Here, MediaTek’s proprietary dynamic resource scaling comes into play to adjust the power consumed and performance delivered by the chipsets. ![]() Broadly speaking, it outlines how every device is uniquely optimised to adjust for power and performance depending on the applications it runs. MediaTek’s side of the storyĪpart from the statement, MediaTek also shared a few additional insights about benchmarking practices in the mobile industry. ![]() Our tests show that that may not entirely be the case. Instead, they believe what they're doing is a standard industry practice that’s also apparently practised by its key competitors. Long story short, MediaTek does not believe they are cheating on benchmarks. Preempting the expose, MediaTek wrote out a detailed blog post explaining and somewhat justifying why it does what it does to boost benchmark scores. In the case of MediaTek devices, the differences were as high as 75 percent in some workloads on PCMark Work 2.0. When tested with an anonymised version of benchmark apps, the numbers turn out to be far lesser than what it originally showed. If you can recall, this is similar to what Huawei had been doing previously. This was done by tweaking the code in the firmware to change the behaviour of the processor every time a benchmark app was detected.Īs a result, every time you’d run a benchmark app, the scores certain MediaTek-powered smartphones would get would be unnaturally high, giving a sense of it being powerful enough to punch above its weight. ![]() On Thursday, an AnandTech deep dive proved the existence of a ‘sports mode’ in MediaTek chipsets, using which smartphones powered by the chipsets post higher benchmark scores than normal.
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