Samsung’s foldable phones have gradually become more accessible over the years, but a newly surfaced patent suggests the company may be exploring an even cheaper clamshell model. The design hints at a Galaxy Z Flip variant that could sit below the Z Flip7 FE in price, potentially pushing foldables further into the mainstream.

The patent was spotted by 91Mobiles in the World Intellectual Property Organization (WIPO) database. Samsung originally filed the design on May 20, 2024, and it was officially registered on March 3, 2026. Like most patents, it doesn’t guarantee an actual product, but it does offer a glimpse into the kinds of ideas Samsung is experimenting with.

The device shown in the filing clearly follows the familiar Galaxy Z Flip-style clamshell design. However, one detail stands out: the cover screen.

Samsung has steadily increased the size and usefulness of the outer screen in its foldable phones. Earlier flip models had very small displays with limited functionality, mostly for notifications. That changed with the Galaxy Z Flip 5, which introduced a much larger cover screen capable of running apps and handling quick tasks without opening the device.

The patent seems to move in the opposite direction. Instead of a large rectangular panel, the design shows a small circular display placed next to the rear cameras on the cover. It’s a noticeably simpler setup. Some interpretations suggest there may be a surrounding display area, but from the diagrams it looks more like a single compact screen meant for basic information and quick controls.

That smaller display could serve a practical purpose: lowering costs. A simpler cover screen would likely reduce manufacturing complexity while keeping the core flip-phone experience intact. When unfolded, the device appears very similar to a standard Galaxy Z Flip, suggesting the main foldable display and overall form factor wouldn’t change much.

Of course, patents often represent experimental ideas rather than confirmed products. Still, with competition in the foldable market growing and more brands entering the segment, it wouldn’t be surprising to see Samsung explore ways to make flip-style foldables cheaper and easier for new buyers to try.

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(Source | Via)

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Vivo came to MWC 2026 in Barcelona with plenty to show off, but one device at its booth drew attention for a different reason. While the company has been openly promoting the camera-focused X300 Ultra, visitors noticed another handset quietly displayed nearby, one that appears to be the long-rumored Vivo X300 Max.

The handset appeared alongside information referencing MediaTek’s upcoming Dimensity 9500 processor, and was described simply as an existing member of the X300 series. Well-known leaker Roland Quandt quickly connected the dots. He pointed to a device labeled V258A, likely related to the previously rumored V2548A model number. That identifier recently surfaced in 3C certification documents, which also revealed support for 90W wired charging.

Images shared by Vivo executive Han Bo Xiao seem to show the same handset, strengthening the case that the device on display is indeed the Vivo X300 Max.

One of the clearest visual differences appears to be the rear camera layout. Unlike the X300 and X300 Pro, the Max features a slightly different arrangement: two lenses sit on either side of the Zeiss T* branding, while a third lens is positioned above them.

Rumors suggest the phone could feature a 6.78-inch LTPO OLED display with a 1440p resolution. Perhaps even more notable is the battery capacity being discussed: a massive 7,000 mAh unit, which could translate into impressive battery life.

Vivo hasn’t formally acknowledged the X300 Max yet, but its quiet appearance at MWC hints that the company may be preparing to expand the X300 lineup sooner rather than later.

If the X300 Ultra is aimed at photography enthusiasts looking for maximum camera capabilities, the X300 Max could end up serving as the more balanced flagship, combining strong performance, long battery life, and versatile cameras.

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(Sources: 1, 2)

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Ahead of the official launch on March 5, 2026, Nothing shared a teaser showing the rear of the Phone (4a) Pro as a dark silhouette, briefly lit up by a circular LED pattern. The short clip confirms that the phone will feature a Glyph Matrix, the circular LED array that first appeared on the flagship Nothing Phone (3).

On the Phone (3), the Glyph Matrix consisted of 489 micro-LEDs, allowing the phone to display fairly detailed animations, everything from notifications and timers to progress indicators and even pixel-style caller IDs.

The version coming to the Phone (4a) Pro, however, appears to be noticeably scaled down. Early information suggests the matrix may use around 137 micro-LEDs, a significant reduction from the flagship implementation.

