment on future products
The first thing to consider is that Apple doesn’t announce products until they’re ready. OK, there was the AirPower wireless charging pad. But otherwise Apple isn’t going to tell us it’s working on a foldable iPhone or confirm rumors.
Next, Apple typically positions products as a solution to a problem, highlighting quality and innovation.
The Galaxy Z Fold seems less like an answer to a problem and more of a «look at this tech wizardry, what can we do with it?!» And the cool factor, as ingenious as it is, comes at the expense of features we expect from regular phones, including battery life, ergonomics, software experience and price. The Galaxy Z Flip solves the problem of portability, but it comes with some of the same drawbacks as the Fold, particularly around battery life and camera quality.
To be fair, the Galaxy Z Fold 3 took a significant step forward by embracing its large main screen and adding support for Samsung’s S Pen stylus. And the Z Fold 4’s improved Flex Mode for apps seems like it might tip the balance, making the Fold more useful than just cool.
If Apple were to release a foldable iPhone, what problem would it solve? Could it be an iPhone Flip, replacing the iPhone 13 Mini by offering you a big screen that’s still pocket-friendly? Or would it be an iPhone Fold — more like an iPad Mini that folds in half, making its closed size more like that of the iPhone 13 Pro Max? Or will we see a design that doesn’t exist yet? What about an iPhone Roll, where the screen unrolls like an expanding window shade? That’s where rumors start to enter the picture.
iPhone Fold rumors
Back in January 2021, Mark Gurman wrote for Bloomberg that Apple «has begun early work on an iPhone with a foldable screen, a potential rival to similar devices from Samsung.»
And in May of that year, analyst Ming-Chi Kuo said, as reported by MacRumors, that «Apple will likely launch a foldable iPhone with an 8-inch QHD Plus flexible OLED display in 2023.» He revised his prediction, in a tweet this past April, to say that it might be 2025 before there’s a foldable screen device from Apple. It’s also worth noting that Kuo’s tweet was on April 1, which means it could have been an April Fools’ joke.
Both Gurman and Kuo have excellent track records when it comes to Apple rumors. So if these reports are accurate, we’ll see a foldable iPhone in 2025. It will be about the size of an iPad Mini and it’ll fold in half. End of story. But hold on.
How to make a foldable iPhone
Before Apple makes a foldable iPhone, it has to figure out how to make a foldable iPhone. Research company Omdia reports that in 2021, 11.5 million foldable phones shipped. Apple sells hundreds of millions of iPhones a year. So if it makes a foldable iPhone, it has to be certain that it can manufacture the phones at the same quality and in a high enough quantity to meet demand. More times than not when Apple introduces a radical hardware change — like 2014’s iPhone 6 Plus and its larger screen — those models are hard to find at launch because they sell out quickly. Sometimes they’re given a later release date, as we saw with the iPhone 12 Mini and 12 Pro Max launch.
Then there’s the physical complexity that needs to be considered. Foldable phones have numerous mechanical parts that could malfunction or wear out, such as hinge components that keep dust out and the various layers behind the folding screen. In fact, when journalists tested review units of the original Galaxy Fold, the device was plagued by hinge and display failures. That was years ago, of course, and Samsung has since fixed those issues. But it shows what can happen with first-gen products.
If a foldable iPhone is in the works, Apple will likely innovate its design to minimize the parts and mechanisms involved, which should reduce the possibility of the phones failing because something breaks. The Cupertino company has a great track record in this area.
When Apple released the iPhone 7, it replaced the home button with a faux home button so there was one less mechanical part that could possibly break. And if you’ve ever owned or used a MacBook, you know Apple is at the top of its game when it comes to hinge design, and dependability. Apple also sells AppleCare Plus, its service for repairs and support — and includes a global infrastructure to support it — which could help relieve concerns over problems or accidental damage.
iOS and iPadOS would need to be revamped
And then there’s the software. One UI, Samsung’s name for its take on Android, has to be the most underappreciated aspect of the Galaxy Z Flip and Z Fold. These new designs would have to simultaneously do all the things we expect from current phones while also creating new functionality that takes advantage of their folding screens. They’d also have to do all of these things flawlessly without any bugs or hiccups. And if Google does launch the Pixel Fold, I’d expect there to be even better Android support for foldables.
