The soaring demand for artificial intelligence is about to hit your wallet in a place you might not expect: your phone’s RAM. We typically focus on the price of components like the main processor. Every so often we get news about increasingly expensive Snapdragon chips, for example. However, the cost of the RAM memory used in our phones is set to skyrocket, creating a headache for every major manufacturer.
The reason is a heated tech market conflict for raw production capacity between high-performance AI servers and your pocket-sized device.
The AI tax: Why flagship smartphone prices will increase in 2026
The culprit behind this price surge is High Bandwidth Memory (HBM). HBM is the powerful, specialized RAM essential for feeding massive AI models in data centers. Demand for HBM is showing no sign of slowing, and since HBM consumes a large amount of the available silicon, it is swallowing up the wafer capacity needed for conventional server memory (DDR5). Also the memory used in your phone: LPDDR5x.
LPDDR5x is the high-performance, low-power RAM/memory required by modern flagship phones. Because it competes with HBM for the same production resources, this imbalance is causing chaos in the mobile supply chain.
According to a new report from market research firm TrendForce, this structural supply shortage is deepening. TrendForce has dramatically revised its forecast for general DRAM pricing—which includes LPDDR5x—for the end of 2025. Now they expect growth of 18–23%, up from an earlier forecast of 8–13%.
The unexpected market flip
Here is where the memory market takes an unexpected turn. Initially, HBM was far more profitable for suppliers, commanding a price premium four times higher than DDR5. However, as the HBM market becomes more competitive and server demand for standard DDR5 remains robust, that gap is shrinking fast.
TrendForce predicts that by the first quarter of 2026, the profitability of standard DDR5 will actually surpass that of HBM3e. When this happens, manufacturers may shift production resources away from HBM to secure earnings from DDR5. This might eventually stabilize the HBM market. But it means the price pressure on LPDDR5x will remain high well into 2026.
Manufacturers are already sounding the alarm. Lu Weibing, president of Xiaomi, recently noted that the rise in storage costs is “much higher than expected and will continue to increase.”
The consumer pays the price
What do rising memory and storage costs mean for you? Smartphone manufacturers operate on extremely thin margins. This is especially true for flagship devices that also include expensive components like cutting-edge camera sensors and high-end 2nm processors.
When the cost of LPDDR5x memory jumps by nearly 20%, manufacturers have few options other than passing that cost along to the consumer. For anyone planning to upgrade their flagship phone next year, the price tag will likely be significantly higher. It seems the AI revolution will make our future smartphones a little more expensive.
Elon Musk has entered the knowledge arena, launching Grokipedia, a new online encyclopedia powered by his xAI models. As its name suggests, it is a direct competitor to the massively popular Wikipedia. In fact, Musk claims Grokipedia will “purge out the propaganda” found on Wikipedia and exceed its rival “by several orders of magnitude in breadth, depth, and accuracy.”
However, the man who co-founded Wikipedia, Jimmy Wales, disagrees with that statement. Speaking at a recent CNBC summit, Wales dismissed Grokipedia’s threat, arguing that the underlying technology—Large Language Models (LLMs)—simply isn’t capable of producing a reliable encyclopedia.
Wikipedia’s Jimmy Wales is not worried about Elon Musk’s AI-powered Grokipedia
Wales’ skepticism stems from Grokipedia being powered by AI. He is aware of the flaws of LLMs like Grok and ChatGPT, which have a tendency to “make massive errors” and fabricate sources—namely “AI hallucinations.” Wales shared an example where a Wikipedia community member found that a source had used an LLM to generate book citations. This allegedly resulted in the chatbot “very happily mak[ing] up books.”
To test LLMs, Wales often queries obscure topics, such as the identity of his wife (a “not famous but known” figure in British politics). He claims that this search consistently results in a plausible but ultimately wrong answer.
“We know ChatGPT and all the other LLMs are not good enough to write wiki entries,” Wales stated. He emphasizes that the reliance on human verification and community oversight that Wikipedia has developed over decades.
The question of bias and sources
Musk and his allies frequently criticize Wikipedia for alleged “woke bias” and for excluding conservative media as sources. Grokipedia’s own entry on Wikipedia accuses the site of having a “systemic ideological bias.”
Wales strongly defended Wikipedia’s editorial policy. He said the organization’s priority is sourcing neutrality. “We don’t treat random crackpots the same as The New England Journal of Medicine, and that doesn’t make us woke,” Wales said. He also added that responding to criticism by “doubling down on being neutral and being really careful about sources” is essential.
The Wikimedia Foundation still acknowledges that AI poses challenges—notably the decline in human visits and the increased scraping of Wikipedia data to train AI models. However, he considers Wikipedia’s approach to be better and more reliable. “This human-created knowledge is what AI companies rely on to generate content; even Grokipedia needs Wikipedia to exist,” notes the Foundation.
Ultimately, Wales views the biggest threat not as a direct AI replacement. Instead, he sees it as the ability of LLMs to generate plausible fake websites, which could fool the general public.
Despite being in high demand, compact phones seem to continue to be a niche for device makers. Only a few brands out there cover this segment adequately, and the list is even shorter outside of China. Well, meet the Vivo X200 FE, a pseudo-flagship handset—in the same category as the OnePlus 13R, OnePlus 13s, or Samsung Galaxy S25 FE, among others—that wants to fill this space.
The X200 FE isn’t exactly a budget phone, but it’s not as expensive as other devices that top—or even exceed—the $1,000 price tag. Its price tag places it at a nice spot in the flagship segment. Plus, its compact form factor makes it stand out in an industry populated by “mini tablets.” Add in a massive battery, long life, and remarkable cameras with ZEISS optics and tuning, and overall, you have a pretty attractive—although not perfect—package. Below, we will review all the pros and cons of this handset.
Vivo X200 FE
Rating
starstarstarstarstar_empty
€799
Vivo X200 FE is a solid pseudo-flagship phone that combines pretty good cameras, a huge battery, high performance, and premium design in a compact package.
Pros
Matte-textured glass finish, highly resistant to fingerprints and scratches
Dimensity 9300+ chip performance and efficiency is excellent
A massive battery whose size is surprising in a compact body
Clear, vivid and bright AMOLED display, visible even in sunlight
Battery charges from 20 to 100% in just around 45 minutes
Main and periscope cameras offer great results
Premium glass and metal build with IP68/IP69 rating
Cons
8MP ultra-wide sensor is too out of place in the powerful camera system
No wireless charging
Despite stellar performance, UFS 3.1 storage and USB 2.0 are not up to par for its price range
Extremely slippery design
The manufacturer provided us with a review unit of the Vivo X200 FE. We used it as our primary device for approximately one month before writing this review, which was not sponsored.
The design of the Vivo X200 FE is one of its strengths. With a display measuring just 6.31 inches and a body weighing around 188 grams, this is one of the few premium phones you can truly use with one hand without feeling like you might drop it. This point alone could be a great plus for many. After a long time—years—using phones of at least 6.7 inches, the change felt refreshing. I really thought I would find the screen too small, but I got used to it quickly.
The phone’s frame is crafted from aerospace-grade aluminum. In terms of real-world use, it feels sturdy, durable, and premium. There have been no signs of scratches in the time I have used it. Regarding the overall design, it is simple, clean, and practical. The rear panel features a textured glass finish that does an excellent job of resisting fingerprints and smudges. However, it also makes the phone quite slippery, so you’ll need to be careful if you like to carry it “uncased.”
The overall build quality is solid, with no creases or flex. As you may expect on a high-end “camera-focused” phone, the camera bump is notably raised. That means you’ll notice a lot of wobbles if you try to use the phone’s screen while it is laid on a flat surface—again, if you prefer not to use a case.
Beyond the aesthetics and in-hand feel, the X200 FE comes with an IP68 and IP69 rating. This means it’s fully protected against dust and can even handle high-pressure water jets. I submerged it in water for testing, and everything continued to work correctly. However, you will find that using the wet screen becomes complicated. This is a familiar situation for most phones out there, though.
The display has protection, but probably not the kind you’re used to. There’s a layer of Schott Xensation Core glass, a rarity in a segment dominated by Corning. Anyway, the phone comes with a pre-applied plastic protector that has been pretty resilient so far.
The phone is available in up to four colors: Amber Yellow, Frost Blue (our unit), Luxe Black, and Pink Vibe. It’s noteworthy that the availability of certain colors may be limited to specific markets. That said, Vivo includes a color-matching case. The case seems quite durable and feels nice in the hand. However, the material’s finish also makes it a bit slippery—though less so than the bare phone itself.
As for the ports and buttons, you’ll find the volume and power buttons on the right side, a USB-C port at the bottom, and a stereo speaker setup. Personally, I prefer the volume and power buttons on different sides of the frame, as the placement makes it easier to take screenshots with one hand. Anyway, I got used to having the buttons on one side after a few days.
The USB-C 2.0 standard is a bit of a curious choice at this price point, as it limits data transfer speeds. While this isn’t a dealbreaker for most users, it is something you should know. Surely those who tend to constantly transfer large files between their phone and PC via USB would have preferred a more current, faster standard.
In short, the Vivo X200 FE is designed as a legitimate compact premium phone. It’s good-looking, durable, and reliable. You will not find compromises in this section.
Vivo X200 FE Review: Display
The screen is a key aspect of our smartphones—especially premium ones. Fortunately, the Vivo X200 FE also excels in this section. The phone sports a 6.31-inch 8T LTPO AMOLED panel with a 2640 x 1216p resolution and a smooth 120Hz refresh rate. How does this translate into the real world? A sharp, smooth as butter user experience.