That change has already sparked debate within the community. Discussions on platforms like Reddit and X show many fans wondering whether the reduced LED count will limit what the feature can actually do. With fewer lights, animations may not look as smooth, and complex icons or progress indicators could lose some detail.

An animation circulating online, shared by X user @adi, appears to demonstrate the matrix in action. It shows familiar Glyph-style behaviors such as pulsing notification alerts and charging indicators. But compared to the Phone (3), the visuals do seem less detailed.

Another detail that remains unclear is the physical size of the matrix. The teaser doesn’t reveal whether the LED circle itself is smaller or simply uses fewer LEDs within the same space.

The base Phone (4a) takes a different approach altogether. Instead of the circular matrix, it features a Glyph Bar. By keeping the Glyph Matrix exclusive to the Pro model, Nothing is clearly trying to create a visual and functional gap between the two devices.

With the launch event scheduled for later today in many regions, we won’t have to wait long to see the full picture. Whether the scaled-down Glyph Matrix turns out to be a clever cost-saving tweak or a feature that feels watered down remains to be seen. Either way, the teaser has already done one thing successfully: it has people talking.

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(Source: Nothing)

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Red Magic has started teasing a new entry in the compact gaming tablet segment, not long after Lenovo introduced the Lenovo Legion Tab Gen 5 at MWC 2026. Smaller, high-performance tablets are slowly gaining attention, and Red Magic appears ready to join that push with its next device.

The company posted an early teaser for the upcoming Red Magic Gaming Tablet 5 Pro, which will succeed the Red Magic Astra. That device originally launched in China as the Red Magic Gaming Tablet 3 Pro before getting a global rebrand.

The teaser highlights a compact form factor, suggesting the new model will stick closer to the Astra’s portable design rather than the larger Red Magic Nova. Red Magic hasn’t revealed specifications yet, and there’s no confirmed launch date either. The only message for now is that the tablet is “coming soon.”

The timing is interesting because compact gaming tablets are suddenly getting more attention. Lenovo’s Legion Tab Gen 5 currently stands out as one of the first in this category to feature Qualcomm’s Snapdragon 8 Elite Gen 5. Given Red Magic’s focus on gaming hardware, it wouldn’t be surprising to see the Gaming Tablet 5 Pro use the same chip, paired with a high-refresh display and the brand’s typical active cooling system.

Red Magic has followed a fairly predictable launch pattern in the past. The previous model arrived in China first in June 2025, then appeared internationally about a month later under the Astra name. The new tablet could follow a similar path, debuting in China before a wider global release sometime later in 2026.

The Astra itself already packed strong hardware for its size. It featured a Snapdragon 8 Elite processor, a 9.06-inch 2.4K OLED display, up to 24GB of RAM, and an internal cooling fan. The upcoming model will likely build on that formula, possibly adding higher refresh rates, improved triggers, or a larger battery.

For now, though, Red Magic is only offering a small preview. More details should emerge soon as the company moves closer to announcing the Gaming Tablet 5 Pro.

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(Source: Red Magic on Weibo)

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Apple’s latest iPad Air refresh has started appearing in early benchmarks, and the numbers suggest the tablet performs closer to the iPad Pro than many might have expected. Shortly after the announcement, the first Geekbench 6 results for the M4-powered iPad Air began circulating online. In the test, the tablet scored 3,714 in single-core and 12,296 in multi-core performance.

Those numbers put it surprisingly close to the Apple iPad Pro (M4), which typically lands around 3,691 single-core and 13,663 multi-core in the same benchmark. In other words, single-threaded performance is nearly identical, while the Air trails the Pro by roughly 10% in multi-core workloads.

That gap isn’t particularly surprising once you look at the chip configurations. The iPad Air uses an 8-core version of the M4, with three performance cores and five efficiency cores. The iPad Pro, meanwhile, carries a 10-core variant with four performance cores and six efficiency cores.

The extra cores in the Pro help when software can scale across many threads — things like exporting large video projects or heavy multitasking. But for everyday work, the difference may be harder to notice. Tasks like browsing, media consumption, note-taking, and even most creative workloads rarely saturate all available cores.