For instance, the Galaxy phones’ Flex Mode has been around for years. Essentially, when the Fold or Flip are folded into an L-shape, like a mini laptop, the software shifts an app to the top half of the screen while providing functionality at the bottom. Sounds cool and full of possibilities, right?
Well, until this year that functionality has been limited. That’s why it matters that Samsung’s Z Flip 4 and Z Fold 4 let you turn the bottom half of their screens into touchpads while they’re in Flex Mode. The company is now showing an added benefit of the fold.
I’d like to see even more software optimized for foldable phones. And I expect Apple will face the same challenges as Samsung did, especially when adapting iOS and iPadOS.
In recent years, iOS and iPadOS have drifted apart as Apple has created more iPad-specific features that wouldn’t make sense on an iPhone. A foldable iPhone, especially in the style of a Galaxy Z Fold 4, would require a reunion of the two operating systems. Or, Apple would have to develop a new software platform that can morph between a tablet and phone mode.
Apple would likely develop a unique software feature (think iMessage or Portrait Mode) to help make its foldable phone standout from what everyone else is doing.
How much would you pay for a foldable iPhone?
Foldable phones ain’t cheap. The Galaxy Z Fold 4 starts at $1,800 and the Galaxy Z Flip 4 at $1,000. And it’s no surprise that prices for Apple products are already at the higher end. So if an iPhone 14 Pro that doesn’t fold in half already costs $1,000, what would be the price for one that does?
For a foldable iPhone to be successful, Apple would need to create a problem-solving design, scale manufacturing without sacrificing quality and develop hardware along with software that make the most of its foldable build. The price would also have to be premium, but not too high.
So where’s the foldable iPhone? Still in the oven.
Technologies
Today’s NYT Connections: Sports Edition Hints and Answers for Oct. 23, #395
Here are hints and the answers for the NYT Connections: Sports Edition puzzle for Oct. 23, No. 395.
Looking for the most recent regular Connections answers? Click here for today’s Connections hints, as well as our daily answers and hints for The New York Times Mini Crossword, Wordle and Strands puzzles.
Today’s Connections: Sports Edition has one of those crazy purple categories, where you wonder if anyone saw the connection, or if people just put that grouping together because only those four words were left. If you’re struggling but still want to solve it, read on for hints and the answers.
Connections: Sports Edition is published by The Athletic, the subscription-based sports journalism site owned by The Times. It doesn’t show up in the NYT Games app but appears in The Athletic’s own app. Or you can play it for free online.
Read more: NYT Connections: Sports Edition Puzzle Comes Out of Beta
Hints for today’s Connections: Sports Edition groups
Here are four hints for the groupings in today’s Connections: Sports Edition puzzle, ranked from the easiest yellow group to the tough (and sometimes bizarre) purple group.
Yellow group hint: Fan noise.
Green group hint: Strategies for hoops.
Blue group hint: Minor league.
Purple group hint: Look for a connection to hoops.
Answers for today’s Connections: Sports Edition groups
Yellow group: Sounds from the crowd.
Green group: Basketball offenses.
Blue group: Triple-A baseball teams.
Purple group: Ends with a basketball stat.
Read more: Wordle Cheat Sheet: Here Are the Most Popular Letters Used in English Words
What are today’s Connections: Sports Edition answers?
The yellow words in today’s Connections
The theme is sounds from the crowd. The four answers are boo, cheer, clap and whistle.
The green words in today’s Connections
The theme is basketball offenses. The four answers are motion, pick and roll, Princeton and triangle.
The blue words in today’s Connections
The theme is triple-A baseball teams. The four answers are Aces, Jumbo Shrimp, Sounds and Storm Chasers.
The purple words in today’s Connections
The theme is ends with a basketball stat. The four answers are afoul, bassist, counterpoint and sunblock.
Technologies
Amazon’s Delivery Drivers Will Soon Wear AI Smart Glasses to Work
The goal is to streamline the delivery process while keeping drivers safe.
Amazon announced on Wednesday that it is developing new AI-powered smart glasses to simplify the delivery experience for its drivers. CNET smart glasses expert Scott Stein mentioned this wearable rollout last month, and now the plan is in its final testing stages.
The goal is to simplify package delivery by reducing the need for drivers to look at their phones, the label on the package they’re delivering and their surroundings to find the correct address.
