logo
Is the Samsung Galaxy S26 Ultra the Fastest Android Phone Ever? Leaks Point to Yes

Is the Samsung Galaxy S26 Ultra the Fastest Android Phone Ever? Leaks Point to Yes

Geeky Gadgets6 days ago
The Samsung Galaxy S26 Ultra marks a pivotal upgrade in charging technology, setting a new standard for the brand's flagship devices. With the introduction of 60 W fast charging, the S26 Ultra delivers a 33% improvement over its predecessor, the Galaxy S25 Ultra. This enhancement addresses a critical demand for faster and more efficient charging, catering to users who prioritize convenience and reliability in their daily smartphone experience.
Watch this video on YouTube. Enhanced Charging Speed: A Key Highlight
The defining feature of the Galaxy S26 Ultra is its 60 W fast charging capability, a significant leap from the 45 W charging offered by the S25 Ultra. This improvement allows the device to charge its 5000 mAh battery more rapidly, providing a practical advantage for users. In real-world usage, the S26 Ultra can achieve 75-90% charge in just 30 minutes, compared to the S25 Ultra's 72% within the same timeframe. This advancement minimizes downtime, allowing users to spend less time tethered to a charger and more time engaging with their device. Battery Capacity: Balancing Power and Portability
While the charging speed has seen a notable upgrade, the Galaxy S26 Ultra retains the 5000 mAh battery capacity of its predecessor. This capacity strikes an optimal balance between extended battery life and maintaining a manageable device weight. For users, this means the phone can sustain a full day of moderate to heavy usage without compromising portability. The improved charging speed further enhances the user experience, making sure that even during busy schedules, the device can be quickly recharged to meet the demands of the day. Efficiency and Sustainability in Charging
Samsung has placed a strong emphasis on efficiency and sustainability in the charging process of the Galaxy S26 Ultra. The device incorporates advanced power delivery systems and thermal management technology, which work together to optimize energy transfer and minimize heat generation. These enhancements allow the phone to achieve a full charge in approximately 45 minutes, reducing energy waste and improving overall charging efficiency. For environmentally conscious users, this translates to a cooler and more sustainable charging experience, aligning with broader efforts to reduce the environmental impact of consumer electronics. Positioning Against Competitors
Despite the impressive improvements, the Galaxy S26 Ultra's 60 W charging speed still falls short of some competitors in the market. Brands like Xiaomi and Oppo have introduced devices capable of charging at speeds exceeding 100 W, allowing full charges in under 30 minutes. However, Samsung's approach prioritizes reliability, safety, and long-term battery health, which are critical factors for many users. While the S26 Ultra may not lead the industry in raw charging speed, it represents a meaningful step forward for Samsung's flagship lineup, narrowing the gap with competitors while maintaining the brand's reputation for durability and quality. Future Prospects for Samsung's Battery Technology
The advancements seen in the Galaxy S26 Ultra highlight Samsung's ongoing commitment to innovation in battery and charging technology. Looking ahead, users can expect further developments, such as higher battery capacities and even faster charging speeds. Emerging technologies, including solid-state batteries, hold the potential to transform the industry by offering greater energy density, longer lifespans, and enhanced safety. While these breakthroughs remain in development, the S26 Ultra serves as a solid foundation for future progress, signaling Samsung's dedication to meeting the evolving needs of its users. A Meaningful Step Forward
The Samsung Galaxy S26 Ultra represents a significant evolution in the brand's approach to smartphone charging. With 60 W fast charging, a 5000 mAh battery, and improved efficiency, the device addresses a key limitation of previous models while enhancing daily usability. Although it does not yet set industry records for charging speed, the S26 Ultra delivers a more reliable and convenient experience for users. This device not only meets the demands of modern smartphone users but also underscores Samsung's commitment to advancing battery performance and sustainability in its flagship products.
Find more information on Samsung Galaxy S26 Ultra by browsing our extensive range of articles, guides, and tutorials.
Source & Image Credit: Demon's Tech Filed Under: Android News, Mobile Phone News, Top News
Latest Geeky Gadgets Deals
Disclosure: Some of our articles include affiliate links. If you buy something through one of these links, Geeky Gadgets may earn an affiliate commission. Learn about our Disclosure Policy.
Orange background

Try Our AI Features

Explore what Daily8 AI can do for you:

Comments

No comments yet...

Related Articles

Return of the flip phone: does Apple's foldable iPhone signal a new era in design?
Return of the flip phone: does Apple's foldable iPhone signal a new era in design?

The Guardian

time5 hours ago

  • The Guardian

Return of the flip phone: does Apple's foldable iPhone signal a new era in design?