That positioning keeps the Air noticeably cheaper than the Pro lineup, while still delivering Apple’s newest silicon. If these early benchmarks hold up in broader testing, the M4 iPad Air may end up occupying a sweet spot in Apple’s tablet lineup — offering most of the performance of the Pro models without the same price tag. For many buyers, the extra cores in the Pro simply won’t make a meaningful difference in daily use.

The M4 iPad Air is already available for pre-orders, with retail availability reportedly scheduled for March 11. Pricing starts at about 4,799 yuan in China (roughly $659) for the 11-inch model with 128GB storage, while the 13-inch version begins around 6,499 yuan (~$899). Pricing and availability may vary by region.

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(Source: Geekbench)

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Qualcomm’s next push into high-performance Windows laptops is starting to show up in benchmarks, and the early numbers look promising.

The upcoming Snapdragon X2 Elite Extreme (X2E-96-100) has finally appeared in a leaked Geekbench listing tied to an Asus Zenbook A16 configuration with 48GB of RAM. While the chip was announced earlier and even shown in a few prototype devices at CES 2026, this is one of the first independent benchmark entries to surface publicly.

In Geekbench 6.6.0, the processor reportedly scored 4,033 in single-core and 23,198 in multi-core tests. Those results put it in interesting territory.

On the single-core side, the chip appears to edge past Apple’s Apple M4 Max, which typically lands somewhere around the high-3,800 to low-3,900 range in the same benchmark. Multi-core performance still favors Apple, though, with the M4 Max hovering closer to 25,700.

Compared with current Windows-focused competitors, the results look significantly stronger. AMD’s top Strix Halo configurations generally score around 2,900 single-core and 18,000 multi-core, while Intel’s Core Ultra X9 388H Panther Lake part sits roughly in the 3,000 / 17,800 range. If the numbers hold up, Qualcomm’s new chip would represent a clear step forward for Windows-on-Arm performance.

Graphics performance also appears to have taken a notable leap. The integrated Adreno X2-90 GPU — listed with 16 compute units — achieved 44,786 points in Geekbench’s OpenCL test. That’s almost double what earlier Snapdragon X Elite graphics managed in similar benchmarks.

The Snapdragon X2 Elite lineup is expected to feature Qualcomm’s updated Oryon CPU architecture, with an 18-core design and boost clocks reportedly reaching up to 5.0 GHz on prime cores. The chip also includes an 80 TOPS NPU aimed at accelerating AI workloads.

The leak gives an early glimpse of Qualcomm’s ambitions. The company has spent the past few years positioning Snapdragon chips as a serious alternative to traditional laptop processors, promising much improved power efficiency and battery life.

If production laptops deliver results close to these numbers, the Snapdragon X2 Elite could end up being Qualcomm’s strongest attempt yet at challenging both Apple Silicon and the latest x86 processors.

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(Sources: 1, 2 | Image: Qualcomm)

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More details about DJI’s upcoming Osmo Pocket 4 are starting to surface, and the latest leak suggests the small vlogging camera may bring a few more practical upgrades than earlier rumors hinted.

The new information comes from tipster Igor Bogdanov, who shared additional pages from what appears to be the device’s full Quick Start Guide. The document is labeled for the Creator Combo version, which usually includes extra accessories aimed at content creators.

One of the more interesting additions revealed in the new pages is a removable LED floodlight accessory. Instead of building a light directly into the camera body, DJI appears to have designed a small module that attaches to the bottom of the device, likely through a magnetic or mechanical connection.

The light itself includes physical buttons that allow users to adjust both brightness and color temperature, each with three levels. For vloggers filming in dim environments, that could be a handy option without needing to carry separate lighting gear. At the same time, keeping it detachable helps the camera stay compact when the light isn’t needed.

Another tweak involves physical zoom controls. According to the diagrams in the guide, the Osmo Pocket 4 will include a dedicated zoom button that quickly switches between 1×, 2×, and 4× zoom levels. The higher levels appear to rely on digital zoom rather than optical, though earlier leaks have suggested that a separate Osmo Pocket 4 Pro model could introduce optical zoom. The guide also hints at support for a magnetic auxiliary lens.

