Let’s be real: SMS authentication has been a hacker’s playground for a while now. Microsoft is officially calling text-based codes a major source of fraud and is actively phasing them out for personal account logins and recovery. The future they’re pushing is totally passwordless. Instead of relying on easily intercepted text messages, they’re doubling down on secure, user-friendly alternatives like passkeys, authenticator apps, and verified emails.

Passkeys are the real game-changer here. By tying your login to your device’s built-in biometrics—whether that’s Face ID, a fingerprint scanner, or a Windows Hello PIN—they create a setup that’s incredibly resistant to phishing. You physically can’t hand over your credentials to a fake website if a traditional password doesn’t even exist. While the official security advisory quietly glossed over exactly when Microsoft plans to completely nuke SMS codes, the writing is on the wall. And if you happen to lose your phone or laptop, you won’t be permanently locked out; alternative passkeys and verified emails still give legitimate owners a seamless way to recover their accounts.

But a bulletproof Microsoft account doesn’t mean much if your actual operating system keeps crashing because of a poorly coded webcam or network driver. That’s exactly why Microsoft used the WinHEC 2026 stage to introduce the Driver Quality Initiative (DQI)—basically an ultimatum to hardware manufacturers.

Drivers are the central nervous system of Windows, bridging the gap between the OS and your hardware components like the CPU, GPU, and Wi-Fi card. The problem is, when that connection fails, everyday users rarely point fingers at the obscure chip manufacturer. They just see a blue screen, a dead battery, or a glitchy Bluetooth connection, and blame Windows. DQI is designed to cut through this mess by attacking the problem on four main fronts.

The most critical move is a radical architectural shift. Microsoft wants to push third-party code out of the highly privileged kernel mode. Historically, too many drivers operated with system-level access, meaning a single bug in their logic could take the entire OS down with it. Pushing developers toward user-mode drivers or Microsoft-maintained class drivers will seriously limit the blast radius of someone else’s bad code.

Alongside that, they are tightening the leash on trust and distribution. By beefing up partner verification, expanding automated scans, and updating the Windows Hardware Compatibility Program, the goal is to filter out the junk before it’s published and pushed to millions of machines. On top of that, Microsoft is finally planning to take out the trash in the Windows Update catalog. Deprecating outdated or notoriously buggy drivers is a huge win, especially for anyone who has ever watched Windows background-install a broken update over a perfectly good driver directly from AMD, Intel, or Nvidia.

Going forward, simply avoiding a total system crash isn’t enough to get a passing grade. Microsoft is expanding its criteria to evaluate the real-world stability, feature set, power drain, and thermal impact of every driver.

Obviously, a tectonic shift like this won’t happen overnight. Microsoft is framing DQI as a long-term overhaul that requires tighter collaboration and entirely new rules of engagement. The PC ecosystem has historically been an open Wild West for hardware devs, but Microsoft is sending a clear signal: those days are over. The platform is getting locked down, and honestly, it’s about time.

For years, the standard iPhone and its Pro counterpart shared the exact same compact footprint, sitting comfortably at 6.1 inches. But then Apple changed the rules, stretching the iPhone 16 Pro to a 6.3-inch display while leaving the base model at the traditional 6.1 inches.

Compact phone purists might have balked at the larger Pro, but the physical footprint didn’t actually balloon that much, thanks to Apple shrinking the bezels. Material choices also drew a hard line in the sand. The Pro opted for a premium titanium frame, while the base model stuck with aluminum—though, frankly, the standard 16 easily won the color wars with its vibrant, punchy options compared to the Pro’s muted palette.

The Feature Paradox and the 60Hz Problem

Both versions introduced plenty of physical changes. The Action Button made its way to the base model, and both received the brand-new Camera Control key. If you just want a quick, tactile way to launch the camera or snap a photo, it works beautifully. However, trying to use it like a mini trackpad—swiping and tapping to adjust zoom or swap photographic styles—frequently feels fiddly and gimmicky. More often than not, it is just easier to make those adjustments directly on the screen.

The divide continued under the hood. Both devices features a USB-C port, but the Pro delivers fast USB 3 transfer speeds, while the base model is throttled to legacy USB 2 speeds. They do share the same IP68 dust and water resistance, and both can drop down to a remarkably dim 1 nit for comfortable late-night reading.

