Honor is working on a new smartphone that will be equipped with a 10,000mAh battery according to a tipster. The handset is rumored to be operated by a MediaTek Demistance 8500 chipset, possibly one of the first options in the market to achieve this upcoming SOC. Tipster also suggested that the device has entered the new product introduction (NPI) phase. Although its monikar is unknown, the report states that the alleged model may debut as Honor Power 2.
Honor of smartphone to launch with 10,000mAh battery
This information is from one Post by digital chat station (Chinese -translated machine) On Chinese social microblogging platform Weibo. According to the tipster, Honor’s demonsal 8500 Sose-Poward phone can have battery capacity around the 10,000mAh mark.
While most of the information remains confidential, Tipster also said that the alleged handset has entered the NPI phase. In particular, it is an important step in the manufacturing process of a product where it transfers into mass production and commercialization from the concept.
A product has to undergo several major stages, such as design, development, testing and manufacturing, before it is brought to the market for sale.
This information aligns with the previous indication by the same tipster, showing that an anonymous China-based OEM was planning to test a handset with a 10,000mAh battery in the first half of 2026. At that time, it was suggested that the device may maintain less than 8.5 mm, despite packing such a large battery.
However, Tipster stopped revealing which model can debut with 8500 SoC and 10,000mAh battery, this honor is estimated for Power 2 Monikar. If it becomes accurate, the said handset could be the successor of Honor Power, which was launched in April this year, with an 8,000mAh silicon-carbon battery.
In particular, the honor is not only an OEM working on a large -scale battery phone. According to the previous report, Xiaomi’s subsidiary Redmi is also developing a handset with a battery capacity between 8,500mAh and 9,000mAh. It is designed using an advanced version of the silicon-carbon technology, which is used today, so that the battery can be reduced to a minimum without affecting life.
