The Upcoming Launch of M5 Pro, M5 Max, and M5 Ultra: Performance Expectations and Gaming Benchmarks
As we usher in the new year, anticipation mounts for the imminent release of the M5 Pro, M5 Max, and M5 Ultra devices within the first half.
Notably, the M5 chipset recently showcased remarkable prowess during a gaming evaluation, achieving a staggering 190 percent increase in framerate in Cyberpunk 2077 compared to its predecessor, the M4, particularly with ray tracing activated.
This leads to speculation about the M5 Max’s capabilities. Fortunately, preliminary benchmark comparisons reveal intriguing insights into its performance potential, indicating that the M5 Max eclipses the M4 Max and outperforms NVIDIA’s laptop variant of the RTX 5070 Ti.
Retention of Core Count with Architectural Enhancements for the M5 Max
A Reddit user, known as Cheap-Ability9453, generously compiled a performance analysis contrasting several NVIDIA desktop and laptop GPUs alongside the M4 Max and the impending M5 Max.
The assessment involved two renowned titles, Cyberpunk 2077 and Assassin’s Creed: Shadows, both rendered at a resolution of 1080p with ultra settings.
According to the Redditor, the data derives from Notebookcheck, and the estimated performance for the M5 Max likely builds upon historical metrics from previous Apple Silicon products and generational improvements.
The gaming results painted a clear picture: the M5 Max significantly surpasses the M4 Max, achieving a framerate of 125FPS in Cyberpunk 2077—47 percent faster than the M4 Max’s 85FPS.
In Assassin’s Creed Shadows, it recorded 51FPS, marking an impressive 54.5 percent enhancement. In relation to the laptop RTX 5070 Ti, the M5 Max demonstrates a slight edge, yet it trails marginally behind the desktop RTX 4070 in Cyberpunk 2077.
In contrast, the laptop RTX 5070 Ti registered a minimal lead in Assassin’s Creed Shadows. Detailed comparative results are listed below:
Cyberpunk 2077: 1080p Ultra Settings
- M5 Max – 125FPS
- M4 Max – 85FPS (47 percent faster than M4 Max)
- Laptop RTX 5070 Ti – 120FPS (4 percent faster than M5 Max)
- Desktop RTX 5060 – 111FPS (12.6 percent faster than M5 Max)
- Desktop RTX 4070 – 126FPS (0.79 percent slower than M5 Max)
Assassin’s Creed Shadows: 1080p Ultra Settings
- M5 Max – 51FPS
- M4 Max – 33FPS (54.5 percent faster than M4 Max)
- Laptop RTX 5070 Ti – 53FPS (3.77 percent slower than M5 Max)
- Desktop RTX 5060 – 43FPS (18.6 percent faster than M5 Max)
- Desktop RTX 4070 – 55FPS (7.27 percent slower than M5 Max)
While the potential of the M5 Max in gaming scenarios is undeniably impressive, skepticism remains warranted. Readers may harbor similar inquiries and concerns regarding the results presented, which are elucidated below.
Potential Concerns Regarding M5 Max’s Estimated Performance Metrics
Despite the M5 Max’s impressive potential, uncertainties loom over its precise capabilities due to the absence of information regarding the GPU core count in the benchmark comparison.
Although it is likely that the M4 Max’s 40-core GPU powered the tests, several crucial details remain undisclosed.
Specifically, it is unclear if Apple’s MetalFX upscaling or frame generation features were activated, nor whether ray tracing was employed to achieve the reported framerates in each title.
Previous discussions highlighted the implausibility of Apple demonstrating Cyberpunk 2077: Ultimate Edition running at 120FPS on an M4 Max without invoking some form of upscaling or frame generation technology.
Regrettably, these nuances are absent from the post; thus, while optimism for the M5 Max is warranted, it is prudent to approach this information with cautious optimism and await further updates.
Source link: Wccftech.com.