But the biggest sticking point for the standard iPhone 16 remains its display. Keeping a flagship phone locked at a sluggish 60Hz without ProMotion felt completely out of touch for an $800 device.

The iPhone 17 Plot Twist

That frustrating 60Hz limitation is exactly why the subsequent iPhone 17 generation shook things up so drastically. The standard iPhone 17 finally brought a smooth 120Hz display and razor-thin bezels to the mainstream tier, making it an incredibly compelling buy.

Oddly enough, this massive upgrade for the base model caused a bit of an identity crisis for the iPhone 17 Pro and Pro Max, which have only been on the market for a few months. The tech community quickly grew critical of the 17 Pro, pointing out issues with soft, easily scuffed aluminum, structural discoloration, a lack of meaningful camera upgrades, and an Apple Intelligence rollout that still feels distinctly half-baked. Because the base iPhone 17 became so good, the gap between the two tiers narrowed to its closest point in years.

Reclaiming the “Pro” Label: First Glimpses of the iPhone 18

Apple clearly doesn’t intend to let its premium tier lose its luster for long. Even though we are only months into the iPhone 17 lifecycle, early leaks regarding the upcoming iPhone 18 Pro and Pro Max suggest Apple is planning an aggressive counteroffensive to widen the gap between the models once again.

Do not expect a radical visual overhaul. The massive camera island dominating the back panel is here to stay, and Apple appears to be sticking with an aluminum-based chassis that might actually make the phone thicker and heavier this time around. Early leaks from insiders like Momentary Digital hint at a heftier footprint, a claim seemingly backed up by early case design leaks.

Visually, the dual-tone glass back from recent years is rumored to be on the way out, replaced by a more uniform, cohesive finish across the rear glass—though the transition between materials will likely still catch the light differently. Color-wise, the short-lived Cosmic Orange is allegedly being retired to make room for a deep, moody Velvet Red.

A Massive Leap in Mobile Optics

The real separation will happen within the camera hardware. Reports indicate that Apple has finalized a brand-new main camera module for the iPhone 18 Pro featuring a variable aperture. While the exact specifications remain under wraps, the system will likely support at least two distinct steps—presumably shifting between f/1.6 and f/2.0—though a completely stepless, continuous system isn’t entirely off the table. This allows the lens to tighten up for a wider depth of field in bright daylight, and wide open at night to pull in maximum light.

Variable aperture technology isn’t a brand-new concept in the smartphone world; brands like Samsung, Xiaomi, and Honor have experimented with it over the years, with some actually moving away from it recently in favor of AI-driven processing. Apple, however, seems intent on solving low-light physics with pure glass.

The periscope zoom lens is also slated for a faster aperture to drastically improve low-light telephoto performance, building on the 8x hybrid zoom architecture seen in the 17 Pro Max. Even the front-facing camera is getting some love, reportedly jumping from an 18MP sensor up to a much sharper 24MP resolution.

Next-Gen Silicon and Custom Modems

Internally, the iPhone 18 Pro will almost certainly debut the Apple A20 Pro chip, expected to be manufactured on TSMC’s cutting-edge 2-nanometer N2 process. Anyone hoping for a massive memory upgrade might be disappointed, though; due to ongoing volatility in the global memory market, Apple will likely stick with 12GB of RAM rather than jumping to 16GB.

The more intriguing internal upgrade is the rumored Apple C2 5G modem. This marks the first time the company will deploy its own proprietary 5G chip inside the Pro lineup. The in-house modem is expected to operate with significantly higher power efficiency, which should translate to a noticeable boost in battery life when you are actively using cellular data. Combined with a revised N2 chip managing local wireless connections like Wi-Fi, Bluetooth, and Thread, Apple is engineering a massive architectural shift.

The camera array on the Magic7 Pro set a high bar that dictated the company’s trajectory. We’re talking about a triple-threat setup anchored by a 50MP main sensor with a massive 1/1.3″ footprint, optical image stabilization, and a variable F1.4 to F2.0 aperture. They paired that with a 50MP ultrawide and a frankly ridiculous 200MP periscope telephoto pushing 3x optical zoom. It was the kind of hardware configuration meant to overpower lighting challenges with raw specs and high-end glass. But sheer megapixels can only take a brand so far in a market where image processing and specialized color science have become the real battlegrounds.

