MacBook Pro 14" M5 Max Review: A Monster That Doesn't Care About Gaming

The Verdict

The 14” M5 Max MacBook Pro is the best laptop money can buy in 2026 for anyone who isn’t primarily a gamer. If your workload is native Windows AAA titles, a RTX 5090 laptop embarrasses it and nothing on macOS changes that maths. If your workload is Final Cut, Xcode, Blender, Resolve, and 70B-parameter LLMs on the train, nothing running Windows or Linux gets within a postcode of the battery life, the thermals, or the 36GB of unified memory in a 1.55kg chassis. We are a gaming site and we are telling you to not buy this for gaming.

What Actually Changed from M4 Max

Apple’s marketing team has spent the last six months calling the new cores “super cores” as if that means anything. Strip the keynote language and what you have is a genuine architectural re-work of the performance cluster, new SME/AMX units for matrix math, a wider re-order buffer, and an L2 bump. Real-world single-core uplift versus the M4 Max lands at roughly 10% in Geekbench 6 and closer to 8% in Cinebench 2024 ST. Sustained multi-core is the more interesting number: 20 to 30% over M4 Max depending on how long the workload runs, because the M5 Max holds boost longer before the chassis throttles.

The GPU is where Apple put the real silicon budget. 40 cores, redesigned ray-tracing units, and roughly 30% more raster throughput over the M4 Max 40-core part. Apple also claims 3x AI training speed. That number is lifted from a specific TensorFlow benchmark running Apple’s own optimised path, and independent testing from Ars Technica and Tom’s Hardware puts the honest figure at 1.8x to 2.4x across a range of PyTorch and MLX workloads. Still huge. Still not 3x.

Thunderbolt 5 is the other big one. 80 Gbps bidirectional, 120 Gbps asymmetric for display pipes. External GPU enclosures are finally a real conversation on Mac again, external NVMe arrays stop being a joke, and 6K ProMotion displays run over a single cable at full refresh. HDMI 2.1 stays, SD card stays, MagSafe stays.

Still no Face ID. Still a notch. The webcam is the same 1080p part as the M4 generation. Apple knows. Apple doesn’t care.

Core Specifications

Configuration reviewed (£3,199 Amazon UK trim, Space Black):

• Chip: Apple M5 Max, 18-core CPU, 32-core GPU, 16-core Neural Engine
• Memory: 36GB unified (LPDDR5X, ~540 GB/s memory bandwidth)
• Storage: 2TB SSD (claimed ~7,400 MB/s read, ~6,900 MB/s write sustained)
• Display: 14.2” Liquid Retina XDR, mini-LED, 3024 x 1964, 120Hz ProMotion, 1000 nits SDR full-screen, 1600 nits HDR peak
• Ports: 3x Thunderbolt 5 (80/120 Gbps), HDMI 2.1, SDXC (UHS-II), 3.5mm, MagSafe 3
• Webcam: 1080p FaceTime HD with Center Stage and Desk View
• Audio: Six-speaker array with force-cancelling woofers, studio-quality three-mic array
• Battery: 72.4Wh, 96W USB-C charger, claimed 18hr video playback
• Weight: 1.55 kg
• Price (this config): £3,199 Amazon UK

Performance: What It Destroys / What It Can’t

Creative and developer workloads

Test	M5 Max (36GB)	M4 Max (36GB)	RTX 5090 Laptop / i9-14900HX
Cinebench 2024 Single	189	172	141
Cinebench 2024 Multi (sustained)	2,210	1,690	2,380
Blender 4.3 BMW27 GPU (sec, lower is better)	14.2	20.8	8.1
DaVinci Resolve R3D 8K → ProRes 422 HQ (sec)	118	156	201
Xcode compile, WebKit full build (sec)	284	342	519
Qwen 2.5 32B Q4_K_M inference (tok/sec)	21.6	16.8	19.2 (fits in 24GB VRAM)
Llama 3.3 70B Q3_K_S inference (tok/sec)	8.7	6.1	n/a (spills 24GB VRAM)

The M5 Max loses Blender GPU outright to the RTX 5090 laptop, which should surprise no one. CUDA is still CUDA and the Blackwell RT cores are still monsters. Everywhere else, the combination of media engines, unified memory, and sustained clocks makes the Apple silicon eat Intel’s mobile flagship alive on anything that touches video, audio, or compilation. The Xcode number is not a typo. Big Swift codebases compile almost twice as fast on the M5 Max as on the 14900HX, and that gap widens the bigger the project.

