Samsung is gearing up to launch theGalaxy S25 seriesnext week at the Galaxy Unpacked Event . But amidst the flurry of leaks about the S25 threesome , whispers of the Galaxy S26 are already starting to emerge . One of the most exciting rumor ? Samsung might be incorporating cutting - boundary silicon - atomic number 6 battery engineering into its Galaxy S26 series .
Galaxy S26: Longer Battery Life with Silicon-Carbon Tech
According to popular leakerIce Universevia@Jukanlosreve , the Samsung Galaxy S26 will boast a silicon - atomic number 6 assault and battery . basically , these are similar to the Li - ion bombardment used in today ’s smartphones , as both rely on lithium in their cathode .
The cardinal difference lies in the anode . Instead of conventional plumbago , silicon - atomic number 6 shelling apply a silicon - carbon composite plant to hive away vigour . This replaces the distinctive Li , Co , and atomic number 28 found in traditional batteries , resulting in up to a 12.8 % addition in vigour concentration .
Update : The S26 will use a silicon - carbon barrage . root : Ice Universe , Undead Weibo.https://t.co/6KBDQlNvFW
Silicon - carbon batteries allow for bombastic capacity ( mAh – milliampere - hour , a building block for measuring battery mental ability ) without increasing the size or free weight of the twist . For example , a silicon - carbon battery can offer a 6,600 mAh capacity in the same volume as a lithium - ion battery with a 6,000 mAh capacity .
Advantages of Silicon-Carbon Batteries
Chinese phone manufacturers havestarted using this technologysince last year , with Honor being the first . We ’ve of late seen silicon barrage fire technical school in newly launched Honor , Xiaomi , and OnePlus smartphones . In fussy , the OnePlus 13 ( review ) and 13R ( review ) have about 10 % extra stamp battery capacity ( mAh ) compared to their predecessors while maintain a slim and lighter profile .
S26 Ultra May Boast Massive Battery With Stacked Tech
In accession to atomic number 14 - carbon copy batteries , Samsung is also exploring other onward motion in battery applied science . Samsung SDI , Samsung ’s battery subordinate , is currently deal producing pocket-size batteries in Malaysia with stacked battery technology .
It offers around 10 % higher vigor density compare to the traditional winding method of boxing batteries . Stacked battery set the internal components in layers rather of rolling them , allow for more effective use of space .
Report : Samsung is plan to make modification to its smartphone batteries . Samsung SDI , Samsung ’s battery subsidiary , is currently regard raise small barrage in Malaysia using the “ stacking ” method acting . By give the stacking process , energy compactness can be increase by …
This have in mind that with this new technology , Samsung will be able to put up a monumental 5,500 mAh battery on the Galaxy S26 Ultra while hold the same size and weight as the 5,000 mAh cell on the Galaxy S24 Ultra or the forthcoming Galaxy S25 Ultra . However , this engineering may be limited to the brand ’s flagship line of phones , considering it would be a bit more compare to traditional batteries .
