Tag: silicon-carbon battery

  • Samsung Galaxy Z TriFold Upgrade: Honor Silicon Carbon Batteries

    Samsung Galaxy Z TriFold Upgrade: Honor Silicon Carbon Batteries

    Key Takeaways

    1. Samsung’s Galaxy Z TriFold features a 10-inch display, Snapdragon 8 Elite SoC, and a 5,600 mAh battery.
    2. A YouTuber from the channel ‘Strange Parts’ enhanced the Galaxy Z TriFold’s battery using Honor’s silicon carbon cells, potentially increasing the capacity by 71%.
    3. The project involved overcoming compatibility challenges and modifying the device, including CNC milling and replacing the battery management system.
    4. The modified Galaxy Z TriFold reached a battery capacity of 9,600 mAh but experienced display issues, with no tests conducted on capacity or durability.
    5. Samsung may soon release a device with silicon carbon battery technology, possibly the Galaxy S26 Edge, as they continue to explore advancements in battery technology.

    Samsung introduced its Galaxy Z TriFold in December of the previous year, and it’s been quite popular. This device features an impressive 10-inch display when opened, powered by the Snapdragon 8 Elite SoC, along with a triple rear camera setup. It is supported by a modest 5,600 mAh Li-Ion battery. Meanwhile, as Chinese brands shift towards silicon carbon technology, foldable models like the Honor Magic V6 offer a much larger 6,660 mAh battery. While Samsung is still in the process of incorporating silicon carbon batteries into their products, a YouTuber has outpaced the Korean company, with assistance from Honor.

    YouTuber’s Creative Challenge

    The YouTube channel ‘Strange Parts’ is well-known for its inventive and intricate projects, such as ‘constructing a functional Apple Watch in a week’ or ‘3D printing an iPhone’. In their most recent adventure (linked below), the host Scotty Allen succeeded in enhancing the Galaxy Z TriFold’s battery using Honor’s silicon carbon cells, which theoretically boosts the capacity by 71%. However, the journey was challenging and not completely successful.

    The Process of Upgrading

    For this project, the YouTuber teamed up with Honor and began with one Galaxy Z TriFold acquired in China. He then worked on identifying compatibility issues and created mock-ups to assess the project’s feasibility before dismantling the actual device. The Honor silicon carbon batteries were slightly wider than the battery slots in the Galaxy Z TriFold, so he had to CNC mill space for them. Additionally, he needed to grind down a portion of the hinge mechanism and remove the bottom speaker. To make sure the phone would recognize the new batteries, he replaced the Honor Battery Management System (BMS) with Samsung’s BMS.

    Final Results and Future Prospects

    Eventually, he went through four Galaxy Z TriFolds to find the correct combination of parts to create the silicon carbon-enhanced Galaxy Z TriFold. The battery capacity reached a claimed 9,600 mAh, which is a 71% increase, but the display developed a white line across it. Unfortunately, there were no tests to verify the actual capacity, charging speeds, or durability of the new setup. Nevertheless, this project highlights the advantages of using silicon carbon instead of conventional Li-Ion batteries, particularly in foldable devices.

    We might not have to wait too long for Samsung to unveil a phone featuring a silicon carbon battery, as a recent report hinted that such a device could be coming soon. It might be the Galaxy S26 Edge, or whatever name it ends up with, that will serve as the test model for this new battery technology.

     

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  • Xiaomi UltraThin Power Bank Launches in Europe – Buy Now!

    Xiaomi UltraThin Power Bank Launches in Europe – Buy Now!

    Key Takeaways

    1. Dual Charging Capability: The power bank can charge two devices simultaneously with a wireless charging pad (15W) and a USB-C port (22.5W).

    2. High-Quality Battery: It features a silicon-carbon battery with a capacity of 5,000 mAh, providing high energy density.

    3. Compact Design: The power bank has a slim metal body, measuring 98.5 x 71.5 x 6.0 mm and weighing 98 g.

    4. Color Options: Customers can choose from three colors: black, white, and orange.

    5. Availability and Pricing: The power bank is available in EU countries, priced at €59.99 for Graphite Black and Glacier Silver, and €64.99 for Radiant Orange.

