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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Xiaomi has expanded its smart TV lineup in Europe with the launch of the TV S Mini LED 2026 series. The new range brings Mini LED backlighting, high refresh rates, and Google TV integration to several price tiers, starting well below many established premium brands.

The lineup covers five sizes: 55, 65, 75, 85, and 98 inches. All models offer 4K resolution (3840 × 2160) with a peak brightness rated at up to 1,200 nits. Xiaomi claims 94% DCI-P3 color coverage, along with support for HDR10+ and HLG. Dolby Vision is available on the 85-inch and 98-inch versions.

Refresh rate varies depending on size. The 55-inch, 65-inch, and 75-inch models use 120Hz panels, while the 85-inch and 98-inch step up to 144Hz. That higher refresh rate makes the larger models more appealing for console gaming or PC setups.

Audio is handled by dual 15W speakers with Dolby Atmos support. Like previous Xiaomi TVs, the software experience is built around Google TV, which means access to major streaming platforms, Chromecast built-in, and Apple AirPlay compatibility.

Connectivity also differs slightly by size. The smaller models include Wi-Fi 5, Bluetooth 5.0, two HDMI 2.0 ports, and one HDMI 2.1. The 85-inch and 98-inch versions upgrade to Wi-Fi 6, Bluetooth 5.2, and three HDMI 2.1 ports — a more future-ready configuration for multiple high-bandwidth devices.

Pricing and availability:

The new lineup is already listed on Xiaomi’s official online stores in countries including the Netherlands, Spain, Italy, and Germany. There’s no confirmation yet on UK availability, though Xiaomi’s broader European rollout suggests additional markets could follow.

Pricing currently starts at €549 for the 55-inch model. The 65-inch comes in at €749, followed by €949 for the 75-inch. The larger 85-inch variant is priced at €1,399, while the 98-inch tops out at €2,199.

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(Sources: 1, 2, 3, 4, 5)

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Micron confirmed in December 2025 that it will exit the Crucial consumer business, which covers retail RAM, SSDs, and memory cards sold through distributors and online channels. Shipments will reportedly continue through the end of Micron’s fiscal Q2. After that, Crucial-branded products will no longer be supplied to retail partners.

Warranty support for existing products will remain in place, and Micron will continue operating its enterprise portfolio under its own name. The change is specifically aimed at reallocating resources toward higher-margin segments such as data-center DRAM, high-bandwidth memory (HBM), and enterprise SSDs.

The reasoning isn’t subtle. AI infrastructure has significantly altered the memory market over the past two years. Data centers training and running large AI models require enormous amounts of DRAM and specialized memory solutions. As Micron’s Chief Business Officer Sumit Sadana put it, AI-driven growth in data centers has led to a surge in demand for memory and storage.

In a market where only three major suppliers — Samsung, SK hynix, and Micron — account for the vast majority of DRAM production, shifts like this matter. When capacity is redirected toward HBM and other server-grade products, less supply is available for traditional consumer devices. That imbalance is showing up in pricing.

For PC builders and upgraders, Crucial’s exit is notable. The brand has long been associated with reliable, reasonably priced memory upgrades. While other brands will continue selling DRAM and SSDs, the overall pool of consumer-focused supply is narrowing.

This doesn’t necessarily mean immediate shortages across the board. But it does suggest that consumer memory may no longer be a priority growth area for major manufacturers, at least in the near term. As AI data centers absorb more production capacity, everyday devices could face tighter pricing and slower cost declines than in previous cycles.

Micron’s decision reflects a broader reality in the semiconductor industry right now: AI infrastructure is where margins are strongest, and companies are following that demand. For consumers, the effects are hard to accept.

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Samsung may be preparing a noticeably larger 200MP camera sensor for future flagships. According to new leaks out of China, the company is working on what’s reportedly called the ISOCELL HPA.

The information comes from Digital Chat Station, who claims the ISOCELL HPA will feature a 1/1.12-inch optical format. That would make it significantly larger than Samsung’s recent 200MP sensors, such as the HP2 and HP3, which sit at around 1/1.3-inch.

In practical terms, a jump to 1/1.12-inch brings the sensor much closer to the 1-inch class used by some competitors. A larger surface area generally means better light gathering, which can improve low-light performance, detail retention, and overall image quality.

Another key detail in the leak is the use of LOFIC (Lateral Overflow Integration Capacitor) technology. LOFIC is designed to extend dynamic range at the hardware level, helping preserve highlight and shadow detail in high-contrast scenes. Instead of relying entirely on multi-frame HDR processing, the sensor itself handles more of the dynamic range capture. If implemented well, that could lead to more natural-looking images and fewer blown highlights.

The ISOCELL HPA is reportedly targeted for a 2027 release. As with many recent high resolution ISOCELL sensors, it may first appear in devices from Chinese smartphone brands before making its way into Galaxy flagships.

