Apple‘s M5 Max could outperform NVIDIA‘s laptop RTX 5070 Ti in gaming benchmarks, according to estimated performance comparisons. A Reddit user compiled data showing the M5 Max achieving 125FPS in Cyberpunk 2077—47% faster than M4 Max—while edging past the laptop RTX 5070 Ti’s 120FPS at 1080p ultra settings.

Estimated Benchmarks Show Significant Generation-Over-Generation Gains

Reddit user Cheap-Ability9453 compiled performance data from Notebookcheck, combining historical Apple Silicon metrics with generational improvements to estimate M5 Max capabilities. Two games, Cyberpunk 2077 and Assassin’s Creed Shadows, were tested at 1080p ultra settings across various NVIDIA desktop and laptop GPUs compared with M4 Max and estimated M5 Max performance.

Performance Comparison	Details
M5 Max (Cyberpunk)	125FPS (47% faster than M4 Max)
M4 Max (Cyberpunk)	85FPS baseline
Laptop RTX 5070 Ti	120FPS (marginally slower than M5 Max)
Desktop RTX 4070	126FPS (hairline faster than M5 Max)
M5 Max (AC Shadows)	51FPS (54.5% faster than M4 Max)
M4 Max (AC Shadows)	33FPS baseline
Launch Window	First half of 2026 (M5 Pro, Max, Ultra)
Expected GPU Cores	40-core configuration (similar to M4 Max)

According to the comparison, the M5 Max marginally outpaces the laptop RTX 5070 Ti while remaining narrowly behind the desktop RTX 4070 in Cyberpunk 2077. For Assassin’s Creed Shadows, the laptop RTX 5070 Ti gains a slight lead against the M5 Max with 53FPS versus 51FPS, though the M5 Max still registers an impressive 54.5% improvement over M4 Max.

Critical Details Missing From Estimates

Important uncertainties remain, including whether Apple’s MetalFX upscaling and frame generation were enabled, or if ray tracing was toggled in both titles to achieve the aforementioned framerates. These details matter significantly, as Apple previously demonstrated Cyberpunk 2077: Ultimate Edition running at 120FPS on M4 Max, which wouldn’t be possible with path tracing enabled without upscaling and frame generation technology.

For more on Apple Silicon gaming, the base M5 chip already impressed with 190% higher framerates in Cyberpunk 2077 compared to M4 with ray tracing enabled. If architectural improvements, higher clock speeds, or enhanced memory performance allow similar scaling for M5 Max, Apple could narrow the gap between integrated SoCs and dedicated GPUs significantly.

Speculation Versus Reality

The estimated comparison doesn’t clarify GPU core counts, though it’s likely the M4 Max’s 40-core GPU powered the baseline tests. Without knowing the rendering pipeline details, direct comparisons to native performance figures from NVIDIA GPUs remain difficult. Until Apple officially unveils the M5 Max and independent testing becomes available, these results should be viewed as preliminary estimates rather than confirmed performance metrics.

The data suggests M5 Max could deliver compelling gaming performance for an integrated solution, particularly given Apple’s continued focus on power efficiency and unified memory architecture rather than traditional discrete graphics. However, readers should treat this information cautiously and await official announcements expected in the first half of 2026.