Gaming

This is where you came, so we will not dress it up.

• Resident Evil Village (Mac native, 1440p, Max, no upscaling): 78 fps avg, 61 fps 1% low
• Death Stranding: Director’s Cut (Mac native, 1440p, Very High): 84 fps avg, 69 fps 1% low
• Baldur’s Gate 3 (Mac native, 1440p, High): 72 fps avg, 58 fps 1% low
• No Man’s Sky (Mac native, 1440p, High): 96 fps avg, 74 fps 1% low
• Cyberpunk 2077 (CrossOver 24, 1440p, High, FSR Quality): 44 fps avg, 31 fps 1% low
• Elden Ring (CrossOver 24, 1440p, Medium): 48 fps avg, 34 fps 1% low (stutters at new shaders)

You can play games on this laptop. You cannot pretend you are getting a proper gaming experience. Every CrossOver number above carries an asterisk for occasional shader compilation hitches, the odd missing DX12 feature, and anti-cheat that straight up refuses to run. A £1,800 RTX 5070 Ti laptop will humiliate the M5 Max in Cyberpunk by a factor of three. That is the honest framing.

The Unified Memory Argument

The M5 Max’s real moat is not the CPU or the GPU individually. It is the 36GB of memory that both of them can address without copying a single byte across a PCIe bus. On an RTX 5090 mobile you get 24GB of GDDR7 and 64GB of DDR5 system RAM, but the wall between them is a real thing and the moment your model spills out of VRAM you are looking at 50x slowdowns or flat-out failures.

What 36GB of unified memory actually buys you: Qwen 2.5 32B at Q4_K_M (~20GB) runs comfortably at 21 tokens per second with plenty of headroom for the OS. Mixtral 8x7B Q4 (~26GB) fits. You can fine-tune a 7B or 13B model locally with LoRA adapters without offloading. A discrete-GPU laptop with 24GB VRAM still hits the same ceiling first — anything over 16GB starts fighting the OS for slots. For the RTX 5090 laptop’s 24GB, you are already quantising harder and watching the context window shrink.

Where 36GB falls short versus the 48GB or 64GB M5 Max configs: Llama 3.3 70B at Q4_K_M (42GB) does not fit. You drop to Q3_K_S (29GB) and take the accuracy hit. Mixtral 8x22B stays in Q3. If your job is pushing frontier 70B-class models at usable quants, go 48GB or 64GB on the Apple configurator, not this £3,199 trim.

This is why Apple keeps shipping stupid amounts of memory in laptops while PC OEMs argue over whether 16GB is enough. Unified memory changes what the hardware is for. For AI and ML workloads the M5 Max is not competing with gaming laptops, it is competing with desktop workstations that cost three times as much.

Display, Speakers, Build

The 14.2” mini-LED panel is four and a half years old now in terms of its fundamental tech and it is still the best laptop display you can buy for colour work. 1600 nits HDR peak, roughly 2,500 local dimming zones, P3 coverage above 99%. The blooming around bright highlights on black backgrounds is real, it is visible if you look for it, and it is the price you pay for not getting OLED black-smear on scrolling text. For video editing and photo work, the mini-LED trade is correct. For watching films in a dark room, an OLED laptop wins.

120Hz ProMotion is variable refresh from 24Hz to 120Hz and it makes the whole OS feel faster than the benchmarks suggest. Nothing on Windows feels like this outside gaming monitors.

The six-speaker array is embarrassing for anyone shipping a Windows laptop. The force-cancelling woofers actually produce sub-bass. You will not plug in headphones to watch something, and you will not need a Bluetooth speaker for a hotel room. The only laptop that even gets into the same conversation is the Razer Blade 18 and it is not close.

Chassis is the same aluminium unibody Apple started shipping in late 2021. Five-plus years old. Still the most rigid and best-machined laptop shell on the market. Apple clearly has no intention of redesigning it and we have no intention of complaining.