Back in 2005, nothing felt more high-powered and sophisticated than ending a call by snapping shut a clamshell flip phone. Now, two decades since they hit peak popularity, they're back – with Apple rumoured to be working on its first ever flip phone. Little is known about how it will look. It could resemble Samsung's Flip design – closer to a 2000s-style clamshell phone – or its Fold, more like a foldable iPad. A JPMorgan report has suggested that the first foldable iPhone will be revealed in September 2026, priced at $1,999 (£1,474), and will likely expand a foldable phone market expected to reach 19m units in 2025. The rectangular tablet has been a mainstay of phone design for the last 15 years, but could Apple betting on the flip phone be a sign that's about to change? Tech experts said the new product launch probably reflected the fact that people now mostly access the internet on their phones, rather than laptops or tablets, and are looking for a device that optimises that experience – but the high price point suggests it will remain a premium product. 'Apple and all other smartphone makers are somewhat stymied by the fact the smartphone has become somewhat of a boring category – it's absolutely essential in people's daily lives, but it no longer has the excitement of the next big thing,' said Ben Wood, an analyst at the tech consultancy CCS Insight. This is why Apple has been reaching for new designs that can get people talking – for example, the ultra-thin iPhone, expected to be launched in September. Wood thinks Apple is entering the foldable market because other companies have experimented first. Samsung's initial Galaxy Fold designs were bedevilled by screen problems, but next week's Galaxy Flip and Fold 7 triple release, featuring slimmer designs and bigger screens, is expected to represent the 'next generation' of foldable phones, which Samsung will be hoping reverses the flatlining sales in 2024. 'Apple is rarely first to anything – it's not typically a company that dives in with both feet – it likes to take its time, see how it can refine and optimise it, and deliver the best, most reliable experience, then it jumps,' Wood said. He noted that Samsung's flip phone has been more popular than the fold model 'because it's cheaper and has captured imagination of the population who like the idea of having something different from everyone else'. Sign up to TechScape A weekly dive in to how technology is shaping our lives after newsletter promotion But he thinks that Apple producing a foldable mini-tablet has the most potential to 'move the needle' by giving people the opportunity to unfold a larger screen where they can easily watch videos, show off photos and browse documents when working remotely. Margarita Panayiotou, a tech researcher at the University of Manchester, said academic research had identified that people prefer bigger screens for browsing and gaming. This, combined with the fact that young people, especially, tend to use smartphones to go online, suggests that the foldable design could offer an ideal compromise for future consumers. Prof Ben Carter, who researches how smartphones impact our lives at King's College London, agreed that video watching was 'one of the wins' for foldable phones, especially since videos constitute a growing proportion of the content that people consume. Foldable phones can have larger screens and can also be propped up for easier viewing. He thought there could be mental health benefits to a design resembling a 'mini-laptop that you can close down'. His research shows that disabling notifications is highly effective in reducing screen time and tackling smartphone addiction. If the screen is not visible, it removes the 'variable reward scheme' – the same process by which gambling addiction works, whereby not knowing when you will receive a reward makes something more compelling. 'If you can switch it off, more like a laptop, that distraction has gone,' he said, though he noted there waws not yet evidence that people are using foldable phones in this way. This might be especially beneficial for children, who receive on average more than 200 notifications a day – though the high price point of foldable phones makes it unlikely that many will have access to them until their parents pass on secondhand models several years after launch. Prof David Ellis, the chair of behavioural science at the University of Bath, said that other draws include the fact that screens are better protected and fit into a smaller pocket, as well as the 'sense of nostalgia that comes with a flip phone'. But he added that it might not be the gamechanger people are expecting: Apple doesn't have a '100% success rate – the Vision Pro [headset] has been a spectacular failure'.

Cupra Born and more qualify for £1500 government EV grant
Cupra Born and more qualify for £1500 government EV grant

Auto Car

time6 hours ago

  • Auto Car

Cupra Born and more qualify for £1500 government EV grant

Meanwhile, the UK-built Citroën e-Berlingo and Vauxhall Combo Life Electric were awarded the lower discount. This is likely to be because their batteries come from abroad, while the Nissan Leaf's battery will be supplied by the AESC factory next to Nissan's Sunderland plant. The government has not given any indication of when to expect the next batch of ECG-eligible EVs, but many sub-£37k EVs – including many from Asia that are unlikely to be deemed eligible on the basis of their manufacturing and export CO2 footprints – have already been discounted by their makers. Unlike with the previous Plug-in Car Grant (PiCG), buyers don't need to register for the discount; instead, the ECG is automatically applied to the sale price of the eligible models. Transport secretary Heidi Alexander said: 'This summer, we're making owning an electric car cheaper, easier and a reality for thousands more people across the UK.' To qualify for the grant, car manufacturers' models must meet science-backed emission-footprint criteria, while the individual model lines must be priced under £37,000 in entry-level trim. Which discount a model receives – either £1500 or £3750 – is determined by its environmental impact: how much CO2 is emitted in an EV's production and assembly, along with the emissions footprint of its battery manufacture. Threshold levels have yet to be made public. While any manufacturer can apply for their car to be included in the scheme, it's thought that, due to this criteria, cars produced in Asian countries will not be eligible for the ECG.