    Xiaomi has rolled out the UltraThin Magnetic Power Bank 5000 15W in Europe. This product has already been available in other regions such as Japan and Australia. It even appeared briefly on the UK online store of the brand.

    Dual Charging Capability

    The Xiaomi UltraThin Magnetic Power Bank 5000 15W allows users to charge two devices at once. On the front side, it features a wireless charging pad that provides an output of up to 15W. Additionally, there is a USB-C port that offers a max power of 22.5W. However, it’s not clear how the power is shared when both ports are used at the same time. This power bank is compatible with various devices, including the latest flagship smartphones from brands like Apple, Samsung, and Google.

    Specifications and Design

    This new UltraThin Magnetic Power Bank from Xiaomi is equipped with a silicon-carbon battery, which has a high energy density and a capacity of 5,000 mAh. The device has a metal body and measures 98.5 x 71.5 x 6.0 mm (approximately 3.88 x 2.81 x 0.24 inches), weighing in at 98 g (around 3.46 oz). Customers have the option to choose from three colors: black, white, and orange.

    Availability and Pricing

    The Xiaomi UltraThin Magnetic Power Bank 5000 15W is now available for purchase in EU nations like Germany. The Graphite Black and Glacier Silver versions are priced at €59.99, while the Radiant Orange variant is priced higher at €64.99.

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  • Samsung Galaxy S26 Edge May Feature Silicon Carbon Battery Soon

    Samsung Galaxy S26 Edge May Feature Silicon Carbon Battery Soon

    Key Takeaways

    1. Samsung will continue using the 5,000 mAh battery for the Galaxy S26 Ultra, despite industry advancements in battery technology.
    2. Samsung is considering adopting silicon carbon batteries, acknowledging potential lag in their battery technology.
    3. A smartphone with a silicon carbon battery may launch soon, possibly the Galaxy S26 Edge.
    4. The Galaxy S26 Edge’s future is uncertain due to previous disappointing sales, but it might return under a different name.
    5. Anticipation for upcoming releases is high, with speculation about a silicon carbon battery phone potentially arriving within the next three months.

    It was both expected and disheartening to learn that Samsung will stick with the 5,000 mAh battery for the Galaxy S26 Ultra. While many Chinese companies have moved on to silicon carbon technology, major brands like Apple, Samsung, and Google have taken a more cautious approach. However, it appears that Samsung is finally considering this shift, and if a recent report holds true, we might soon see a Galaxy smartphone featuring a silicon carbon battery.

    Insights from a Trusted Source

    This information was shared by a reliable leaker on the yeux1122 blog. They mentioned that the Executive VP and Head of Smartphone R&D, Sung-Hoon Moon, has acknowledged that Samsung may be falling behind in battery technology. Although previous reports have suggested that the company is exploring silicon carbon batteries, there has been no clear timeline on when this innovation will be integrated into Samsung devices.

    Future Plans for the Galaxy S26 Edge

    The blog post also indicates that a smartphone featuring a silicon carbon battery is in the works and is expected to launch soon. It’s uncertain which device this will be, but many are speculating it could be the Galaxy S26 Edge. The rumor is that Samsung might want to trial these new batteries in other models before incorporating them into the Galaxy S27 series.

    As for the Galaxy S26 Edge itself, its future remains uncertain. Reports from last October suggested that the Edge series might be canceled due to disappointing sales of the Galaxy S25 Edge. However, subsequent reports hinted that the phone might return under a different name. Soon after, images surfaced online, allegedly depicting a dummy unit of the Galaxy S26 Edge.

    Anticipation Builds for Upcoming Releases

    The latest leak suggests that the silicon carbon battery phone will arrive soon, though the timing is quite unclear. If it turns out to be the Galaxy S26 Edge and follows the release pattern of the Galaxy S25 Edge, we could see a Samsung flagship with a silicon carbon battery within the next three months. There’s a lot of speculation surrounding this, and Samsung has not provided any official updates regarding it.

