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M3 vs M4 chip comparison 2026 - Apple specs

The M4 chip outperforms the M3 with a more powerful 10-core CPU (vs 8-core), enhanced 10-core GPU, and 16-core Neural Engine designed for AI workloads and graphics-intensive tasks. The M3 remains capable for everyday computing and is more affordable, making it better for budget-conscious users who don't need cutting-edge performance.

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M3 chip

Apple's 3-nanometer processor with 8-core CPU and 8-core GPU, designed for everyday computing and Apple Intelligence.

Students, professionals who need reliable computing, and budget-conscious buyers who don't require top-tier graphics performance

Score71%
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MC

M4 chip

Apple's latest 3-nanometer processor with 10-core CPU and 10-core GPU, optimized for AI, gaming, and professional creative work.

Creative professionals, gamers, AI developers, and power users who need maximum performance and are willing to invest in premium hardware

Score71%
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Quick Answer

AI Summary

The M4 chip outperforms the M3 with a more powerful 10-core CPU (vs 8-core), enhanced 10-core GPU, and 16-core Neural Engine designed for AI workloads and graphics-intensive tasks. The M3 remains capable for everyday computing and is more affordable, making it better for budget-conscious users who don't need cutting-edge performance.

Our Verdict

AI-assisted

Choose the M3 chip if you prioritize affordability and need solid performance for everyday tasks like web browsing, productivity, and content consumption. Choose the M4 chip if you engage in AI-intensive work, gaming, video editing, or professional creative applications that benefit from the enhanced GPU and neural processing power.

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M3 chip
5/10
M4 chip
10/10
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Choose M3 chip if

Students, professionals who need reliable computing, and budget-conscious buyers who don't require top-tier graphics performance

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Choose M4 chip if

Best pick

Creative professionals, gamers, AI developers, and power users who need maximum performance and are willing to invest in premium hardware

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Key Differences at a Glance

  • CPU Core Count:✓ M4 chip wins(10-core (4 performance + 6 efficiency) vs 8-core (4 performance + 4 efficiency))
  • GPU Core Count:✓ M4 chip wins(10-core vs 8-core)
  • Neural Engine Cores:16-core vs 16-core
See all 8 differences

Key Facts & Figures

6 numeric metrics compared

MetricM3 chipM4 chipRatio
CPU Performance Cores(cores)4 performance cores4 performance cores
CPU Efficiency Cores(cores)4 efficiency cores6 efficiency cores
Total CPU Cores(cores)8 cores10 cores
GPU Cores(cores)8-core GPU10-core GPU
Neural Engine(cores)16-core Neural Engine16-core Neural Engine
Manufacturing Process(nm)3nm3nm

Sourced from publicly available data ·

Key Differences

8 attributes compared head-to-head

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1M3 chip
M4 chip leads2 ties
MC
5M4 chip
  • CPU Core Count

    M3 chip

    8-core (4 performance + 4 efficiency)

    M4 chip

    10-core (4 performance + 6 efficiency)(winner)

  • GPU Core Count

    M3 chip

    8-core

    M4 chip

    10-core(winner)

  • Neural Engine Cores

    M3 chip

    16-core

    M4 chip

    16-core

  • Manufacturing Process

    M3 chip

    3-nanometer

    M4 chip

    3-nanometer

  • AI Capabilities

    M3 chip

    Apple Intelligence support

    M4 chip

    Enhanced AI with dedicated architecture(winner)

  • Graphics Performance

    M3 chip

    Adequate for standard tasks

    M4 chip

    Superior for gaming and creative work(winner)

  • Price Point

    M3 chip

    Lower starting price(winner)

    M4 chip

    Premium pricing

  • Power Efficiency

    M3 chip

    Excellent efficiency cores

    M4 chip

    Improved efficiency with extra cores(winner)

Full Comparison

MM3 chip
MM4 chip
CPU Performance Cores(cores)
4 performance cores
4 performance cores
CPU Efficiency Cores(cores)
4 efficiency cores
6 efficiency cores
Total CPU Cores(cores)
8 cores
10 cores
GPU Cores(cores)
8-core GPU
10-core GPU
Relative Gaming Performance
Good for mainstream games
Excellent for demanding games
Neural Engine(cores)
16-core Neural Engine
16-core Neural Engine
Manufacturing Process(nm)
3nm
3nm
Video Encoding Speed
Standard hardware acceleration
Enhanced with additional GPU cores
AI Workload Capability
Supported with optimization
Optimized with dedicated enhancements
Battery Life Impact
Excellent (efficient cores)
Excellent (additional efficiency cores)
Price Tier
Budget-friendly
Premium
Memory Configuration Support
Up to 24GB unified memory
Up to 32GB unified memory

Pros & Cons

10 pros·4 cons across both

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M3 chip

+5-2

Pros

  • More affordable entry price
  • Excellent battery life with efficient cores
  • Capable Apple Intelligence support
  • Sufficient for productivity and content consumption
  • 3-nanometer process for power efficiency

Cons

  • Lower GPU performance vs M4
  • Less suitable for professional AI workloads
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M4 chip

+5-2

Pros

  • Superior graphics performance with 10-core GPU
  • Faster CPU with 2 additional efficiency cores
  • Better AI acceleration for machine learning tasks
  • Ideal for gaming, video editing, and 3D rendering
  • Future-proof for demanding applications

Cons

  • Premium pricing vs M3
  • May be overkill for basic computing tasks

Frequently Asked Questions

6 questions

  1. The M4 has 10 CPU cores (vs M3's 8) and 10 GPU cores (vs M3's 8), providing significantly better graphics and computational performance. Both share the same 16-core Neural Engine and 3nm process, but M4's additional efficiency cores improve multitasking and power efficiency.

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