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In response to this, the standard benchmark application 'Geekbench' has announced that it has removed 'OnePlus 9' and 'OnePlus 9 Pro' from the aggregated data.Įxamining OnePlus' Performance Behavior: Optimization or Misrepresentation? Think of it as an extension to the big.LITTLE design, and in principal, uses the same mechanism for scaling performance.11:10:00 Suspected that 'OnePlus 9' and 'OnePlus 9 Pro' had performance restrictions on some apps, OnePlus explained as 'optimization'Ģ021 March and smartphone 'OnePlus 9' that OnePlus announced in the 'OnePlus 9 Pro', we found that the performance of some applications is limited.
#Oneplus benchmarks geekbench cheating pro
The Meizu Pro 6 uses a 10-core Helio X25 chipset with a combination of four low performance cores, four medium performance cores and two high performance cores. On testing the Meizu Pro 6 however, XDA discovered something very disturbing. On testing other phones from Xiaomi, HTC, Sony and the like, XDA was happy to note that there were no performance inconsistencies.
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Any other stance would have just generated more backlash from the community. It’s good that OnePlus is at least admitting this. When approached by XDA, OnePlus apparently “promised to stop targeting benchmark apps” and that future builds will cease to do so. The resultant performance is inconsistent for the user. If OnePlus stops supporting the OnePlus 3T, you lose any performance “optimisation” for newer apps. A new app, for example, will not benefit from this. OnePlus isn’t optimising the CPU to handle varying loads. One might think that a targeted boost in performance is acceptable, but we have to remember that this is a hack. Apparently, the OS identifies apps and games by name and forces the CPU into a higher performance state when it does. XDA also discovered that this ‘cheating’ was a ‘feature’ of Hydrogen OS used by OnePlus. Normally when an app is opened, the cores are supposed to scale up to high speed (over 1.29 GHz) and then fall back to an idle state of 0.31 GHz when there’s no load. Smartphone manufacturers are given the freedom to tweak these governors from within the OS - Android, in this case.Ĭoming back to OnePlus, the OnePlus 3T uses a Snapdragon 821 chipset, which uses two big cores and two little cores. The chipset uses speed governors to determine how this is handled. So, a CPU might hit its maximum speed when opening an app and then settle to idling speed after an app is open. The CPU on an SoC will also increase or decrease its frequency depending on the application being run. This combination of cores helps in power and thermal management. Intensive tasks like gaming are handled by the big cores. The idea is that tasks requiring low power - like background applications, playing music, etc. The former are battery intensive and the latter are not. In this design, a set of high-performance cores (Big) are paired with a set of low-performance ones (Little). Most mobile CPUs today use the so-called big.LITTLE architecture. When testing the OnePlus 3T, XDA noted that the Snapdragon 821 chipset used was forced to run at a higher base clock whenever a benchmark app was detected.īefore we dive into the details of the cheating though, a small explainer on how mobile CPUs work is in order. It looks like OnePlus and Meizu are unconcerned. Given the backlash from the community, we assumed that manufacturers valued their own community enough to avoid practices like this. Notably, Samsung and HTC were called out for artificially boosting performance in benchmarking apps. In 2013, it was discovered that just about every smartphone manufacturer was cheating on benchmark. OnePlus has even admitted as much and promises to not do it in the future. A group of XDA developers have confirmed that OnePlus and Meizu are cheating on benchmarks.