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M4 Macs and the 5K2K resolution conundrum

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Apple

The arrival of Apple’s M4 Macs was met with the usual fanfare, promising enhanced performance and efficiency. However, as these powerful machines find their way into the hands of eager users, a concerning trend has emerged: compatibility issues with ultrawide monitors, particularly those boasting the crisp 5K2K (5120 x 2160) resolution. This isn’t a minor glitch; it’s a significant disruption for professionals and creatives who rely on these expansive displays for their workflows.  

The problem, as reported across various online forums, including Apple’s own community pages, Reddit, and corroborated by firsthand accounts, centers around the M4 Macs’ inability to properly recognize and utilize the native resolution of these ultrawide displays.

Instead of offering the expected 5120 x 2160 option in display settings, users are presented with lower resolutions, resulting in a noticeably blurry and pixelated visual experience. This isn’t just a matter of aesthetics; it impacts readability, precision in design work, and overall user comfort.

What’s particularly perplexing is that these same monitors function flawlessly with older Mac models, both Intel-based and those powered by previous generations of Apple Silicon, like the M1. This points directly to a software or driver-level incompatibility specific to the M4 architecture.

The core issue seems to be the lack of proper HiDPI (High Dots Per Inch) support. HiDPI effectively doubles the pixel density, rendering text and interface elements sharper and clearer. In the case of these ultrawide monitors connected to M4 Macs, the HiDPI mode simply isn’t engaging, leaving users with a suboptimal visual experience.  

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The frustration is palpable in online discussions. One user recounted their experience, stating, “While I can select the same resolution on my Mac Mini M4, it doesn’t show HiDPI, and it (indeed) looks worse,” further adding that the same monitor works perfectly with their M1 MacBook Pro, exhibiting proper HiDPI scaling.

Another user echoed this sentiment, noting the absence of a crucial resolution option (3840 x 1620) on their M4 MacBook Pro Max, a resolution readily available on their M1 Max counterpart. These aren’t isolated incidents; they represent a growing chorus of discontent among users who invested in the latest Mac hardware expecting seamless integration with their existing setups.

This issue doesn’t seem confined to a specific Mac model. While initial reports seemed to originate primarily from Mac mini users, similar complaints have surfaced from owners of M4 MacBook Pros, indicating a wider problem affecting the entire M4 lineup. This broad impact further underscores the likelihood of a fundamental incompatibility within the M4’s graphics drivers or display management software.

Desperate for a solution, some users have resorted to third-party utilities like BetterDisplay. While these tools can sometimes force HiDPI mode, they often introduce other compromises. One common side effect is a reduction in the monitor’s refresh rate, dropping from a smoother 75Hz to a less fluid 60Hz. This trade-off is hardly ideal, forcing users to choose between sharpness and responsiveness.

As of now, Apple has yet to officially acknowledge this issue. This lack of communication leaves affected users in limbo, unsure of whether a fix is in the works or when it might arrive. In the meantime, the current best advice for those considering purchasing an M4 Mac and who own a 5K2K ultrawide monitor is to exercise caution. Until Apple addresses this compatibility problem, these users may face significant display issues.

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This situation serves as a stark reminder that even with advancements in hardware, software compatibility can still present unexpected hurdles, impacting the user experience and causing frustration for those who rely on their technology for productivity and creativity. This situation is evolving, and hopefully, Apple will provide a swift and effective solution to restore the seamless experience users expect.

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Android

Future phone switching could be way easier: Android and iPhone may soon share more data

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Google and Apple

Moving from an Android phone to an iPhone—or the other way around—can often feel like a big chore. Right now, when you get a new phone, moving all your important information over from the old phone can be a complicated mess. However, it seems that Google and Apple are working together to fix this, making the switch between the two types of phones much smoother.

We recently got a sneak peek into the future by looking closely at the code of Google’s Android Switch app. This app is what helps people move their data from an iPhone to a new Android device, like a Pixel. What we found inside the hidden code suggests that several new types of personal information might soon be able to transfer automatically.

Currently, when you switch phones, basic items like photos, videos, contacts, and calendar dates usually move over. But things that make your phone yours often get left behind.

The new code hints that the following items could soon be included in the transfer process:

  • Accessibility Settings: These are the special settings people use to make their phone easier to operate, such as larger text sizes or specific display settings. Being able to transfer these means you won’t have to spend time setting up your phone just to be able to use it comfortably.
  • Music Playlists: If you have music lists on your iPhone, the updated system might allow them to move to a service like YouTube Music on your Android device.
  • Passwords and Passkeys: This is a big one. Right now, you usually have to sign back into every single app manually. Soon, the system could automatically bring over your saved login details and newer “Passkeys,” providing a truly seamless experience.
  • Wallet Cards: Moving credit and debit cards from one digital wallet (like Apple Wallet) to another (like Google Wallet) is not possible today, but the code suggests this convenience could be added.
  • Wi-Fi Credentials: While your phone might remember the name of your home Wi-Fi, it often doesn’t remember the password, forcing you to type it in again. The change suggests the actual Wi-Fi passwords will transfer over, making it so your new phone connects instantly.

