Category: iPad

When comparing battery life, the standard iPad outperforms the iPad Air, which is a significant factor for me. That extra hour or more is greatly appreciated.

Considering the price difference, I find myself questioning the value of upgrading to another iPad Air. I currently own the 9th generation, and it serves my needs well while being more budget-friendly.

I also have an iPad 11. Apple consistently advertises a battery life of 10 hours for all its iPads, but my experience suggests otherwise.

The claim often doesn’t hold up under real-world testing. The iPad Air 5 is powered by the M1 chip, while my iPad 11 features a down-clocked A16 chip, which typically consumes less power.

This difference in chip performance helps explain the better battery life I’ve noticed. After thorough testing with both devices under ideal conditions—specifically light usage with low brightness and efficient settings—I’ve observed that the battery life of the 11th-generation iPad seems to be 15 to 20% longer.

However, battery performance can vary significantly based on individual usage patterns. For heavy users, battery life differences may become negligible.

In my case, the iPad Air 5 provides approximately 22 hours of screen-on time, while the 11th-gen iPad approaches 27 hours. My iPad Air 5 is two years old, and I was informed that I couldn’t buy a new battery or expand its storage.

Furthermore, there are no external drive options available. When I had to replace my Air due to issues, the ordering process raised concerns—I received a device with a different name and credit card digits, leading me to wonder if it was refurbished instead of brand new.

Lastly, I am seeking advice on how to back up files on the 5th generation Air, as I understand this capability may differ from the Pro model.

Many have chosen to write their thesis on DOS&Company, showcasing the adaptability of technology in academia. The original poster (OP) didn’t inquire whether it’s feasible to generate scientific articles or theses exclusively with an iPad.

However, depending on one’s discipline, an iPad can certainly be a comfortable tool for this purpose. In fields such as life sciences or data-driven research, students often rely on tools like Excel for data analysis and figure creation.

Apple’s Numbers app covers similar functionalities. If Numbers’ analytical capabilities fall short, alternatives like DataAnalysis or more advanced options like Juno and Carnets are available.

Nevertheless, if there is a need to use specific software required by the research or coursework, a desktop or laptop remains essential. This is similar to the requirement to transfer results from lab equipment.

An iPad can efficiently handle text entry, figure imports, data processing, and graphing. However, it is important to consider the “convenience factor.”

In many science fields, collaboration is integral. If most in your group use Matlab, for example, it makes sense to follow suit to ensure continuity and easy access to help.

Using Matlab at home necessitates a compatible device. On the ergonomics front, I emphasize that writing on a bare iPad is not recommended.

A suitable workspace with a desk, chair, good lighting, a keyboard, mouse, iPad stand, and possibly an external monitor is crucial. A touch of low-volume music can also enhance the working environment.

From personal experience, I frequently switch between an iPad Pro, a MacBook Air, and a Windows laptop for drafting articles, project applications, and more. While I could virtually manage tasks for a thesis using just the iPad, I wouldn’t necessarily recommend this approach for newcomers.

A laptop often reduces the stress and complications associated with writing and researching, as needs can vary widely across disciplines.

Apple is set to launch its Journal app on both Mac and iPad with the upcoming macOS 26 and iPadOS 26 updates. Until now, this app has only been available on the iPhone as part of iOS 17.2. The addition of the Journal app across these platforms marks a significant expansion, enabling users to create and organize their journal entries more flexibly. On the iPad, the Journal app enhances the user experience by allowing individuals to jot down thoughts, illustrate ideas, and write entries in their own handwriting with the Apple Pencil.

This feature invites creativity whenever inspiration strikes. Users can maintain multiple journals, which helps keep different aspects of their lives organized. Additionally, the app supports rich text entries with the ability to insert images inline, and it offers a map view that shows entries based on location. For Mac users, the Journal app provides an intuitive writing experience that focuses on capturing daily moments and special occasions.

Incorporating multimedia elements such as photos, videos, and audio recordings makes journaling more engaging. The app also allows users to reflect on their emotional state and thoughts surrounding each entry. Originally launched with iOS 17.2, the Journal app has taken nearly two years to extend its functionality to other Apple devices. This upcoming cross-platform release will introduce new features, including support for multiple journals and the use of the Apple Pencil to enhance the journaling experience.