That brings us to the incoming Magic 9 series, slated for an October 2026 debut. Based on a comprehensive spec dump from tipster DirectorShiGuan, Honor is drastically rethinking its approach to both design and imaging. The biggest bombshell here is the screen. The era of the waterfall display is effectively dead at Honor. While the intervening Magic 8 Pro doubled down on a quad-curved panel that melted elegantly over all four edges, the Magic 9 lineup is going completely flat. No exceptions across any of the models.

This isn’t a downgrade, it’s a heavily requested course correction. Those quad-curved screens were absolute eye candy in press renders, but they brought a ton of daily baggage. Edge distortion, phantom touches, and the sheer nightmare of applying a glass screen protector made them a frustrating experience for a lot of users. Factor in the higher manufacturing costs and fragile corners, and it’s easy to see why Honor is pulling the plug. They are prioritizing everyday usability and structural durability over flashy boardroom aesthetics. Samsung already read the room and made the exact same call with the Galaxy S25 series, so Honor is really just following a broader industry shift back to practicality.

The most fascinating pivot for the Magic 9, though, is how it handles photography. Instead of relying solely on the massive sensors that defined the Magic7 Pro, Honor is leaning into a specialized ARRI imaging partnership. We first saw this collaboration on the highly experimental Robot Phone, but bringing ARRI’s cinematic expertise to a mainline flagship changes the math entirely. Honor is positioning the Magic 9 to go toe-to-toe with Leica-tuned Xiaomi rigs and Hasselblad-backed OPPO devices. Having ARRI’s pro-grade color science and cinema-calibrated video modes baked directly into the camera app gives Honor a distinct, professional identity that hardware alone can’t buy. The real test will be seeing how this tuning, developed from actual film production workflows, translates to everyday shooting conditions.

There are definitely still some blank spots on the spec sheet. We know MagicOS 11 is launching alongside the new phones with a heavy dose of fresh AI features and software upgrades, but the exact chipset, display resolutions, and battery capacities are still under wraps. Design-wise, the leak pointed to a total visual refresh, leaving us wondering if Honor is finally ditching that massive circular camera housing that dominated the rear of the Magic 8 series. Whether they keep the oversized module or go with something more understated, the transition from the spec-heavy brute force of the Magic7 Pro to the refined, flat-screen pragmatism of the Magic 9 shows a company finally settling into a mature design language.

Hardware Tweaks and a Price Bump

Buyers looking to upgrade will immediately notice a slightly larger 6.3-inch display on the base Galaxy S26, up from last year’s 6.2 inches. Samsung also redesigned the camera island and packed a beefier 4,300mAh battery into the standard model. Depending on your region, the new phones are powered by either the Exynos 2600 or the Snapdragon 8 Elite Gen 5 processor.

These upgrades do come at a premium. The base Galaxy S26 now starts at $899, while the S26 Plus will set you back $1,099—a straight $100 price hike across the board. To help cushion the blow, Samsung’s official store is pushing aggressive trade-in offers. You can knock up to $380 off the standard S26, dropping the price to roughly $520. Meanwhile, S26 Plus buyers can save up to $480 with an eligible device swap. Both deals include a 15% discount on the new Galaxy Buds 4 or Buds 4 Pro. If you are buying the S26 Plus outright without a trade-in, the official store is offering a $150 credit for add-ons.

AI Takes Center Stage for Cameras

While the internal processors got a revamp, the camera hardware remains virtually identical to the previous generation. Both the S26 and S26 Plus feature the exact same sensor setup:

• 50 MP main camera

• 12 MP ultra-wide lens

• 10 MP telephoto lens with 3x optical zoom

• 12 MP front-facing selfie camera

Instead of swapping out the glass, Samsung is letting software do the heavy lifting. The new Galaxy AI suite introduces an upgraded Bixby, advanced image generation capabilities, and notable enhancements to Photo Assist and Creative Studio. Video recording gets a massive boost thanks to Super Steady Film, a feature that locks the horizon to deliver buttery-smooth footage. The phones also benefit from an AI-driven Nightography Video mode, which actively brightens low-light environments while scrubbing out visual noise.

