When it comes to mobile gaming performance, keen attention is often given to how well the latest smartphones handle graphically intensive games. This is exactly what a recent comparative test revealed, where several premium smartphones were benchmarked while playing the newly launched Call of Duty Warzone Mobile. Among them, the Asus ROG Phone 8 has demonstrated noteworthy superiority in running the game with “high” visual quality settings, even surpassing the performance of the iPhone 15 Pro Max.
In a head-to-head performance test spearheaded by YouTuber Dame Tech, three powerful smartphones—the Samsung Galaxy S24 Ultra, the Asus ROG Phone 8, and the iPhone 15 Pro Max—were assessed for their gaming capabilities. Notably, the Asus ROG Phone 8 stood out by delivering an average of 81.3 frames per second (FPS), making it approximately 7% swifter than the high-end iPhone, which managed an average of 75.6 FPS under the same graphics settings.
The Galaxy S24 Ultra, despite boasting the firepower of an overclocked Snapdragon 8 Gen 3 chip, lagged behind, averaging 56.7 FPS. This outcome could indicate that the phone’s full potential may be limited by factors other than raw processing power.
A key aspect that could be contributing to the Asus ROG Phone 8’s stellar performance is its advanced cooling system. This feature seems to enable the Snapdragon 8 Gen 3’s CPU and Adreno GPU to operate more efficiently and thus produce better gaming results. Moreover, despite the lower FPS, the iPhone 15 Pro Max maintained a peak temperature of 41 degrees Celsius (105.8 degrees Fahrenheit) during testing, which was on par with the competitor’s temperature. On the other hand, the Galaxy S24 Ultra heated up slightly more, reaching 43 degrees Celsius (109.4 degrees Fahrenheit).
Further enhancing the iPhone 15 Pro Max’s appeal is its capacity to run Call of Duty Warzone Mobile at “peak” visual settings—a higher-resolution tier not available on other Android devices. This enhanced resolution is 1.7 times greater than the “high” setting, offering iPhone users the chance for a more crisp and detailed gaming experience.
For a clearer picture of the comparative gaming performance of these devices, interested viewers can find video demonstrations that capture the benchmarks in real time. Here, the nuances of the performance differences among the devices can be better understood by witnessing them in action.
These results emphasize the importance of a balanced smartphone design where not just the processing power, but also efficient heat dissipation, contributes to optimal gaming performance. Moreover, it highlights the ongoing competition between Android and iOS devices in providing the most compelling mobile gaming experiences.
