Samsung’s latest move to enhance the Galaxy S26 battery has stirred up discussions among tech enthusiasts. While the company is exploring innovative battery technologies to boost performance, some key aspects seem to be missing from the upgrade agenda.
One notable development is Samsung’s interest in utilizing advanced battery protection circuits from ITM Semiconductor. These circuits, designed to prevent overcharging and overvoltage, leverage cutting-edge epoxy molding compound (EMC) technology, offering a more space-efficient solution. The potential space savings could pave the way for larger batteries in the upcoming Galaxy S26 lineup.
Another intriguing approach involves Samsung’s consideration of switching to stainless steel battery housings, known as SUS CAN. This shift could further optimize space utilization within the devices, potentially allowing for more significant battery capacity.
However, the absence of any mention of silicon-carbon (Si-C) battery technology raises questions. This high-density battery tech has enabled competitors like OnePlus to incorporate sizable 6000mAh batteries in compact designs. With rivals like Xiaomi rumored to breach the 7000mAh threshold in their upcoming releases, a speculated 5500mAh battery for the Samsung Galaxy S26 Ultra might fall short in comparison.
Samsung’s strategic battery upgrades for the Galaxy S26 demonstrate a commitment to enhancing user experience. Still, the omission of cutting-edge technologies like Si-C batteries could leave the flagship device trailing behind competitors in terms of battery capacity and performance.
As the tech industry eagerly anticipates the Galaxy S26 launch, all eyes will be on Samsung to see how these battery innovations will shape the flagship’s competitiveness in the ever-evolving smartphone market. Stay tuned for further updates on Samsung’s battery upgrades and their impact on the upcoming Galaxy S26 series.