a5cent
New member
For example, in 3dmark, the snapdragon and tegra 4 beat the iphone with the a7 processor. In javascript (sunspider) the a7 chip ties with tegra 4 in the surface.
3DMark is a bit strange, as the A7 does terribly poor in every one of 3DMark's benchmarks. Even last year's A6 SoC gets much better scores than the current A7. I suspect that all of 3DMark's tests stress one particular aspect of the A7 in which it performs poorly, or maybe 3DMark is just screwing up something on iOS 7. I don't know, but I think it's probably better not to take 3DMark on the A7 too seriously at this point. All the other benchmarking suites portray a much more balanced field. Since 3DMark seems to be an outlier, I'd tend to disregard it somewhat. We can also find the reverse scenario, where the iPhone 5S scores extremely high, most commonly due to onscreen rendering tests. Depending on what we think is important, we might want to disregard these too. Anyway, after disregarding the outliers on both sides, what remains is an A7 that is at least extremely competitive, if not slightly ahead (depends which benchmarks you find most important).
Ok wait a minute. While the iphone processor at a dual core 1.3ghz is a great processor, it does not blow anything out of the water.
I agree. I don't think anyone wanted to imply that. It is definitely a close race. I think you might be missing the point however (some others here definitely are). This is the point:
Product | SoC | Specs |
Apple iPad Air | A7 | Dual Core CPU, 1.3 GHz |
Samsung Galaxy Note 10.1 International 2014 Edition | Samsung Exynos 5 | Octa Core CPU, 1.9 GHz |
99% of consumers would bet their last dollar that the octacore CPU with the notably higher clock rate performs better, based purely on specs, when in fact the opposite is true (see this benchmark comparison of these two devices). That was the point.