【Electric Dog】
Today, MediaTek officially announced a number of running data of the Tianji 9000 flagship chip, compared with the Snapdragon 8 Gen 1 flagship core on the other side, let's take a look.
The AnTuTu 9.0.7 version of the Tianji 9000 runs with a score of 1017488, a CPU score of 256987, a GPU score of 393810, a MEM score of 186890, and a UX score of 179801.
Next look at geekBench 5 running score, Tianji 9000 in GeekBench 5.1 under the single core running score of 1273, multi-core running score of 4324.
In the PC Mark score, the Tianji 9000 scored 17573 on the Work 3.0 test, while the Snapdragon 8 Gen 1 scored 17084.
When it came to graphical testing, the GFX-Manhattan 3.0 test of the Tianji 9000 was Offscreen (1080p) of 238 Fps, the Snapdragon 8 Gen 1 was 267 Fps, and the Snapdragon 888 engineering machine test was 169 Fps.
The Manhattan 3.1 Offscreen (1080p) of the Tianji 9000 is 162Fps and the Snapdragon 8 Gen 1 is 176Fps.
The Tianji 9000 was tested at 42Fps under Aztec Ruins OpenGL (High Tier) Offscreen (1440p) and the Snapdragon 8 Gen 1 was 43Fps.
iQOO Neo5S series new product launch will be officially held on December 20, today the official announcement of the new series of machines, but also a new member of the Neo family - iQOO Neo5 SE.
Judging from the official warm-up video, iQOO Neo5 SE provides three colors, of which the white version is called rock crystal white, and the fuselage is almost pure white, which is also relatively rare in the industry.
In addition, the machine will use a center punching screen, the right side is equipped with a fingerprint power two-in-one button, and the back will use a matrix vertical arrangement of three-camera modules, similar to iQOO Neo5S.
At present, the official has not yet announced the configuration of iQOO Neo5 SE, iQOO Neo5S, the machine is equipped with a Snapdragon 888 processor, and equipped with a unique chip Pro, the first high-conductivity rare earth heat dissipation, as well as the OriginOS Ocean system, the first full maintenance eye dimming system, high frame rate game adaptation, etc.