For what it’s worth, the Huawei is using a lower GPU clock speed as well, which should theoretically result in less thermal-induced slowdown.It’s worth noting that AI performance is still a pretty tough thing to quantify, owing to the varying approaches to silicon and the variety of different workloads.In other words, it seems like users in regions with mmWave 5G networks will want to stick with a Samsung or Qualcomm-powered phone to guarantee compatibility.It’s too early to definitively call a winner until we’ve put all these chipsets to the test, but a peek at the spec sheet and preliminary testing has already revealed interesting findings.Absolute speed sees Qualcomm claiming 7.5Gbps downlink speeds and 3Gbps uplink speeds, while Samsung’s Exynos 990 hits 7.35Gbps downlink speeds (it hasn’t revealed uplink speeds).
Exynos 990 vs Snapdragon 865. VS. Snapdragon 855.
This places the Exynos 990 closer to the Snapdragon 855 Plus instead of Snapdragon 865 even though both of them are based on the 7nm node. Qualcomm says the new chipset delivers 15 TOPS (trillion operations per second), compared to the Snapdragon 855’s 7 TOPS.
However, that’s not to say we will see many (or any) 144Hz smartphone displays hitting the market next year. Why is Huawei Kirin 990 better than Qualcomm Snapdragon 855? Qualcomm is expected to retain its graphical lead over Huawei, owing to previous benchmarks.One benefit that the Kirin 990 has is support for BM3D (block matching and 3D filtering) noise reduction technology, reportedly associated with DSLR cameras. So how do these two chipsets compare? 9.25% faster CPU speed? We compared two 8-core processors: Samsung Exynos 990 (with Mali-G77 MP11 graphics) and Qualcomm Snapdragon 855 (Adreno 640). However, it seems like some parts of history do repeat themselves, and Qualcomm’s solution employs more recent ARM cores once again. The AnTuTu benchmark score of the Snapdragon 865 is 587,923 while that of the Exynos 990 is 512,675. That’s unlikely, and possibly ill-advised unless another frantic race for more megapixels is your idea of getting better smartphone cameras. Integrating the 5G modem into the chipset itself theoretically results in reduced power consumption, a smaller footprint, and reduced heat compared to a processor with a separate 5G modem. VS. Snapdragon 855 Plus. Until then, the spec sheet below gives us a rough idea of what to expect, at least to the extent of the technical limitations and compatibility with other components.
Take camera compatibility, for instance. Exynos 990 vs Snapdragon 855.
Previously, Qualcomm has maintained the GPU advantage, but is this the year for Arm’s Mali graphics to close the gap?Real-world results show that you can expect significantly slower speeds owing to a variety of factors, but it looks like Qualcomm and Samsung’s chips hold the theoretical speed advantage for now.Huawei, however, has been forced to increase the core count of its older, Mali-G76 GPU in order to remain competitive (going from 10 to 16 cores). Snapdragon 865 Vs Exynos 990: How Do They Compare? 2 x 2.7GHz & 4 x 2.4GHz & 2 x 1.95GHz vs 1 x 2.84 & 3 x 2.42 & 4 x 1.8GHz However, Huawei seems to be focusing on improving low-light quality even more.When it comes to CPU power, it’s clear that all three brands are offering similar approaches. Preliminary specs may suggest that Qualcomm’s solution will be slightly more powerful and energy-efficient because it employs – in part – newer ARM Cortex cores, but only time will tell just how small or big of a discrepancy there will be between the two chipsets.In other words, while the Galaxy S11 itself isn’t official, we now have a pretty accurate picture of the main components powering the future flagship lineup. Exynos 990. Huawei says the Kirin 990 is capable of hitting 2.3Gbps down and 1.3Gbps up, far lower than rival flagship SoCs (at least in terms of downlink).Huawei does stand out in a good way though, as the Kirin 990 5G is the only chipset here featuring an integrated modem solution. This theoretically allows for a better balance of power and efficiency for a given task.Samsung’s 2020 flagship processor features a new, dual-core NPU, and Samsung says the combo of this NPU and the digital signal processor delivers 10 TOPS of performance.Qualcomm and Samsung's latest chipsets offer a big leap in photo and video resolution.The Qualcomm Snapdragon 865 touts a fifth-generation AI Engine, featuring a new Hexagon Tensor Accelerator. Why is Samsung Exynos 990 better than Qualcomm Snapdragon 855?
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