In the past two years, whether it is a desktop platform or a mobile platform, while the performance of the processor chip has improved, the power consumption heat is more prominent, and the energy efficiency (energy consumption ratio) is getting worse and worse.
Now at many new mobile phone conferences, heat dissipation has actually become the core publicity selling point, which is really embarrassing.
So, of many mobile chips, who has the best power control and the best energy efficiency?
Geek Bay has recently passed massive data testing to summarize the energy efficiency rankings of ten high -end mobile phone mobile chips. Let's take a look at it together.
The strength of the Apple A series is indeed extraordinary. A14 tops the list, A13 also ranks third, and the previous generation A12 can be ranked eighth.
It is a bit surprising to carry a big flag to the Android camp. It is MediaTek's latest light flagship Tianye 8100, and the energy efficiency level is only between the slightest. 14 % higher than A13.
MediaTek 9000 also got fourth, second only to A13It is not easy to be a high -performance flagship product.
It can be said that with a series of optimizations such as the advanced architecture design, 4nm/5nm process process, and global power -saving technology, it is also deserved.
The best side of Qualcomm is the Snapdragon 870, and its predecessor, the upper generation flagship Snapdragon 865 is completely the same level, and the Snapdragon 888 and Snapdragon 8 of these two generations have performed mediocre.
Especially the latest Snapdragon 8, compared with the Snapdragon 870/865, has receded up to 12.4 %, which is only the older Snapdragon 855, which is the heating king of that year.
On another curve, you can see the energy efficiency differences of different SOCs more intuitively.
In the figure, the horizontal axis is the main board power consumption, and the number of the axis is the GeekBench 5 multi -core performance score. You can clearly see that the Apple A14 (white curve) is high on top. It runs to the same score and its power consumption is the lowest. It has the highest score under the same power consumption.
In addition to the minimum and maximum power consumption, most of the Tianyi 8100 (yellow curve) completely coincides with A14, which is surprising. That is to say, in daily use, the energy efficiency of Tianzhang 8100 is no different from A14, and they are top -level. The presence.
Tianji 9000 (orange curve) is slightly lower than A13 (gray curve) under low power consumption, high power consumption and high performance, and more elastic spaceWhen needed, you can properly sacrifice some power consumption to achieve his higher performance, and basically linear improvement.
Snapdragon 8 (purple curve) Double dual -dual -dual -dual -dual -dual -dual -dual dual -dual -dual -dual -dual -dual -dual dual -dual -dual -dual -dual dual -dual -dual -dual -dual -dual -dual -dual -double bottom of the Snapdragon (purple curve). Although it can also achieve higher performance by increasing power consumption, the increase is much smaller.
Finally, it attached the performance rankings of the mobile SOC performance. The A14 in the mobile phone chip continues to be invincible. The Tianyi 9000 is the first Android.
Brother, you have you.