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  • Future Redmi Phone Expected to Feature 9000 mAh Battery

    Future Redmi Phone Expected to Feature 9000 mAh Battery

    Key Takeaways

    1. Redmi is developing a smartphone with a battery capacity between 8,500 to 9,000 mAh, potentially the largest in any smartphone to date.
    2. This new battery will outperform competitors like the Samsung Galaxy F62 and Tecno Pova Neo 3, which have 7,000 mAh batteries.
    3. The battery technology is developed in-house and focuses on maximizing capacity while ensuring durability and longevity.
    4. Silicon-carbon battery technology enables higher energy density (400-500 Wh/kg), improving efficiency and safety compared to traditional graphite batteries.
    5. Redmi aims to keep the phone’s thickness to 8.5 mm despite the large battery size, maintaining a sleek design.

    Redmi is said to be working on a new smartphone that features a huge battery ranging from 8,500 to 9,000 mAh, according to Digital Chat Station. This would make the battery size comparable to that of many power banks that were popular just a few years ago. If this phone is released, it will likely be the first smartphone to have a battery of this size. Recently, Redmi introduced the Redmi Turbo 4 Pro, which includes a substantial 7,550 mAh battery, making it the largest battery currently available in any consumer smartphone.

    Competing with Other Models

    This new battery surpasses competitors like the Samsung Galaxy F62, Galaxy M63, Galaxy F63, and Tecno Pova Neo 3, all of which have 7,000 mAh battery capacities. These models are among the largest battery options available in mainstream smartphones for everyday use. As per the information from Digital Chat Station, Redmi has already finished internal testing for the upcoming phone, which is anticipated to feature a battery rated between 8,500 and 9,000 mAh.

    Innovative Battery Development

    The source also shared that the battery has been created using technology developed in-house. The goal is to maximize capacity without sacrificing the battery’s cycle life. Although the project is still in progress, initial findings indicate that the experiment has been quite successful. Engineers are currently fine-tuning the technology to ensure that the battery can be as large as possible while still guaranteeing durability over time.

    Advancements in Battery Technology

    The ability to create larger batteries is becoming a reality thanks to the use of silicon-carbon battery technology. This innovative approach has shown to provide much higher energy density and improved efficiency when compared to conventional graphite batteries. For example, as noted by Croma.com, Lithium-Ion batteries typically have an energy density between 250-300 Wh/kg, whereas Silicon Carbon batteries can achieve an impressive 400-500 Wh/kg.

    Safety and Efficiency

    The enhanced energy density of silicon-carbon batteries can be linked to their superior ability to store lithium. They are also deemed safer, as their design helps prevent the accumulation of lithium deposits, which is a frequent cause of short-circuits. Additionally, silicon-carbon batteries are regarded as safe during charging. This new technology has already led to the development of smartphones with batteries as large as 7,000 mAh, and efforts are ongoing to further increase battery capacity in the near future.

    Maintaining a Sleek Design

    At the same time, Redmi is eager to ensure that the new phone does not become excessively thick due to the larger battery. The tipster noted that the thickness of the phone will be limited to 8.5 mm, even with an 8,500 mAh or larger battery. For reference, the Redmi Turbo 4 Pro has a thickness of 7.98 mm, while the Galaxy S25 Ultra measures 8.2 mm but only contains a smaller 5,000 mAh battery.

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  • OnePlus Developing Flagship Smartphone with 7,800 mAh Battery

    OnePlus Developing Flagship Smartphone with 7,800 mAh Battery

    Key Takeaways

    1. OnePlus is developing a flagship smartphone with a potential battery capacity of 7,800 mAh, surpassing the current 6,260 mAh in the OnePlus 13T.
    2. This new device is expected to feature the Snapdragon 8 Elite processor and a flat display.
    3. OnePlus has a unique naming convention in China, likely leading to the new phone being called the OnePlus 15.
    4. Advancements in silicon-carbon battery technology allow for larger batteries to fit in smaller devices by storing more electrons in the same space.
    5. The OnePlus 13T uses a silicon-carbon battery but doesn’t fully qualify as a flagship, indicating the upcoming device will have enhanced features and specifications.

