Latest news with #siliconcarbonbattery
Geeky Gadgets
28-07-2025
- Geeky Gadgets
Samsung Galaxy S26 Edge LEAKED: Thinner Design, BIGGER Battery!
Samsung is poised to redefine its flagship Galaxy S series with the highly anticipated Galaxy S26 Edge. This model is set to replace the Galaxy S26 Plus, signaling a strategic shift toward sleeker designs and innovative technology. By incorporating silicon-carbon battery technology, the Galaxy S26 Edge promises a thinner profile and enhanced battery performance, aiming to establish a new benchmark in smartphone innovation. This evolution reflects Samsung's commitment to delivering devices that balance style, functionality, and advanced engineering. Watch this video on YouTube. Transforming Smartphone Design The Galaxy S26 Edge is expected to feature an ultra-slim design, reportedly measuring less than 5.8 mm in thickness, making it one of the thinnest smartphones in Samsung's history. This design caters to users who prioritize portability and modern aesthetics, offering a device that is both lightweight and visually appealing. Despite its compact size, Samsung is likely to maintain the premium build quality that has become synonymous with the Galaxy S series. By focusing on sleekness without sacrificing functionality, Samsung is addressing the growing demand for lightweight yet powerful smartphones. This approach ensures that users can enjoy a device that is as practical as it is stylish. Silicon-Carbon Battery Technology: A Leap Forward One of the most notable features of the Galaxy S26 Edge is its adoption of silicon-carbon battery technology, a significant advancement in mobile energy solutions. This technology allows for higher energy density, allowing larger battery capacities to fit within a smaller physical footprint. For users, this translates to longer battery life without increasing the device's bulk. Additionally, silicon-carbon batteries offer faster charging times and degrade more slowly over time, addressing common concerns about battery longevity. While Samsung has not yet disclosed the exact battery capacity, this innovation represents a major step forward in smartphone battery performance, making sure that users can rely on their devices for extended periods without frequent recharging. Enhanced Battery Performance for Everyday Use Battery life remains a critical factor for smartphone users, and the Galaxy S26 Edge is designed to deliver meaningful improvements in this area. By using silicon-carbon technology, Samsung aims to provide a device that can handle intensive daily usage with ease. Whether you're streaming videos, multitasking, or using power-intensive apps, the Galaxy S26 Edge is expected to offer fewer interruptions and a more reliable experience. This aligns with broader industry trends, as competitors like OnePlus and Honor are also exploring similar advancements. For users, this means a smartphone that not only performs well but also supports a seamless, uninterrupted lifestyle. Striking the Perfect Balance Between Design and Functionality The Galaxy S26 Edge is designed to strike a balance between aesthetics and performance, catering to a diverse range of users. While Samsung's Ultra models are tailored for power users with larger screens and higher specifications, the S26 Edge offers a more streamlined alternative. Its slim profile and advanced battery technology make it an attractive option for those who value high performance without the bulk. This versatility ensures that the Galaxy S26 Edge appeals to professionals, casual users, and smartphone enthusiasts alike, offering a device that combines style, substance, and practicality. Unanswered Questions and Future Potential Despite the excitement surrounding the Galaxy S26 Edge, several details remain undisclosed. Samsung has yet to confirm the exact battery capacity, dimensions, and other key specifications. However, the integration of silicon-carbon technology and the emphasis on a slim design suggest that the S26 Edge will be a significant upgrade over its predecessors. As more information becomes available, it will be interesting to see how this device influences the future of smartphone design and performance. For now, the Galaxy S26 Edge represents a promising step forward, offering a glimpse into the potential of next-generation mobile technology. Stay informed about the latest in Galaxy S26 Edge by exploring our other resources and articles. 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.
