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As a reminder, under the load power metric we understand the resulting difference of the total power of the device subtracted by the average power the device consumes in its idle state. The P8 seems to consume around 3.7W of load power in the T-Rex Offscreen test. While these numbers are definitely not as precise as measuring directly on the hardware and should be taken with a grain of salt, they nevertheless give us a good reference point and estimate on how the SoC fares. While I mentioned in the introduction that I wasn't able to properly dismantle the P8 without damaging it, I did try to get some numbers through the internal fuel-gauge. There's not much we can say to make the scores seem better for the P8, as the GPU remains very underwhelming. Again, we see very bad performance for a 2015 flagship as the P8 still can't match up to devices released 18 months ago.īaseMark X paints a similar picture as GFXBench. GFXBench is a more CPU-light benchmark and we see the P8 correctly outperform the Honor 6 & Mate 7 as one would expect it to. Interestingly, it performs worse than the Kirin 920 even though it's clocked higher than its counter-part, pointing out that the weaker CPU actually might be limiting the graphics performance.
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The P8 performs as expected, as it struggles to keep up with the competition. We start off with 3DMark 1.2 Unlimited, which has both a graphics heavy test as well as a combined GPU and CPU heavy test. The Honor 6 and Mate 7 already disappointed in GPU performance, and we're not expecting the P8 to have any large gains over those predecessors.
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This is the same MP4 GPU configuration found in the Hi3630 (Krins 920's) of last year, and saw little change other than a small 80MHz boost in clocks to 680MHz. On the GPU side, HiSilicon continues to rely on what is by now a quite old IP in the form of the ARM Mali T628.