    With the rise of silicon-carbon batteries in the smartphone world, manufacturers can now fit bigger batteries into smaller devices. The OnePlus 13T exemplifies this trend with its impressive 6,260 mAh battery. Now, it seems that OnePlus is developing a flagship model that could feature an even bigger battery capacity of 7,800 mAh.

    Latest Info from Weibo

    Recent information has surfaced from Digital Chat Station on Weibo, revealing that a new flagship phone powered by the Snapdragon 8 Elite is in the pipeline. This upcoming phone is expected to boast a battery around 7,800 mAh, complete with a flat display. While the leaker did not specify OnePlus, many commenters believe this device will be the next in line, possibly the OnePlus 14 or 15.

    Naming Conventions in China

    OnePlus has a unique approach to its naming system, particularly in China, where they skip the number 4 (the OnePlus 4 was never released, and the Nord 4 was branded as Ace 3V). Therefore, it seems probable that the new phone will be called the OnePlus 15.

    Advancements in Battery Technology

    The ability to fit such a large battery in a smartphone is largely thanks to advancements in silicon-carbon technology. This new type of battery replaces traditional graphite ones, allowing for more electrons to be stored in the same space. This means that while the phone’s size remains compact, the battery capacity can increase dramatically.

    The OnePlus 13T currently uses a silicon-carbon battery, which enables a 6,260 mAh capacity within a smaller chassis and a 6.32-inch display. It is powered by the Snapdragon 8 Elite SoC but doesn’t fully qualify as a flagship since it lacks the top-tier camera system, display quality, charging speeds, and wireless charging found in the OnePlus 13. The device mentioned in the latest leak is labeled as a flagship, suggesting it is indeed the OnePlus 15, rather than a ‘T,’ ‘R,’ or ‘Ace’ variant.

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  • Galaxy S26 Series Expected to Use Silicon-Carbon Battery Technology

    Galaxy S26 Series Expected to Use Silicon-Carbon Battery Technology

    Consumer electronics have been relying on lithium-ion (Li-ion) batteries for more than ten years. Recently, Chinese smartphone manufacturers have adopted a new battery technology: the silicon-carbon anode battery. This innovation has allowed foldable phones to become as slim as traditional bar phones when closed, and bar phones to shrink back to 6.3 inches, all while holding larger batteries than the 6.8-inch Galaxy S24 Ultra.

    Samsung’s Upcoming Changes

    There are rumors that Samsung will begin using this new battery technology with the Galaxy S26 series next year. For those who may not be aware, silicon anode batteries have a significantly higher energy density than the conventional Li-ion batteries that smartphone makers have traditionally employed. This boost in energy density enables manufacturers to create sleeker designs without compromising battery life.

    Previously, it was suggested that Samsung was developing a different battery technology known as “Stacked Battery Technology,” which could enhance energy density by 10%. By implementing this stacking method, energy density might rise by more than 10%. For instance, a battery with a capacity of 5,000mAh in the latest Galaxy S Ultra could potentially increase to over 5,500mAh with stacking. However, it appears that Samsung has opted for the silicon-carbon battery technology instead.

    Battery Capacity for Galaxy S25 Slim

    If you’re curious, there’s no confirmation about the use of this technology in the upcoming Galaxy S25 Slim. A recent report indicates that both the S25 Slim and Apple’s iPhone 17 Air will have batteries with a capacity ranging from 3000 mAh to 4000 mAh. Currently, Samsung’s Ultra flagship boasts an impressive battery life, thanks to its 5000mAh capacity. It will be intriguing to see how much the Galaxy S26 Ultra’s battery capacity and life improves with the new silicon-carbon anode battery technology.

    That said, the Galaxy S25 series is rumored to maintain the same battery capacity as the previous models. Nevertheless, the more efficient Snapdragon 8 Elite chipset is expected to provide a slight enhancement in battery life compared to last year’s devices.

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    Galaxy S26 Series Expected to Use Silicon-Carbon Battery Technology
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