Whether you’re watching a series, a movie, or even a sporting event, the experience with the Vivo X200 FE’s display is truly pleasant. HDR-compatible content takes full advantage of the device’s display, boasting its ability to represent everything from deep blacks to bright highlights without the “black smearing” effect of cheap displays. It’s extremely responsive as well, which is especially notable when playing titles that require rapid reaction times.
The LTPO tech allows the refresh rate to dynamically adjust from 1Hz to 120Hz based on the content. In my experience, this happens perfectly smoothly, without lags or hangs here and there.
Regarding brightness, Vivo claims a peak brightness of 5,000 nits. That said, you won’t get these brightness levels under normal conditions but rather under certain specific situations (such as watching HDR-supported content) and in certain sections of the display. Anyway, I have been able to use this phone without any problem even in bright sunlight. Special mention to the operation of automatic brightness. Even though it may seem like a basic feature, not all phones handle it well. However, the Vivo X200 FE is capable of offering you the ideal levels for practice in every situation. This isn’t a device where you have to constantly adjust the brightness bar, which is just great.
Vivo has also integrated a 2,160Hz PWM dimming that will help your eyes not feel fatigued even during long reading sessions or late-night scrolling. My visual experience with this phone has been quite positive under any lighting conditions.
The screen has a responsive optical fingerprint sensor embedded, which is fast and reliable. I can’t recall a single instance where the fingerprint reader failed.
Overall, the Vivo X200 FE delivers a great viewing experience. It undoubtedly feels like one of the best phone displays you’ll find in this segment.
Vivo X200 FE Review: Performance
Under the hood, the Vivo X200 FE is powered by the MediaTek Dimensity 9300+, a flagship-grade processor from the previous generation. This chip is paired with up to 16GB of LPDDR5X RAM—12GB in our unit—and 512GB of UFS 3.1 storage. While the Dimensity 9300+ is still a powerhouse, the inclusion of UFS 3.1 storage is a bit of a curious choice at this price point, as many rivals have moved to the faster UFS 4.0 standard. This, along with the slower USB 2.0 port, is the only real hardware compromise.
In day-to-day use, the phone feels incredibly fast, fluid, and responsive. Apps open instantly, multitasking is seamless, and there is no hint of lag or stuttering, even with a demanding workload. The performance gap between the Dimensity 9300+ and newer processors is minimal and something most users will never notice.
For gamers, the X200 FE performs really well. The vapor chamber cooling system (3800 mm²) also has a lot to offer. Although it’s not a gaming phone, it has enough raw power to satisfy the vast majority, even considering its compact screen. However, keep in mind that this is a compact handset. Therefore, there’s less inner space available for heat dissipation than in larger devices.
In Call of Duty: Mobile, both “Graphics Quality” and “Frame Rate” are set to “Max” by default, with features like anti-aliasing and real-time shadows turned on. Changing the frame rate to “Ultra” sets the graphics quality to “Medium.” However, every round will be extremely smooth and lag-free with these settings. In Genshin Impact, the game automatically sets the graphics quality to “High,” with most graphics options set to “High” (except for “Shadow Quality,” which is set to “Medium”) and 30fps. You can play it at 45fps by setting “render resolution” to “medium.”
Vivo has put a lot of effort into the gaming aspect of the device. Funtouch offers an “Ultra Gaming” mode that goes far beyond what Android natively includes. It does the typical thing, which is to optimize available hardware resources to get the best possible performance while you play. However, you’ll also find a lot of additional options that aren’t just bloatware but quite useful. These options will be available from a sidebar that you can display by sliding from the left side of the game UI.
These “gaming boosters” are divided into two main sections: “Performance Panel” and “Game Tools.” As the name suggests, the former allows you to intuitively tweak the game’s performance and display the touch sampling rate using a pair of sliders. Game Tools, on the other hand, includes a plethora of options, including mapping actions to motion gestures and screen recording, and enabling 4D vibration feedback for improved haptics. You can even activate “Charge Bypass” to play connected to a power brick without draining your battery.
Vivo X200 FE Review: Benchmarks
In synthetic benchmarks, the X200 FE delivered excellent scores. Due to its compact form factor, it’s not the smartphone that handles heat the best. However, we also can’t say that the device suffers from overheating under high-demand conditions. It’s just a little warmer than other handsets out there.
Geekbench:
Starting with Geekbench 6, the device achieved scores of 2,189 and 7,029 on the single-core and multi-core tests, respectively.
Device
Single-Core
Multi-Core
GPU
Vivo X200 FE
2,189
7,029
14,753
POCO F7 Ultra
2,889
8,326
17,293
Google Pixel 9 Pro
1,961
4,715
6,519
3D Mark’s Wildlife Extreme Stress Test:
We also ran the 3D Mark’s Wildlife Extreme Stress Test on the phone. This is one of the most demanding graphics benchmarks out there. It pushes your phone’s hardware to the limit, to the point where some models are even unable to complete it due to the temperature they reach. So, it’s ideal not only for testing your phone’s GPU but also its thermal control capabilities.
The benchmark consists of running 20 laps of the same graphically demanding test. At the end, the Vivo X200 FE managed to complete the test with a 58.4% stability score. This is perhaps where the smaller form factor becomes noticeable. That said, it will only impact your gaming experience in the most demanding titles and at the highest settings after a certain period of time.
Device
Best Loop
Lowest Loop
Stability
Vivo X200 FE
4,511
2,633
58.4%
POCO F7 Ultra
5,981
4,141
69%
Google Pixel 9 Pro
2,573
2,051
79,7%
Antutu:
We also put the handset to the test in the very popular Antutu benchmark.
Device
Score
Vivo X200 FE
1,958,355
POCO F7 Ultra
2,533,644
Google Pixel 9 Pro
1,148,512
Vivo X200 FE Review: thermals
Regarding thermals during benchmarks, the results were quite acceptable for a powerful compact phone. Below you can see the maximum temperature the device reached during each test.
Benchmark
Temperature
Geekbench
45,3 °C/113.54 °F
3D Mark Extreme Stress Test
48 °C/118.4 °F
Antutu
41,6 °C/106,9 °F
We also tested the Vivo X200 FE’s thermals during 4K/60fps video recording, the most demanding recording setting available.
Device
5 minutes
10 minutes
Vivo X200 FE
34.83 °C/94,7 °F
37.36 °C/99,26 °F
POCO F7 Ultra
34.66 °C/ 94,4 °F
35.16 °C/95,3 °F
Google Pixel 9 Pro
35 °C/95 °F
37.27 °C/99,1 °F
While the storage and USB port choices are a bit underwhelming, the core performance delivered by the Dimensity 9300+, the LPDDR5X RAM, and the 12-core Immortalis-G720 GPU is really good.
Vivo X200 FE Review: Battery Life and Charging
One of the most surprising and impressive aspects of the Vivo X200 FE is its battery. Despite its slim and compact form factor, the phone is powered by a massive 6,500mAh silicon-anode cell. This is a capacity you would typically find in a much larger, more expensive device, and it is one of the biggest batteries available in a smartphone today.
This massive battery delivers exceptional endurance. In our tests, the phone comfortably lasted a full day and a half with moderate to heavy usage, and even the most demanding users should be able to get through a full day with charge to spare. More specifically, we are talking about easily achieving 10+ hours of on-screen time if you use Wi-Fi most of the day or around 8:30+ hours with heavy use of mobile data.
Charging the phone is equally impressive, thanks to 90W fast charging support. With a compatible charger, you can fully charge the phone from 20 to 100% in just around 45 minutes, according to the company. In our tests, the phone charged from 1% to 100% in just over 55 minutes. That said, the device doesn’t include a charger in the box in Europe, so that’s something you should check. However, the handset supports both USB-PD and PPS charging protocols, so you can exploit its charging capabilities with non-proprietary adapters. I also tested it with a third-party 65W USB-PD charging brick, and it worked perfectly.
Below you can find the results of the Vivo X200 FE in our battery endurance test compared to other devices.
Device
Battery life
Charging
Vivo X200 FE
23:57:17
0:55:17
POCO F7 Ultra
21:30:12
0:28:20
Google Pixel 9 Pro
21:54:40
1:18:30
One of the advantages of these huge batteries is that you can limit their charge to extend their lifespan. Since you don’t need 100% capacity for your daily use, you can charge it up to 90%, for example. In fact, Funtouch 15 offers an option that allows you to do just that on this device.
Vivo X200 FE Review: Software
The Vivo X200 FE comes out of the box running Funtouch 15, which is based on Android 15. Vivo promises four years of Android updates, so it should receive even Android 19 in the future. This particular model is set to get monthly security updates as well. During our tests, the phone received four updates to improve camera quality and add a security patch. The device is set to get Android 16 in November along with the other, more expensive Vivo X200 models, by the way.
The software experience is a mixed bag of clean design and useful features. At first glance, the interface looks quite streamlined and practical.
However, looking at the colorful “Material” design language of the Pixel phones, the countless customization possibilities of One UI, or even riskier bets like Apple’s Liquid Glass, Vivo’s UI may be starting to feel a little “outdated.” On the good side, the OS is as stable as it can be, offering a well-optimized, smooth/snappy experience. Gone are those times when custom skins from Chinese Android brands negatively impacted performance or introduced more problems than solutions.
The software also offers some AI features that are actually useful. There’s an AI writing assistant integrated into the Notes app, a live call translation feature, and an AI Transcript Assist that can summarize spoken conversations. Vivo also includes its DocMaster tool, which simplifies file conversion and editing. You’ll also find Google’s Gemini integration, bringing features like Circle to Search and on-screen content translation.