An Unscheduled Security Rollout

Just weeks into the S26 life cycle, Samsung dropped a surprise software update. According to reports spotted by Droidlife, a brand-new security patch is currently rolling out to the S26, S26 Plus, and S26 Ultra, alongside the entire S25 lineup, the Z Fold 5, and the Z Flip 5.

What makes this rollout so unusual is its timing. Samsung typically operates on a strict monthly schedule for security patches, gathering known vulnerabilities into a single scheduled package. Because most of these devices already received their standard April security update, pushing a second patch in the same month is highly irregular.

What Prompted the Mystery Patch?

The manufacturer is keeping surprisingly quiet about exactly what this update fixes. Verizon’s official changelog offers no real clues, simply stating that the download provides the latest Android security patch for the device.

Android Authority speculates that a critical, acute vulnerability likely forced Samsung’s hand, prompting an emergency fix outside of the normal release window. The only exceptions to this mystery are the Z Fold 5 and Z Flip 5. Neither of those foldables had received their standard April updates yet, making this rollout routine for those specific models.

Given the secrecy surrounding the patch and the urgency of its release, experts recommend installing it immediately. If your phone hasn’t prompted you to update automatically, you can manually pull it down by heading into your settings, navigating to “Software update,” and tapping “Download and install.”

Weighing the Premium Price Tag

All this cutting-edge tech obviously comes at a cost, setting buyers back around $1,200. Surprisingly enough, that isn’t a massive jump from the previous generation considering the sheer number of new features. But while it has a lot going for it, the phone isn’t without its compromises. Creatives get a serious productivity boost with the stylus, and users are guaranteed four years of major software updates. The screen quality is easily industry-leading, video stabilization is much smoother, charging speeds got a nice bump, and the 10X optical zoom is significantly sharper. On the flip side, battery life has actually taken a hit compared to the older S21 Ultra. You are also getting less RAM this time around, the loudspeaker quality is fairly average, and Samsung continues to ditch both the microSD card slot and the headphone jack.

Bold Angles and Fresh Colors

You definitely won’t have trouble spotting the S22 Ultra in a crowd. Its signature sharp corners and unique camera layout make it stand out instantly. It features a familiar glass and metal sandwich construction, sporting tough Gorilla Glass Victus on both the front and back, held together by an upgraded Armor Aluminum frame. Color-wise, the spotlight is on the striking new Burgundy red, though traditional black and white are available alongside a really slick Green option that easily steals the show. Keep in mind, this phone is an absolute giant. The sharp edges make it feel noticeably wider and bulkier than its predecessor. Clocking in at 163.3 x 77.9 x 8.9 mm and weighing 227 grams, the physical difference from the S21 Ultra (165.1 x 75.6 x 8.9 mm, 229g) seems incredibly tiny on a spec sheet. In the hand, however, it’s a completely different beast, meaning anyone looking for a pocket-friendly device might struggle with its footprint.

Trickling Down the Design Language

While the Ultra series pushes boundaries at the very top of the market, Samsung is also busy giving its budget-friendly options a much-needed facelift. Fresh leaks of the upcoming Galaxy A27 point to a significant visual overhaul for the popular mid-range device. The outdated teardrop notch is finally gone. In its place, you’ll find a sleek, circular punch-hole cutout for the front-facing camera. The bottom bezel has also been trimmed down considerably, giving the 6.7-inch display a much larger and modern feel that brings it right in line with the aesthetics of newer Galaxy A models.

Minor Tweaks With Major Visual Impact

This modernized look naturally changes the phone’s physical dimensions just a bit. Sources indicate the A27 will measure 162.3 x 78.6 x 7.9 mm. That makes it slightly shorter, but a tiny bit wider and thicker than the older A26 model, which sat at 164 x 77.5 x 7.7 mm. You probably shouldn’t hold your breath for any massive upgrades internally, though. Early benchmarks suggest the processing power will remain nearly identical to last year’s hardware. The camera setup might also be a bit stagnant, with leaked renders implying the return of a rather useless 2-megapixel sensor alongside the main lenses. Ultimately, the A27 seems heavily focused on looking the part, serving as an attractive cosmetic upgrade for the everyday consumer rather than a massive leap in raw performance.

