Snapdragon 712 SoC Review: Initial benchmarks from Qualcomm's latest processor
The Snapdragon 712 (SDM712) is a midrange ARMv8-based SoC Qualcomm announced in January. The Snapdragon 712 succeeds the Snapdragon 710 and can clock up to 2.3 GHz, which is 100 MHz more than its predecessor can. According to Qualcomm, the clock speed bump should deliver up to 10% improved performance.
The SoC integrates a total of 8 processor cores. The Snapdragon 712 has two Cortex-A75 cores that can clock up to 2.3 GHz and six slower Cortex-A55 cores that only reach 1.8 GHz. Qualcomm manufactures the chipset on a 10nm FinFET process, which allows the Snapdragon 712 to run more efficiently than its predecessors built on older processes. The SoC also integrates a Qualcomm Adreno 616 GPU, which is the same graphics core as Qualcomm uses in the Snapdragon 710.
Despite this, the Snapdragon 712 consistently outperforms its predecessor in synthetic benchmarks. However, the SoC does not always achieve Qualcomm’s claim of 10% higher benchmark scores than Snapdragon 710 powered devices. Instead, the gap between the Mi 9 SE and the Nokia 8.1 is often more like 4-6%, while the latter even has a slight edge in PCMark for Android.
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Geekbench 4.4 | |
64 Bit Single-Core Score | |
Xiaomi Mi 9 | |
Xiaomi Poco F1 | |
Xiaomi Mi 8 | |
Xiaomi Mi 9 SE | |
Lenovo Z5 Pro | |
Nokia 8.1 | |
64 Bit Multi-Core Score | |
Xiaomi Mi 9 | |
Xiaomi Poco F1 | |
Xiaomi Mi 8 | |
Xiaomi Mi 9 SE | |
Nokia 8.1 | |
Lenovo Z5 Pro | |
Compute RenderScript Score | |
Xiaomi Poco F1 | |
Xiaomi Mi 8 | |
Xiaomi Mi 9 | |
Xiaomi Mi 9 SE | |
Nokia 8.1 | |
Lenovo Z5 Pro |
AnTuTu v7 | |
Total Score | |
Xiaomi Mi 9 | |
Xiaomi Poco F1 | |
Xiaomi Mi 9 SE | |
Nokia 8.1 | |
Lenovo Z5 Pro | |
CPU | |
Xiaomi Mi 9 | |
Xiaomi Poco F1 | |
Xiaomi Mi 9 SE | |
Nokia 8.1 | |
Lenovo Z5 Pro |
AnTuTu v6 - Total Score | |
Xiaomi Mi 9 | |
Xiaomi Mi 8 | |
Xiaomi Poco F1 | |
Xiaomi Mi 9 SE | |
Lenovo Z5 Pro | |
Nokia 8.1 |
PCMark for Android | |
Work 2.0 performance score | |
Xiaomi Mi 9 | |
Xiaomi Poco F1 | |
Xiaomi Mi 8 | |
Nokia 8.1 | |
Xiaomi Mi 9 SE | |
Lenovo Z5 Pro | |
Work performance score | |
Xiaomi Mi 9 | |
Xiaomi Mi 8 | |
Xiaomi Poco F1 | |
Lenovo Z5 Pro | |
Xiaomi Mi 9 SE | |
Nokia 8.1 |
BaseMark OS II | |
System | |
Xiaomi Mi 9 | |
Xiaomi Mi 8 | |
Xiaomi Poco F1 | |
Xiaomi Mi 9 SE | |
Nokia 8.1 | |
Lenovo Z5 Pro | |
Overall | |
Xiaomi Mi 9 | |
Xiaomi Mi 8 | |
Xiaomi Poco F1 | |
Xiaomi Mi 9 SE | |
Lenovo Z5 Pro | |
Nokia 8.1 |
The Mi 9 SE does score around 13% more than the Lenovo Z5 Pro in AnTuTu v7 though, so Qualcomm has not been entirely misleading. Overall, the Snapdragon 712 averaged approximately 5.6% higher benchmark scores than the Snapdragon 710, which is unimpressive. This difference equates to a negligible difference real-world difference too, to the extent that you probably will not notice any performance improvements in daily use.
Unsurprisingly, the Snapdragon 712 cannot trouble the Snapdragon 855 in synthetic benchmarks. It does come within 10% of some Snapdragon 845 powered smartphones in certain benchmarks though. Typically, the two Snapdragon 800 series SoCs offer between 30% and 50% more power than the Snapdragon 712.
But, how does Qualcomm’s new midrange SoC performance in application-based browser benchmarks?
WebXPRT 3 - Overall | |
Xiaomi Mi 9 | |
Xiaomi Mi 8 | |
Nokia 8.1 | |
Xiaomi Mi 9 SE | |
Lenovo Z5 Pro |
Octane V2 - Total Score | |
Xiaomi Mi 9 | |
Xiaomi Mi 8 | |
Xiaomi Poco F1 | |
Xiaomi Mi 9 SE | |
Nokia 8.1 | |
Lenovo Z5 Pro |
Mozilla Kraken 1.1 - Total | |
Lenovo Z5 Pro | |
Nokia 8.1 | |
Xiaomi Mi 9 SE | |
Xiaomi Mi 8 | |
Xiaomi Poco F1 | |
Xiaomi Mi 9 |
* ... smaller is better
Perhaps expectedly, it is more of the same story. The Snapdragon 712 edges the Snapdragon 710 by around 4% to 10% in Octane V2 and Mozilla Kraken 1.1. The opposite is the case in WebXPRT 3 though, where the Mi 9 SE is tied with the Snapdragon 710 powered Nokia 8.1 and Lenovo Z5 Pro.
In short, the Snapdragon 712 offers better overall performance than the Snapdragon 710, albeit marginally. This should help smartphones equipped with the Snapdragon 712 perform slightly better in games and in everyday use, although synthetic benchmarks amplify this difference. Make sure to check out our Mi 9 SE review for power consumption tests if you have not already.