Bambu Lab H2D 3D printer review: Your own personal manufacturing hub
Bambu Lab H2D 3D printer review: Your own personal manufacturing hub

The Independent

time11 hours ago

  • The Independent

Bambu Lab H2D 3D printer review: Your own personal manufacturing hub

Setting up the H2D couldn't be easier. Unlike the fiddly builds of older 3D printers, this machine arrives almost fully assembled straight out of the box. Simply place the AMS unit (the box that holds and automatically feeds the filament into the printer) on top, connect the tubes and cables at the back, and power up. The H2D then takes care of all calibration and setup, guiding you step-by-step through the entire process, including installing the filament. This is one of the first printers to offer up to five filaments out of the box – four in the AMS multifilament unit and one for standard or specialist materials on the side. These specialist materials, such as carbon-fill and TPU (thermoplastic polyurethane), put far greater demands on printers but offer more flexibility, especially for professional use. I dived straight in and started printing the benchmarks. One of the big advantages here is that the Bambu Lab software, BambuStudio, is straightforward to use, with plenty of online help to get you started. Compatible with both Mac and PC, you can use it with your computer connected directly, or, if you have the printer in a workshop, you can operate it remotely through your home network. When the H2D laser full combo was announced, many of us hoped for a true multi-toolhead 3D printer, but at the moment, only the Original Prusa XL offers this potential with four tool heads. While the H2D is a multi-toolhead machine, those additional toolheads are modules that clamp onto the front of the main print head. These include the laser, cutter, and plotter modules. The always-in-place 3D printhead features two nozzles, meaning two filaments are always ready to go, double the usual amount, but less than many of us in the community had hoped for. Why are more heads better than one? Well, it means there is less material waste and more speed, so two nozzles in one toolhead is a good halfway house. The waste issue really only becomes apparent when a third material is introduced, as one filament has to be retracted so the new filament can be used. As the filament swap is being managed and to avoid cross-contamination, the old and then new filament are purged to clear the nozzle, and this is where the filament waste can start to stack up. For the majority of the test, I placed the black filaments on the outer feeding spool, as it was the most commonly used, and this fed into the left-hand nozzle, cutting down on retractions and purging, with only the filaments in the AMS going through the right-hand nozzle needing to purge as they swapped. When it comes to the more specialist materials, such as the rubberised material TPU, these can't go through the AMS and must go through the left nozzle supplied by the outer spool. The issue here is that the setup to get TPU printing requires the stretchy filament to be rerouted through the back of the machine through a third hole, which can prove fiddly, however good the end result is. With standard materials such as PETG (polyethylene terephthalate glycol-modified), PLA (polylactic acid) and ABS (acrylonitrile butadiene styrene), this machine is highly optimised, so print failures were virtually non-existent during the initial tests. To put the idea of using the H2D as a personal manufacturing hub to the test, I designed a simple GoPro-style handlebar mount. Multiple copies of the design were printed across the platform in a high-impact material, ASA (acrylonitrile styrene acrylate), which is both water- and UV-resistant, making it ideal for small-scale projects. The STL (stereolithography) files that I had created in a computer-aided design (CAD) application were imported directly into BambuStudio and then sent through the network to the machine. The total time for 28 units to print was one day and 11 hours, so it is by no means fast, but still quicker and cheaper than having tooling made for injection moulding. Once the print had finished, it was time to swap the tool head to create the packaging. The cutter, plotter and laser all use a new piece of software called Bambu Suite, which, like Studio, is well laid out, but you'll probably need to spend some time familiarising yourself with the layout before diving in. The next step was to create a product box. To start, I installed the pen head, which clamps in front of the 3D print head and, in turn, the cutter. Then, the graphics and meshes were loaded into the Bambu Suite software, everything was lined up, and then all that was left to do was hit go. The pen got to work, drawing on the card to create simple graphics. Each pen has one colour, but swapping for another is quick and easy if you want multiple shades on your material. Once the graphics were finished, I swapped the pen for the cutter tool to cut out the box shapes, then manually glued them together. With everything set up in the Bambu software, once I'd hit go, each box was cut out perfectly and, unlike laser cutting, there was no scorching – just clean, precise lines. The whole process of producing 28 GoPro-style mounts and accompanying packaging took about two days, although most of that time was spent printing. In reality, the active time is mostly spent laying things out in the Bambu Lab software and then assembling the boxes. A major part of this machine is the laser cutter and engraver. If you want to sell in shops or at events, you'll need a display to show off your products. Swapping out the toolhead, removing the cutter and replacing it with the laser cutter takes just a couple of minutes. Using 3mm basewood ply, I laid out my design in the Bambu Lab software and sent it through to the H2D – another streamlined process. Once the laser finishes cutting safely in its enclosed environment, the basewood can be removed. The parts push out and assemble easily with a bit of PVA glue, and I used the engraver to add a logo to the display, for a touch of personalisation. When using the laser engraver, you do need an extractor. Bambu Lab makes its own, which I used for this review, with the filtration system helping to cut down fumes from both the laser and 3D printing processes.

DOWNLOAD THE APP

Get Started Now: Download the App

Ready to dive into a world of global content with local flavor? Download Daily8 app today from your preferred app store and start exploring.
app-storeplay-store