As Apple reiterates its commitment to improving user experiences across devices, the anticipation of the Journal app’s arrival on Mac and iPad is creating excitement among its user community.

When I connect my iPad to a monitor, one feature I would love to see is the ability to turn off the iPad’s screen. Since the iPad screen won’t be in use during this time, this would not only conserve battery life but also help preserve the longevity of the OLED display.

It’s encouraging to see iPadOS evolving and becoming more functional, but this particular request has been brought up by users for several years now. Given the advancements in technology and the ongoing updates to the operating system, I can’t imagine that implementing this feature would be overly complicated.

Additionally, it would be fantastic if the Stage Manager could have better compatibility with dual monitors. Improved functionality in this area would significantly enhance multitasking and productivity for users who rely on multiple screens for their work or creative projects.

Overall, while iPadOS is making strides, features like these would greatly elevate the user experience.

At the launch of the OLED Pro, I spent quite a bit of time debating whether it was worth the investment of £1000 for an iPad. Initially, I felt a sense of guilt over the high cost, but looking back, it has undoubtedly been a worthwhile purchase. Since buying the iPad Pro, I’ve found that I’ve stopped using my small iPhone screen during evenings and weekends.

Instead, I reach for the iPad, which has transformed my viewing experience. The display quality is exceptional for watching videos, making my YouTube Premium subscription feel even more valuable. The light weight of the device has also been a significant advantage, making it easy to use for extended periods.

Now that I use it daily, I often wonder why I was so concerned about the price in the first place. This device has truly become an essential part of my routine. Moreover, I am considering upgrading to the larger model once a new version is released.

Currently, I have the 11-inch model, but there are times my partner and I enjoy watching shows together in the kitchen or while relaxing in bed. A larger screen would enhance that experience even further. I can already imagine how much more enjoyable these moments could be with a bigger display.

Overall, my initial hesitation has completely faded, and I can confidently say that investing in the iPad Pro has enriched my daily life in more ways than I anticipated.

The next-generation iPad Pro, featuring Apple’s M5 processor, is set to begin mass production in the latter half of 2025, as reported by industry analyst Ming-Chi Kuo. The production will mainly be handled by BYD Electronics, which is also designated as the sole assembler for Apple’s upcoming display-equipped HomePod, scheduled for release in late 2025.

This announcement follows the launch of the previous iPad Pro variant with an OLED display, which debuted in May 2024, showcasing Apple’s M4 chip. Apple has reportedly placed orders for M5 chips from TSMC, indicating that the development of the next-generation processor is underway.

The M5 series is anticipated to incorporate advanced ARM architecture and will utilize TSMC’s cutting-edge 3-nanometer process technology. Notably, Apple chose not to use TSMC’s newer 2-nanometer process for the M5, a decision likely influenced by budget considerations.

Nonetheless, the M5 chip is expected to offer considerable improvements over the M4, particularly by integrating TSMC’s System on Integrated Chip (SoIC) technology. At this time, there are no additional rumors regarding new features for the M5 iPad Pro.

However, Apple’s potential plans to switch the rear Apple logo orientation to a landscape position on future iPads have sparked interest among enthusiasts. In related news, the upcoming iPhone 17 Pro and iPhone 17 Pro Max are generating buzz, with numerous credible sources hinting at various changes.

As Apple continues to refine its product lineup, anticipation builds for innovations in both its iPad and iPhone offerings in the coming years.

Apple is poised to announce new iPad Pro models featuring the advanced M5 chip later this year. To support this release, both Samsung Display and LG Display have reportedly begun mass production of OLED panels for the devices. In the previous generation of iPad Pro models, which were the first to utilize OLED displays, Samsung was responsible for supplying the 11-inch panels, while LG managed the 13-inch versions. According to ZDNet Korea, this year both manufacturers will share the supply responsibilities for these panel sizes.

This adjustment is believed to stem from Apple’s initiative to diversify its supply chain and enhance OLED adoption among its suppliers. Looking ahead, Apple has plans to introduce OLED panels for other models, including the iPad mini in 2026 and the iPad Air in 2027. This expansion shows Apple’s commitment to integrating OLED technology across its product line. The prior generation of iPad Pro, equipped with the M4 chip, saw significant design changes, including a sleeker and lighter build, while also supporting the new Apple Pencil Pro.

