If the answer is yes, it could be significantly (+/- 5%) different, then I would say, why? if the answer is no, i should expect pretty much the same result, then running the same benchmark when test results for a model have already been posted, seems redundant? So if I own a iMac10,1 at 3.06GHz for example, why should I or should I not expect that my benchmark result would be significantly different from that listed in Mactracker, for the same iMac10,1 3.06GHz? Since the list of Apple models is finite (large, but finite) and the specs are consistent between models, I would think there would be little variance in benchmark results for a specific model, once a particular model (for example, a "iMac10,1") is tested and the results posted, whether posted by Mactracker or just other users with the same model. It's not likely that it will solve the overall problem of benchmarks (and how they aren't totally representative), but it further moves in the direction of highlighting that not everything is about raw CPU capability.Mactracker provides CPU benchmarks for the majority of the Mac models, including the variants within the same model line, where the CPU speed differs. As such, new tests have also been added to Geekbench in order to better reflect how we really use our smartphones.įrom background blur tests (such as the ones you may use in video calls) to improved raytracing and AI object detection, there are a lot of improvements that will better reflect the actual holistic capabilities of your smartphone. Primate Labs, the developer of Geekbench, understands that machine learning and other heterogeneous computational workloads are the better metric for a smartphone's performance. In other words, all of these changes better reflect the smartphone and device usage of 2023, while being close to the workloads that apps process on a day-to-day basis. A larger library of images for import tests.HTML examples representative of modern web design standards.Bigger photos in resolutions captured by modern smartphones (12 to 48MP).
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