GSM Arena
17-07-2025
- GSM Arena
Honor to make 7,000 mAh batteries standard on future flagships, 8,000 mAh for mid-rangers
Honor's latest device in China - the Honor X70 features a huge 8,300mAh silicon-carbon battery and the brand has been releasing devices with 7,000+ mAh capacities for a while now. According to tipster Digital Chat Station (DCS), Honor will continue to prioritize large battery capacities for its midrange and flagship phones this year. Honor X70 features an 8,300mAh silicon-carbon battery As per the new DCS post, Honor's 2025 flagships will offer at least 7,000mAh cells while its midrangers are set to pack cells in the 8,000mAh range and above. That's a notable increase for Honor's midrangers as last year's Honor X60 shipped with a 5,880mAh cell while the X60 Pro featured a 6,600mAh capacity. Honor Magic7 Pro Honor's flagship Magic7 series ranged between 5,650 and 5,850mAh cells, so 7,000+mAh on the upcoming Magic8 series would be a solid improvement. DCS also suggests that future Honor flagships will offer a maximum of 100W wired charging speeds. It remains to be seen if Honor phones outside of China will also receive the added battery capacity boost. Source (in Chinese)
Digital Trends
09-05-2025
- Digital Trends
Samsung's first tri-fold handset could be a game-changer for company
Samsung is reportedly gearing up to use a next-generation silicon-carbon battery in its first-ever tri-fold smartphone, anticipated to launch later this year. This new battery technology boasts a higher energy density than traditional lithium-ion batteries, which can pack more power into a smaller space. According to leaker PandaFlash (via Android Headlines) while the battery capacity in the tri-fold might remain under 5,000mAh to maintain a slim and lightweight design, the silicon-carbon composition could still deliver comparable battery life to larger conventional batteries. This move aligns with Samsung's ongoing efforts to create thinner Galaxy devices, with rumors suggesting the technology could also feature in the even slimmer Galaxy S26 series expected next year. Recommended Videos Interestingly, the upcoming tri-fold is also said to borrow design elements, including speaker drivers and cut-outs, from the anticipated Galaxy Z Fold 7. Furthermore, it might incorporate a similar hinge mechanism that allows the device to lay completely flat when unfolded. However, the unique two-fold design will necessitate a customized hinge solution. Samsung's first anticipated tri-fold phone, the Galaxy G Fold, is expected to feature a unique G-shaped inward folding mechanism, protecting the primary display when closed. Rumors suggest it will sport a large, approximately 9.96-inch inner display that unfolds from a 6.49-inch cover screen, making it significantly larger than current foldables and approaching the size of a small tablet. It's likely to include enhanced multitasking capabilities and software optimization to manage this larger screen. While specific camera details are still emerging, it's plausible that it will incorporate a versatile multi-lens setup, potentially including a high-resolution primary sensor, ultrawide, and telephoto lenses, along with under-display camera technology on the main screen. Samsung certainly isn't the first company to turn to silicon-carbon batteries. These types of batteries are found in the well-received OnePlus 13, as well as phones from Xiaomi, Honor, OPPO, and many others. The adoption of silicon-carbon batteries in the tri-fold could signify the beginning of a broader shift for Samsung, potentially paving the way for this advanced battery technology to become a standard feature in future Galaxy smartphones. Samsung could announce its first tri-fold phone as early as this summer.
Phone Arena
08-05-2025
- Phone Arena
Samsung Galaxy tri-foldable has a silicon carbon battery, reports reliable source
*Header image is referential and showcases the Huawei Mate XT. | Image credit — PhoneArena Receive the latest Samsung news Subscribe By subscribing you agree to our terms and conditions and privacy policy The Samsung Galaxy S25 Ultra uses a traditional lithium-ion battery. | Video credit — Samsung Using a silicon carbon battery for the Galaxy tri-foldable serves multiple purposes. For starters the battery capacity is reportedly less than 5,000 mAh which is the expected average for Samsung phones nowadays. But if the battery is a silicon carbon one then it can still provide adequate battery life even if it is smaller on paper. The tri-foldable also needs a better battery because it will require a lot of power in the first place to run its giant display. I think it can be reasonably concluded that because of the power requirements the tri-foldable, even with a silicon carbon battery, will only have a very average battery life. Silicon carbon batteries are also more durable and that is sure to help for a phone that needs so much juice. New battery tech for Samsung phones has been a long time coming and I really hope that the prototype passes the tests it needs to so that the tri-foldable gets the silicon carbon battery. Maybe then we can begin to hope for better batteries on the Using a silicon carbon battery for the Galaxy tri-foldable serves multiple purposes. For starters the battery capacity is reportedly less than 5,000 mAh which is the expected average for Samsung phones nowadays. But if the battery is a silicon carbon one then it can still provide adequate battery life even if it is smaller on tri-foldable also needs a better battery because it will require a lot of power in the first place to run its giant display. I think it can be reasonably concluded that because of the power requirements the tri-foldable, even with a silicon carbon battery, will only have a very average battery carbon batteries are also more durable and that is sure to help for a phone that needs so much juice. New battery tech for Samsung phones has been a long time coming and I really hope that the prototype passes the tests it needs to so that the tri-foldable gets the silicon carbon then we can begin to hope for better batteries on the Galaxy S26 series as well as the Galaxy Z Fold 8 and Flip 8 next year. It appears that the day so many Samsung fans have been waiting for has finally arrived: the company is ready to use silicon carbon batteries. A very reliable source for Samsung leaks has revealed that the Galaxy tri-foldable smartphone's prototype features a silicon carbon battery instead of the traditional Galaxy tri-foldable — which is slated to release later this year — will only see around 200,000 units manufactured initially and will only launch in a select few regions. The reason for this is that it is going to be a very expensive phone and Samsung does not expect to sell too many models.A silicon carbon battery is a battery that can hold more charge than a lithium-ion battery while being the same size. Many phone manufacturers have started using silicon carbon batteries so that they can provide better battery life without making their phones thicker. OnePlus 13 , Vivo X200 Pro and the Xiaomi 15 Pro are just three recent flagship phones with silicon carbon has often been mocked for being so slow in adopting newer battery technologies. The Samsung Galaxy S25 Ultra , the company's latest flagship, only charges at 45W while other phones offer up to and over 100W charging speeds. Fans have also been asking when Samsung will use silicon carbon batteries and it seems that the time has finally come.
