Xiaomi 17 Pro Max sold so well that the company is now confident it’ll have to keep selling phones with displays on the back. Releasing a truly different smartphone in 2025 is challenging, but Xiaomi managed to pull it off. The company released the Xiaomi 17 Pro and 17 Pro Max, which feature secondary displays on the back, and that move appears to have been a success. Xiaomi will continue making phones with secondary displays on the back During a livestream (source in Chinese) on Weibo, Xiaomi’s president Lu Weibing said the company will continue to feature Dynamic Back Displays on its future flagship smartphones. He said that the company is already planning to increase its R&D investments to ensure quality improvements of the displays that will be featured on Xiaomi’s next-generation smartphones. The decision is based on the success of the Xiaomi 17 series, which the company claims was a massive success, and saw a 20% increase in sales compared to last year. The greatest hit is the Xiaomi 17 Pro Max, which set a first-day domestic sales record. What does the rear display serve for Unlike Apple’s iPhone 17 and 17 Pro Max, the Xiaomi 17 Pro and Xiaomi 17 Pro Max utilize the so-called camera plateau and feature secondary displays on it. It is a 2. 66-inch OLED display with 904 x 572 pixels resolution, up to 120Hz refresh rate, and brightness hitting 3, 500 nits. Similar to modern flip phones’ cover screen, it supports personalized wallpapers, a few widgets, a selfie viewfinder, and a few more features. Receive the latest Android news By subscribing you agree to our terms and conditions and privacy policy. Considering Xiaomi’s latest announcement, it wouldn’t be a surprise to see a bigger display with more features on what could be the Xiaomi 18 series. Lu Weibing said that the company is working on updates to the current generation’s displays. One of them should add a real-time translation feature to the device. Would you like to have a rear display on your phone? Yes, I’d love it Yes, but only if it has good features No, I don’t want more displays Yes, I’d love it 0% Yes, but only if it has good features 0% No, I don’t want more displays 0% No other mainstream smartphone has a similar display on its back. Nothing’s Phone (3) sports a proprietary Glyph Matrix display on the back, which can be used for a few micro games and some limited features. Committing to a standout feature is admirable One of my biggest irks with features like Xiaomi’s secondary display is that they are often one-time endeavors. Many companies try some crazy ideas and never stick to them long enough to make them work. That’s why Xiaomi’s commitment to the rear display is admirable. I’m still not sure how useful such a feature is, but now at least we know it has a future. “Iconic Phones” is coming this Fall! Relive the most iconic and unforgettable phones from the past 20 years! Iconic Phones is a stunningly illustrated book we’ve been crafting for over a year-and it’s set to launch in just a couple of months! Iconic Phones: Revolution at Your Fingertips is the ultimate coffee table book for any phone enthusiast. Featuring the stories of more than 20 beloved devices, it takes you on a nostalgic journey through the mobile revolution that transformed our world. Don’t miss out-sign up today to lock in your early-bird discount! LEARN MORE AND SIGN UP FOR EARLY BIRD DISCOUNTS HERE Buy 3 Months, Get 3 Free Visible+ Pro up to $135 savings on Verizon’s fastest 5G We may earn a commission if you make a purchase Check Out The Offer Follow us on Google News Recommended Stories FCC OKs Cingular\’s purchase of AT&T Wireless.
https://www.phonearena.com/news/xiaomi-will-continue-making-phones-with-rear-displays-after-the-17-pro-max-breaks-sales-records_id174942
Category Archives: smartphones
The iPhone 17 is tempting, but the Pixel 10 is still the smartphone I’d buy right now
Pixel 10’s Gemini AI and Android 16 Software Outshine iPhone 17
As the major smartphone launches of the year come to a close, we have seen Samsung release the Galaxy S25 series and new foldables, Google unveil the Pixel 10 series about a month ago, and Apple introduce the iPhone 17 lineup at the recent “Awe Dropping” event. With all the new devices available, it’s time to compare which flagship best suits your needs and is worth upgrading to this year.
Interestingly, both Apple and Google have made significant improvements to their base models this year, bringing the entry-level flagships closer to their Pro counterparts. The iPhone 17 now features an adaptive 120Hz refresh rate, while the Pixel 10 boasts a major overhaul with a much-improved chipset and, notably, a new telephoto sensor for the first time.
However, if I were shopping for a new entry-level flagship, I would skip the iPhone 17 and choose the Pixel 10 as my everyday smartphone. Here’s why.
Pixel 10’s AI and Software: A Step Ahead
For years, I have recommended iPhones primarily because of their reliable software experience. Apple’s iOS has long been praised for its stability and smoothness. Recently, though, that reliability has started to wane. iOS 26, Apple’s biggest redesign in years, has introduced new features but also some issues. Even brand-new iPhone 17 users have reported minor stutters and lags shortly after initial setup.
