The Kirin 710 processor is equivalent to the Snapdragon 660 processor.
The Kirin 710 has an 8-core design, with four A73 cores and four A53 cores, and uses a Big.Little hybrid architecture, with a maximum frequency of 2.2GHz compared to the Kirin 659, which is about 70% higher.
It is built with TSMC's 12nm process, and this is the first time Huawei has used TSMC's 12nm process. Equipped with a quad-core Mali-G51 graphics processor, official performance has also been greatly improved, and more power saving.
The Kirin 710 processor will also support Huawei GPUTurbo, and support Google LearCore, HUAWEIAR dual augmented reality engine and other AR functions. The introduction of TEE technology to support face recognition function continues the inSE security mechanism of Kirin 970.
The difference between the Kirin 710 processor and the Snapdragon 665 processor:
1. The two structures are different:
Since the Kirin 710 processor and the Snapdragon 665 processor are made by different manufacturers, the architecture of the two is definitely different.
2, the two manufacturing process is different:
The Kirin 710 processor uses a 12nm process, and the Snapdragon 665 processor uses a 11nm process, and the Snapdragon 665 processor is more refined in the production process.
3, the two running points are different:
In terms of running points, the Snapdragon 665's Antutu run is divided into 125092 points, as a contrast, the Snapdragon 710's Antutu run is divided into 170,000 points. Therefore, in terms of performance, Snapdragon 665 is not as good as 660 and 710. However, it is worth mentioning that the Snapdragon 665 has a new Snapdragon AIE artificial intelligence engine built in, which will be better than the other two chips in AI performance.
The Qualcomm Snapdragon 710aie is equivalent to the Snapdragon 710 processor.
Because this itself, the two processors are the same processor, but the AI performance of the former is slightly better, and the power consumption of other functions such as CPU performance and GPU performance are the same. This processor material is TSMC's 10-nanometer manufacturing process, and its running score is only about 200,000 points