As for timing, earlier reports indicate the Osmo Pocket 4 could be officially announced in China on March 26 with sales beginning shortly afterward. A global launch may follow soon after, possibly in April, which would match DJI’s typical rollout pattern.

For now, the Osmo Pocket 4 looks like a careful evolution of DJI’s pocket-sized gimbal camera, adding a few thoughtful tools for creators without straying too far from what already works.

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(Source: Igor Bogdanov)

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Foldable phones are already engineering puzzles. Now imagine opening one up and trying to nearly double its battery capacity.

That’s essentially what YouTuber Scotty Allen attempted in his latest project. Allen, best known for the Strange Parts channel and its ambitious repair experiments, decided to see what would happen if he replaced the battery inside Samsung’s tri-fold phone with a high-energy-density silicon-carbon battery pack taken from a rival device.

Samsung’s Galaxy Z TriFold ships with a three-cell battery pack with a total capacity of 5,600mAh. Honor’s latest book-style foldable, in comparison, manages a battery capacity of around 6,660mAh. Allen’s idea was simple in theory: take those high-density battery cells and retrofit them into Samsung’s device.

In practice, it turned into a far more complicated job. The Honor Magic V6’s battery cells are slightly larger than the spaces available inside the TriFold, so Allen had to physically modify the phone to make them fit. That meant CNC-milling parts of the chassis, grinding down hinge components, and even removing the bottom speaker to free up room.

There was also the matter of battery electronics. Allen replaced Honor’s battery management system with Samsung’s to ensure the phone could properly recognize and manage the new cells.

The end result, at least on paper, was a 9,600mAh battery pack inside the TriFold. That’s about 71% more capacity than the original 5,600mAh configuration.

The modified phone actually powers on and runs. But the surgery didn’t come without consequences. A visible white line now runs across the display, likely the result of stress during disassembly or reassembly.

Still, the experiment makes an interesting point. Being able to squeeze significantly more capacity into the same physical volume could dramatically improve endurance for these devices.

Samsung, for its part, has been cautious about adopting the technology. After past battery incidents, the company has tended to prioritize reliability over aggressive capacity jumps.

But a recent report suggests Samsung may finally be preparing to use silicon-carbon batteries in future Galaxy phones, possibly starting with slim devices like the rumored Galaxy S26 Edge.

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(Source)

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It’s been over half a decade since Samsung last increased the battery capacity of its top-tier Galaxy S flagship. The company moved to a 5,000mAh cell with the Galaxy S20 Ultra back in 2020, and that figure remains unchanged in the newly launched Galaxy S26 Ultra. Instead of increasing raw capacity, Samsung is leaning on improved efficiency from the latest Snapdragon, along with performance tuning in One UI 8.5.

Meanwhile, Chinese brands like Xiaomi, OnePlus, and Honor have taken a very different approach. Their latest flagships pair the same chipset with high-energy-density batteries with capacities over 7,000mAh. So naturally, the big question is where the Galaxy S26 Ultra stands against these rivals when it comes to battery life. A recent battery drain comparison by Tech Droider attempts to put that into perspective.

The test simulated mixed real-world usage such as browsing, video playback, gaming, camera work, and the Galaxy S26 Ultra lasted 9 hours and 8 minutes. That’s actually a step up from last year’s S25 Ultra, which stopped at around 8 hours and 40 minutes in the same test. So there is progress, even if it’s not dramatic.

Where things get interesting is in the comparison. The iPhone 17 Pro Max crossed 9 hours and 41 minutes. Xiaomi’s 17 Pro Max pushed just past 10 hours. And the OnePlus 15 stretched all the way to 12 hours and 31 minutes.

That gap isn’t hard to explain. Battery size plays a role, and a big one. The OnePlus 15 carries a 7,300mAh battery, and Xiaomi’s flagship goes up to 7,500mAh. With that kind of capacity advantage, endurance gains start to look less surprising.

The pattern is becoming clearer year after year. Efficiency tweaks help, but they only go so far when rivals are increasing raw capacity by 30–40 percent.

Samsung has hinted at possible silicon-carbon adoption in future models, which could allow for larger batteries without adding bulk. If that happens, the balance may shift. For now, though, the S26 Ultra remains competitive rather than class-leading in endurance.

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(Source)

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