“Someone sitting and playing Fortnite on their phone, on the bus, on their commute. And this introduces two new challenges: heat management and battery life. (Fun fact: One game developer told me this can be a pain if your game is played with a controller because it won’t trigger the same behavior.) But long-running sustained tasks like games also need better continuous performance than these scroll-stop-scroll-stop workloads do.
Many devices explicitly cause a speed boost on touch for this reason. Speaking to John Poole, founder and president of Geekbench’s parent company, there’s a lot of nuance and attributes to balance between things like increasing TDPs (thermal design power/profile, i.e., the maximum heat a chip can dissipate) and the rise of big cores with big boost clocks (ostensibly handy for short, bursty tasks, but often used for inflating single-core benchmarks above other considerations).Īccording to Poole, “The vast majority of people’s time on a phone is scrolling through webpages, scrolling through Facebook, or something like that,” and short bursts of high performance make sure those intermittent workloads can be handled smoothly and fluidly. Some tasks are best suited to throwing all your power at it with the very biggest cores at once other workloads require sustained performance. As anyone who used a custom kernel during the golden era of rooting and ROMing can tell you, there are many different ways to solve this problem and different sets of logic when it comes to workloads that can be applied. Arguably, it will play the biggest difference as time goes on.ĭifferent apps have different requirements when it comes to speed, and your to-do list probably doesn’t need as much oomph as the latest, prettiest games do.
#Oneplus benchmarks deleted geekbench over cheating software
And, though it’s an issue you can address with hardware solutions, software can also play a difference. Some smartphone makers have gone so far as to highlight technologies like vapor chambers, surface area in cooling solutions, and bleeding-edge materials like graphene to improve cooling performance. More recently, as speeds have increased in the flagship space, causing the chips inside them to produce more heat, new cooling solutions have proven necessary.
This limits the speeds for the chips in smartphones based on what can be ambiently cooled.
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