Apple’s M5‑series chips are clearly a big leap in both CPU and GPU performance, but they sit in a different league than traditional desktop‑style gaming GPUs like the RTX 3060, 4060 or the newer 50‑series cards. In short: the M5‑class hardware is extremely strong for a laptop‑class SoC, especially in efficiency and single‑thread CPU work, but it still can’t match the raw rasterization and ray‑tracing throughput of a mid‑range or high‑end desktop GPU in most modern AAA titles at the same settings.
CPU and general GPU performance
Across the M5 family, the base M5 (10‑core CPU, 10‑core GPU) posts very high single‑core scores in tools like Geekbench 6.x, often in the 4,200+ range, which is ahead of many current Intel and AMD laptop chips. The 18‑core M5 Max can reach multi‑core scores around 29,000+, beating even some extreme PC processors in that specific benchmark. In GPU‑focused workloads such as Solar Bay and Metal‑based tests, the M5 Max GPU is roughly in the neighborhood of an RTX 5070 laptop GPU, sometimes trading places depending on the workload. In pure 3D/graphics‑heavy synthetic tests like Unigine Heaven, a base M5 in a 1080p laptop configuration lands around 30 FPS, while an M5 Pro can reach about 50 FPS, and an RTX 3060 at higher settings achieves roughly 80–90 FPS in the same scenario.
How M5 compares to Nvidia RTX cards
At the 1080p gaming level, the fastest M5 setups (M5 Pro or M5 Max in a MacBook Pro) can get close to 80–85% of an RTX 4060 Laptop’s performance in well‑optimized Metal‑based titles, but at a fraction of the power draw (around 25 W for the Apple chip vs 90–120 W for the RTX 4060). When you move up to the RTX 3060, 3070, 4070, or the newer 50‑series cards (5060, 5070, 5080, 5090), the gap grows noticeably in favor of the discrete GPUs, especially in ultra‑demanding games like Cyberpunk 2077 or Shadow of the Tomb Raider. For example, in Cyberpunk 2077 at 1080p, a base M5 configuration might sit around 35–40 FPS at medium–high settings, while an RTX 3060 or 4060 can comfortably hit 70–90+ FPS at similar or higher presets.
Gaming benchmarks across 10+ titles
Public benchmarks and aggregated data from sites such as Notebookcheck and technical.city show consistent patterns across multiple games. Below is a simplified comparison table for a base M5‑class laptop GPU versus a selection of common Nvidia desktop‑style GPUs. All values are approximate average FPS at 1080p unless noted otherwise, and settings are balanced to reflect typical “high” or “ultra” presets where possible.
Approximate 1080p gaming FPS (M5 vs Nvidia GPUs)
Game | Apple M5 (10‑core GPU) | RTX 3060 / 4060 Laptop | RTX 5060 Laptop | RTX 5070 Laptop | RTX 5080 / 5090 (desktop‑class) |
|---|---|---|---|---|---|
Assassin’s Creed Shadows | ~22–29 FPS (low–med) | ~70–90 FPS (high) | ~90–110 FPS | ~110–130 FPS | ~140–170+ FPS |
Total War: Pharaoh | ~55–69 FPS (med–high) | ~90–110 FPS | ~110–130 FPS | ~130–150 FPS | ~160–190+ FPS |
Cyberpunk 2077 | ~35–48 FPS (med–high) | ~70–90 FPS | ~90–110 FPS | ~120–140 FPS | ~150–200+ FPS |
Baldur’s Gate 3 | ~45–63 FPS (med–high) | ~80–100 FPS | ~100–120 FPS | ~120–140 FPS | ~140–170 FPS |
Shadow of the Tomb Raider | ~41–87 FPS (med–high) | ~70–90 FPS (high) | ~90–110 FPS | ~110–130 FPS | ~140–160 FPS |
Resident Evil Village | ~42–63 FPS (high) | ~70–85 FPS | ~85–100 FPS | ~100–120 FPS | ~130–160+ FPS |
Resident Evil 4 Remake | ~35–70 FPS (high) | ~70–90 FPS | ~85–105 FPS | ~100–130 FPS | ~130–160+ FPS |
Forza Horizon 4 / 5 | ~180–220 FPS (med–high) | ~160–200 FPS | ~180–220 FPS | ~190–230 FPS | ~220–270+ FPS |
Cyberpunk 2077 (RT focused) | ~15–25 FPS (low–med) | ~40–60 FPS (med–high) | ~60–80 FPS | ~80–100 FPS | ~100–140 FPS |
The Witcher 3: Wild Hunt | ~90–110 FPS (med–high) | ~110–140 FPS | ~130–150 FPS | ~140–170 FPS | ~170–200+ FPS |
In titles like Fortnite, Valorant, and other esports‑style games, the M5 Max can keep up with or even exceed some RTX 4070‑class mobile GPUs at 1080p, but the gap reopens in heavier AAA experiences. Across the stack, the pattern is that the M5‑class GPUs are impressively efficient and competent for a laptop, but they still sit below the RTX 3070, 4070, and all of the 50‑series cards in absolute raw performance.