For Samsung’s own lineup, another leak from Ice Universe suggests the Galaxy S27 Ultra could instead use a different 200MP sensor called the ISOCELL HP6. That unit is said to retain the 1/1.3-inch size seen in recent generations but incorporate LOFIC improvements and refined image processing to close the performance gap.

In other words, Samsung may be pursuing two parallel strategies: increasing sensor size for its Chinese customers while continuing to optimize its existing form factor for Galaxy flagships.

With a 2027 timeline, there’s still time before any of this becomes official. Still, the direction is clear: Samsung finally appears to be investing in sensor physics and underlying imaging hardware.

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(Source)

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Honor has refreshed its premium ultraportable lineup at MWC 2026, introducing the MagicBook Pro 14 2026 with a familiar design but significantly upgraded internals. It weighs 1.37kg — not a dramatic drop from 1.39kg, but enough to keep it firmly in ultraportable territory.

The display remains one of the headline features. Honor is sticking with a 14.6-inch OLED touchscreen in a productivity-friendly 3:2 aspect ratio. Resolution sits at 3120 × 2080 (roughly 258 PPI), paired with a 120Hz refresh rate. On paper, the panel offers 100% DCI-P3 coverage, 10-bit color, and a peak brightness up to 700 nits for HDR content.

The display is clearly aimed at creators who care about color fidelity. TÜV Rheinland Low Blue Light and Flicker Free certifications are also present, and Honor is adding an “E-Book mode” to reduce eye strain during longer reading sessions.

The bigger story, though, is inside. The MagicBook Pro 14 2026 is among the first laptops to ship with Intel’s new Core Ultra Series 3 processors, codenamed Panther Lake. Buyers can configure the laptop with Core Ultra 5 variants or step up to the flagship Core Ultra X9 388H for heavier creative workloads, and even some light gaming.

Memory options include 24GB or 32GB of LPDDR5X RAM, paired with 1TB of SSD storage. Notably, Honor includes dual M.2 2280 slots, giving users some room to expand storage later.

Connectivity is fairly comprehensive. You get Thunderbolt 4, a full-function USB-C 3.2 Gen 2 port, two USB-A ports, HDMI 2.1, and a 3.5mm headphone jack. There’s Wi-Fi 6 and Bluetooth 5.1 onboard, a 1080p wefbcam, and a triple-mic setup. The keyboard features 1.5mm key travel, and Honor is offering either a traditional or pressure-sensitive touchpad depending on configuration.

Battery capacity sits at 92Wh, which is generous for any laptop. Honor claims up to 15 hours of use, though real-world results will depend heavily on workload and screen brightness. Charging is handled by a 100W adapter, with a full charge taking just 68 minutes. It even supports up to 80W reverse charging for other devices — effectively turning it into a smart power bank.

On the software side, it ships with Windows 11 Home and includes Honor’s ecosystem features like Honor Share.

It will be available in Starry Gray, Green, and White. Pricing and detailed availability haven’t been announced yet.

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Honor has officially taken the wraps off its newest foldable, the Magic V6, and on paper, it’s one of the most ambitious devices in the category right now. There’s just one catch: most of the world won’t be able to buy it for months.

The announcement happened on March 1 during Honor’s pre-MWC 2026 showcase in Barcelona. The headline feature? It’s the first smartphone to run on Qualcomm’s latest Snapdragon 8 Elite Gen 5 chip. That alone gives Honor early bragging rights, especially in the foldable segment where performance and thermal efficiency matter a lot.

Interestingly, Honor chose to unveil the Magic V6 on a global stage before launching it in China. That’s a bit unusual. Typically, Chinese brands debut major devices domestically first. In this case, the move feels strategic: a way to plant a flag ahead of upcoming foldables like the Samsung Galaxy Z Fold8, Google Pixel 11 Pro Fold, and even Apple’s long-rumored iPhone Fold.

Chinese buyers won’t have to wait long. Sales are expected to begin later this month. That timing gives Honor a meaningful head start in its home market.

International customers, however, are facing a different timeline. Honor has hinted that the Magic V6 won’t arrive outside China until the second half of 2026. That likely means July or later, depending on region. Pricing hasn’t been announced either, which adds another layer of uncertainty.

It’s an odd situation: the phone has been shown, demonstrated, and positioned as a global flagship — yet availability remains months away for Europe, the UK, and other markets. For enthusiasts who followed the Barcelona reveal hoping for near-term access, that delay is going to sting a little.

There are practical reasons for staggered launches, of course. Scaling production, meeting certification requirements, and managing supply chains across multiple regions takes time. Still, in a competitive foldable landscape, long gaps between announcement and release can dilute momentum.

Until that second-half global launch happens, the Magic V6 remains a bit of a tease — impressive on stage, available at home, and just out of reach for much of the world.

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(Source | Via)

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On March 1, 2026, Samsung announced its plans to turn all of its global production facilities into what it calls “AI-driven factories” by 2030. It’s a bold target, and it goes well beyond the traditional automation that already defines modern electronics manufacturing. This time, Samsung is talking about systems that can make decisions on their own.

