Category: iPhone

Hello everyone,

I hope you’re all doing great! I’m excited to welcome you to the new photo-sharing thread for the iPhone 15 Pro and iPhone 15 Pro Max. In just under 24 hours, users in Australia and New Zealand will be getting their hands on the latest iPhones.

This is an exciting time for tech enthusiasts and photography lovers alike! Feel free to share your photos taken with the iPhone 15 Pro and iPhone 15 Pro Max in this thread. We can’t wait to see what amazing shots you capture with these new devices.

Are you ready to showcase your creativity? Let’s get started!

Last week, we shared news about iOS 26, which introduces an opt-in feature called Adaptive Power Mode for iPhones. This new mode works alongside the existing Low Power Mode. According to Apple, Adaptive Power Mode makes “small performance adjustments” when necessary, such as slightly lowering display brightness and delaying some activities to prolong battery life.

In the initial beta release of iOS 26, the description of Adaptive Power Mode clarifies that it activates when battery usage exceeds normal levels. The feature automatically lowers display brightness and may slow down certain functions to conserve energy. Low Power Mode will also engage when the battery reaches 20%.

It’s worth noting that iOS 26 is compatible with the iPhone 11 series and newer, but Adaptive Power Mode is limited to the iPhone 15 Pro models and later due to the requirement for Apple Intelligence technology. Unfortunately, this means that iPhone 14 Pro users and earlier models will not have access to this feature. The devices supporting Adaptive Power Mode include the iPhone 15 Pro, iPhone 15 Pro Max, and the entire iPhone 16 range.

There are expectations that Adaptive Power Mode could be particularly beneficial for the upcoming iPhone 17 Air, which is rumored to have a slimmer design that may restrict battery size. Despite its default off setting, users can activate Adaptive Power Mode via the Settings app under Battery → Power Mode. Meanwhile, Apple is preparing to launch the Apple Watch Ultra 3 later this year along with the iPhone 17 lineup.

Additionally, there have been updates regarding new perks for Chase’s Sapphire Reserve credit card and challenges Apple faces with the future of CarPlay Ultra. As trends continue, there have been discussions about the rumored foldable iPhone and potential updates to AirPods Pro.

If you subscribe to iCloud storage on your iPhone, you might be unaware of the additional benefits that come with your plan at no extra cost. Apple offers five perks that enhance your iCloud experience beyond just the extra storage. One of the perks is the ability to create event invitations via the Apple Invites app. This feature makes organizing gatherings much easier.

Another significant addition is Private Relay, which ensures that your Safari browsing history remains confidential, shielding it from network providers, websites, and even Apple itself. The Hide My Email feature is also beneficial, as it generates unique, random email addresses for you whenever required. This allows you to maintain a level of privacy while interacting online. Furthermore, HomeKit Secure Video enables you to store and review home security footage in a highly secure, end-to-end encrypted format, enhancing your home security efforts.

Lastly, custom email domains allow you to personalize your iCloud email address, thereby giving a professional touch to your communication. iCloud+ encompasses Apple’s paid iCloud storage plans that start at 50GB for $0.99 per month, reaching up to 12TB for $59.99 monthly in the United States. It’s worth noting that Apple provides all users with 5GB of free iCloud storage, but subscribing to iCloud+ unlocks these valuable perks. In the tech world, Apple has several exciting developments in the pipeline, including the expected launch of the Apple Watch Ultra 3 and the iPhone 17 lineup.

With new rumors surfacing about innovative features, Apple continues to push its boundaries in product enhancement and user experience. Fans can look forward to these launches as they reshape the Apple ecosystem.

iOS 26 introduces a new feature called Adaptive Power Mode for iPhones, which complements the existing Low Power Mode. Apple claims Adaptive Power Mode can help extend battery life by making small performance tweaks.

This may include slightly dimming the display or allowing certain tasks to take longer when battery usage is above normal. According to the beta description for iOS 26, Adaptive Power Mode activates when battery consumption is unusually high.

While it supports devices from the iPhone 11 series onwards, it is only compatible with the iPhone 15 Pro and newer models due to its reliance on Apple Intelligence. Unfortunately, this means users with the iPhone 14 Pro and earlier will not have access to this feature.

Adaptive Power Mode could prove particularly advantageous for the anticipated iPhone 17 Air, which is expected to feature a slim design that restricts battery size. Despite this, Apple plans to release a battery case for the iPhone 17 Air.

