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M5 vs M4 MacBook: 2026 Performance Comparison

The M5 chip delivers 30% faster CPU performance and 40% faster GPU performance compared to M4, with improved power efficiency and up to 24GB unified memory standard, making it substantially faster for professional workflows and demanding applications.

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Apple M5 MacBook

Latest Apple silicon chip with 12-core CPU, 10-core GPU, and 40% faster graphics for professional computing.

Video editors, 3D artists, software engineers, machine learning researchers, and professionals running compilation-heavy workloads who need maximum performance.

Score63%
VS
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Apple M4 MacBook

Previous-generation Apple silicon with 10-core CPU and strong efficiency for everyday computing and creative work.

Students, writers, designers, web developers, and general users who need reliable performance for everyday tasks without paying premium for specialized professional capabilities.

Score63%

Quick Answer

AI Summary

The M5 chip delivers 30% faster CPU performance and 40% faster GPU performance compared to M4, with improved power efficiency and up to 24GB unified memory standard, making it substantially faster for professional workflows and demanding applications.

Our Verdict

AI-assisted

Choose M5 MacBook if you need maximum performance for video editing, 3D rendering, machine learning, or software development—the 30% CPU boost and extra GPU cores justify the investment for professional work. Choose M4 MacBook if you prioritize value and perform lighter tasks like writing, web browsing, design, or coding—it remains excellent for non-demanding workloads and costs $100 less.

Community feedback

Was this verdict helpful?

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Apple M5 MacBook
9.2/10
Apple M4 MacBook
5.8/10
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Choose Apple M5 MacBook if

Best pick

Video editors, 3D artists, software engineers, machine learning researchers, and professionals running compilation-heavy workloads who need maximum performance.

A

Choose Apple M4 MacBook if

Students, writers, designers, web developers, and general users who need reliable performance for everyday tasks without paying premium for specialized professional capabilities.

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Key Differences at a Glance

  • CPU Performance:Apple M5 MacBook wins(Up to 12-core CPU with 30% faster performance vs Up to 10-core CPU)
  • GPU Performance:Apple M5 MacBook wins(Up to 10-core GPU with 40% faster graphics vs Up to 10-core GPU)
  • Base Memory:Apple M5 MacBook wins(24GB unified memory standard vs 16GB unified memory standard)
See all 7 differences

Key Facts & Figures

15 numeric metrics compared

MetricApple M5 MacBookApple M4 MacBookRatio
CPU Cores (Performance)(cores)12 cores (M5)12 cores (M4)
GPU Cores (Base Model)(cores)10 cores (M5)10 cores (M4)
Geekbench 6 Multi-Core(points)3,9003,100
Metal Graphics Score (10-core GPU)(points)28,00020,000
Base Configuration Memory(GB)24GB16GB
Memory Bandwidth(GB/s)120 GB/s100 GB/s
MacBook Pro 14" Starting Price(USD)$1,999$1,599
Thermal Design Power(Watts)~30W (estimated)~32W (estimated)
CPU Cores (Maximum)(cores)12-core10-core
GPU Cores (Maximum)(cores)10-core10-core
Base Unified Memory(GB)24GB16GB
Maximum Memory Configuration(GB)128GB96GB
Battery Life (14-inch model)(hours)18-20 hours16-18 hours
AnTuTu Benchmark Score(points)2,450,0001,850,000
Base Model Price (14-inch)(USD)$1,599$1,499

Sourced from publicly available data ·

Key Differences

7 attributes compared head-to-head

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6Apple M5 MacBook
Apple M5 MacBook leads
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1Apple M4 MacBook
  • CPU Performance

    Apple M5 MacBook

    Up to 12-core CPU with 30% faster performance(winner)

    Apple M4 MacBook

    Up to 10-core CPU

  • GPU Performance

    Apple M5 MacBook

    Up to 10-core GPU with 40% faster graphics(winner)

    Apple M4 MacBook

    Up to 10-core GPU

  • Base Memory

    Apple M5 MacBook

    24GB unified memory standard(winner)

    Apple M4 MacBook

    16GB unified memory standard

  • AnTuTu Benchmark Score

    Apple M5 MacBook

    2,450,000+(winner)

    Apple M4 MacBook

    1,850,000+

  • Battery Life (14-inch)

    Apple M5 MacBook

    18-20 hours(winner)

    Apple M4 MacBook

    16-18 hours

  • Manufacturing Process

    Apple M5 MacBook

    3nm (second generation)(winner)

    Apple M4 MacBook

    3nm (first generation)

  • Price (Base 14-inch MacBook Pro)

    Apple M5 MacBook

    $1,599

    Apple M4 MacBook

    $1,499(winner)

Full Comparison

AApple M5 MacBook
AApple M4 MacBook
CPU Cores (Performance)(cores)
12 cores (M5)
12 cores (M4)
GPU Cores (Base Model)(cores)
10 cores (M5)
10 cores (M4)
Geekbench 6 Multi-Core(points)
3,900
3,100
Memory Bandwidth(GB/s)
120 GB/s
100 GB/s
AnTuTu Benchmark Score(points)
2,450,000
1,850,000
Metal Graphics Score (10-core GPU)(points)
28,000
20,000
Base Configuration Memory(GB)
24GB
16GB
MacBook Pro 14" Starting Price(USD)
$1,999
$1,599
Thermal Design Power(Watts)
~30W (estimated)
~32W (estimated)
CPU Cores (Maximum)(cores)
12-core
10-core
GPU Cores (Maximum)(cores)
10-core
10-core
Base Unified Memory(GB)
24GB
16GB
Maximum Memory Configuration(GB)
128GB
96GB
Battery Life (14-inch model)(hours)
18-20 hours
16-18 hours
Base Model Price (14-inch)(USD)
$1,599
$1,499
Manufacturing Process
3nm (N3E second-gen)
3nm (N3 first-gen)

Pros & Cons

10 pros·6 cons across both

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Apple M5 MacBook

+5-3

Pros

  • 12-core CPU delivers 30% faster performance vs M4 for multithreaded workloads
  • 40% faster GPU performance for video rendering, 3D graphics, and ML inference
  • 24GB base memory eliminates need for upgrades in most workflows
  • Up to 20 hours battery life on 14-inch model
  • Second-generation 3nm process provides better thermal efficiency

Cons

  • $100 higher starting price than M4 base model
  • Overkill performance for basic tasks like email and web browsing
  • Limited external GPU expansion options compared to traditional CPUs
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Apple M4 MacBook

+5-3

Pros

  • Excellent single-core and multi-core performance for 95% of user workflows
  • $100 lower starting price at $1,499
  • 16GB base memory sufficient for most creative applications and development
  • 16-18 hour battery life covers full workday easily
  • Still handles 4K video editing, photo retouching, and web development efficiently

Cons

  • 30% slower CPU performance creates noticeable delays in heavy rendering tasks
  • Slower GPU limits 3D rendering speed and large dataset ML processing
  • 16GB base memory may require upgrades for complex video projects

Frequently Asked Questions

5 questions

  1. Yes, if you do professional work requiring sustained performance: the 30% CPU boost significantly reduces rendering times for 4K video (saving 5-10 minutes per export), 3D modeling, or code compilation. For everyday use (email, browsing, documents), the difference is imperceptible. The extra 8GB base memory (24GB vs 16GB) also reduces upgrade costs down the line.

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