When a new device hits the market, the initial focus often gravitates towards peak performance. Take, for instance, the recent launch of the Samsung Galaxy S24 range. Numerous videos, including mine, have discussed its peak performance, examining Geekbench and 3DMark scores. While these metrics are undoubtedly intriguing, considering sustained performance is equally important. How does the device fare after an extended period of use? In this article, I’ll be delving into the sustained performance of various flagship processors, including those from Samsung, Qualcomm, Apple, and more.
Why is sustained performance important?
There are several ways to evaluate the performance of a system-on-chip (SoC). Peak CPU and GPU performance provide insight into what a mobile SoC can achieve under optimal conditions. However, these conditions are fleeting. Therefore, examining sustained performance is beneficial, revealing what happens when the test is run multiple times. How do the thermals behave? Does the processor slow down? Is the peak performance somewhat deceptive, as it can only be maintained briefly? This approach provides a more accurate reflection of performance during prolonged use, especially during gaming sessions.
Why is sustained performance important?
There are several ways to evaluate the performance of a system-on-chip (SoC). Peak CPU and GPU performance provide insight into what a mobile SoC can achieve under optimal conditions. However, these conditions are fleeting. Therefore, examining sustained performance is beneficial, revealing what happens when the test is run multiple times. How do the thermals behave? Does the processor slow down? Is the peak performance somewhat deceptive, as it can only be maintained briefly? This approach provides a more accurate reflection of performance during prolonged use, especially during gaming sessions.