In terms of software features, Apple now falls behind the increasingly useful Google Pixel experience. With the Pixel 10, Google has focused heavily on software, launching Android 16 with the Material 3 Expressive design featuring large UI elements and bold typography. After four weeks of use, I’ve encountered only minor lags, enjoying a smooth and reliable experience with apps and animations.
Gaming is still not the Pixel 10’s strong suit, but everyday use is buttery smooth. Google also introduced Gemini AI, powering new helpful features like Magic Cue, which surfaces info exactly when needed, and Camera Coach, which assists in taking better photos. Additional perks include Pixel Screenshots that save info for later, Now Playing, and the Add Me feature in the Camera app.
In contrast, Apple’s Apple Intelligence has underdelivered, providing few genuinely useful features so far, with the exception of Clean Up in the Photos app, which competes with Google’s Magic Editor but doesn’t quite surpass it.
Telephoto Zoom: A Must-Have That Apple Still Ignores
One of the biggest improvements in the Pixel 10 is the addition of a telephoto sensor in the base model, a first for Pixel phones. For years, base models only included a main and ultra-wide dual-camera system. The Pixel 10 now features a 48-megapixel primary sensor, a 13-megapixel ultra-wide lens, and a 10.8-megapixel telephoto lens capable of 5x optical zoom. Thanks to Google’s on-device Gemini models, it can achieve up to 20x digital zoom with Pro Res Zoom.
The iPhone 17 base model, however, continues with only two lenses: a 48-megapixel primary sensor and a 48-megapixel ultra-wide. While its ultra-wide shots may be sharper, the lack of a telephoto lens means it will always fall behind in zoom performance.
Once you have a telephoto sensor, you’ll be surprised how often you use it. Since owning the iPhone 14 Pro Max, I rarely take photos at 1x zoom anymore. Telephoto lenses are invaluable for concerts, sports, and other events where zoom shots make a huge difference. This is an area where the iPhone 17 cannot compete.
To be fair, the iPhone 17 does offer a superior selfie camera with new horizontal selfie mode while holding the phone vertically, plus stronger video recording capabilities. Still, for me, the Pixel 10’s zoom features are a more important advantage.
Qi2 Magnetic Wireless Charging Brings Pixel 10 Closer to iPhone’s Ecosystem
Apple’s ecosystem has long been a major selling point, with apps optimized for smooth performance and deeply integrated services like iMessage and FaceTime. Its MagSafe accessories create a seamless user experience with wireless chargers, power banks, wallets, and mounts.
Now, Google is catching up. The Pixel 10 supports Qi2 magnetic wireless charging, putting it on par with the iPhone’s MagSafe system. This means you can attach nearly all MagSafe accessories directly to the Pixel 10’s back without needing a third-party case or magnetic sticker.
Though it may seem like a small upgrade, in practice it’s transformative. Accessories that were previously incompatible with the Pixel, like MagSafe stands and desk mounts, now work flawlessly. Additionally, the Pixel 10 supports faster 15W wireless charging. The broad accessory compatibility combined with better wireless charging has greatly enhanced my daily experience.
Conclusion: Pixel 10 Feels Like the Smarter Buy
Overall, the Pixel 10 delivers a complete package. Google has elevated its base flagship to meet—and in some aspects surpass—the iPhone 17, thanks to long-term software support, a superior software experience fueled by Gemini AI, the essential telephoto camera, and Qi2 magnetic charging compatibility.
While the Pixel 10 does come with some drawbacks, such as lower base storage and a less powerful processor compared to the iPhone 17, these are minor compromises for an everyday smartphone that feels smarter and more feature-complete.
For those considering an upgrade or looking for a solid entry-level flagship, the Pixel 10 is a compelling choice over the iPhone 17.
https://www.pocket-lint.com/iphone-17-is-tempting-but-id-buy-pixel-10/
iFixit teardown shows Apple’s thinnest iPhone is easily repairable
**iFixit Teardown Shows Apple’s Thinnest iPhone Is Surprisingly Repairable**
*By Akash Pandey | Sep 21, 2025*
Apple’s latest release, the iPhone Air, is its thinnest smartphone yet, measuring just 5.6mm thick. Renowned repair expert iFixit recently performed a detailed teardown of the device, revealing a design that balances extreme thinness with an unexpectedly high level of repairability.
### Innovative Design Meets Repairability
The iPhone Air represents the biggest redesign in the iPhone lineup in years. This teardown highlights Apple’s innovative engineering to pack all essential components into such a slim form factor without sacrificing durability or serviceability.
