Mobile Devices - Page 9

Apple is expected to release its highly anticipated foray into artificial intelligence, but just in Apple fashion they have rebranded the emerging software as "Apple Intelligence".

According to Bloomberg's Mark Gurman, who wrote in his recent Power On newsletter, Apple is slated to roll out iOS 18.1 on October 28, and within that OS update will be Apple Intelligence. For those that don't know, Apple Intelligence will be coming to the iPhone 15 Pro/Max and the entire iPhone 16 line-up. Unfortunately, devices older than that don't have the necessary hardware to process AI tasks at a speed that Apple is comfortable with releasing.

Apple Intelligence, or the complete lack of it, has been a point of criticism in the recent launch of the iPhone 16 lineup, as much of Apple's marketing for the new generation of iPhone showed Apple Intelligence features that weren't available at launch. Apple clarified when the features will be released, saying Apple Intelligence will be rolled out in stages. As for iOS 18.1, according to reports, developers with early access to the operating system version have found it to be quite unstable, leading to app crashes and excessive battery drain.

Apple has finally released its iOS 18 update to the public where it has included a slew of new, big features for users, along with some other smaller features the company didn't highlight, or just glazed over during its presentation. 

One of those features is the new charging capabilities, and before you get ahead of yourself, Apple hasn't suddenly increased the speed of which your phone can charge. However, Apple has made charging your phone at maximum speed much easier, as a new feature within iOS 18 will inform the user if the charging cable they are using is providing the maximum charge. 

After updating to iOS 18, a user can open their Settings application and navigate to Battery; an alert will pop up informing the user they are using a slower charging cable. Additionally, a slower charging cable will be displayed in the battery graph as an orange line. Unfortunately, the feature isn't as informative as I would like because it's not immediately clear how slow a charging cable has to be to qualify for an alter or orange line in the graph. 

Apple has just unleashed its new iPhone 16 family, with its iPhone 17 family coming in 2025... but the iPhone 18 is when the company will use TSMC's bleeding-edge 2nm process node for its latest A-series processors.

In a new post on X, analyst Ming-Chi Kuo explained that all four iPhone 17 models will use the same 3nm chips in 2025, but there will be some iPhone 18 models that will use more advanced 2nm chips. I recently covered a story recently where Apple executives took a secret visit to TSMC to secure the very first batch of 2nm chips, which look to be going in (at least some) new iPhone 18 models.

Kuo posted: "The processors for 2025 iPhone 17 models will be made by TSMC's N3P process/3-nanometer technology. The processor for 2026 iPhone 18 models is anticipated to use TSMC's 2-nanometer technology. However, due to cost concerns, not all new iPhone 18 models may be equipped with a 2-nanometer processor".

At the beginning of August the Huawei CEO for Consumer Business Group was spotted on a plane holding the world's first tri-foldable smartphone. The following the month the device was officially unveiled, and I have managed to spend some time with it for a hands-on experience.

The Huawei Mate XT Ultimate Design is the official name of the device, and while I was in China I walked past a Huawei store where they had one available. This device is truly an impressive feat of engineering with its dual-hinge design that enables users to fold the Mate XT into three forms - triple folded (completely collapsed), unfolded, and completely unfolded. At each of these stages users will get a different screen size, with the triple fold rocking a standard 6.4-inch display that's then bumped up to a 7.9-inch display when unfolded, and then a 10.2-inch display when completely unfolded.

The above video shows each of these folding stages, and through my brief time holding the device I was truly impressed at the ease of the folding, along with the thinness of the device. Huawei designed the Mate XT with a shockingly thin battery that enables the device to be just 3.6mm thick, but still sport a 5,600mAh. However, due to the triple folding design when completely folded together the Mate XT Ultimate Design is a chunky 12.8mm thick, or half an inch.

Apple launches its new iPhone 16 family of smartphones today, but there's a leak for its next-gen iPhone 17 and iPhone 17 Air smartphones that tease will feature 120Hz ProMotion displays.

Display analyst Ross Young from DSCC talked with MacRumors, teasing that the Apple iPhone 17 (standard) and ultra-slim thinner iPhone 17 Air smartphones will feature Apple ProMotion display technology: 120Hz goodness for everything. Right now, the standard iPhone 16 and iPhone 16 Pro have 60Hz panels... which in 2024, isn't a good look when competing smartphones ship with 120Hz displays.

Apple introducing 120Hz ProMotion displays with its next-gen iPhone 17 and iPhone 17 Air should boost sales, as the hype for the new iPhone 16, iPhone 16 Pro, and iPhone 16 Pro Max smartphones just isn't there this year.