Vivo integrates its own Gallery app, which, as you might imagine, also offers AI-powered features. There’s an “AI Photo Enhance” option that restores—or boosts—the quality of your photos. However, I must say that, at least currently, the result is a mixed bag. Often, it helps improve the photo, but in other cases, the AI processing leaves notably artificial results—especially in portraits. On the other hand, the AI-powered eraser works quite well and even lets you remove unwanted reflections from glass in pictures. Vivo’s Gallery app also offers an option to quickly generate PDF files with the images you want.
While the OS is pretty good, there are a few things here and there that could be better. Vivo includes its widget section within the app drawer, which can be a bit disruptive for users expecting a clean app list, for instance. Customization fans will also find their options somewhat limited. For starters, the launcher doesn’t support third-party icon packs, which is a bummer.
There’s also no option to remove the bottom app dock, leaving a large, empty space between the dock icons and the rest of the home screen. While you can solve these problems by downloading a launcher, it would be great to have these options natively. Hopefully, Vivo can address these couple of things in the upcoming updates.
Either way, the OS still supports Android’s theming feature. So, you can apply a uniform color tone to most of your app icons and key UI items. You can also change the icon shape (square, circular, or “squircle”). Sadly, there are apps whose icons don’t support the theme feature, which is a bummer if those apps include some of your favorites. There is also an option to hide the name labels of the app icons on your home screen for an even more minimalist look.
If privacy options are important to you, Funtouch 15 will likely satisfy you. You can encrypt access to your apps using a PIN or biometrics. If you prefer, there’s also an option to directly hide the app from the drawer and home screen. You can also check when apps have accessed your location, camera, and microphone in chronological order.
Vivo X200 FE Review: Camera
The Vivo X200 FE is a camera-focused phone, which its rear bump makes clear. You won’t find huge 1-inch sensors here, but the overall package makes for a remarkable content creation experience. There are three sensors, the main one being a 50MP Sony IMX921 with an f/1.88 aperture and a 1/1.56″ size. It’s not the most powerful sensor available out there, but it’s capable of delivering really good results full of detail.
However, you might be even more interested in the 50MP periscope Sony IMX882 sensor with support for 3x optical zoom. This is almost the same periscope lens as the vanilla Vivo X200, with the difference that the company opted for an M-style prism on the FE model. What’s the difference? Well, this format allows for a slimmer phone design, but it also means losing the lens’s macro capabilities. That’s right, you won’t find a dedicated “Macro” mode on this phone. So, keep that in mind if it’s important to you.
Both lenses boast OIS and ZEISS optics, which, in theory, should improve light transmission and reduce the lens flare effect. That said, both the main and telephoto sensors offer excellent performance. Special mention to the almost-instant shutter speed, something that even some premium flagship phones struggle to achieve.
Main camera samples:
Starting with the main lens, the results are generally good in all lighting conditions. Photos are detailed and vivid, without the dreaded “washed-out textures” effect that other brands suffer from due to overly aggressive image processing. HDR management is another strong point of the Vivo X200 FE, showing a good balance of lights and shadows.
When night falls, the main sensor continues to perform quite competently. However, at this point it becomes more noticeable that we’re not dealing with a proper flagship. You’ll primarily notice significantly worse light control, although the level of detail is still acceptable—there is no “oil paint” effect typical of mid-rangers. Just be careful in scenes with many artificial light sources.
3x telephoto samples:
Regarding the periscope sensor, it offers excellent image quality. The best thing is that, unlike some other similar solutions, there’s no “foggy effect” in the photo. Vivo has been offering some of the best camera phones available for years, so they have a lot of experience with image processing, and you’ll notice that here. The camera app offers four preset zoom levels: 0.6x, 1x, 2x, 3x, and 10x. However, if you long-press the zoom selector, you can use a carousel to fine-tune the zoom levels up to 100x. Although, as you might imagine, the images at the maximum digital zoom level will be barely usable in most cases.
Below you’ll find samples taken with the 3x telephoto periscope lens.
If you are interested in even higher zoom levels, 10x zoom results are better or worse depending on the scene. There are cases where the “AI reconstruction” is more evident than in others. In my experience, the device is capable of delivering “almost optical” quality up to 5x zoom. Beyond that, the AI’s participation in photo reconstruction will be much more evident.
Regarding nighttime performance, the 3x telephoto sensor continues to perform quite well, similar to the main camera. Texture details aren’t blurred in the shadows, which is great. It may easily be one of the best 3x telephoto lenses available out there, and it’s nice to have it in a handset that doesn’t cost as much as a premium flagship.
Ultra-wide samples:
For the ultra-wide lens, there’s nothing to write home about here. The handset has an 8MP lens that’s quite out of place with the rest of the camera package. These sensors are more typical of affordable phones, and we would have liked to see something better on this device. The best we can say about the Vivo X200 FE’s ultra-wide camera is that it’s simply “usable.” As expected, it performs just acceptable in ideal lighting conditions, but don’t expect a level of detail similar to that of the other sensors. Still, Vivo’s decent image processing helps improve things a bit.
In low-light situations, the ultra-wide sensor is barely usable. Light control is quite poor, and details become blurred easily. These are the situations when it’s most noticeable that we’re talking about a low-end camera. A 12MP sensor at least would have been much more suitable for this phone.
By the way, the phone offers a “Supermoon” mode:
Regarding Vivo’s camera app, it offers a ton of “styles.” There are the three main ones: Texture, Vivid, and Zeiss. The latter is the mode that promises the most realistic results, and it’s the one we used for camera testing. However, Vivo sets the “Vivid” mode by default, aware that most users prefer photos with punchier colors for social media.
There’s a set of other styles you can play with and experiment with to get the results you like best. There are even dedicated modes for “Food” and “Stage”—a mode designed for taking photos at concerts, taking advantage of the phone’s zoom capabilities. You can also enable a “Smart Focus” setting that will automatically track subjects. The camera app is full of modes and options that photography fans will appreciate.
As an interesting fact, the phone’s flash is not monotone. It can switch between different levels of cool and warm. You can adjust the tone manually or let the phone do it automatically based on the scene. Vivo calls this “Aura Light,” whose intensity is also adjustable. There are even a pair of discreetly integrated front-facing flashlights for selfies.
Should You Buy the Vivo X200 FE?
The Vivo X200 FE is one of those great phones that, unfortunately, is not available in the US market. However, it was launched for €799 in EU countries and from ₹51,990 in India. At this point you could probably get it for less. This phone is a serious competitor to other compact devices like the OnePlus 13s and the Google Pixel 10 in its range. It’s an easy recommendation for anyone in the market for a compact phone that doesn’t compromise on the core experience.
You should buy the Vivo X200 FE if:
You want one of the best camera experiences available in a sub-flagship phone.
You are looking for an affordable pseudo-flagship device that is not primarily focused on performance, cutting costs in other aspects.
You want a phone whose battery will easily last more than a day even with intensive use.
You should not buy the Vivo X200 FE if:
The quality of the ultra-wide camera is really important to you.
The Nothing Phone (3a) Lite and CMF Phone 2 Pro share nearly identical specs, including the display, chip, and battery, at similar prices. The decision depends entirely on two key trade-offs. Find out here about the main differences between the new Nothing Phone (3a) Lite and its twin, the CMF Phone 2 Pro.
This time around, we’re comparing Samsung’s latest “clamshell-like” foldable phone with an Apple classic. The new Samsung Galaxy Z Flip 7 and the Apple iPhone 15 Pro will go head-to-head. Both the very different form factor of Samsung’s phone and the age (launched in 2023) of the still-powerful iPhone 15 Pro make the clash even more interesting.
Here, we’ll break down exactly what both devices bring to the table. We’ll start with the raw technical specs before moving into the key areas that matter most: design, display, performance, battery life, cameras, and audio output. Let’s jump straight into the full comparison between these two handsets.
Black Titanium, White Titanium, Blue Titanium, Natural Titanium
View Specifications
Samsung Galaxy Z Flip 7 vs Apple iPhone 15 Pro: Design
Let’s begin by examining the hardware materials. The Samsung Galaxy Z Flip 7 adopts a sleek construction with a combination of glass and aluminum. Its competitor, the iPhone 15 Pro, achieves a more premium feel by using durable aerospace-grade titanium, complemented by glass. Both manufacturers prioritize a minimalist look with smooth, gently rounded corners. However, the main surfaces—covering the frame, front, and back panels—maintain a largely flat plane. On the front of the Z Flip 7, the inner folding screen features a centered, small hole-punch cutout for the camera. In contrast, the iPhone 15 Pro shows its already classic pill-shaped cutout. In both cases, you will find good optimization work in terms of bezels, being small and symmetrical.
When we look at control placement, the phones handle buttons quite differently. The Galaxy Z Flip 7 has all of its controls neatly along the right side, stacking the volume keys and the power/lock button there. The power button serves a dual function, integrating a fingerprint scanner. The iPhone 15 Pro divides its controls: the power/lock key is on the right edge, but the left side is home to the volume controls, just below the customizable Action Key.
Flipping the devices over reveals the most significant visual contrast. The Galaxy Z Flip 7’s top half rear panel integrates a substantial secondary display. Two horizontal cameras are set cleanly into a corner of this large cover screen. The iPhone 15 Pro uses a more traditional form factor. Apple’s device presents a triple-camera system housed within Apple’s familiar raised, square camera island, located in the top-left corner.
Finally, the physical dimensions show clear variation. When unfolded, the Galaxy Z Flip 7 stands noticeably taller than its rival, though it maintains a narrower and slimmer overall profile. Despite their different forms, their weights are almost identical: the Galaxy Z Flip 7 weighs 188 grams, while the iPhone 15 Pro is just one gram lighter at 187 grams. For water and dust resistance, the Z Flip 7 carries an IP48 certification. The iPhone 15 Pro, however, offers the superior protection of an IP68 rating. Regardless of their distinct high-quality builds, both of these flagship devices tend to feel quite slippery in the hand.