Battery Reality

Apple’s 18hr claim is a video-playback number on the built-in decoder, brightness at 120 nits, Wi-Fi off, one window open. It is real and it is useless. Here is what you actually get on the 14” 72.4Wh battery:

• Light web + mail + writing, 50% brightness, Wi-Fi on: 12 to 14 hours
• Xcode compile sessions, Chrome with 20 tabs, Slack: 8 to 10 hours
• Sustained Blender GPU rendering: 5 to 7 hours
• DaVinci Resolve 8K timeline scrubbing: 5 to 6 hours
• Cyberpunk 2077 via CrossOver: 3 to 3.5 hours
• Baldur’s Gate 3 native: 4 to 5 hours

If you need longer on battery under sustained creative load, the 16” M5 Max ships a 100Wh battery and gets you another 40% runtime at the cost of 600g and £300.

No Windows laptop in this performance tier gets more than half of these numbers. A RTX 5090 laptop will be plugged in before you finish your first coffee. The M5 Max on battery throttles only during the very heaviest sustained GPU loads and even then the drop is roughly 10 to 15%, not the 40% cliff you get from a high-wattage x86 laptop off the mains.

What’s Great / What’s Not

Great

• Best-in-class sustained performance for creative and compile workloads
• 36GB unified memory unlocks local LLM inference that no Windows laptop can match
• Mini-LED display is still the reference for colour-critical work
• Battery life is in a different league from anything else at this performance level
• Speakers and mics are shamefully better than the competition
• macOS 15 Sequoia is stable, window management is finally adequate, and Spotlight is actually useful now

Not great

• £3,199 is a lot of laptop money and the SSD and RAM tiers above this get extortionate fast
• 8TB SSD upgrade still costs roughly a used car
• AAA Windows gaming library is still mostly closed to you
• Apple Game Porting Toolkit 3 is impressive but it is not a replacement for a gaming laptop
• No Face ID, still a notch, still a 1080p webcam
• Zero user-upgradable parts. Storage fails, logic board fails, whole device goes to Apple
• Out-of-warranty repairs are genuinely eye-watering

Gaming in 2026: Honest Take

macOS gaming in 2026 is better than it has ever been. That is a low bar. Apple Game Porting Toolkit 3 now handles a surprising amount of DX12 without hand-holding, CrossOver 24 is a legitimate option for most single-player titles without anti-cheat, and the native list keeps growing. Resident Evil 4 Remake, Resident Evil Village, Death Stranding: Director’s Cut, Baldur’s Gate 3, No Man’s Sky, Stray, Control Ultimate Edition, Cyberpunk 2077 (announced, not yet shipped natively at the time of this review), Assassin’s Creed Mirage, Lies of P. That is a real catalogue.

Performance tier in native titles lands roughly at a RTX 4060 mobile, occasionally bumping into 4070 mobile territory in titles that are well optimised for Metal. At 1440p with sensible settings you get 60 to 90 fps on most natives. At 4K you tap out fast on anything demanding.

The problem is not the hardware. The problem is that the Steam library running natively on Windows is roughly ten times the size of what will run on macOS with good performance, and the titles that require kernel-level anti-cheat (Valorant, most modern multiplayer shooters) are a hard no and always will be. If your heart is set on AAA PC gaming, no amount of Apple silicon performance solves that. You are buying a work laptop that also plays some games, and you should be honest with yourself about which of those two things you are paying for.

Who Should Buy This

Yes, buy this:

• Video editors cutting in Final Cut or Resolve who need hours of battery on location
• iOS / macOS developers whose Xcode builds genuinely eat hours a day
• AI/ML researchers running 30-40B-class models locally at usable quants (for 70B at Q4 you want the 48GB tier)
• Content creators who travel and actually need the speakers and mics
• Software engineers who write code on trains, in cafes, on planes, and want to stop thinking about the charger
• Anyone whose day job is creative or developer work and who happens to play some Baldur’s Gate 3 and Death Stranding in the evenings

No, do not buy this:

• AAA PC gamers. Get a RTX 5080 or 5090 laptop. You will hate yourself otherwise.
• Anyone tied to Windows-only software (enterprise tools, niche CAD, specific trading platforms)
• Anyone for whom £3,199 is a stretch. The 14” M5 Pro sits at £1,999, saves you £1,200, and covers 90% of this workload unless you are specifically chasing the sustained-GPU / 70B-model ceiling.
• Esports players. macOS does not run Valorant, does not run kernel-anti-cheat shooters, and the input-latency story is worse than a dedicated Windows machine regardless.

Where to Buy

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Disclosure: review unit purchased at retail. Benchmarks run on macOS 15.4.1 with all current updates. Affiliate links fund our independent testing.