The 14 Pro Max Blueprint

Physically, Apple stuck closely to its familiar design playbook. The 14 Pro Max kept the exact same screen size, those signature flat edges, and the premium glass and stainless steel sandwich we’d come to expect. While there were minute tweaks to the dimensions, they were so microscopic you’d never spot them without a pair of calipers. Under the hood, however, the device packed a much more powerful A16 Bionic chip, entirely new satellite connectivity meant to bail you out of off-the-grid emergencies, and a slew of fresh software tricks for the camera.

The real showstopper was the Dynamic Island. Taking up noticeably less screen real estate than the old notch, this pill-shaped cutout gave the 14 Pro series a distinct visual identity unlike anything else on the market. More importantly, it functioned as an incredibly clever live status bar. Whether you were keeping an eye on Spotify album art, following Maps directions, or just getting hit with a low battery warning, the interface adapted on the fly. It was a brilliant piece of UI design, though perhaps not an absolute necessity that demanded an immediate upgrade on its own.

Battery Drain and Always-On Displays

Alongside the Island, Apple finally caved and delivered an Always-On display, a feature Android users had been happily using for years. By dropping the refresh rate all the way down to 1Hz, the phone could dim your wallpaper without completely tanking the battery. That said, keeping the screen awake still chewed through roughly five percent of your charge every single day. If you decided to keep the feature toggled on, you were likely looking at worse overall battery life compared to the older 13 Pro Max.

The Modern iPhone 17 Cost-Benefit Calculation

Fast forward to the current generation, and that same cost-to-benefit dilemma is playing out across a different price bracket. Buyers currently looking for a new handset are stuck choosing between the standard iPhone 17 and the more budget-friendly iPhone 17e. With a solid 240-euro price gap separating the two at the Apple Store, keeping that cash in your pocket is undeniably tempting. Going for the cheaper model means accepting a handful of compromises regarding the display and a few other minor specs, but the heaviest sacrifices hit the camera hardware.

The differences are stark right out of the gate. The iPhone 17e relies on a single camera lens on the back, whereas the standard 17 sports a much more versatile dual-lens setup. You’ll also find some pretty noticeable downgrades when looking at the selfie shooter on the front of the budget model. To see how much this hardware gap actually matters in practice, I took both phones out into the city for a side-by-side field test.

Real-World Camera Showdown

Shooting the Alliiertenhof building on Vienna’s Praterstraße revealed exactly how the two devices handle image processing differently. The raw details captured by both lenses were virtually identical. However, the iPhone 17e’s software aggressively cranked up the brightness, resulting in a much friendlier, lighter image overall. On the flip side, the standard iPhone 17 leaned heavily into the contrast, giving the photo a punchier and more dramatic feel.

Later on, I grabbed a morning city panorama from the steps of the main library. Honestly, there wasn’t a massive gap in how the two phones rendered the sprawling scene. I’d have to give a slight edge to the iPhone 17 simply because it managed to pull just a fraction more detail out of the building facades in the distant right background.

The real dealbreaker between the two tiers comes down to sheer versatility. In one specific landscape scenario, the iPhone 17 walked away as the undisputed winner for a very simple reason: I desperately needed to use a wide-angle lens. The 17e just doesn’t have one. When you need to capture a massive scene and stepping back simply isn’t an option, that missing hardware on the budget model becomes painfully obvious.

Cameras and Everyday Quirks This device gave the world its first look at Apple’s 5x tetraprism lens. They paired that hardware with clever sensor crop-in technology to offer what feels like an entire camera bag of lenses right in your pocket. You get high-quality, lossless zoom steps at 1x, 2x, 3x, and 5x, shooting natively at 24 megapixels rather than the old 12-megapixel standard. Wrap all that up in a lightweight titanium chassis with an excellent display and the Dynamic Island, and you have a thoroughly modern device. You will not find the newer Camera Control button here, and it proudly sports the classic camera layout rather than the highly debated camera bar introduced on the iPhone 17 Pro series.

Value and Box Contents Anyone reading this right now is likely weighing an upgrade from an older device or eyeing a sweet deal on a refurbished or new-old-stock unit. If the price tag makes sense, pulling the trigger is entirely justifiable. We recently put the 15 Pro Max through our rigorous testing gauntlet again, running extensive camera shootouts, performance benchmarks, and intense battery stress tests to see how it fits into the daily life of a modern tech enthusiast. The perks are obvious. The titanium frame feels incredibly premium, the stereo speakers are predictably fantastic, and the Action Button opens up a few neat shortcut possibilities. It isn’t perfect, though. The available color options are pretty dull, that Action Button desperately needs to support multiple commands instead of just one, and the unboxing experience leaves something to be desired. You get a famously slim box with no charging brick. While Apple includes a braided white USB-C cable, it is heavily restricted to sluggish USB 2 speeds. Anyone wanting to tap into the phone’s actual USB 3 data transfer capabilities will need to go out and buy a separate cable.