Samsung Galaxy Z Flip 7 vs Apple iPhone 15 Pro: Display
Unfolding the device reveals the Galaxy Z Flip 7’s notably larger main screen, which extends to 6.9 inches. Samsung built this panel as a Foldable Dynamic LTPO AMOLED 2X. Media consumption is excellent thanks to a smooth 120Hz adaptive refresh rate and HDR10+ support. Its brightness capability is high, achieving a peak of 2,600 nits. The display efficiently maximizes its available area, reaching an approximate 88% screen-to-body ratio. It presents visuals at a sharp 2520 x 1080 resolution, utilizing a tall 21:9 aspect ratio. Furthermore, the phone includes a secondary 4.1-inch cover display. This smaller unit is a Super AMOLED panel that maintains a fixed 120Hz refresh rate (not adaptive) and matches the main screen’s impressive 2,600 nits peak brightness. This exterior screen displays content at a 1048 x 948 resolution and is protected by a layer of Gorilla Glass Victus 2.
In contrast, the iPhone 15 Pro features a substantially smaller 6.1-inch screen. This display, an LTPO Super Retina XDR OLED panel, also supports an adaptive refresh rate capping at 120Hz. For superior media quality, Apple includes support for both HDR10 and Dolby Vision standards. While its screen remains very bright, its peak output is slightly lower than its competitor, maxing out at 2,000 nits. The usable screen area is strong, registering a screen-to-body ratio of about 88.2%, and the resolution for content output is 1179 x 2556. The iPhone 15 Pro utilizes a slightly wider 19.5:9 aspect ratio and incorporates Apple’s Ceramic Shield glass for surface protection.
Regarding the overall viewing experience, both devices deliver top-tier performance. You can expect incredibly sharp detail, remarkably vivid colors, and exceptional viewing angles even on the Galaxy Z Flip 7’s cover display. Touch response is instantaneous across the board. Crucially, every display reaches sufficient brightness levels for comfortable use outdoors, and their high refresh rates ensure fluid navigation and seamless motion. A notable improvement on the Galaxy Z Flip 7 is that the crease on its folding panel is significantly less noticeable compared to previous generations.
Samsung Galaxy Z Flip 7 vs Apple iPhone 15 Pro: Performance
Powering the Galaxy Z Flip 7 is Samsung’s self-developed Exynos 2500 processor. This chip employs an in-house 3nm manufacturing process and gets robust support from 12GB of LPDDR5X RAM. For storage, Samsung relies on the fast UFS 4.0 flash technology. Looking at the competition, the iPhone 15 Pro depends on the mighty Apple A17 Pro chip, which also benefits from a 3nm architecture, but courtesy of TSMC. This powerful processor pairs with 8GB of RAM and uses speedy NVMe flash storage. One key detail to remember is that neither of these flagship models gives users the option of expandable storage.
In day-to-day operation, both flagship devices possess more than enough capability to handle virtually any workload. Of course, this includes even the most resource-intensive applications. The Exynos 2500 is a newer chip, but the Apple A17 Pro definitely stands as a strong competitor. In fact, in benchmarks like Geekbench, Samsung’s SoC falls slightly behind in single-core performance. However, Samsung’s chipset shows dominance in multi-core tasks with up to 30% more performance.
Both chips also integrate powerful GPUs. This translates smoothly into mobile gaming. They easily manage demanding graphical software without encountering major issues, though extended heavy use will naturally cause them to warm up. Crucially, this generated heat does not cause their processing power to dip significantly. Neither phone suffers from performance-killing overheating, meaning they consistently maintain smooth operation even when running the most graphically advanced games available today.
Samsung Galaxy Z Flip 7 vs Apple iPhone 15 Pro: Battery
Peel back the layers, and you’ll find the Galaxy Z Flip 7 relies on a 4,300mAh battery. That is a notable contrast to the iPhone 15 Pro, which packs a smaller 3,274mAh cell. This size gap is noticeable, although the way Android and iOS manage this capacity differs noticeably—especially when it comes to multitasking capabilities and app background behavior—which allows Apple to get extra juice from smaller batteries. Fair enough, the Z Flip 7’s battery is still on the smaller side compared to many conventional, non-folding Android giants.
So, how do these numbers stack up in the real world? Both phones actually provide decent longevity. However, external tests show that the iPhone 15 Pro has the advantage, offering around 10-12% more battery life. This could differ a lot depending on how you use the Galaxy Z Flip 7, considering its particular form factor. Some might rely more on the cover display than others, for example. But, overall, these are the numbers assuming you always use the inner display (device unfolded for a fair comparison).
When it’s time to plug in and power up, both devices offer very comparable wired speeds. The Galaxy Z Flip 7 supports 25W wired charging, plus it handles 15W wireless and even 4.5W reverse wireless charging. The iPhone 15 Pro, on the other hand, supports up to 20W wired charging, backed up by 15W MagSafe wireless and 4.5W reverse wired charging. The time spent waiting for a full charge is almost identical: the Galaxy Z Flip 7 needs about an hour and a half to hit 100%, while the iPhone 15 Pro can take up to an hour and 40 minutes.
Samsung Galaxy Z Flip 7 vs Apple iPhone 15 Pro: Cameras
The Galaxy Z Flip 7 features camera hardware built around a dual-sensor arrangement located on the rear. This setup centers on a 50-megapixel primary camera (which uses a 1/1.57-inch sensor). It is assisted by a 12-megapixel ultrawide lens (equipped with a 1/3.2-inch sensor and offering a wide 123-degree field of view). Users often skip the internal selfie camera entirely when shooting portraits. Instead, they prefer to utilize these two high-quality rear sensors, a choice made easy by the phone’s large cover screen.
In contrast, the iPhone 15 Pro comes with a more complete triple-camera system. Its primary shooter is a robust 48-megapixel sensor (featuring a large 1/1.28-inch sensor size). Additionally, it includes a 12-megapixel ultrawide snapper (with a 1/2.55-inch sensor and a 120-degree field of view). The cherry on top is a 12-megapixel telephoto lens (1/3.5-inch sensor) capable of delivering 3x optical zoom.
When comparing the quality of the final images, both phones achieve very similar results. Apple’s color science makes pictures from the iPhone 15 Pro typically remain closer to real-life color and tone, and the phone consistently delivers reliable output across varied lighting. However, the Galaxy Z Flip 7 produces good camera results with plenty of detail and vibrant colors.
Both devices handle low-light conditions well when relying on their main cameras. That said, the ultrawide cameras on both models struggle more compared to their respective primary lenses. They exhibit a significant resolution gap in the ultrawide lens when compared to the main one (12MP versus 50MP or 48MP). Predictably, the iPhone 15 Pro easily takes the win in any telephoto comparison, given that the Galaxy Z Flip 7 completely lacks this camera.
Audio
Both the Galaxy Z Flip 7 and the iPhone 15 Pro include a stereo speaker setup. While the audio quality remains strong on both flagship phones, the speakers found on the iPhone 15 Pro achieve a higher maximum volume. This shows the importance Apple gives to making its iPhones attractive for enjoying multimedia content even when you don’t have earphones nearby.
However, neither smartphone features the traditional 3.5mm audio jack, a common omission among high-end modern devices. For those who prefer a wired connection, you must rely on the Type-C port that both phones offer for audio output. Shifting to wireless options, the Galaxy Z Flip 7 supports the newer Bluetooth 5.4 standard. In comparison, the iPhone 15 Pro has Bluetooth 5.3.
A major conflict is brewing in the Android ecosystem over the future of app distribution. Google is about to tighten the security check for installing external APKs on Android. However, the company recently assured users that sideloading—the ability to install apps from sources other than the Google Play Store—”isn’t going anywhere.” That said, the alternative app repository F-Droid has publicly challenged that statement, calling Google’s assurances about Android’s upcoming app sideloading verification rules “clear, concise, and false.”
F-Droid Says Google’s promise about Android app sideloading staying is false
The core of the dispute lies in Google’s new developer verification system. This policy requires every app developer worldwide to verify their identity using government documentation and link apps to a registered Google account. F-Droid argues that while this process might technically keep sideloading alive, it fundamentally strips away the freedom and openness of the process.
F-Droid warns that this new requirement effectively puts all independent app developers and alternative stores under Google’s unilateral control. If Google doesn’t approve an app, users won’t be able to install it, regardless of where they obtained the file.
As F-Droid puts it, consumers purchased Android devices believing they were an open computing platform where they could choose their software. Starting next year, an OS update could irrevocably block this right. This will leave users “at the mercy of their judgment over what software you are permitted to trust.”
A name problem and safety concerns
The F-Droid community also takes issue with the very term “sideloading.” They argue that installing software should simply be called “installing,” regardless of the source. They also state that the term “sideloading” was coined to imply the process is inherently risky or sinister.
Google claims the new policy is necessary to enhance security. The company cited an analysis that allegedly found “over 50 times more malware from internet-sideloaded sources than on apps available through Google Play.”
F-Droid counters this security argument by pointing to recent news of large-scale malware campaigns and malicious apps being removed from the Google Play Store itself. They argue that instead, Google should focus on improving its own safeguards.
What this means for users and creators
This policy applies to virtually every Android Certified device globally. We are talking about basically over 95% of the market outside of China. It affects everyone, even those who use competing marketplaces like the Samsung Galaxy Store.
For creators, the promise of Android’s “openness”—a key historical advantage over the iPhone ecosystem—is vanishing. Developers can no longer create and share an app directly with their community without first submitting it for Google’s approval.