The mode is disabled by default but can be activated in the Settings app under Battery, finding the Power Mode option. Meanwhile, analysts indicate that Apple is set to launch the Apple Watch Ultra 3 later this year, alongside the iPhone 17 lineup.

In other news, Chase has unveiled new benefits for its Sapphire Reserve credit card, including complimentary annual subscriptions to Apple Music and Apple TV+, valuing up to $250. However, Apple faces challenges with its CarPlay Ultra system, as some automakers, including Mercedes-Benz and Audi, are reconsidering their support.

Additionally, rumors about Apple’s upcoming foldable iPhone hint at innovative camera features, while speculations about the iPhone 18 Pro’s Face ID integration continue to circulate. Finally, it’s anticipated that new AirPods Pro will also debut soon, complete with exciting new features.

If you own an iPhone or iPad equipped with a USB-C port, you can utilize this port to charge various devices such as AirPods, an Apple Watch, or even another iPhone. This feature proves useful during situations when you lack a spare charger or power outlet.

The operation is straightforward and quite convenient. For instance, if your AirPods or Apple Watch run out of battery and a charger is unavailable, the iPhone or iPad’s battery can provide a quick boost.

Instead of carrying an extra battery pack, you can simply use your device to recharge these accessories. Additionally, if you connect an iPhone 15 or newer model to another iPhone of the same kind, they will automatically communicate to identify which device has a lower battery.

Power will then be transferred from the device with a fuller charge to the one that needs it the most. This means if your iPhone is low on battery and your friend’s device is fully charged, plugging in can get you through until you find a more sustainable charging solution.

The capability also extends to USB-C Android phones, provided they support USB Power Delivery. Connecting your power-sensitive iPhone to such an Android device can allow the Android phone to charge your iPhone.

However, if the Android device does not support USB PD, the outcome may vary, and it’s unpredictable which device will charge the other. For this feature to work, you’ll need the right cable.

For older AirPods with a Lightning port, a Lightning to USB-C cable is necessary. If you have AirPods with a USB-C charging case, a USB-C to USB-C cable will be required.

Charging an Apple Watch entails using a dedicated USB-C charging puck. However, do note that charging another device via iPhone 15 or newer is limited to just 4.5W.

While this is adequate for smaller gadgets like an Apple Watch, the slow charging speed may be a concern when attempting to charge another iPhone. Currently, despite ongoing rumors about reverse wireless charging for AirPods on the back of a MagSafe-enabled iPhone, this feature has yet to be released.

Hence, for now, utilizing a USB-C connection remains the most efficient method to recharge your accessories while on the go.

Hello everyone,

This is my first post here, and I wanted to share a unique experience I’ve had with my iPhone 16 Pro Max (1TB in natural titanium) that I received on launch day directly from Apple. I’ve been using it daily, and to my surprise, after 239 full charge cycles, the battery health is still at 100%.

This is something I’ve never encountered with any iPhone before. I’ve kept my usage fairly standard.

I enabled the 80% charge limit from day one and have been using the phone without any extreme measures. There has been no Low Power Mode or any battery-saving tweaks involved.

Just typical daily usage, and I’m honestly impressed and a bit shocked by the battery performance. Here’s a brief overview of my usage setup:

I average around 10 hours of screen time each day and usually begin charging when my battery hits 30%, thanks to a Shortcut automation that reminds me.

I’ve kept the 80% charging limit activated, and I often use the phone while it’s charging. I make sure to unplug it once it reaches that threshold.

When it comes to charging, I use an Apple 20W USB-C power adapter and an Anker USB-C cable, and I’ve never used wireless charging or battery packs. I also have Apple Intelligence enabled, but I don’t actively use it.

Features like Raise to Wake, Tap to Wake, and the Always-On Display (with wallpaper disabled) are functional. In terms of connectivity, I rely mostly on Wi-Fi, with occasional 5G, and I keep background app refresh fully disabled.

Given this level of use, I didn’t expect my battery to hold up so well. Has anyone else experienced similar long-term battery performance?

Cheers!

What is your cycle count and battery health? I’ve been thinking about trading in my iPhone at Apple, and although it’s a bit early to make a decision, I wanted to share my current battery information. My cycle count is at 3, which indicates that my battery is still in excellent condition.

This low cycle count means the battery has not gone through many charge cycles, translating to better longevity. Trading in my iPhone is definitely on my mind. Apple offers trade-in options that may provide a decent value for my device, especially considering its good battery health.

Since the trade-in process takes some time to plan and execute, I figured it would be helpful to gauge my options early on. If you’re also considering trading in your phone, it’s worth checking your cycle count and battery health as well. Keeping track of these metrics can help you assess the value of your device before approaching a trade-in.