A Shift in Design Philosophy If you decide to hold off on grabbing a discounted iPhone 15 Pro Max, it might be because of what is waiting just over the horizon. Apple is reportedly preparing a massive design overhaul for its 20th-anniversary device, tentatively dubbed the iPhone XX. Slated for release in 2027, this upcoming flagship promises to ditch the flat, squared-off edges we have grown accustomed to. Industry insiders point to a return to the smoothly rounded, curved aesthetic that completely revolutionized the smartphone market with the original iPhone X a decade ago. It promises a luxurious look, pairing curved glass with an ultra-thin frame to eliminate the unwieldy, blocky nature of current smartphones.

Pushing Boundaries and Playing it Safe The display technology is where things get truly ambitious. Leaks suggest the iPhone XX will feature record-breaking 1.1mm bezels, completely outclassing the 1.44mm borders found on the current iPhone 17 Pro. Apple initially aimed for a truly uninterrupted screen using under-display camera technology. They reportedly tested Samsung’s UPC hardware, but the resulting image quality just did not meet Apple’s notoriously strict standards. They simply aren’t going to risk delivering blurry selfies for the sake of a visual gimmick.

Refining the Front Panel Instead of a hidden camera, expect a much safer but still innovative solution. The company will likely utilize a highly miniaturized Dynamic Island array or a very discreet punch-hole setup. Apple plans to pair this with next-generation “Polar ID” facial recognition hardware from Samsung, ensuring that device security remains lightning-fast. Even though the iPhone XX is still over a year away, the sheer volume of credible leaks is enough to throw the fanbase into a frenzy. It looks like far more than just another smartphone upgrade, shaping up to be a true celebration of a product line that changed the world.

Samsung is clearly trying to flip that script. Not only are they rolling out the Galaxy Fit 3 in the US at a rock-bottom $60—six months after its initial European debut—but they are simultaneously overhauling their mid-range smartphone lineup for 2026. The upcoming Galaxy A57 5G and A37 5G models prove the company is dead set on packing premium AI and hardware into highly accessible devices. Let’s look at how this newly refreshed affordable ecosystem actually performs.

The Galaxy Fit 3: Strikingly Capable for the Price

After spending a week with the Galaxy Fit 3, the very first thing that stands out is the design. It is incredibly light and surprisingly stylish. The tracker sports a wide, rectangular 1.6-inch AMOLED display. That extra width gives it a nearly universal fit that looks totally natural on everything from small wrists to much larger ones.

The screen itself pops with gorgeous, vibrant colors. Reading notifications is an absolute breeze, marking a massive improvement over older, cramped fitness trackers. You will definitely want to stick to a black watch face, though. Lighter faces expose a rather chunky bezel that eats into the device’s overall aesthetic appeal. Unboxing the device is a quick affair. You get the tracker itself, a proprietary USB-C charging cable, and a user manual.

Comfort, Navigation, and a Frustrating Quirk

Samsung offers three distinct colorways. There is a stealthy black model paired with a black sporty band, a gold version with a champagne strap, and a silver unit with a white band. The sports loop has a wonderfully soft feel and is breathable enough to wear comfortably all day. Swapping those bands out is also refreshingly easy thanks to a simple proprietary quick-release button mechanism. You just press it, release the strap, and snap a new one right into place.

Navigating the Fit 3 software is remarkably smooth. For a $60 budget gadget, the complete lack of lag or stutter during swipes and taps is genuinely impressive. You get exactly one physical button on the side of the case. A single press takes you back to the home screen, a double press launches a workout, and a long press brings up your medical information or powers the device down.

The feature set is robust for the price tag. It tracks sleep, monitors over 100 different exercise types, and boasts up to 13 days of battery life alongside modern Bluetooth 5.3 support. The most glaring hardware omission here is the lack of onboard GPS.