F-Droid warns regulators that this system centralizes too much power. It could cede “digital sovereignty” to a single unaccountable corporation. The platform urges both consumers and developers to advocate for keeping the Android ecosystem open to maintain user choice and market competition.
The Oppo Find X9 Pro, featuring a massive 7,500mAh battery, just faced the ultimate endurance test against the iPhone 17 Pro Max and Google Pixel 10 Pro XL. The results show Oppo didn't just win—it clearly dominated.
The OPPO Find X9 Pro, featuring a massive 7,500mAh battery, just faced the ultimate endurance test against the iPhone 17 Pro Max and Google Pixel 10 Pro XL. The results show OPPO didn't just win—it clearly dominated.
Apple is preparing a massive display upgrade for some of its most popular devices. A new leak claims high-end OLED screens are coming to the MacBook Air, iPad Air, and iPad Mini, promising richer colors and deeper contrast. But this premium visual experience comes with a catch: be ready for higher price tags and a tricky rollout timeline.
The mobile tech world never stands still. New phones featuring Qualcomm’s latest Snapdragon 8 Elite Gen 5 flagship processor are just hitting the market. However, rumors about its successor, the Snapdragon 8 Elite Gen 6, are already circulating. The next-gen SoC is expected to officially debut in late 2026, so there’s still a long way to go. However, early reports about the Qualcomm Snapdragon 8 Elite Gen 6 chip hint at major performance improvements, including support for the LPDDR6 RAM and UFS 5.0 memory and storage standards.
Artificial intelligence has taken over multiple segments of the tech industry. The smartphone segment is no exception. The heavy implementation of AI by companies like Google and Samsung makes this abundantly clear. Well, the “Elite Gen 6” chip will be better prepared than ever for these tasks.
LPDDR6 and UFS 5.0: The essential upgrades driving the Snapdragon 8 Elite Gen 6 chip
To handle the increasingly complex AI workloads, future silicon requires massive boosts in data speed. The Snapdragon 8 Elite Gen 6 chip tackles this directly by reportedly introducing support for two critical, high-speed standards: LPDDR6 RAM and UFS 5.0 storage. These upgrades will dramatically increase how fast the chip can access and write data.
Perhaps the most compelling (and controversial) rumor centers on the manufacturing process. According to the source (tech tipster Digital Chat Station on Weibo), the Snapdragon 8 Elite Gen 6 chip will mark Qualcomm’s transition to the next-generation 2nm node from TSMC. Qualcomm reportedly plans to use TSMC’s more advanced N2P process. This next-level 2nm variant theoretically offers huge gains. It promises up to 18% better performance or a substantial 36% reduction in power consumption compared to the previous 3nm node.
However, it’s noteworthy that other voices in the industry express doubt about this timeline. They argue that due to TSMC’s expected production ramp-up, Qualcomm, along with other large customers, will only secure the initial N2 2nm process for a 2026 launch.
Skipping an entire lithography step seems ambitious. The simple shift to 2nm nodes guarantees major gains in both power efficiency and raw computational ability, regardless of the exact variant used.
Higher flagship costs
Regardless of the precise manufacturing details, the Snapdragon 8 Elite Gen 6 looks set to be an exceptional leap forward. The combination of a 2nm design with the far faster LPDDR6 memory and UFS 5.0 storage promises significant improvements across the board. These technological advances, unfortunately, rarely come cheap. Analysts expect the Gen 6 to carry a higher price tag than its predecessor. This will likely translate into more expensive flagship devices for consumers.
The Samsung Galaxy S26 series is already making many headlines. Most conversations are focusing on the expected regional split between the Exynos 2600 and the Snapdragon 8 Elite Gen 5 processors. There is also discussion about the potential performance that the Exynos 2600 chip could offer. However, a newly spotted component suggests a nice upgrade might be hidden in a completely different part of the Samsung Galaxy S26: the Bluetooth and overall connectivity experience.
New leaks indicate the Galaxy S26 lineup could debut with a dedicated companion chip for connectivity. This approach mirrors steps taken by other industry giants toward greater hardware independence.
Samsung Galaxy S26’s Exynos S6568 chip may enable Bluetooth 6.1
A fresh listing on the Bluetooth qualified products website reveals a new Samsung chipset: the Exynos S6568. Described as a Bluetooth and Wi-Fi companion chip, the S6568 aims to work alongside a main Exynos SoC. This move suggests Samsung is ready to offload crucial connectivity duties from its flagship processor.
The core technical headline is its support for Bluetooth 6.1. Announced earlier this year, Bluetooth 6.1 is the newest standard, promising better security features and noticeably improved power efficiency compared to its predecessor. Currently, no mass-market devices use this latest specification. So, the Galaxy S26 could be one of the first.
The real advantage: Efficiency and thermals
Why would Samsung introduce a separate chip for features like Wi-Fi and Bluetooth? The prevailing theory among tech analysts is that by dedicating the Exynos S6568 to these tasks, Samsung can significantly improve the performance and power efficiency of the main processor (the Exynos 2600).
This architectural approach allows the primary chip to focus solely on high-demand tasks. Think about running applications and processing complex graphics. The result should be a potential gain in battery life for the S26, faster performance during heavy use, and better thermal management. In the end, the phone should run cooler when you need it most.
The rumored S6568 certification coincides with other reports suggesting the Galaxy S26’s development schedule is changing. The launch, traditionally held in January, is now rumored to be pushed back to March 2026. This delay reportedly stems from an internal strategy reevaluation that involved shuffling the model lineup. The move would also imply the delay of the One UI 8.5 update to eligible Galaxy devices.
The primary battle between the Exynos 2600 and the Snapdragon 8 Elite Gen 5 will still define the S26 experience in many regions. However, the integration of the Exynos S6568 points to Samsung also prioritizing other core aspects of the user experience. Making the phone run cooler and last longer, all while offering the newest connectivity standard, sounds like a great move.
Launched in March of this year, the Google Pixel 9a has quickly become a favorite for those seeking a powerful yet affordable smartphone experience. Its impressive photographic features have also helped its popularity. To help you protect and enhance this device, we’ve scoured the market for the best cases and accessories so you don’t have to. Below you will find our top pick that will cover most of your needs and requirements.
Best Google Pixel 9a Case
For a great blend of style, protection, and a slim profile, the Spigen Liquid Air is our top choice for the best overall case for the Google Pixel 9a.
Spigen Liquid Air
$29.99
The Spigen Liquid Air’s matte black finish with a subtle geometric pattern not only looks modern; it also provides an excellent grip, significantly reducing the chances of accidental slips. This case is crafted from a flexible TPU material that is easy to install and feels comfortable in hand.
Despite its lightweight and slender design, the Liquid Air doesn’t compromise on protection. It features Spigen’s Air Cushion Technology in the corners to absorb shock from drops and bumps. The raised edges around the screen and camera provide an extra layer of defense against scratches when you place your phone on flat surfaces. It’s a case that offers substantial protection without adding unnecessary bulk, making it ideal for everyday use.
Colors: Mate Black, Navy Blue, Abbys Green, Marble Gray
If a secure hold is your primary concern, the dbrand Grip Case is second to none. Engineered with a unique micro-etched texture on the sides, this case offers an exceptional level of grip that inspires confidence when holding your Google Pixel 9a.
dbrand Grip Case
Starts at $59.90
The tactile feedback from the textured rails on dbrand’s Grip Case ensures that the phone stays firmly in your hand, preventing accidental drops.
Beyond its grippy exterior, the dbrand Grip Case provides military-grade impact protection. So, you can be sure your device is safe from everyday tumbles. One of the standout features of this case is its customizability. You can pair it with a wide array of dbrand’s signature skins to personalize the look of your Google Pixel 9a. So, this case will not only offer you a secure grip, but you will also be able to adapt it to your unique style.
Colors: Dozens to choose from, literally
Wireless Charging Support: Yes
Build Materials: Textured silicon
Recycled materials: N/A
Dimensions: N/A
Weight: N/A
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Best Ultra-Thin Google Pixel 9a Case
Among case users, there are many who want to protect their phone from scratches and scuffs without adding bulk. For these cases, the Spigen Thin Fit MagFit case is an ideal solution.
Spigen Thin Fit MagFit
$39.99
As one of the thinnest cases on the market, the Spigen Thin Fit adds virtually no bulk to your phone, preserving its original form factor and feel. The case is so slim that you’ll barely notice it’s there if the color matches that of your device. As a bonus, it integrates a magnet to add compatibility with MagSafe accessories.
This Spigen case is designed with precision, ensuring a snug fit and easy access to all buttons and ports. It features a subtle lip around the camera to protect the lens without adding bulk. While it won’t offer the same level of drop protection as a thicker case, it excels at preventing the everyday nicks and scratches that can blemish your device.
When it comes to robust protection, the OtterBox Commuter Series is a top contender case for the Google Pixel 9a.
OtterBox Commuter Series
$39.99
The OtterBox Commuter Series case is built with a dual-layer design, featuring a soft inner slipcover and a hard outer shell. Both work together to absorb and deflect impact from drops and falls. It’s a case designed for those who lead an active lifestyle or work in demanding environments. It even boasts of exceed 3x the MIL-STD-810G 516.6 military drop standards.
The Commuter Series also includes port covers to block out dust, dirt, and lint from getting into the jacks and ports. Despite its rugged construction, it maintains a relatively slim profile that allows for easy pocketability.
Colors: Black, Blue
Wireless Charging Support: Yes
Build Materials: Polycarbonate, Silicone
Recycled materials: A minimum of 35% recycled plastic
Dimensions: 164.59 x 80.51 x 14.98 mm
Weight: 81.64 grams
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Best Google Pixel 9a Case with a Kickstand
Maybe you are looking for both rugged protection and the convenience of a built-in kickstand. In this case, the Spigen Tough Armor AI (MagFit) for the Google Pixel 9a is an excellent choice.
