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Huawei Pura70 Ultra five innovations/biggest drawbacks

author:Shishuo Technology

Note: The five major innovations are not necessarily Huawei's technologies/patents, and I think I deliberately blew a detour, a detour that puts innovation at the head of the supply chain, and whoever produces it is a cow

1. Lighter and thinner composite VC vapor chamber, heat dissipation capacity is improved, not as bright as the traditional copper VC surface, it should be a thin film + ultra-thin copper alloy, Figure 2 The heat dissolving capacity is not as good as the meter annular cold pump, but it is much stronger than the ordinary one. Note that the cold pump is a marketing term, and there is no pump structure in the heat dissipation structure

Huawei Pura70 Ultra five innovations/biggest drawbacks
Huawei Pura70 Ultra five innovations/biggest drawbacks

2. Telescopic lens + 1-inch outsole + variable large aperture F1.6 + IP68, the four elements are combined and mass-produced, and the default is to put away the lens state in the case of power failure

Huawei Pura70 Ultra five innovations/biggest drawbacks

3. For the first time, the domestic storage with metal packaging is more conducive to heat dissipation

Huawei Pura70 Ultra five innovations/biggest drawbacks

4. Beidou satellite message supports picture sending, before Mate60Pro+ was Beidou SMS message + Tiantong satellite call and Tiantong satellite SMS. Both the Pura 70 Pro+ and Ultra support image messaging

Huawei Pura70 Ultra five innovations/biggest drawbacks
Huawei Pura70 Ultra five innovations/biggest drawbacks

5. Kirin 9010, the main frequency is 0.32GHz lower than the previous generation, the single-core performance is higher, the multi-core performance is much higher, the cooling test, the Kirin 9010 is better than 9000s, Geekbench6.2.2 single-core is increased by 100+, multi-core is increased by 600+, and the room temperature test is increased by 100+ compared with single-core, and multi-core is increased by 300~400.

The biggest possibility is that the architecture has improved, and the process has not changed

GeekBench 6.2 单核

麒麟9010 1442 @ 2.3 GHz,IPC = 627

麒麟9000S 1314 @ 2.62 GHz,IPC = 501

骁龙8Gen2 2036 @ 3.2 GHz,IPC = 636

骁龙8+ Gen1 1850 @ 3.2 GHz,IPC = 578

The IPC is 25% better than the 9000S and 8.5% better than the Arm X2, which is roughly 98% higher than the X3.

To put it simply, it is efficiency, why the frequency is not increased, or because of heat, it is necessary to improve the process and upgrade the architecture

Huawei Pura70 Ultra five innovations/biggest drawbacks
Huawei Pura70 Ultra five innovations/biggest drawbacks

Cooling

Huawei Pura70 Ultra five innovations/biggest drawbacks

Room temperature results

Huawei Pura70 Ultra five innovations/biggest drawbacks

Room temperature results

Huawei Pura70 Ultra five innovations/biggest drawbacks

Kirin 9000s room temperature results

The improvement of the chip is the most important, put it at the end

The biggest disadvantage of the whole system is the use of short-throw fingerprints on the screen

Huawei already has a patent for ultrasonic fingerprints, probably because of the time relationship, the Pura series can't catch up with ultrasound, and the Mate70 series is very likely

#华为##华为Pura70##麒麟9010#