![]() ![]() The LG G4 and its Snapdragon 808 SoC generally position themselves slightly below the Samsung Galaxy Note 4 and its Snapdragon 805 SoC in the 3D performance tests AnTuTu and GFXBench. One would expect this gap to be narrower today, no? Hence, their performance is fair, but it illustrates a significant gap between "upper mid range performance" and "flagship performance". Still, it has to be noted that both processors are designed as upper mid-range products, rather than flagship solutions. The Kirin 930 utilizes exclusively Cortex-A53 cores modified by Huawei, while the MT6595 uses power-efficient Cortex A17 and A7 cores. Their results boil down to the economical CPU cores used in both. Still, the 14nm Exynos 7420 is the top dog right now, while the Kirin 930 (Huawei P8) and MediaTek MT6595 (Meizu MX4) are unimpressive all-around. ![]() Its results suggest that manufacturers could have an easier time squeezing peak CPU performance out of the lowlier SD 808 rather than the SD 810, which is more powerful, but often falls victim to throttling and struggles to live up to its potential. Although the SD 808 has just two Cortex-A57 cores, whereas the SD 810 and Exynos 7420 both have four, the 808 performs better than expected. In these tests, the LG G4's Snapdragon 808 CPU generally performs great, moving slightly ahead of the power-hungry Snapdragon 810 CPU in the HTC One M9, and tailgating the Samsung Galaxy S6 & S6 edge's Exynos 7420 SoC. We use the Vellamo Metal and Basemark OS 2 tests to assess CPU performance. The SD 808 is easier to handle than the SD 810. ![]()
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