Spigen Tough Armor AI (MagFit)
$21.99
This case provides heavy-duty defense with its combination of a shock-absorbent TPU interior and a durable polycarbonate exterior. It’s also fortified with Air Cushion Technology for superior drop protection. It even has magnets to support MagSafe gadgets and accessories.
The integrated kickstand is a standout feature. It allows for hands-free viewing in landscape mode, perfect for watching videos or making video calls. The kickstand sits flush with the back of the case when not in use, maintaining a sleek profile. The Tough Armor offers a sweet balance of functionality and protection for your Google Pixel 9a.
Colors: Black, Navy Blue, Abbys Green, Metal Slate
For those who like to put some premium fashion on their phones, the Bellroy Leather Case for the Google Pixel 9a is the ultimate choice.
Bellroy Leather Case
$45
Like other leather cases from Bellroy, this one is designed in direct collaboration with Google. This guarantees a perfect fit and smooth, seamless access to every feature of your Google Pixel 9a.
Crafted from eco-tanned leather, the case doesn’t just protect your phone—it evolves, gaining a unique patina over time. It keeps a remarkably slim profile yet delivers serious protection. You’ll find a soft microfiber lining inside to cushion your phone, plus subtly raised edges that safeguard the screen and camera. If you value genuine leather and precision design, this is your case.
Colors: Terracotta, Agave, Black
Wireless Charging Support: Yes
Build Materials: Leather
Recycled materials: N/A
Dimensions: 159 x 78 x 12 mm
Weight: 29.4 grams
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Best Google Pixel 9a Wallet Case
To simplify your daily carry, the Smartish Wallet Slayer Vol. 1 for the Google Pixel 9a is a nice solution.
TORRO Leather Wallet Case
$34.99
The TORRO Folio Case is an elegant way to protect your device. Made from genuine top-grain leather, it promises a classic look and exceptional durability that ages beautifully over time.
Inside, the case features a soft microfiber lining to safeguard your screen. Its true advantage lies in the utility: multiple card slots replace your wallet, and a simple fold creates a built-in stand for media viewing. The TORRO case offers robust protection that never sacrifices the sophisticated touch of premium leather.
Colors: Black
Wireless Charging Support: Yes
Build Materials: Leather
Recycled materials: 12% Recycled Polyester
Dimensions: N/A
Weight: 110 grams
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Best Google Pixel 9a Screen Protector
Protecting the display of your Google Pixel 9a is essential. The Supershieldz Tempered Glass Screen Protector offers high-quality protection at an affordable price.
Supershieldz Tempered Glass Screen Protector
$7.99
Made from high-quality tempered glass, it provides excellent scratch resistance and can withstand minor impacts. It’s a nice option to keep your screen in pristine condition.
The Supershieldz screen protector is designed to be highly transparent, ensuring that you don’t lose any of the vibrant colors or sharpness of your Google Pixel 9a’s display. It also features a hydrophobic and oleophobic coating to reduce smudges and fingerprints. The package typically includes multiple protectors, making it a great value and ensuring you have a spare on hand.
For the best wireless charging experience with your Google Pixel 9a, the official Google Pixel Stand (2nd Gen) is the top choice.
Google Pixel Stand
$38.45
This wireless charger is designed to provide fast and efficient wireless charging. Plus, it turns your Pixel into a smart display while it powers up. You can use it to control smart home devices, display your favorite photos, and more.
The Pixel Stand is a premium accessory that not only charges your phone quickly but also enhances its functionality. It comes with a power adapter and cable, so you have everything you need to get started right out of the box. For a seamless and feature-rich charging experience, the Pixel Stand is an excellent investment.
Colors: White
Wireless Charging Support: Yes
Build Materials: Plastic
Recycled materials: N/A
Dimensions: N/A
Weight: 5 grams
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Best Google Pixel 9a Wired Charger/Power Brick
The Google Pixel 9a doesn’t come with a power brick in the box. If you don’t have one at home, the Anker 312 Charger (30W) is an excellent and affordable option for fast charging.
Anker 312 Charger (30W)
$19.99
This compact and powerful charger can charge your Google Pixel 9a at its maximum supported speed via USB-C.
The Anker 312 features a foldable plug, making it incredibly portable and perfect for travel. It also incorporates Anker’s safety features to protect your device from overcharging and overheating. For a reliable, fast, and compact charging solution, the Anker 312 is a must-have accessory for your handset.
Oppo has confirmed the global rollout schedule for ColorOS 16, their latest major system update based on Android 16. With 41 models included in the deployment plan, the launch officially begins in November 2025. The timeline shows when several Find X, Reno, K, and Pad devices will receive the latest features and security enhancements.
Google is currently working on its next major software update for Pixel devices—also known as Pixel Feature Drop—for a November 4, 2025 release. This update will deliver several key upgrades. However, among all of them stands out a substantial boost to customization through the introduction of Theme Packs for Google Pixel phones.
This isn’t the first time we’ve heard about this feature. It’s been highly anticipated among Pixel fans, as it has the potential to finally break the customization limitations on these devices compared to third-party Android implementations (such as One UI and Chinese custom skins).
Google Pixel Theme Packs to arrive with the November 2025 Feature Drop
According to Mystic Leaks, the long-rumored Theme Packs feature is finally ready for public release. These packs will represent more than minor color tweaks. They will offer comprehensive, system-wide aesthetic changes. The initial launch will involve a high-profile collaboration, with the first official theme drawing inspiration from the film “Wicked: For Good,” conveniently coinciding with the movie’s first screenings. This joint launch suggests Google plans to launch collaborative Themes constantly in the future.
Pixel Studio Animations and VIP notifications as well
That said, the upcoming Drop also includes a couple of major new features. First, for the creators, The Pixel Studio app is gaining new animation functionality that uses generative AI. Users will be able to transform their existing photos and GIFs into short, dynamic video clips. There are no details yet on which AI model will be behind this feature. However, it is likely powered by the latest Veo 3.1. This new tool will offer a simple way for users to add dynamic motion to their static media.
Lastly, the other star feature of the update will help users manage communication overload. The Pixel VIP feature will let you prioritize notifications from contacts designated as “VIPs.” Its scope will initially be limited to conversations within WhatsApp and Google Messages. However, it leaves the door open for potential integration with more messaging services and apps in the future.
The Google Pixel 10 series has been in the stores for weeks. With their cutting-edge features and refined design, they are devices worth protecting and accessorizing. Since its launch, the market has been flooded with a vast array of cases and accessories. To help you navigate the options, we’ve curated a list of the best cases in various categories, ensuring your Google Pixel 10 is not only safeguarded but also enhanced to fit your lifestyle. All our selections are readily available on Amazon, making it easy to get your hands on these top-tier products.
Best Grip Google Pixel 10 Case
For those who prioritize a secure hold on their device, the dbrand Grip Case for the Google Pixel 10 is in a league of its own.
dbrand Grip Case
Starts at $59.90
Engineered with microscopic ridges along the sides, dbrand’s Grip Case offers an unparalleled grip that significantly reduces the likelihood of accidental drops. The tactile texture provides a confident and comfortable feel in your hand, making it ideal for one-handed use and for those on the go.
Beyond its impressive grip, the dbrand Grip Case doesn’t skimp on protection. It boasts military-grade impact resistance to safeguard your Pixel 10 from everyday tumbles. The case is also fully compatible with dbrand’s extensive collection of skins. This allows you to customize the look of your phone without compromising on the secure grip that makes this case a standout choice. The design you see in the image above is just one of dozens of options to choose from.
Colors: Dozens to choose from, literally
Wireless Charging Support: Yes
Build Materials: Textured silicon
Recycled materials: N/A
Dimensions: N/A
Weight: N/A
Buy from dbrand
Best Rugged Google Pixel 10 Case
When maximum protection is your top priority, the Spigen Tough Armor for the Google Pixel 10 is the case to beat.
Spigen Tough Armor
$21.99
This case is built to withstand serious impacts. It features a dual-layer design that combines a flexible TPU interior with a hard polycarbonate exterior. It also incorporates Spigen’s Air Cushion Technology in the corners for enhanced shock absorption during drops.
Despite its robust construction, the Spigen Tough Armor maintains a relatively slim profile and includes a built-in kickstand for hands-free viewing. The precise cutouts ensure easy access to all ports and buttons, and the raised edges provide excellent protection for the screen and camera. If you lead an active lifestyle or simply want peace of mind knowing your Pixel 10 is safe from harsh conditions, the Tough Armor is a reliable choice.
Colors: Black, Abyss Green, Metal Slate, Navy Blue
For an all-around excellent case that perfectly complements the Google Pixel 10, look no further than Google’s own Pixelsnap Case.
Google Pixelsnap Case
$49.99
This case offers a great fit and is designed to work seamlessly with the phone’s new PixelSnap technology. This ensures a secure connection with compatible magnetic accessories. The case provides reliable protection against everyday drops and scratches without adding unnecessary bulk. While it’s not an ultra-slim case, it maintains the slim profile of your device.
The Pixelsnap Case is crafted from a soft-touch silicone that feels great in hand and enhances grip. The finish reduces the chances of accidental slips. It also features a soft microfiber lining to keep your Pixel 10 free from scuffs. There’s also a variety of colors to match your personal style and the phone’s own colorways.
