OPPO K10 Series: Dimensity 8000, Support 80W Fast Charge

A new phone under OPPO has recently entered the Internet, and 3C certification information shows that the phone will support up to 80W fast charging. Combined with some previous revelations, this new phone should be the first Oppo K10 series model that OPPO previously announced to be equipped with the Dimensity 8000 series.

It is speculated that there will be at least two models in the OPPO K10 series, namely the K10 and the K10 Pro. The K10 will be equipped with the Dimensity 8000, while the K10 Pro will be upgraded to the more powerful Dimensity 8100.

At present, the Dimensity 8100 has a very good reputation in the industry. After the actual measurement of some bloggers, it is found that its power consumption is only the specifications of the Snapdragon 870, but it can reach the performance of the Snapdragon 888. Everyone’s expectations are very high.

Specifically, the Dimensity 8000 series uses TSMC’s 5nm manufacturing process, the CPU is eight cores, including four A78s, four A55s, and a 4MB L3 cache, and the GPU is a six-core Mali-G610. There is the fifth-generation AI processor APU 580, including two performance cores and one general-purpose core.

In terms of frequency, the Dimensity 8000 CPU is 2.75GHz + 2.0GHz, the large core of the Dimensity 8100 is increased to 2.85GHz, the GPU frequency is increased by 20%, and the APU large core frequency is increased by 25%.

According to the official statement, the Dimensity 8100 is 12% higher in CPU multi-core performance, 44% higher in multi-core energy efficiency, 4% higher in GPU performance, 35% higher in energy efficiency, and 39% higher in APU AI energy efficiency benchmarks than competing products of the same level (Snapdragon 888). The background blur effect test performance is 62% higher and the energy efficiency is 72% higher.

Read Also: Mediatek Dimensity 8100 Engineering Machine test Exposed

According to official data, compared with competing products, the Dimensity 8100 has an average of 27% lower power consumption and 6 degrees lower temperature in moderate games, 24% and 3 degrees lower in moderate to severe games, and stable without frequency reduction in heavy games. , to ensure a continuous high frame rate.