1, the difference in the production process
The Kirin 985 uses TSMC's 7nm process and has one A76 core at 2.58GHz, three A76 cores at 2.40GHz, and four A55 cores at 1.84GHz.
The Kirin 980 also uses a 7nm process, with two A76 cores at 2.6GHz, two A76 cores at 1.92GHz, and four A55 cores at 1.80GHz.
First of all, Kirin 985 itself is an upgraded version of Kirin 980, which is better than Kirin 980 in the running speed of opening apps, and Kirin 985 is a 5G chip, which supports 5G network, while Kirin 980 is a 4G chip, which does not support 5G network.
2, CPU difference
The Kirin 985 and Kirin 980 designs are different, with the Kirin 985 using a 1 24 4 three-family design, while the Kirin 980 is a 2 24 4 design.
3. GPU differences
The Kirin 985 uses the latest G77, with a NPU of one large core and one small core, but only eight cores, while the Kirin 980 uses a 10-core G76, and the NPU is a dual-core architecture without Da Vinci architecture.
4, Kirin 985 and Kirin 980 performance comparison
Kirin 985 GPU is G77mp10, 750mhz, Kirin 980 GPU is G76mp10, 720MHz, so the game performance of Kirin 985 is also slightly stronger than Kirin 980. However, because the Kirin 985 performance improvement is about 10%, so the actual experience improvement is not obvious. For example, I use Huawei nova5 Pro and nova7 Pro to play mobile games such as \"Peace Elite\" and \"Broken 3\
The main differences are:
1, Kirin 985 adopts 7nm process, the approximate parameters are 1 34 CPU architecture, 8-core Mali-G77 GPU, dual-core NPU, Kirin ISP 5.0. The Kirin 985 uses the same 5G Modem as the Kirin 990, with a downlink speed of 1277Mbps and an uplink speed of 173Mbps.
2. Kirin 98X is equivalent to Snapdragon 855. Both processors are built using a 7nm process. In terms of the number of cores, both processors use a three-slave set architecture, the Snapdragon 855 uses a combination of 1, 3 and 4, and the Kirin 980 uses a combination of 2, 24 and 4. In terms of CPU, the Kirin 980 adopts the Cortex-A76 architecture and the Snapdragon 855 adopts the Kryo485 architecture.