Build Materials: Silicone, polycarbonate, magnets, and a microfiber lining
Recycled materials: 42% recycled materials, shell made with 75% recycled plastic
Dimensions: 157.48 x 76.2 x 12.7 mm
Weight: 33.97 grams
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Best Ultra-Thin Google Pixel 10 Case
Maybe you’re looking to protect your Google Pixel 10 from scratches and minor bumps without sacrificing its sleek design. Well, the Mous Super Thin Case is an exceptional option.
Mous Super Thin Case
$49.99
This case is impressively slim and lightweight, adding minimal bulk to your phone, so it still feels comfortable in your pocket. It’s constructed from a durable yet flexible material that provides a surprising amount of protection for such a slender profile.
The Mous Super Thin Case features a minimalist design that lets the aesthetics of your Pixel 10 shine through. It’s also compatible with Pixelsnap accessories. So, you can take advantage of the magnetic ecosystem without needing a thicker case. For those who prioritize a minimalist feel and want to keep their device as close to its original form as possible, this case is the top contender.
Colors: Almost 20 colors
Wireless Charging Support: Yes
Build Materials: Polycarbonate
Recycled materials: N/A
Dimensions: 155.23 × 74.38 × 12.97 mm
Weight: 27 grams
Byu at
Buy at Mous
Best Leather Google Pixel 10 Case
If you’re looking to elevate the look and feel of your Google Pixel 10, the premium Bellroy Leather Case is another great option.
Bellroy Leather Case
$55
This case is a product of a partnership between Bellroy and Google. The partnership ensures a perfect fit and seamless integration with the phone’s features. The case is crafted from high-quality, eco-tanned leather that develops a unique patina over time.
The Bellroy Leather Case offers a slim profile while still providing ample protection for your device. The interior is lined with a soft microfiber to prevent scratches, and the edges are slightly raised to protect the screen and camera. For those who appreciate the touch of elegance of genuine leather, the Bellroy case is calling you.
Colors: Black, Sienna
Wireless Charging Support: Yes
Build Materials: Leather, plastic polymer and polyester
Recycled materials: 12% Recycled Polyester
Dimensions: 157 x 76.2 x 14 mm
Weight: 27 grams
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Best Wallet Google Pixel 10 Case
For those who value both style and convenience, the TORRO Premium Leather Wallet Case for the Google Pixel 10 is an excellent all-in-one solution.
TORRO Premium Leather Wallet Case
$34.99
Crafted from genuine top-grain leather, this folio-style case exudes a classic and sophisticated look. The supple leather not only feels great in the hand but also offers durable protection against daily wear and tear.
Inside, the TORRO case features a soft microfiber lining and multiple card slots. This allows you to carry your essential cards and some cash alongside your phone. The case also has a built-in stand function, perfect for watching videos or making video calls. This TORRO case integrates a nice combination of premium materials, practical features, and robust protection.
Colors: Black
Wireless Charging Support: Yes
Build Materials: Leather, plastic polymer and polyester
Recycled materials: 12% Recycled Polyester
Dimensions: 159 x 75.94 x 18.03 mm
Weight: 95 grams
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Best Google Pixel 10 Screen Protector
Protecting the vibrant display of your Google Pixel 10 is crucial. Fortunately, the Spigen GlasTR EZ FIT Tempered Glass screen protector makes it incredibly easy.
Spigen GlasTR EZ FIT Tempered Glass
$34.99
This screen protector is made from durable 9H hardness tempered glass to defend against scratches and cracks. It also features an oleophobic coating to resist fingerprints and smudges.
What sets the GlasTR EZ FIT apart is its innovative auto-alignment installation tray. This ensures a perfect, bubble-free application every time. The screen protector offers edge-to-edge coverage without interfering with most cases and maintains the original touch sensitivity and display clarity of your Pixel 10. If you want reliable and hassle-free screen protection, the Spigen GlasTR EZ FIT is a top choice.
Colors: Clear
Build Materials: Glass
Dimensions: N/A
Weight: N/A
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Best Google Pixel 10 Grip/Stand
The Spigen O-Mag Ring is a versatile accessory that enhances both the grip and functionality of your phone, working perfectly with the native Qi2 magnets of the Google Pixel 10.
Spigen O-Mag Ring
$23.99
This magnetic ring attaches securely to the back of your phone, providing a comfortable and stable loop for your finger. This drastically improves one-handed use, making it much easier and safer to navigate the large cover and main screens.
In addition to being a secure grip, the O-Mag Ring doubles as a durable kickstand. It rotates 360 degrees, allowing you to prop your Google Pixel 10 up in either or portrait landscape mode at various angles, which is perfect for watching videos, taking video calls, and more. Its strong magnetic attachment makes it easy to snap on when you need it and remove for wireless charging.
Colors: Carbon
Build Materials: Metal
Recycled materials: N/A
Weight: 60 grams
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Best Google Pixel 10 Power Bank
Keep your Google Pixel 10 powered up on the go with the Anker Nano Power Bank.
Anker Nano Power Bank (10,000mAh, 30W)
$33.99
This compact and portable charger packs a 10,000mAh capacity, which is enough to provide multiple charges for your Google Pixel 10. It features a built-in USB-C cable that doubles as a carrying loop, so you never have to worry about forgetting your charging cable.
The Anker Nano Power Bank delivers up to 30W of power. So, it perfectly matches the fast-charging power supported by the device. The charger also has an additional USB-C and USB-A port for charging other devices. There’s an informative display that shows you the remaining battery percentage, so you’ll always know when it’s time to recharge the power bank itself. For a reliable charging solution, the Anker Nano Power Bank is an excellent Google Pixel 10 companion.
Colors: Ice Lake Blue, Lilac Purple, Shell White, Sprout Green, Pure Black
For the most seamless and efficient wireless charging experience for your Google Pixel 10, the official Google Pixelsnap Wireless Charger is the way to go.
Google Pixelsnap Wireless Charger
$39.99
This charger is specifically designed to work with the Google Pixel 10’s PixelSnap technology. This ensures perfect alignment and optimal charging speeds every time you place your phone on it. The magnetic connection makes it easy to use, even in the dark.
The Pixelsnap Wireless Charger delivers a fast and reliable charge. Plus, its minimalist design looks great on any desk or nightstand. It’s a simple and elegant solution for keeping your phone topped up without the hassle of cables. If you want the most convenient and optimized wireless charging for your new phone, the official Google charger is a great choice.
Colors: Rock Candy
Wireless Charging Support: Yes
Build Materials: Polycarbonate, metal ring
Recycled materials: At least 15% recycled materials
Dimensions: N/A
Weight: 53.86 grams
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Best Google Pixel 10 Wired Charger/Power Brick
Like many other modern phones, the Google Pixel 10 doesn’t come with a power brick in the box. If you don’t have one at home, the Anker 312 Charger (30W) is an excellent and affordable option for fast charging.
Anker 312 Charger (30W)
$19.99
This compact and powerful charger can charge your Google Pixel 10 at its maximum supported speed via USB-C.
The Anker 312 features a foldable plug, making it incredibly portable and perfect for travel. It also incorporates Anker’s safety features to protect your device from overcharging and overheating. For a reliable, fast, and compact charging solution, the Anker 312 is a must-have accessory for your handset.
For years, Google has been working on optimizing Android for tablets and other large-screen devices. Key feature additions like a taskbar and improved split-screen functionality have helped. However, many users agree that Android tablets still fall short of offering truly seamless, PC-level multitasking. Google is now working to close this gap by reviving and refining a powerful tool that could change how we use tablets: the ability to run any Android app in a floating bubble.
Recent findings by Android Authority suggest Google still has this “bubble anything” concept. The company now aims to better fit existing tablet workflows with an updated interface. Google is positioning it to become a seamless, general-purpose feature for power users.
Android tablets may get massive multitasking upgrade with Floating Apps
The new implementation centers on a simple, intuitive drag-and-drop gesture. Code strings and accompanying animations indicate that tablet users will soon be able to drag an app icon directly from the taskbar and drop it onto one of the screen’s bottom corners. This action will immediately launch the app in a smaller, floating bubble window. Users can then move this bubble freely while simultaneously working in other applications.
This approach aligns perfectly with how other multitasking features, such as split-screen mode, currently work on Android tablets. The goal is probably to minimize the learning curve. To further ensure a smooth user transition, the code also points to a new educational tutorial with animations. This will guide users through the new drag-to-float gesture the first time they interact with the taskbar.
Source: Android Authority
Bubble anything
The current version of Android limits the “bubble” feature almost exclusively to conversation notifications from supported messaging apps. However, the evidence strongly suggests this new gesture will apply to any app placed on the taskbar. Android already allows any app icon to sit in that position. So, extending the floating window capability to all apps is a logical next step.
This broader application unlocks powerful multitasking possibilities. It may allow users to keep three, four, or more apps instantly accessible at the same time. This is a significant functional boost, particularly for smaller tablets that struggle to fit multiple applications comfortably in the standard split-screen mode. Some custom skins from other brands already integrate similar functions. However, a powerful, native solution would be very useful to add uniformity between all Android devices.
We still don’t know when these improvements will arrive in a stable release. However, the presence of a fully designed tutorial and corresponding animations suggests that this “bubble any app” Android feature is making steady progress toward a public release in a future update.
Google is working to make its on-device security features more transparent and manageable for users. An analysis of a recent beta version of the Play Protect Service app indicates that the company is adding updates to its Live Threat Detection tool, which uses artificial intelligence models to identify potentially malicious applications on Pixel phones and Android devices in general.
The Live Threat Detection feature fully relies on local, on-device AI. This means all the processing happens entirely on the local hardware. This approach allows for quick threat detection without requiring sending sensitive application data to Google’s cloud servers. The result is a strong layer of user privacy throughout the scanning process. Now, Google is making it friendlier and easier to use.