### Camera “Plateau” Integrates Logic Board
To accommodate internal parts within the ultra-thin chassis, Apple introduced a clever “camera plateau” design. This design integrates part of the logic board into the camera bump, freeing up space for a large metal-encased battery.
This strategic placement not only optimizes space but also helps protect the logic board from bending stress, enhancing the device’s durability against accidental flexing.
### Durable Titanium Frame with Plastic Gaps
The iPhone Air features a titanium frame that resists flexing exceptionally well. However, when stripped of its internal components during teardown, the chassis is more prone to bending due to plastic gaps incorporated to reduce cellular interference.
Whether these structural weak points will impact the device’s long-term durability remains to be seen.
### Battery Compatibility Confirmed
iFixit’s teardown also confirms earlier speculation regarding Apple’s MagSafe Battery Pack. The 12.26W-hour battery inside the pack is the same as the one used in the iPhone Air and can be removed and installed in the phone itself, adding versatility for users.
### Easier Repair Than Expected
Despite its ultra-thin profile, the iPhone Air is surprisingly easy to repair. The internal layout is simplified, with components not overly layered or difficult to access. Both the display and back glass are clipped in place without adhesive, making removal straightforward.
The battery employs a low-voltage electrical current adhesive loosening technique, first introduced with last year’s iPhone 16, enabling safer and easier battery replacement.
### Repairability Score and Improvements
iFixit gave the iPhone Air a provisional repairability score of 7 out of 10. Positive aspects include easier battery access, relatively simple screen replacement, and Apple’s ongoing commitment to repair-friendly practices.
Additionally, Apple has improved repairability by offering spare parts and manuals, and reducing software locks or restrictions related to parts pairing.
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Overall, the iPhone Air proves that ultra-slim design can coexist with thoughtful engineering to support user and technician repairs, marking a noteworthy shift in Apple’s approach to device serviceability.
https://www.newsbytesapp.com/news/science/ifixit-s-iphone-air-teardown-reveals-sleek-design-surprisingly-easy-reparability/story
MediaTek to launch its Qualcomm Snapdragon 8 Elite Gen 5 rival chip on Sept 22
MediaTek has announced that its next flagship Dimensity mobile SoC will officially be unveiled on September 22, 2025. The Taiwanese tech giant has yet to reveal the name or any additional details about the new chip. Interestingly, this launch is scheduled just one day before rival Qualcomm announces its own top-tier Snapdragon 8 Elite Gen 5 processor.
On Chinese social media platform Weibo, MediaTek confirmed the September 22 launch date for its upcoming flagship processor. Qualcomm is set to reveal its next flagship 8-series chip, the Snapdragon 8 Elite Gen 5, a day later on September 23.
While MediaTek has not provided further specifics, rumors suggest the new processor will be called the Dimensity 9500. This chip is expected to be the successor to the Dimensity 9400, which was launched last year. The Dimensity 9400 currently powers flagship smartphones such as the Oppo Find X8 Pro. However, it has still lagged slightly behind the Snapdragon 8 Elite in performance benchmarks.
According to Geekbench scores, the Snapdragon 8 Elite-powered Samsung S25 Ultra achieved a single-core score of 2,860, while the Oppo Find X8 Pro scored 2,648. In comparison, a Dimensity 9500-powered Oppo device, believed to be the Oppo Find X9 Pro, recorded a significantly higher single-core score of 3,394.
### MediaTek Confirms Successful Test of 2nm Chip Process
The Dimensity 9400 is manufactured using Taiwanese chipmaker TSMC’s 3nm process, and the Dimensity 9500 is also expected to utilize the same technology. Qualcomm’s Snapdragon 8 Elite Gen 5 will similarly be based on the 3nm process.
However, MediaTek has confirmed that it has successfully adopted TSMC’s 2nm process technology, which could debut in a future chip. The 2nm process features a nanosheet transistor structure, promising enhanced performance and improved power efficiency. Additionally, a higher manufacturing yield is anticipated with this advanced technology.
Despite this progress, users will need to wait longer before seeing a MediaTek chip built on the 2nm process enter the market.
In parallel, Samsung is rumored to be developing its own 2nm process for the upcoming Exynos 2600 chip. This new SoC is expected to power the Samsung S26 Pro and S26 Edge smartphones slated for release next year.
Stay tuned for more updates as both MediaTek and Qualcomm gear up for their flagship launches later this month.
https://www.indiatoday.in/technology/news/story/mediatek-to-launch-its-qualcomm-snapdragon-8-elite-gen-5-rival-chip-on-sept-22-details-here-2788827-2025-09-18?utm_source=rss
