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    News about Apple

    iPhone 15 Pro: Thinner bezels, thicker ‘curve’ design, no Lightning port, more

    iPhone 15 Pro: Thinner bezels, thicker ‘curve’ design, no Lightning port, more

    According to the CAD model provided by the reliable protective sleeve accessory manufacturer, the technology media 9to5Mac invited the 3D artist Lan Zelbo to produce a high-definition rendering of the iPhone 15 Pro.

    9to5Mac has obtained exclusive renders of the upcoming iPhone 15 Pro, based on a CAD model provided to 9to5Mac by a reliable case manufacturer and 3D Artist Respective Render Man Ian Zelbo. The renders show some significant changes to the design and features of Apple’s flagship smartphone, which is expected to launch later this year.

    CAD files like the ones these renders are based on are given by Apple to factories in Asia to prepare phone cases ahead of launch. This is to ensure that cases are available when the device launches.

    The specific CAD here comes from a factory out of China that is seemingly the first to get these files. Historically, CAD files are accurate to the final device in terms of both dimensions and design, as having inaccurate ones would be costly to case designers and factories.

    The most noticeable change is the switch from the Lightning port to USB-C, which would mark a major departure from Apple’s proprietary connector that has been used on iPhones and most Apple accessories since 2012.

    This could be due to the pressure from the European Union, which has been pushing for a common charging standard for all smartphones and devices. Unfortunately, this might be limited to cables approved for Apple’s MFi program for data transfer speeds and charging speeds.

    Another change is the curvature of the edges, both on the glass and on the metal frame. The glass curves slightly around the edges, creating a more seamless transition to the frame. The frame itself is also more curved than before, resembling the design of the 14-inch and 16-inch MacBook Pros and new M2 MacBook Air. This could make the phone more comfortable to hold and less prone to accidental touches.

    The camera bump on the back is also thicker than before, indicating that Apple may have upgraded the camera system with new sensors or lenses. The camera layout remains similar to the iPhone 14 Pro, with three lenses and a LiDAR scanner arranged in a square module. The camera lenses are thicker in this generation, likely hinting at larger image sensors.

    On the side of the phone, we can see some changes to the volume rockers and the mute switch. The volume rockers look like capacitive buttons instead of physical ones, which has been rumored. Given the renders we can not say this for certain, but it seems very likely. The mute switch also looks redesigned, with a smaller and rounder shape similar to that of the capacitive buttons.

    The renders do not show any details about the resolution of the iPhone 15 Pro, but we expect it to be similar to the iPhone 14 Pro. The body of the device is a few mm smaller with a thinner bezel, so it’s likely we’ll see the same 6.1-inch display in a slightly smaller body. The Dynamic Island is still present and looks to be about the same size as the iPhone 14 Pro.

    These renders are based on an early CAD model and may not reflect all aspects of Apple’s final design. However, they do give us an idea of what we can expect from one of this year’s most anticipated smartphones and all of the important changes, like a more comfortable frame and USB-C.

     

    iOS 16.3.1: Here's What the Update Brings to Your iPhone

    iOS 16.3.1: Here's What the Update Brings to Your iPhone

    Apple released iOS 16.3.1 on Monday, a few weeks after the release of iOS 16.3. While the previous release included new features like security keys for Apple ID and support for the second-generation HomePod, the latest update fixes some issues that iPhone users might have run into recently.

    Here's what's included in Apple's iOS 16.3.1 update.

    What's in iOS 16.3.1

    The latest iOS update includes bug fixes and security updates that address issues with iCloud, Siri, Find My and crash detection.

    Some users on Reddit and Twitter have said they haven't been able to backup to iCloud after the release of iOS 16.3. The latest update could provide a fix for this issue.

    Another issue that iOS 16.3.1 could address has to do with crash detection on iPhone 14 and 14 Pro models. Crash detection has helped alert first responders to some car crashes, but it has also been triggered when some users ride roller coasters with their phones.

    Here's what Apple writes is fixed with iOS 16.3.1.

    • iCloud settings may be unresponsive or incorrectly display if apps are using iCloud.
    • Siri requests for Find My may not work.
    • Crash Detection optimizations on iPhone 14 and iPhone 14 Pro models.

    iPhone reverse wireless charging development continues after Apple missed target

    iPhone reverse wireless charging development continues after Apple missed target

    Apple is continuing its work on full reverse wireless charging support for the iPhone, despite engineering delays. 9to5Mac has heard from sources familiar with the matter that Apple had hoped to debut the feature with the iPhone 14 Pro lineup, but failed to meet that deadline.

    Nonetheless, our sources indicate that Apple engineers are pressing ahead with the development of bilateral wireless charging alongside software optimizations for it.

    Previous iPhone reverse wireless charging rumors

    Reverse wireless charging, also referred to as bilateral wireless charging, is a technology that would allow users to not only recharge a phone with a wireless charger but also use the device to recharge an accessory.

    Interestingly, iPhones have had at least some of the necessary hardware for reverse wireless charging since the iPhone 12. FCC filings revealed that the iPhone 12 lineup included wireless charging hardware, but the feature was inactive.

    The MagSafe Battery Pack, which also debuted with the iPhone 12, revealed some of Apple’s work on reverse wireless charging. As we noted at the time, you can plug a Lightning cable into your iPhone, then your iPhone will send power to the MagSafe Battery Pack. Still, however, Apple didn’t explicitly refer to this as reverse wireless charging.

    Full implementation of reverse wireless charging would allow the iPhone to charge any Qi-enabled accessory. For Apple users, one of the most notable use cases of this feature would be for charging AirPods. If the iPhone supported bilateral wireless charging, you’d be able to recharge your AirPods just by placing them on the back of your iPhone.