Live Threat Detection upgrade for Android: See every flagged app in one place
Currently, Android’s Live Threat Detection issues real-time alerts when it detects suspicious app behavior. However, the feature offers limited visibility beyond those initial notifications. Google is now fixing this lack of a central hub. The recent findings (by Android Authority) point to the development of a dedicated new page for the security tool. This upcoming screen is expected to clearly list all applications that the system has flagged as potential threats. Moving the threat information from individual, potentially numerous notifications to a permanent, centralized report is a great move. It improves user control and makes the security status of the device significantly easier to check at a glance.
Additionally, Google is adding a new, specific alert type focused on data harvesting. Code strings reveal a future warning designed to explicitly inform users when an application deemed unsafe is detected monitoring the device’s location or activity. This alert directly addresses a major area of concern for user privacy: applications that covertly harvest sensitive data or track user movement patterns without proper consent.
These changes aim to enhance the usefulness of Android’s security tools. The mainstream public often underestimates security improvements because they often act in the background. However, keeping your personal data safe from potential bad actors is key in today’s tech industry.
The mobile photography world is heating up as Sony prepares to challenge Samsung's dominance in ultra-high-resolution sensors. Reports confirm the upcoming Sony LYT-910 is the company's first 200MP phone camera sensor, featuring a large 1/1.11-inch size. Check its key leaked specs here.
Google brought visual call customization to Android with the “Calling Cards” feature. However, one key piece of functionality has been notably missing. Android users could design unique screens for their contacts’ incoming calls, but they could not control what their own call screen looked like on a friend’s device. This omission was a significant one compared to rival operating systems. However, Google is now ready to address this long-standing oversight in Android‘s implementation with a new “My calling card” option.
Code spotted by Android Authority within a recent beta version of the Phone by Google app reveals work on an upcoming setting called “My calling card.” The description associated with this unreleased tool is straightforward. It will help you to “customize how you’ll appear when making or receiving calls.” While the feature is not yet functional in the public beta, the explicit text confirms that a true two-way customization system is actively in development.
Android Calling Cards could match iOS’ Contact Posters soon
This change would finally bring full creative control to users. It could allow them to define their visual identity on a remote device. The potential move could also bring feature parity in the competitive mobile space. However, it raises one interesting technical consideration: how will the system handle a potential conflict? What happens if the sender uses the “My calling card” feature, but the recipient has already created a custom card for that contact? Google will likely implement a dual-option system, perhaps giving the recipient the choice between displaying the card designed by the sender or the one they created themselves. This level of user control is necessary for a fluid experience.
There is no official timeline for the public rollout yet. But the discovery of the “My calling card” setting is a clear signal that Google is refining Android’s Calling Cards experience. Once this functionality arrives, Android users will finally gain the full creative control over their call identity.
The race to harness quantum computing just saw a major acceleration. Google recently announced a significant breakthrough using its Willow quantum chip and a new method called the Quantum Echoes algorithm. This achievement moves the field closer to what researchers call “practical quantum advantage.” The latter is the point where quantum computers can solve meaningful real-world problems that are simply impossible for the best classical supercomputers to handle in a reasonable amount of time.
Google’s experiment involved a complex physics simulation. It measured a subtle quantum phenomenon known as the second-order out-of-time-order correlator (OTOC). According to Google, its quantum device performed the calculation over 13,000 times faster than the Frontier supercomputer. Frontier is currently ranked as the world’s most powerful classical machine. To put that in perspective, the task took the quantum chip just over two hours, while the supercomputer would have required an estimated 3.2 years of continuous operation.
Quantum Echoes: Google demonstrates real-world quantum application
The key to this speed is the Quantum Echoes algorithm itself. The technique works by leveraging the unique properties of qubits—the quantum equivalent of binary bits—which can exist in multiple states at once.
The process is conceptually simple. The team sends a specific signal into the quantum system (the Willow chip), introduces a tiny disruption, and then runs the entire signal evolution backward in time. As the evolution reverses, the quantum waves create a moment of “constructive interference.” This magnifies the resulting “echo,” making the final measurement incredibly sensitive. The output reveals how information spreads and interacts across the quantum system.
This approach is powerful because the result is verifiable. Unlike some previous quantum speed demonstrations, the output of the Quantum Echoes algorithm can be repeated on other comparable quantum computers and, more importantly, can be cross-checked with real-world physical experiments.
A molecular ruler for science
To demonstrate the real-world utility of this method, Google partnered with researchers at the University of California, Berkeley. They applied the Quantum Echoes algorithm to study the structure of two different molecules.
They compared the quantum results with those from Nuclear Magnetic Resonance (NMR) spectroscopy. NMR is a method currently used in chemistry (and the science behind MRI technology). The data from both systems aligned perfectly. Crucially, the Quantum Echoes technique managed to extract structural information that standard NMR methods typically cannot reveal, effectively acting as a “molecular ruler” with unprecedented precision.
Full-scale quantum computers capable of completely revolutionizing medicine and materials science still require hardware with millions of highly stable qubits. However, Google believes this algorithmic breakthrough is a greater stride. The company remains optimistic, projecting that the first real-world quantum applications could arrive within the next five years. This research points to a future where quantum machines are also useful for scientific discovery, not just complex speed tests.
OpenAI recently entered the browser space with ChatGPT Atlas. This new AI-powered tool aims to embed conversational intelligence directly into the web navigation experience. Days after its initial release, the development team is already outlining a series of immediate updates. It seems that the company is focused on quickly enhancing both the core functionality and the unique AI features of ChatGPT Atlas.
ChatGPT Atlas AI Browser to close the feature gap quickly
Adam Fry, ChatGPT Atlas product manager, confirmed the first set of upgrades. The list shows that devs are focusing on familiar utilities common in established browsers. Key additions include native support for User Profiles, organization via Tab Groups, and the availability of an opt-in Ad Blocker. These options are fundamental for providing the organizational structure and convenience users expect from an everyday browser. Additionally, a series of quality-of-life enhancements, including a fully functional overflow menu for bookmarks and an improved list of keyboard shortcuts, are also in the works.
You can expect significant improvements in the most advanced artificial intelligence components. The Agent feature, currently available to paid subscribers for handling complex actions across multiple web steps, is getting technical refinements. The goal is to improve stability through quicker response times and a more reliable “pause” function. This update will also expand the Agent’s utility by integrating it more deeply with major cloud services like Google Drive and web-based Excel. Basically, the AI will be more capable and reliable for automated, professional workflows.
We've received incredible feedback since launching our new browser, ChatGPT Atlas, yesterday. We're really focused on building the best product for all of you, and since launch, the team has been heads down making it better.
In the spirit of transparency, these are the very… pic.twitter.com/UzQSqcxwpj
— Adam Fry (@adamhfry) October 23, 2025
Improved ChatGPT sidebar, fast switching between different projects and AI models
The integrated Ask ChatGPT sidebar is likewise undergoing refinement. Plans include allowing users to quickly switch between different project contexts or specific AI models without having to leave the current web page. The team is exploring features like seamless text transfer, allowing users to copy and insert text generated in the chat directly into the browser window. The developers have also noted community feedback. They confirmed that specific compatibility issues with certain third-party tools, such as the 1Password password manager, will get a fix.
OpenAI seems to be prioritizing rapid improvement based on user feedback and technical requirements. It remains to be seen whether the company can dominate the AI browser segment as it did with the chatbot segment. OpenAI will have tough competition in Perplexity’s Comet and Chrome’s upcoming AI-powered big revamp. Even Microsoft joined the race with deeper integration of Copilot AI into its own Edge browser.
Budget Android phones are about to get a power injection. Qualcomm has just unveiled the new Snapdragon 6s Gen 4 chip. The company has released it quietly, without much fanfare. Still, the latest hardware platform includes some impressive features for affordable mobile devices, including support for 144Hz displays.
Qualcomm Snapdragon 6s Gen 4 powers 59% faster graphics in cheap phones
The most important technical detail of the new platform is that it is the first in the 6s series built using a 4nm process node. This drives major gains in efficiency and power over older 6nm designs. The Qualcomm Snapdragon 6s Gen 4’s CPU structure includes eight Kryo cores: 4x performance cores clocked up to 2.4 GHz and 4x efficiency cores operating at up to 1.8 GHz. Qualcomm states that this configuration yields up to 36% better CPU performance and up to 59% faster GPU performance compared to previous generations. For users, this means noticeably smoother app switching and quicker load times. Overall, you can expect a more responsive daily experience overall.
Beyond core processing, the chip improves several key aspects of the affordable phone experience. Starting with gaming, the chip supports high-frame-rate content on Full HD+ displays at 144 Hz. It also incorporates software features borrowed from premium Snapdragon lines. The list includes Variable Rate Shading (VRS) for efficient graphics rendering and Qualcomm’s Game Quick Touch feature. The latter reduces input lag during high-action games. Furthermore, the chip is compatible with high-speed LPDDR5 memory (up to 3,200 MHz).
200MP camera support, Wi-Fi 6E and more
The new platform also enhances multimedia capabilities on Android handsets. It supports camera sensors up to 200MP and enables 2K video recording. For situations with poor lighting, the hardware-accelerated Multi-Frame Noise Reduction (MFNR) helps to deliver clearer, more detailed photos. In terms of connectivity, the modem supports the latest 5G Release 16 standard. Advanced Wi-Fi 6E technology—up to 2.9 Gbps download speed—and Bluetooth 5.4 are also present.
Qualcomm has not yet confirmed the specific device manufacturers or a timeline for retail availability. However, major companies that traditionally use the 6-series—such as Xiaomi, OPPO, and Motorola—will likely incorporate this new platform into their upcoming models pretty soon. Let’s hope to receive more news about it soon.
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