Don’t miss any of our unbiased tech content and lab-based reviews. Add CNET as a preferred Google source.
A heads-up display will activate as soon as the driver parks, pointing out potential hazards and tasks that must be completed. From there, drivers can locate and scan packages, follow turn-by-turn directions and snap a photograph to prove delivery completion without needing to take out their phone.
The company is testing the glasses in select North American markets.
Watch: See our Instagram post with a video showing the glasses
A representative for Amazon didn’t immediately respond to a request for comment.
To fight battery drain, the glasses pair with a controller attached to the employee’s delivery vest, allowing them to replace depleted batteries and access operational controls. The glasses will support an employee’s eyeglass prescription. An emergency button will be within reach to ensure the driver’s safety.
Amazon is already planning future versions of the glasses, which will feature «real-time defect detection,» notifying the driver if a package was delivered to the incorrect address. They plan to add features to the glasses to detect if pets are in the yard and adjust to low light.
Technologies
First Partner to the Stars: Muon Space Adopts Starlink Lasers for Millisecond Data Transfer
By integrating Starlink’s mini laser technology, Muon Space will eliminate ground station bottlenecks to build a high-speed, real-time network in orbit.
Satellites firing lasers at each other in space sounds like science fiction, but it’s happening right now, as terabytes of data quickly pass across the Starlink network. Muon Space satellites are set to adopt the technology, enabling a near future when they transfer data as easily as we access the internet on the ground.
This week, Muon announced it will incorporate Starlink’s mini laser technology into its upcoming Halo spacecraft, with the first outfitted satellite going up in 2027. Starlink satellites communicate with each other using lasers, creating a mesh network in low-Earth orbit, or LEO. The tech supports 25Gbps connections between satellites at a range of up to 4,000 kilometers. Higher data speeds are available at shorter distances.
Muon Space will be the first company outside of Starlink parent SpaceX to use the mini laser technology on its satellites.
Don’t miss any of our unbiased tech content and lab-based reviews. Add CNET as a preferred Google source.
Satellites typically suffer from bottlenecks like latency when communicating with ground stations, and lag when traveling between them.
«Most of the Earth observation and analytics in space have been constrained at a systems level by this little straw of connectivity, which gets pinched most of the time and only gets connected once in a while,» Muon Space’s president, Gregory Smirin, told CNET.
With the mini laser technology, Muon satellites will join the Starlink network for real-time data access and high-bandwidth streaming. Muon says latency gets reduced to milliseconds. It also noted that data is end-to-end encrypted to maintain the security of customer information.
The Starlink “mini laser” shown in today’s video will connect third party satellites and space stations into the Starlink constellation. The mini laser is designed to achieve link speeds of 25 Gbps at distances up to 4000 km, and was recently successfully tested in orbit on a… pic.twitter.com/8nW37CRp7s
— Michael Nicolls (@michaelnicollsx) August 25, 2025
Normally, this kind of announcement is intended to excite Muon’s existing and potential corporate customers, but the broader implications of the technology will also be felt by everyday people. Smirin equated the adoption of the mini laser technology on satellites to the shift from the days when people connected to the internet using dial-up modems to the always-on access that’s prevalent today.
«Even in 2027, you’re going to start to see the impact of this kind of persistent connectivity on services that will be visible to individuals,» Smirin said. «Space is becoming a ground truth enabler.»
For example, Muon Space is the hardware supplier behind FireSat, the system of satellites developed in conjunction with Google and the Earth Fire Alliance to locate and track wildfires from space. In July, the companies released the first FireSat images from an initial protoflight satellite in orbit for testing.
Smirin explained that reducing latency will help operators track a fire’s direction and progress. He cited this year’s wildfires in Los Angeles, when the winds and smoke prevented aircraft from flying overhead to make accurate observations. With FireSat, you could get that information on an ongoing basis, enabling responders to better establish perimeters for personnel and equipment.
«We’re providing five to ten times the capacity that the rest of the new space industry is providing, so this is a massive step forward,» he said.
Smirin said the company is confident in the technology. After all, these are the same terminals Starlink uses to operate its global mesh network. «It’s operating today for everyone, and it’s reliable, and now it’s about bringing that capacity to organizations outside of Starlink.»
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