However, this year’s updates for the iPad Pro are anticipated to be less extensive, primarily focusing on the new M5 chip, which will leverage TSMC’s advanced 3-nanometer process technology. This change is expected to improve both performance and energy efficiency. Another subtle change being considered is a shift in the orientation of the Apple logo on the device’s back from portrait to landscape. This modification would position the logo upright when the iPad is used in landscape mode, often the case when connected to a keyboard.

Mark Gurman from Bloomberg indicated that the new iPad Pro models could be expected to launch around October, following the release of the M4 models back in May 2024.

Apple is set to introduce new OLED display technology across several iPad models in the coming years. According to Display Supply Chain Consultants (DSCC), an 8.5-inch OLED iPad Mini is expected to debut in 2026, followed by 11-inch and 13-inch OLED iPad Air models anticipated for release in 2027.

By that time, it is projected that most of Apple’s iPad lineup, excluding the budget model, will feature OLED displays. In addition to these developments, DSCC has forecasted the arrival of an 18.8-inch foldable iPad Pro with an OLED screen in 2027.

Speculation around foldable devices has been circulating for some time, with reports suggesting that Apple’s first foldable product might either be an iPad or a MacBook. A recent Wall Street Journal article mentioned that Apple is working on a significantly larger foldable device designed to function as a laptop, unfolding to approximately 19 inches.

Mark Gurman from Bloomberg has also indicated that a foldable iPad could be introduced by 2028, emphasizing Apple’s desire for the device to have a seamless appearance without any visible crease. While the precise details about whether the upcoming foldable device will be categorized as an iPad or a Mac remain ambiguous, either option could be viable depending on the operating system Apple chooses to implement.

Although Apple has incorporated OLED technology into its iPhones and Apple Watches for several years, the transition to larger OLED displays for iPads and Macs has taken longer due to cost factors. Earlier this year, Apple launched its first OLED iPads, specifically the 11-inch and 13-inch iPad Pro models, marking a significant advancement in its tablet offerings.

Yes, phones tend to get smudged, and so do iPads. I personally don’t use a screen protector on my iPad Air, and I notice that the screen often appears a bit dirty from fingerprints during use.

It’s commonly understood that iPads are equipped with an oleophobic layer on their screens, designed to resist oils and reduce fingerprint smudges. If this layer is functioning properly, it should help keep the display cleaner for longer periods.

However, if the screens I’ve owned with oleophobic coatings still attract fingerprints excessively, it raises questions about their effectiveness. Despite the intended benefits of this technology, I find myself constantly wiping the screen to maintain its clarity.

It seems that the oleophobic layer isn’t performing as expected, as every iPad I’ve owned with this feature has exhibited similar issues. In conclusion, while the oleophobic coating is meant to minimize smudges and make cleaning easier, my experience suggests that it might not always deliver on its promises.

The persistent appearance of fingerprints on the screen can be quite frustrating, making me reconsider the use of a screen protector in the future.

Apple has introduced significant changes to iPad multitasking, presenting a new windowing system reminiscent of macOS, a menu bar, a pointer, and additional features. The key highlight of this update is the macOS-style windowing system, which allows users to resize apps into windows using a new grab handle.

While applications still open in full-screen mode by default, any app previously used in a windowed state will remember that layout for convenience in future sessions. Another valuable new feature is intuitive window tiling, enabling users to quickly arrange windows by dragging them to the screen’s edge.

To simplify navigation among multiple applications, the iPad now includes Expose, a feature that offers an easy overview of all open windows for efficient switching. Additionally, users can minimize all open apps and windows with a simple gesture—swiping home twice to access the Home Screen.

This multitasking system is also fully compatible with external displays. A macOS-style menu bar has been introduced at the top of the screen, providing quick access to essential app functions and system controls.

Enhancements extend to the trackpad pointer, which has transitioned from a shape-shifting blob to a more traditional arrow design. This change improves precision, especially when navigating menus and smaller elements on the screen.

In other Apple news, select states in the U.S. now allow residents to add their driver’s licenses or state IDs to the Wallet app on iPhones and Apple Watches. This feature aims to facilitate contactless identity verification at airports and businesses.

Furthermore, upcoming devices like the iPhone 17 Pro models and Apple Watch Ultra 3 are generating buzz, with analysts expecting their release alongside the new iPhone lineup later this year. With these improvements, Apple continues to enhance the iPad experience, making it more versatile and user-friendly.