It’s important to remember that this information comes from looking at code that hasn’t been released yet. So, while it shows what Google and Apple are planning, we need to wait for an official announcement to know exactly how and when these improvements will become available.

Since the two companies are working together, these features are likely to help users switch from Android to iPhone, too. Once these changes arrive, getting a new phone won’t mean starting from scratch anymore.

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New screen troubles for iPhone 17 give Samsung a major boost

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Samsung

A key screen supplier, BOE, is running into serious trouble providing the special display panels (OLED screens) for Apple’s newest phone lineup, the iPhone 17. Because of these technical setbacks, a main competitor, Samsung Display, is now expected to land a much bigger supply deal with Apple.

Sources familiar with the matter confirm that BOE has faced quality control and technical difficulties that it has not yet managed to fix. This means the company will be unable to deliver the display panels it was planning to ship this year. As a direct result, Samsung Display will likely be stepping in to cover the missing supply needed to build the phones.

The iPhone 17 is Apple’s current flagship model and is available in four versions: the standard, Air, Pro, and Pro Max. Apple is expecting to ship more than 90 million units of this new series throughout the year. The screens for these devices are usually provided mainly by Samsung Display and LG Display. At the moment, Samsung provides displays for all four models, while LG supplies three of the versions, not including the Pro.

BOE had originally planned to provide screens, specifically for the high-end iPhone 17 Pro models in the Chinese market. The main issue stems from Apple’s decision to use a more advanced screen feature called LTPO across the entire iPhone 17 series this year. This proved to be a major hurdle for BOE, which did not have prior experience making LTPO panels for Apple.

After many months of work, BOE finally received approval to start large-scale production in the early third quarter, to supply up to ten million panels. However, problems with reliability kept happening. By mid-November, these ongoing issues were still not solved. Due to these failures, BOE’s expected total shipments, which could have reached 40 million screens, will now be significantly lower.

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Samsung Display is currently bridging this gap. Its screen supply to Apple is expected to increase from an initial 80 million panels to roughly 90 million this year. This is a critical move that will ensure Apple can still meet its manufacturing targets for all four iPhone 17 models without delay.

With BOE struggling to deliver, Samsung Display is now set to further solidify its position as Apple’s most important partner for OLED screens. The company stands to gain more business and maintain its lead in the competitive iPhone screen market throughout 2025.

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Samsung kicks off Galaxy S25 FE updates while Galaxy A57 sneaks into sight for 2026

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Galaxy S25 FE

Samsung has been busy with its phone lineup lately. Just a short time after bringing out the Galaxy S25 FE, the company is already pushing its very first software fix to users. This mid-tier flagship is the last piece in the Galaxy S25 family puzzle, joining the regular trio and the slim Galaxy S25 Edge model.

The update is starting in Europe and should spread to other places soon. Folks with the Galaxy S25 FE won’t have to hold out for the newest software skin right away, since it came loaded with One UI 8 from day one – one of the rare Samsung phones to do so. This fresh patch carries the build number S731BXXU1AYIB.

It packs in the September 2025 security fix, along with tweaks for smoother running and better protection overall. The patch tackles a bunch of weak spots in the system that could let hackers in. Samsung has already sent this same September update to plenty of other phones worldwide.

Don’t look for any flashy new tricks here, though. Those are saved for the bigger One UI 8.5 jump, which early peeks suggest could bring some real changes. Shifting gears to what’s next, Samsung’s popular Galaxy A5x line keeps drawing crowds with its smart mix of features and wallet-friendly prices.

The Galaxy A56 only hit shelves a few months back, but word is already out on its follow-up, the Galaxy A57.Spotters caught the Galaxy A57 in the IMEI database, listed under the code SM-A576B/DS for the two-SIM version. It’s no big shock, as Samsung sticks to a yearly refresh for these hits.

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Rumors point to the Galaxy A57 running on the fresh Exynos 1680 processor. Test scores show it packs a revamped brain for tasks and a graphics part that’s twice as strong as the one in the A56’s Exynos 1580. That could mean smoother games and quicker everyday stuff. The camera side might get a boos, too, though details are still fuzzy. Based on past patterns, expect the Galaxy A57 to drop in the early months of 2026, keeping the mid-range magic alive.

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