An upgrade to silicon carbon batteries could mean faster charging speeds, too. Samsung hasn't upgraded its 25W/45W wired ...
The thing is, a tipster quickly reacted to the news, PandaFlash. He said that he’ll delete his X account if the Galaxy S26 Ultra ends up having a 7,000mAh battery, or even a 6,000mAh battery.
A recent report coming out of South Korea claimed that Samsung was planning to pack next year's Galaxy S26 series with Si/C batteries, possibly with a capacity of up to 7,000 mAh. However ...
That said, Samsung could be the next to jump on the silicon-carbon battery bandwagon with the Galaxy S26 series. The Galaxy S25 lineup has followed a conservative line in terms of hardware ...
Samsung is reportedly thinking about bringing silicon-carbon batteries to the Galaxy S26 series. This would come almost two years after the first Chinese brands adopted the technology. Silicon ...
More info. Following news that Samsung is working to utilize Exynos chipsets on the Galaxy S26 in 2026, it’s now also being reported that we can expect some massive batteries powering next year ...
Samsung is considering enhancing the battery capacity of the Galaxy S26 by altering the battery technology. FNNews suggested that the Korean company may adopt a Silicon-Carbon solution ...
In what seems to be a fresh Samsung Galaxy S26 rumor, the Galaxy S25's successor is reportedly being improved to accommodate the Silicon-Carbon (Si/C) battery technology that could help enhance ...
Samsung's Galaxy S26 phones could use silicon carbon batteries These could provide capacities of up to 7,000mAh, according to a new report Silicon carbon batteries look set to be the future of ...
In the latest news, South Korean publication FNNews reports that the Galaxy S26 Ultra could pack a capacity of up to 7,000mAh—higher than most of its Chinese competitors. Increased competition ...
Samsung is seemingly looking to make a big battery change going into development for the Galaxy S26, switching to a silicon carbon material more OEMs are using to expand battery efficiency.