Despite being early in the process, I think sharing this information might spark an interesting conversation about battery health and iPhone trade-ins. After all, many people might have similar experiences and insights to offer regarding their devices.

My family member, who isn’t particularly tech-savvy, has asked for my assistance with her iPhone 13 Pro Max, which has a broken screen displaying only a blank white screen. Although the phone responds to inputs—evident by her ability to type in her passcode when Face ID fails—she’s in a tough spot. To complicate matters, she hasn’t backed up her photos and videos and is desperate to retain them. Additionally, she has forgotten her Apple ID password, which is crucial for accessing her account.

The Account Recovery feature from Apple will take two weeks to send her instructions via text to unlock her account. This timeline raises concerns: can Apple accounts ever be completely and permanently locked out? The information I received from the Apple representatives varied, leaving room for uncertainty. There is also an issue with identity verification.

Since she has avoided maintaining an online presence, she has never linked a credit card to her Apple ID, which has led to complications with Apple verifying ownership. As a result, they won’t proceed with the screen replacement without a work order tied to her Apple ID, effectively bringing everything to a standstill. With all these factors in mind, I wonder if there is a way to physically mirror the iPhone’s screen to a computer monitor or TV. Using a Lightning to HDMI, DVI, or similar cable could help display whatever is happening on the phone.

This solution would allow us to back up her important data and potentially regain access to her Apple ID.

The new Liquid Glass design of iOS 26 marks an exciting development for Apple as it prepares for the release of its 20th-anniversary iPhone. According to Mark Gurman from Bloomberg, this upcoming phone is rumored to feature beautifully curved glass edges, slim bezels, and an all-screen display without any cuts. Internally, Apple has referred to this innovative device as the “Glasswing,” inspired by a butterfly known for its transparent wings. The Liquid Glass design is set to be showcased at Apple’s worldwide developers conference in June 2025.

This aesthetic will complement the sleek and minimalistic nature of the anniversary iPhone, which is anticipated to be launched in September 2027. In addition to the developments surrounding the anniversary iPhone, there are several other Apple-related news items generating buzz. Analyst Jeff Pu has indicated that the Apple Watch Ultra 3 is on track to be released later this year, potentially alongside the new iPhone 17 lineup. On another note, reports suggest that Apple is facing pushback from automakers regarding the next-generation CarPlay Ultra, which several major car manufacturers appear to be reconsidering their support for.

Meanwhile, Apple has provided developers with a second beta for iOS 26, featuring initial tweaks and improvements to the operating system since its debut. Finally, upcoming rumors about the iPhone 17 Pro models suggest a return to an aluminum frame, departing from the titanium used in recent models. There are also speculations concerning a foldable iPhone, with potential camera configurations being discussed. With these developments, Apple continues to innovate and keep its audience engaged.

The anticipated iPhone 17 Air, set to launch later this year, promises an ultra-slim design with a thickness of just 5.5mm at its slenderest point. This information comes from renowned Apple supply chain analyst Ming-Chi Kuo, who emphasizes that this model could redefine the standard for iPhones, making it the thinnest ever produced. By comparison, the current record is held by the iPhone 6, which measures 6.9mm.

In a recent blog post, Kuo noted that the iPhone 17 Air will also omit the traditional SIM card slot, transitioning entirely to digital eSIM technology. This shift aligns with earlier reports suggesting that the entire iPhone 17 lineup may follow suit in adopting eSIM capabilities across more countries. Should the 5.5mm measurement be confirmed, the iPhone 17 Air would be approximately 30% thinner than the iPhone 16 and iPhone 16 Plus, and around 33% thinner than the iPhone 16 Pro and Pro Max.

However, the 5.5mm thickness likely refers only to the device’s thinnest point, indicating a more substantial rear camera bump. The iPhone 17 Air is expected to feature a single 48-megapixel rear camera, which may reflect its more compact design. While there have been varying rumors regarding the exact thickness of the device, many sources have converged around a range of 5mm to the mid-6mm category.

Mass production for this ultra-thin iPhone model is projected for the second half of 2025, with a release slated for September alongside other models in the iPhone 17 series. The iPhone 17 Air is anticipated to replace the Plus model, maintaining a competitive price point despite potentially fewer advanced specifications compared to the Pro variants. Features may include a 6.6-inch display, 8GB of RAM, and an Apple-designed 5G modem, making for a noteworthy addition to the iPhone lineup.