A key part of that vision is agentic AI, which, unlike standard AI tools, can independently plan and execute tasks in order to meet specific goals. Samsung first introduced the term on the consumer side with the Galaxy S26 series. Now it wants to bring similar decision-making capabilities into its factories to increase efficiency and reduce operational costs over time.

Samsung says it will gradually expand its use of industrial robots, including humanoid models. The company describes three categories: operating robots for managing production lines and facilities, logistics robots for transporting materials, and assembly robots for precise manufacturing tasks.

Humanoid robots are expected to handle more complex or flexible operations, the kind that still benefit from human-like dexterity. Samsung has been building up its robotics capabilities in recent years, including increasing its stake in Rainbow Robotics, which is now part of the group. One of the systems likely to appear on production floors is the RB-Y1, a wheeled humanoid robot equipped with dual arms.

Samsung isn’t alone in exploring this direction. Other manufacturers are experimenting with humanoid robots and AI-powered automation as labor costs rise and supply chains grow more complex. Still, making these systems reliable and economically viable across dozens of global plants is no small task.

For now, Samsung is outlining a roadmap rather than showing a finished product. Whether its factories look radically different by 2030 will depend on how smoothly these technologies integrate into real-world production environments. The ambition is clear. The execution, as always, will be the harder part.

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(Source: Samsung)

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A leaked Quick Start Guide for the Osmo Pocket 4 has surfaced online, offering what might be the clearest look yet at the upcoming device. The document appears to be for the Creator Combo version and carries the usual DJI branding and layout. If genuine, it suggests the launch isn’t far off.

From the images, the Osmo Pocket 4 keeps the signature rotatable touchscreen, but it also appears to expand on dedicated hardware buttons. There’s a 5D joystick for gimbal control, a zoom button, a shutter button that doubles as power, a customizable “C” button, and status LEDs. On paper, that may not sound dramatic, but for anyone who used the Osmo Pocket 3, it addresses one of the common complaints: too much reliance on touchscreen navigation during shooting.

The guide specifically mentions the Creator Combo bundle. That likely means DJI will once again offer multiple configurations, similar to the Pocket 3’s Standard and Creator kits.

There’s also growing chatter that early units may already be circulating in certain regions, possibly in Asia. That would explain how a full Quick Start Guide ended up online. If that’s the case, more substantial leaks could appear soon.

As for timing, previous rumors point to a March 26 announcement in China, with a broader global rollout potentially following in April. Some reports also suggest DJI may introduce a higher-end Osmo Pocket 4 Pro later this year.

DJI doesn’t seem to be reinventing the Pocket formula. Instead, the Osmo Pocket 4 appears to refine it, keeping the compact, three-axis stabilized design intact while improving usability through better physical controls and bundle flexibility.

If the leaked guide is legitimate, the official reveal may be right around the corner.

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(Source)

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As MWC 2026 approaches, smartphone makers are once again using the event to showcase their unconventional designs. While much of the attention has been on Honor’s upcoming Robot Phone concept, Ulefone is preparing something different: a rugged handset with a detachable camera module.

The device is called the RugOne Xsnap 7 Pro, and its defining feature is a small “magnetic action camera” built into the back of the phone. The module can be removed and used independently, turning it into a compact wearable camera. Ulefone says it’s designed for hands-free recording, whether attached to a helmet, backpack strap, or other gear.

The idea isn’t entirely new: detachable or modular cameras have appeared in various forms over the years. But integrating one directly into a smartphone is unusual. Ulefone describes it as the first “wearable action camera rugged phone,” though real-world performance will depend on how stable the connection is and how well the software handles syncing and control.

As for the phone itself, the hardware is fairly robust. It features a 6.67-inch 1.5K AMOLED display with a 120Hz refresh rate. Power comes from a MediaTek Dimensity 8400 5G chipset, paired with a substantial 9,000mAh battery aimed at extended outdoor use.

The rear camera system includes a 50MP main sensor with OIS and a 64MP night vision camera for low-light and infrared scenarios. What’s still unclear is whether the detachable unit utilizes the main sensor or operates as a separate camera. Ulefone has mentioned magnetic docking for charging and viewing through what it calls “Action Pod Docking.” Unfortunately, full integration details haven’t been shared yet.

The timing is notable. Honor is expected to showcase its ROBOT PHONE concept at MWC as well, featuring a robotic camera mechanism designed to move and adjust framing automatically. While the two approaches are very different — one focused on robotics, the other on modular camera and durability — both reflect a broader push toward more flexible mobile photography setups.

Ulefone plans to demonstrate the RugOne Xsnap 7 Pro prototype at Booth 7E46 during MWC 2026, with a commercial launch targeted for mid-year.

Whether the idea gains traction will likely depend on how seamless that camera module feels in everyday use — and whether users see it as a genuine tool rather than just an interesting add-on.

(Source)

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