Apple has a bunch of internal tweaks to its new iPhone 16 series smartphones, with some huge improvements inside of the new iPhone 16 Pro and iPhone 16 Pro Max smartphones revealed in a new teardown.

The new iPhone 16 Pro with its 6.3-inch display has a redesigned A18 Pro logic board, and a protection cover for the battery. REWA Technology did the teardown on Apple's new iPhone 16 Pro, with the two logic boards and batteries tweaked over the iPhone 15 Pro.

In the image above, we've got the A18 Pro on the left and the A17 Pro logic board on the right, where you can see that the new A18 Pro logic board inside of the iPhone 16 Pro being smaller, and more densely packed than its predecessor. The new part also sports a larger metal cover, which is most likely there to help with the thermals of the A18 Pro, which is made on TSMC's bleeding edge 3nm process node.

Oscar-winning director Danny Boyle has shot his latest movie -- 28 Years Later -- on Apple's older-gen iPhone 15 Pro Max smartphone with some attachments.

In a new report from WIRED, we're learning that the $75 million Hollywood sequel was filled on smartphones, with Boyle starting out his directing duties with 28 Days Later back in 2002 which saw the introduction of Cillian Murphy (his latest movie was Oppenheimer) and it was shot on a regular Canon XL-1 camera worth $4000.

28 Years Later wrapped production at the end of August, where up until now production details have been kept under wraps -- the big detail here is that it was shot on the iPhone 15 Pro Max smartphone. Staff were required to sign NDAs preventing the disclosure that 28 Years Later was shot on smartphones, but a single paparazzi shot out of 150 photos from July, shows a high-end camera that looks like a regular lens... but it's not: it's connected to a smartphone that's inside of a protective cage, according to a professional camera operator not involved with the movie telling WIRED.

Apple rolled out its new iOS 18 update, and unfortunately, some users downloading the iPad version are reporting that the update is bricking their device. 

iOS 18 hit every iPhone 14 and above on Monday, along with iPadOS 18, and it appears that Apple made some mistakes with its development of iPadOS 18. Shortly after the release of the iPad update users began taking to Reddit to report their iPad became unresponsive mid-update, leading to it shutting down and not turning back on. Another Reddit user reported their iPad was "completely bricked" after downloading the new update. 

Officially, Apple hasn't publicly commented on the anecdotal evidence that iPadOS 18 is causing problems for iPads, but the company has quietly pulled the update from M4 iPad Pros, which leads me to believe these iPads were the most affected by the update. MacRumors reports that not all M4 iPad Pro owners experienced these reported problems, and those who are affected are likely jumping over an OS version to iOS 18.

Apple just wrapped up its Glowtime event, where it showcased the latest generation of iPhone ahead of its release on September 20, and right after the event, we have a brand new Samsung S25 Ultra leak. Techtember is officially here!

Samsung's next-generation flagship smartphone will be the S25 Ultra, and reports currently point to January as the rumored launch date. Before the launch, leaker @OnLeaks and Android Headlines created renders of the upcoming smartphone based on previous rumors about its specifications. For example, the S25 Ultra is rumored to be just 219g, making it lighter than the iPhone 16 Pro Max at 227g and the S24 Ultra at 232g.

According to the renders, the S25 Ultra will have the same 6.8-inch screen size as the Samsung S24 Ultra, but will overall be a smaller phone at 162.8 x 77.6 x 8.2mm versus 162.3 x 79 x 8.6mm. TechRadar notes that while recent reports say the S25 Ultra will have the same display size as the S24 UItra, previous rumors suggested the S25 Ultra was going to have a bigger screen.

Huawei has just unveiled the world's first dual-hinged, triple-screen foldable smartphone with the introduction of the new Mate XT Ultimate Design... a new tri-foldable smartphone that starts from $2800. Check it out:

The new Huawei Mate XT Ultimate Design features an inverse dual-hinge design that folds into a "Z" shape, allowing users to use the tri-fold smartphone in many different ways. The OLED display measures 6.4 inches when fully collapsing as a traditional single-screen smartphone, but when unfolded, the display folds out to a behemoth 10.2 inches (2232 x 3184 resolution) and can be folded into a 7.9-inch size. Impressive.

Huawei says that it uses an ultra-modern three-fold large screen that can be folded and unfolded freely, and its composite ultra-touch laminated structure makes it slim and strong. Huawei is using a new silicon-anode-based large-capacity battery, that is bloody thin: only 1.9mm with a capacity of up to 5600mAh inside of a slim body with long-lasting battery life.