Tag: Samsung Galaxy S26

  • Samsung Galaxy S26 Series Expected to Feature Huge Battery Upgrade

    Samsung Galaxy S26 Series Expected to Feature Huge Battery Upgrade

    Key Takeaways

    1. The Samsung Galaxy S26 series is expected to feature larger batteries thanks to silicon-carbon (SiC) battery technology.
    2. Battery capacities for the Galaxy S26 series are anticipated to range from 6,000 mAh to 7,000 mAh.
    3. SiC technology allows for higher battery capacity without increasing the thickness of the devices.
    4. Competitors like Xiaomi and Realme are also developing flagship phones with even larger battery capacities, potentially up to 7,500 mAh and 8,000 mAh, respectively.
    5. Despite improvements, Samsung’s Galaxy S26 series may still lag behind Chinese flagship phones in terms of battery capacity.

    The Samsung Galaxy S25 series has recently been launched, but information about the 2026 models has been leaking for some time now. Some sources suggest that the next generation of flagship phones from Samsung will come with bigger batteries than the current ones. This is expected to be made possible through an upgrade to silicon-carbon (SiC) battery technology.

    Silicon-Carbon Battery Tech

    This battery technology is already being used in several Chinese flagship devices, allowing these phones to achieve higher battery capacities without increasing their thickness compared to older models. The Galaxy S26 series is once again rumored to feature this SiC technology. A new report from FNNews mentions that the upcoming lineup will have “monster battery” capacities.

    Expected Battery Capacities

    According to this report, the batteries for the Galaxy S26 series are expected to range from 6,000 mAh to 7,000 mAh. Since these upgrades will utilize the SiC battery technology, the increased capacity is not likely to make the 2026 phones any thicker.

    Even if Samsung includes SiC batteries in the Galaxy S26 series, there’s a chance they might still fall short compared to the Chinese flagship phones in terms of battery capacity. Recent speculations indicate that Xiaomi is exploring batteries that could reach up to 7,500 mAh, which might also support 100 W fast charging (145 W Ugreen Nexode power bank currently priced at $69.99 on Amazon).

    Competition from Other Brands

    Realme is also expected to launch a new flagship phone in late 2025, potentially featuring a battery capacity of up to 8,000 mAh. Their recently launched GT 7 Pro model comes with a 6,500 mAh battery, which may be comparable to one of the upcoming Samsung Galaxy flagship models.

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  • Samsung Galaxy S26 Series Expected to Reintroduce Exynos Chips

    Samsung Galaxy S26 Series Expected to Reintroduce Exynos Chips

    Samsung has just unveiled the Galaxy S25 series, its newest flagship smartphones. However, only a month after this announcement, speculation about the Galaxy S26 series has already begun to emerge. A recent report suggests that Samsung might reintroduce its Exynos chips in the upcoming Galaxy S26 lineup.

    Exynos Chips Could Be Coming Back

    Samsung Galaxy S25 Ultra
    As per a report from TheBell, the South Korean tech company may be considering the use of its Exynos chips again, which could launch with next year’s high-end smartphones. It appears that Samsung has achieved a yield of over 30 percent in its latest SF2 (2nm) test production. In addition, the company is focused on further stabilizing this process to prepare for the mass production of the Exynos 2600 chipsets.

    Production Timeline and Challenges

    This production is anticipated to kick off in the last quarter of this year, provided that the yield rates meet their expectations. Therefore, if everything goes according to plan, the Exynos 2600 APs might be available with the Galaxy S26 series in early 2026. The report also mentions that both the Samsung Electronics System LSI Division and the Foundry Division are allocating resources to achieve the mass production target for the Exynos 2600. In recent years, Samsung has faced challenges with yield rates, with the Exynos 2500 reportedly achieving only a 20 percent yield.

