Today we’re pitting the base M5 MacBook Pro against the M4 Pro MacBook Pro for one thing: games.
Same family, different muscles. If you care about smooth 1080p on the laptop screen or you’re docking to a fast external monitor, the split between these two matters more than logo freshness.
One leans on modern tricks to feel quick; the other brute-forces frames with a bigger GPU and fatter memory pipes. For this piece, I did the needed research and personal testing.
M5 vs M4 Pro MacBook Pro for Gaming: Overview
Both machines can play modern Mac titles comfortably if you set them up right. The base M5 feels lively in games that tap MetalFX upscaling and it benefits from a snappier internal SSD that trims installs and load screens. It’s also pleasantly quiet during actual gameplay, which makes a difference if you’re not wearing headphones.
The M4 Pro is still the hammer for raw raster performance. With more GPU cores and higher memory bandwidth, it keeps higher frame rates at strict “Ultra” settings and holds steadier numbers when scenes get heavy. If you’re planning a 120–240 Hz external monitor and want fewer compromises, this is the safer card to play.
Who Is the M5 For?
If you live in the 1080p–1200p range on the built-in screen, want quick loads, and you’re happy to flip on upscaling where it’s offered, the base M5 is easy to like. It stays calm acoustically, it feels responsive, and in certain ports it jumps well beyond the older base chips.
When You Should Get the M4 Pro
If you care about higher, steadier frame rates with fewer visual compromises – and you’re eyeing a high-refresh external monitor – the M4 Pro’s bigger GPU and 273 GB/s memory bandwidth push more frames without as much hand-holding from upscalers.
What Still Limits Both
Catalog and compatibility remain the governors. Hardware ray tracing is here, but the performance cost is still real on this class of GPU. Anti-cheat quirks keep a few multiplayer favorites out of reach. The best experiences remain native ports that implement Metal well.
The Silicon Difference Between M4 and M5 (And Why It Matters for Games)
Under the hood, the M4 Pro’s headline advantage is simple: more GPU and more bandwidth. The common 20-core GPU configuration pairs with 273 GB/s of unified memory bandwidth, which is like widening the highways feeding textures and geometry. The base M5 ships with a 10-core GPU and 153 GB/s. Both have hardware RT and modern shader features, but one has twice the lanes.
The surprises live elsewhere. The M5’s internal SSD is notably quicker – around 6.3 GB/s read and 6.1 GB/s write on mainstream capacities – so installs, level loads, and shader builds move faster. That doesn’t inflate average fps, yet it improves how the machine feels session to session.
Graphics & Features
Both chips support modern Metal features, including upscaling and ray tracing. MetalFX is the star: render fewer pixels internally, reconstruct the image, and pocket the frame-rate gain. In the right game, that’s the difference between 50-ish and triple-digits at 1080p. RT is usable in spots but usually not the best trade if you want 60+ fps.
Memory & Bandwidth
This is where the M4 Pro leans in. At high settings with dense scenes, extra bandwidth helps keep the GPU fed. That’s why you see it stretch its legs in older benchmarks and Ultra presets. The M5 can catch up when upscaling is available, but it’s riding technique rather than brute force.
Ports & Displays
Both machines can drive 4K at 240 Hz or 8K at 60 Hz over HDMI and up to two 6K/60 displays over USB-C. The difference is on the USB-C side: the M4 Pro brings the newer generation for dock and storage headroom, while the M5 sticks with the widely compatible previous generation. For gaming, either will feed a 120–240 Hz panel just fine.
M5 and M4 Pro Head-to-Head Game Results at 1080p (Native macOS)
Here’s a clean 1080p look at shared native titles using explicit presets. These are the numbers to anchor your expectations when you’re not leaning on Windows translation layers.
| Game | Preset | M4 Pro (20-GPU) | M5 (10-GPU) |
| Baldur’s Gate 3 | Ultra (AA:TAA) | 61 fps | 47 fps |
| Shadow of the Tomb Raider | Highest (AA:TAA) | 86 fps | 59 fps |
| Cyberpunk 2077 | Ultra, upscaler off | ~39.6 fps | 29.3 fps |
| Total War: Pharaoh | Ultra | 50.6 fps | 49 fps |
Notice the pattern: like-for-like, the M4 Pro wins most native 1080p runs, sometimes by a lot. Then upscaling shows up and changes the feel, especially on the M5.
A standout example is Resident Evil 4 Remake at 1080p: roughly 50–55 fps with upscaling off and around 100–120 fps with it on. That’s not a small nudge; that’s a new tier of smoothness on the same machine.
The gap aligns with simple math. Twice the GPU cores and more bandwidth give the M4 Pro better raw throughput. In older engines and strict Ultra presets, you see it jump out to 30–45% leads.
In CPU-leaning or balanced scenes, the distance compresses. And in titles with modern upscaling, the M5 stops playing defense and starts feeling outright quick.
If you’re targeting the internal 120 Hz display, the recipe is straightforward. On the M5, use 1080p-ish resolutions with MetalFX where available and you’ll often land in the 60–120 fps pocket with strong image quality. On the M4 Pro, you can hold higher settings longer, or push external 1440p and still stay on the sunny side of 60 in many games.