    In January, it was announced that Apple and the Wireless Power Consortium have been working together on a next-generation Qi wireless charging standard based on MagSafe. This partnership could help Apple advance its own MagSafe and Qi implementations, potentially also helping the company’s reverse wireless charging technology.

    iPhone with bilateral charging still in development

    Apple still has bigger ambitions for reverse wireless charging than we’ve seen so far. According to sources familiar with the matter who spoke to us, Apple is continuing to work on more advanced bilateral wireless charging technology for the iPhone.

    The sources say that Apple had hoped to include full support for reverse wireless charging on the iPhone 14 Pro and iPhone 14 Pro Max, but the feature wasn’t finalized in time for that launch. Despite missing this target, Apple engineers are still working on the feature and hope to debut it in a future iPhone.

    Internally, Apple is developing a unique “wireless power out” firmware as the basis for the feature. The work on this firmware is a major aspect of the ongoing testing and engineering of the reverse wireless charging hardware. One of the key aspects of bilateral charging is managing the charging speeds between the iPhone and the other device, including heat dissipation and charging efficiency.

    Apple is also developing a special user interface for reverse wireless charging, similar to what is currently used for MagSafe chargers and accessories. This would include on-screen animations as well as a sound effect to indicate that bilateral wireless charging had been initiated.

    Finally, the sources cautioned that reverse wireless charging could ultimately be delayed again or scrapped altogether. The feature has been in the works since at least the iPhone 11 and has proven to be a challenge due to concerns around heat management and charging speeds.

    iPhone 14 Plus demand continues to fall, but rumors say an iPhone 15 Plus is still planned

    iPhone 14 Plus demand continues to fall, but rumors say an iPhone 15 Plus is still planned

    Sales of the iPhone 14 Pro and iPhone 14 Pro Max are continuing to grow, at the cost of the iPhone 14 and iPhone 14 Plus. According to new supply chain data from analyst Ross Young, the iPhone 14 Pro models now account for 75% of Apple’s display panel shipments, and that number is only expected to grow further…

    Young’s latest data indicates that there was a slight increase in panel shipments for the iPhone 14, while iPhone 14 Plus panel shipments stopped altogether. The increase in iPhone 14 panel shipments, however, did not fully make up for the drop in iPhone 14 Plus shipments.

    As such, the iPhone 14 Pro and iPhone 14 Pro Max continue to grow and account for larger shares of iPhone 14 panel shipments. The data from Young shows that Apple further increased panel shipments for both the iPhone 14 Pro and iPhone 14 Pro Max.

    The two iPhone 14 Pro models accounted for a total of 75% of iPhone 14 series panel shipments in December. Young predicts that this will reach at least 80% in data for January and February. iPhone 14 Plus panel shipments could resume in February, but would still account for less than 5% of the total shipments.

    Young also shared a chart showing iPhone 14 series panel procurement in comparison to the iPhone 13 lineup. According to his prediction, the iPhone 14 lineup will fall behind the iPhone 13 in January and February, after leading from August to January.

    Apple battled significant iPhone 14 Pro and iPhone 14 Pro Max shortages through much of November and December. The company has resolved shortages for most of its devices, particularly as demand has slowed in the post-holiday shopping season.

    iPhone 15 Plus still planned

    Despite iPhone 14 Plus demand being much worse than expected, however, Apple is still planning to release an iPhone 15 Plus later this year. Whether or not Apple has any changes in store to help boost sales remains to be seen, but there have been some whispers of price cuts for the iPhone 15 and iPhone 15 Plus both.

    Rumors have also suggested price increases for the iPhone 15 Pro models. Creating a bigger delta between the two ends of the lineup could help Apple boost sales while also increasing margins and average selling prices.

    The iPhone could get a microLED display — what that means for you

    The iPhone could get a microLED display — what that means for you

    This new display tech could provide your iPhone screen a huge boost

    You may want to skip the iPhone 15 later this year because if you can hold off on buying a new iPhone for another year or two, you could get a far superior display.


    Writing in his Power On(opens in new tab) newsletter, Mark Gurman says that future iPhones will be equipped with microLED screens. He claims, these panels will be brighter, with better viewing angles and color accuracy than existing screens.

    These microLED displays have previously been rumored for a future Apple Watch Ultra successor coming "the end of 2024", which Gurman says will be the first product to show off the new tech. The tipster noted we can then expect to see the screens appear on iPhones "a few years after that."

    It's perhaps unsurprising that after the iPhone, Gurman claims Apple could move to add microLED to iPads and later Macs. The whole process could take up to a decade though, similar to how iPhones have OLED panels right now; but the iPad is still using LCD (or mini-LED in the iPad Pro (12.9-inch)'s case, which is a derivative of LCD technology).

    The other notable thing about the microLED displays is that they have been reportedly developed (since 2017) to be Apple's first set of internally-designed displays. And these would be another step in the company's march towards total component self-sufficiency. We've already seen this with Apple Silicon chipsets in Macs and iPads over the past couple of years, with powerful chipsets like the Apple M2 chip powering top-tier devices like the iPad Pro and MacBook Air M2.

    As for what we can actually expect this year, the iPhone 15, according to the most recent rumors, is expecting to stick with 6.1-inch and 6.7-inch OLED displays, as we've seen on the iPhone 14 series and older models.

    Other upgrades, such as a periscope telephoto camera on the iPhone 15 Pro, and a new iPhone 15 Ultra model with a new titanium design with haptic, solid-state buttons, are rumored though, which should make the new iPhones a worthwhile purchase for most users in need of a phone upgrade.