    Minimum Yield Requirements

    For successful mass production, the company needs to reach at least a 60 percent yield or higher. Speculations suggest that poor chip yields were a factor in Samsung’s decision to use an entirely Snapdragon Galaxy S25 lineup this year. They even collaborated with Qualcomm to create a custom Snapdragon 8 Elite for Galaxy version, which outperforms the standard variant.

    Samsung Galaxy S26 Series Expected to Reintroduce Exynos Chips
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  • Samsung Galaxy S26 Series Aims to Rival Chinese Flagships in Charging

    Samsung Galaxy S26 Series Aims to Rival Chinese Flagships in Charging

    The flagship smartphones from China have been leading the way in charging speed, with many recent models boasting nearly 100W fast charging capabilities. In contrast, Samsung has been using 45W wired charging for a considerable time, which is likely to remain the same for the upcoming Galaxy S25 series.

    Potential Upgrades for Galaxy S26

    There is, however, a chance for the Galaxy S26 series to bring some much-needed improvements. A new report suggests that Samsung’s flagship devices next year might incorporate Silicon-Carbon (SiC) batteries instead of the usual lithium ones. This switch could allow for larger capacities without increasing the overall size of the batteries.

    Competition in Battery Technology

    It’s worth mentioning that the Galaxy S26 series won’t be the pioneer in using these advanced batteries; the Honor Magic 7 series and the Xiaomi 15 lineup already feature SiC batteries. Besides providing more capacity, these new batteries could also enable quicker charging speeds in the Galaxy S26 series.

    According to a tip from @kro_roe on X, the Galaxy S26 series may arrive with wired fast charging support of 65W (145W Ugreen Nexode power bank curr. $69.99 on Amazon). While this isn’t a huge leap from what the S25 series is expected to offer, it would help the 2026 Samsung flagship models to better compete against their Chinese counterparts.

    Innovations in Wireless Charging

    Additionally, Samsung is rumored to be adding a new wireless charging chip called the S2MIW06. This chip is expected to support 50W wireless fast charging, compared to the anticipated 25W wireless charging for the Galaxy S25 series. Nonetheless, by the time the 2026 Samsung flagship smartphones are released, Chinese smartphone brands may push the envelope even further in terms of charging speed.

    By 2026, we might see 100W+ wireless charging and nearly 150W wired charging becoming standard in high-end Chinese flagship devices. It would be exciting to witness Samsung rolling out faster charging capabilities in its Galaxy S26 series.

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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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  • Samsung Galaxy S26 Series May Have Much Larger Batteries

    Samsung Galaxy S26 Series May Have Much Larger Batteries

    Samsung is currently facing a notable disadvantage when it comes to battery capacity in its smartphones. The upcoming Galaxy S25 Ultra is expected to come with a 5000 mAh battery, which pales in comparison to many flagship models that boast batteries exceeding 6000 mAh. However, recent leaks suggest that this situation may soon improve.

    Exciting Changes Ahead

    According to a leak from Jukanlosreve, which references Ice Universe, Samsung is likely to introduce larger batteries in its 2026 flagship series, the Galaxy S26. Specifically, the leaker indicates that the Galaxy S26 lineup will implement silicon-carbon batteries when they launch next year.

    Advances in Battery Technology

    In the past six months, manufacturers have gradually begun to use silicon-carbon batteries, with notable examples being the Xiaomi 15 Pro and the OnePlus 13, both of which feature batteries around 6000 mAh. This shift to a new battery chemistry has allowed for larger battery sizes due to the increased energy density. For context, the older models, Xiaomi 14 Pro and OnePlus 12, had battery capacities of 4880 mAh and 5400 mAh, respectively.

    The adoption of silicon-carbon technology would enable Samsung to enhance the battery sizes of the Galaxy S26 series without needing additional physical space. Silicon-carbon batteries typically provide about 10-15% more energy density compared to traditional lithium-ion batteries, suggesting that a device like the Galaxy S26 Ultra could potentially sport a battery close to 5500 mAh. This is, of course, purely hypothetical.

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