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Tianji 9000 chip evaluation released: compared to Snapdragon 8 Gen 1, cpu advantage GPU is weaker

IT Home December 20 news, recently MediaTek released the Tianji 9000 chip, the first batch of new machines equipped with this flagship chip will be listed in the first quarter of 2022. This morning, the engineering machine evaluation of the Tianji 9000 chip was unblocked.

Tianji 9000 chip evaluation released: compared to Snapdragon 8 Gen 1, cpu advantage GPU is weaker
Tianji 9000 chip evaluation released: compared to Snapdragon 8 Gen 1, cpu advantage GPU is weaker

According to Weibo blogger @Feiwei and other actual measurements, the test machine uses a 12GB+256GB configuration, the use of Antutu software version is V9.0.7 OB, MediaTek Tianji 9000 engineering machine running score is basically around 1.02 million points, and the previous Snapdragon 8 GRD prototype performance is basically flat, CPU performance occupies a certain advantage, GPU performance is still a certain gap, but compared to Snapdragon 888+ also has obvious advantages, reaching the flagship level. Of course, the final performance is still subject to the mass production machine, wait and see.

Tianji 9000 chip evaluation released: compared to Snapdragon 8 Gen 1, cpu advantage GPU is weaker

Blogger @Feiwei said that the test is based on the Tianji 9000 engineering machine, which is more "engineering machine" than Qualcomm's QRD, and even the fuselage heat dissipation has not been done, there may be some unstable factors, and the Mass Production Machine of Tianji 9000 will be listed for a while. Therefore, the data cannot fully represent the level of mass production machines, which needs to be specially stated.

Tianji 9000 chip evaluation released: compared to Snapdragon 8 Gen 1, cpu advantage GPU is weaker

Geekbench 5 running score, because the specifications of the Tianji 9000 super core X2 and the Snapdragon 8 Gen 1 are very close, can not open the gap, not even much stronger than the previous generation of flagship Snapdragon 888/888 +, but the multi-threaded test is very surprising, it is more than 4300 points, thanks to TSMC 4nm process, higher A710 frequency, greater cache and better multi-core efficiency.

Tianji 9000 chip evaluation released: compared to Snapdragon 8 Gen 1, cpu advantage GPU is weaker
Tianji 9000 chip evaluation released: compared to Snapdragon 8 Gen 1, cpu advantage GPU is weaker
Tianji 9000 chip evaluation released: compared to Snapdragon 8 Gen 1, cpu advantage GPU is weaker
Tianji 9000 chip evaluation released: compared to Snapdragon 8 Gen 1, cpu advantage GPU is weaker

The power consumption data tested above, the gap between the two is larger than expected, the Cortex-A710 large core of the Tianji 9000 has lower power consumption at higher frequencies.

Weibo blogger @digital small talk station said that Tianji 9000 power consumption is also conclusive, normal tuning is much stronger than Snapdragon 8, Qualcomm's high-end share is afraid that it really has an impact. Oppo Find iteration is a balanced flagship, and the IMX766 + self-developed NPU image is not bad. Vivo X series main image, 50MP large bottom micro gimbal dual main camera + self-developed ISP. Redmi's machine is relatively cheap, the heat dissipation is stacked, and the game scheduling is more aggressive.

Tianji 9000 chip evaluation released: compared to Snapdragon 8 Gen 1, cpu advantage GPU is weaker

IT Home learned that MediaTek's Tianji 9000 flagship platform is the first to apply TSMC's 4nm process process, while adopting the Cortex-X2 architecture and supporting LPDDR5x 7500Mbps memory, making it one of the most competitive flagship mobile SoCs. At the same time, tianji 9000 flagship platform AI BenchMark running score was also recently exposed, and the result of 692 points directly surpassed a number of flagship chips in the current Android camp on the market.

Tianji 9000 chip evaluation released: compared to Snapdragon 8 Gen 1, cpu advantage GPU is weaker

The improvement of the image processing capacity of the Tianji 9000 flagship platform is very obvious. Built-in flagship 18-bit HDR-ISP image signal processor, processing power compared to the current flagship chip nearly 3 times ahead, supporting up to 320 million pixels camera image signal capture capability, can achieve three pixels up to 32 million pixels sensor simultaneous shooting HDR video, compared to the previous generation of ISP has a stronger computing speed.

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