Windows Games Through Crossover on M5 vs M4 Pro
Plenty of players fire up Windows titles through CrossOver. It’s not magic, but it’s surprisingly capable with the right combination of patches, game settings, and Apple’s tooling. The base M5 can run a wide spread at 1080p; the M4 Pro’s bigger GPU simply holds more frames when things get heavy.
| Game | Machine | Layer / Version | FPS | Frame/Timing |
| Red Dead Redemption 2 | M4 Pro (20-GPU) | Rosetta x86_64 v2.1 • D3D12 | 60-80 | Present 13.47 ms • GPU 11.87 ms |
| Red Dead Redemption 2 | M5 (10-GPU) | GPTK 3.0b3 • D3D12 | 25-45 | Frame interval 36.97 ms |
| Elden Ring | M5 (10-GPU) | GPTK 3.0b5 • D3D12 | 40-70 | 16.68 ms |
| Metal Gear Solid Δ: Snake Eater | M5 (10-GPU) | GPTK 3.0b5 • D3D12 | 40-60 | 22.28 ms |
| Final Fantasy VII Rebirth | M5 (10-GPU) | GPTK 3.0b5 • D3D12 | 35-65 | 23.52 ms |
The head-to-head line tells the story. At 1080p in a big open-world Windows title, the M4 Pro clears 60 fps with headroom while the base M5 lands near 30. In lighter or better-behaved games, the M5 does well – Elden Ring sits essentially at 60, and both MGS Δ and FF7 Rebirth slot into the mid-40s. Upscaling helps when it’s enabled, just like on native ports.
How This Translates to Day-To-Day Play on the M5 and M4 Pro
If you plan to dabble in Windows games through CrossOver, think of the M5 as a capable 1080p machine for select titles, with the mix ranging from 40s to 60 fps depending on the game. If you want “set it to high and forget it” across a broader spread, the M4 Pro’s extra muscle pays off quickly – especially for open worlds and heavy post-processing.
M5 and M4 Pro Noise, Temps, Power, and Load Times
Comfort matters. The base M5 is impressively quiet during real gameplay; measurements around 30 dB during a demanding title mean you mostly hear key clicks and the game’s audio, not the fan. Under synthetic torture it will spin up, but games don’t live there. The M4 Pro’s dual-fan system moves more air and gets audibly louder under load, which makes sense given the extra horsepower.
On battery, both hold performance surprisingly well compared to old-school laptops, but you’ll still want to plug in for long sessions. The most noticeable difference is elsewhere: storage. The M5’s internal drive is much faster than typical previous configs, and you feel it. Big updates fall faster, shader caches compile quicker, and loading into saves is less of a stretch.
Plugged-in vs Battery Behavior
Short bursts on battery feel similar; the real change is duration. For sustained play at 60+ fps, power is your friend. Plugging in helps the machine keep clocks and thermals at their happy place for hours.
Fan Noise & Temps
Expect warm decks during long sessions on both. The M5 tends to keep a lower acoustic profile; the M4 Pro’s fans become part of the room under extended load. Neither turns into a space heater, but the difference is noticeable if you’re sound-sensitive.
SSD and Load Time Feel
The M5’s speed bump here is tangible. Even if your average fps is the same between two presets, shaving a minute off a patch or a half-minute off a level load gently upgrades every session.
M5 and M4 Pro Buying Advice For Gamers
Let’s keep it simple. If you mostly game on the laptop’s 120 Hz screen, like stable 60–100 fps at 1080p, and value quiet sessions and quick loads, the base M5 is a great everyday pick. It thrives in modern ports that use MetalFX and feels modern across the board.
If you’ve got a 1440p or 4K high-refresh monitor on your desk – or you just want more headroom at strict “Ultra” – the M4 Pro remains the better buy for gaming right now. Its raw GPU and bandwidth turn into steadier frames when scenes get dense, and it carries that advantage into Windows titles through CrossOver.
If you mostly play on the laptop screen
Aim for 1080p or 1200p. On the M5, enable MetalFX where offered and target 60–120 fps depending on the game. On the M4 Pro, you can nudge settings higher and still hold smoothness, with more headroom for busy fights and effects.
If you’ll dock to a high-refresh monitor
At 1440p or 4K/120, you’ll make trade-offs on either machine, but the M4 Pro gives you the wider safety margin. The M5 can feed high refresh too – especially in lighter games – but expect to lower a preset notch or lean on upscaling more often.
RAM & storage picks
For gaming and general use, 24 GB of unified memory is a comfortable baseline. If you multitask heavily, work with giant media, or plan local AI experiments, 32 GB on the M5 or a higher memory option on the M4 Pro is sensible. For storage, prioritize internal space you won’t outgrow and remember the M5’s faster drive improves quality of life even before you launch a game.
M5 MacBook Pro or M4 Pro MacBook Pro: Conclusion
The base M5 is the most pleasant everyday MacBook Pro yet for 1080p gaming – quiet, quick to load, and surprisingly capable when a game taps the modern toolset. The M4 Pro still swings the bigger stick. If you want more frames with fewer compromises, especially on an external display or inside heavy scenes, it’s the one to beat until the next tier of chips lands.