Surprisingly, there is also a major software hiccup right out of the gate. While Samsung claims the tracker is fully compatible with iOS, the Fit 3 isn’t actually officially listed in the iPhone app yet. This makes Apple pairing totally impossible at the moment, which is incredibly frustrating. Android users, thankfully, won’t face any setup issues at all.

The 2026 A-Series: AI Power Meets Mid-Range Pricing

A budget wearable needs a solid companion device. Right on cue, Samsung is aggressively evolving its popular A-series smartphones to match. The new 2026 lineup, spearheaded by the Galaxy A57 5G and A37 5G, effectively bridges the gap between affordable pricing and flagship-level smarts.

Rather than just bumping up the baseline hardware specs, Samsung is injecting these phones with highly practical AI tools meant for everyday use. We are talking about automated transcription services, smart digital assistants, and intelligent photo editing software built right into the core experience. Even without the AI bells and whistles, both phones offer high refresh rate displays, highly capable cameras, and long-lasting batteries.

Pushing the Limits with the Galaxy A57 5G

The Galaxy A57 5G is obviously the heavy hitter of the duo, specifically tailored for users who push their hardware a bit harder. Under the hood, a new Exynos 1680 processor easily handles everything from intense gaming sessions to demanding AI-driven background tasks. Samsung even upgraded the internal cooling system with a significantly larger vapor chamber. This ensures the phone stays cool and responsive during heavy multitasking.

Visually, the device centers around a massive 6.7-inch Super AMOLED+ panel. It runs at a buttery smooth 120Hz and comes equipped with Vision Booster technology for drastically better outdoor visibility. Photography gets a noticeable upgrade too, anchored by a 50-megapixel main camera that is backed up by vastly improved secondary sensors.

These devices are clearly built to last well into the future. The A57 packs a robust 5,000 mAh battery with fast charging capabilities, an official IP68 rating against water and dust, and a massive commitment to six years of software and security updates. Releasing in four distinct color variants, the A57—alongside the slightly more modest A37—is slated to hit the shelves soon, with units available directly through major electronics retailers like MediaMarkt.

Flagship Power for a Fraction of the Cost

The Pixel 10 Pro is undeniably one of the top Android phones available today, packing serious hardware into a highly manageable form factor. The handset features a 6.3-inch OLED screen with a fluid 120Hz refresh rate, ensuring deep contrasts and buttery smooth scrolling. Under the hood, Google’s proprietary Tensor G5 processor handles heavy multitasking without breaking a sweat, while deep integration with the Gemini AI assistant streamlines everyday tasks.

Photography enthusiasts get a versatile triple-camera array headlined by a primary sensor capable of up to 50 megapixels, alongside a telephoto lens pushing crisp 5x optical zoom. A solid 4,870 mAh battery keeps the device running all day. You can grab the 128GB base version in one of three colorways.

What really turns heads here is the financing. MediaMarkt paired the Pixel 10 Pro with the O2 Mobile Unlimited Max Spezial tariff, which delivers uncapped 5G data at speeds up to 300 Mbit/s, alongside unlimited calls and texts across German networks. You pay €39.99 monthly for the plan. Upfront costs are remarkably low, sitting at €39.99 for the device itself, plus a €39.99 connection fee and €5.95 for shipping.

When you crunch the numbers over the standard 24-month contract, the total outlay comes to roughly €1,045. Considering the phone retails bare for at least €725, you are essentially paying around €320 for two years of unlimited 5G. That breaks down to a mere €13 a month for the mobile plan alone, a massive steal compared to O2’s standard standalone pricing.

What to Expect from the Pixel 10a

If you prefer buying a phone outright without tying yourself to a carrier contract, holding out for the highly anticipated Google Pixel 10a might be your best move. Slated for an official announcement in the first quarter of 2026, the rumor mill has already painted a fairly complete picture of Google’s next budget-friendly handset. It appears the company is heavily bridging the gap between its A-series and the premium lineup, maintaining that same comfortable 6.3-inch footprint with a 79.39% screen-to-body ratio.

