With the end of Apple’s 2022 autumn new product launch conference, the focus of everyone’s attention has gradually shifted to the “Android Camp” equipped with the new generation of Qualcomm’s flagship platform Snapdragon 8 Gen2. The emperor’s Samsung Galaxy S23 series is naturally the core focus of attention.
Although there is still a period of time before the release, there are already a lot of revelations about the phone. Now there is the latest news. Following the appearance renderings and some core configurations, some revealers have recently brought more details about the battery of the device.
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According to the latest information, the battery suspected for Samsung Galaxy S23 + recently appeared in Safety Korea, a Korean battery certification agency. Judging from the battery spy photos posted by the source, the battery model is EB-BS916ABY, the mobile phone model is SM-S916B, and the battery is produced by China ATL (Ningde).
Unfortunately, due to the blurry photos, the specific capacity information of this battery cannot be clearly identified. Combined with previous revelations, the battery capacity of the Galaxy S23+ will be basically the same as the previous Galaxy S22+, which has a battery capacity of 4500mAh.
In other respects, according to previously revealed news, the new Samsung Galaxy S23 series flagship will continue to include three models Galaxy S23, Galaxy S23+, and Galaxy S23 Ultra, and will generally continue the design of the previous generation.
In terms of configuration, the first batch of processors will be equipped with a new generation of Qualcomm Snapdragon 8 Gen2 flagship processors, based on TSMC’s 4nm process, and the performance will reach a new high.
According to previous related revelations, the chip will use a new “1+2+2+3” eight-core architecture design, of which the super core will be upgraded to Cortex X3, which is 22% higher than Cortex X2 performance, and the large core will be upgraded to Cortex A715 Compared with the Cortex A710, the performance is improved by 5%, and the energy efficiency is improved by 20%.
