OnePlus Phone With 7,000mAh Battery Tipped For Launch: All Details
OnePlus Phone With 7,000mAh Battery Tipped For Launch: All Details
OnePlus recently introduced its new Glacier battery tech which allows the size of the phone to remain slim even with a big battery pack.

OnePlus recently introduced the Nord CE 4 Lite and will soon bring the Nord 4 version as well. However, it appears that another mid-range smartphone with a massive battery is in the works. OnePlus has previously exceeded the 6,000mAh mark, and the company may soon release a handset with a 7,000mAh battery, as per reports. Other phones with 7,000mAh batteries on the market include the Samsung Galaxy F62, Itel P40 Plus and Samsung Galaxy M51.

The news was shared on Weibo (a Chinese microblogging website) by popular tipster Digital Chat Station. According to this leaked information, the Ouga Group, which includes Oppo and OnePlus, is developing a 7,000mAh battery pack.

Meanwhile, the Ace 3 Pro model had the largest battery of any OnePlus phone, with a whopping 6,100mAh capacity. However, the new phone with this enormous battery does not belong to the brand’s flagship or flagship killer lineups. Rather, it will be introduced as a mid-range handset, reports add.

Moreover, the tipster further states that the phone is still in its early stages of development. In other words, the launch date is still a long way. Given that it is a mid-range model, it should belong to the company’s popular Nord line. However, this is still only speculation at this time.

According to the tipster, it is not only a 7,000mAh phone, but Ouga Group may be working on a 6,500mAh battery for another smartphone. This model is planned to feature revolutionary battery technology based on silicon materials.

Glacier Battery technology uses a silicon-carbon anode, which provides 23.1 per cent more energy density than graphite batteries. Glacier Battery also uses ‘voltage stabilisation architecture’ to ensure “consistent performance and stable, long-lasting output.” However, the benefit we care about in this circumstance is that batteries using this technology can be lower in size. These batteries could be more efficient, charge faster, and last longer.

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