Leaked specifications indicate the Pixel 10a will sport a P-OLED display pushing a 2424×1080 resolution at a 20:9 aspect ratio. It matches the Pro’s 120Hz refresh rate and boasts a blindingly bright peak output of 2,700 nits, though it cuts costs slightly by utilizing older Corning Gorilla Glass 3 for screen protection. The device will reportedly be powered by the previous generation Tensor G4 chipset built on a 4-nanometer process, paired with 8GB of LPDDR5X RAM and up to 256GB of non-expandable UFS 3.1 storage. Out of the box, the phone is expected to run Android 16 and will benefit from Google’s massive promise of up to seven years of OS updates.

Google consistently dominates mid-range mobile photography, and the 10a looks to continue that trend with a highly capable dual-camera system on the back. The setup pairs an optically stabilized 48-megapixel main shooter with a 13-megapixel ultra-wide lens, backed by a dual LED flash and capable of capturing 4K video at 60 frames per second. A 13-megapixel front-facing camera handles selfies and video calls.

The internal hardware is housed within an IP68 water and dust-resistant chassis, featuring an aluminum frame and a plastic back panel. Keeping the lights on is a massive 5,100 mAh battery, which actually outclasses the Pro model in sheer capacity. It supports 30W fast wired charging and 10W Qi wireless charging, rounding out a competitive spec sheet that proves budget phones do not have to compromise on core functionality. Connectivity features are equally robust, offering Wi-Fi 6E, Bluetooth 5.3, and NFC, alongside an optical in-screen fingerprint reader for biometric security.

The best part might just be the price tag. Apple kept the official MSRP at $249, exactly like previous generations. But if you are willing to shop around, massive discounts are already hitting the market. Right now, Amazon has them slashed by 20 percent down to around 199 euros. Buyers are clearly noticing, with over 5,000 units sold in the last month alone and the earbuds currently sitting at a solid 4.5 out of 4 stars across roughly 5,600 reviews.

Familiar Look, Dramatically Better Fit

Apple clearly didn’t want to mess with a winning formula when it comes to aesthetics. The iconic clean white case with its rounded-square shape remains basically untouched. Naturally, it still rocks the USB-C charging standard introduced late in the second generation’s lifecycle. Slip them into your ears, however, and you’ll immediately notice the difference. Apple added a fifth ear tip size, expanding the range from XXS to L to guarantee a secure, slip-free grip during heavy workouts. Add in an IP57 certification, and these buds are fully ready to handle sweat, dust, and even a quick dip underwater up to one meter.

Next-Level Audio and Noise Control

If you thought the active noise cancellation on the last generation was good, the new model cranks it up. Apple claims the AirPods Pro 3 deliver double the ANC strength of their predecessors. They also feature active hearing protection that instantly dials down sudden, harsh sounds like sirens or jackhammers without interrupting your music or podcast. Underneath the sleek plastic shell, a brand-new acoustic architecture pushes out deeper bass and crisper details. Inward-facing microphones constantly monitor what reaches your ear, adjusting the sound profile in real-time to match your specific ear shape.

Fitness and Health Take Center Stage

The most aggressive changes have nothing to do with playing music. For the first time ever, the AirPods feature built-in heart rate tracking. The earbuds seamlessly sync with the iPhone’s Fitness app to track your pulse and burned calories across more than 50 different workout types. You can actually close your activity rings without an Apple Watch, making these a perfect alternative for anyone who hates wearing something on their wrist while running or cycling.

The health push goes even further with a clinical-grade hearing aid function. The buds automatically boost conversational volume when background noise makes things tough to hear. Users can take a clinical hearing test right at home through the Health app without a doctor’s visit, and those results are immediately used to personalize the earbuds’ sound profile.

Smarter Software and Extended Battery

Battery anxiety is mostly a thing of the past here. You now get eight hours of playback with ANC turned on, up from the previous six. Switch over to transparency mode while using the hearing aid features, and that stretches out to an impressive ten hours. The MagSafe-compatible case holds another 24 hours of charge, supports standard Qi wireless chargers, and still features the built-in speaker for Find My tracking alongside the handy lanyard loop.

Apple also threw in some impressive smart software tricks. If you are running an iPhone 15 Pro or newer with Apple Intelligence enabled in the settings, the AirPods Pro 3 can handle live translations, acting as a real-time interpreter right in your ear. Factor in features like Audio Sharing and the usual seamless device switching across iPhones, iPads, Macs, and Apple TVs, and the third-generation Pro model easily justifies the upgrade.