Apple's New M5 Max MacBook Pro: How Far Has Apple Silicon Come Since M1?
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The Verge's M5 Max vs M1 comparison shows a 2.2-3.7x performance leap in five years while battery life improved 29%, extending Apple Silicon's lead over Intel/AMD/Qualcomm competitors.
Apple's New M5 Max MacBook Pro: How Far Has Apple Silicon Come Since M1?
The Verge has tested Apple's new M5 Max MacBook Pro alongside the original M1 Pro and M1 Max models to measure just how far Apple Silicon has come in five years. The results reveal a dramatic performance leap that has reshaped the professional laptop market.
The M5 Max
Apple's latest professional chip:
- Architecture: 3nm process (TSMC N3E)
- CPU: Up to 24-core with improved performance-per-watt
- GPU: Up to 40-core with hardware ray tracing support
- Neural Engine: Significantly enhanced for on-device AI inference
- Unified memory: Up to 128GB — crucial for large AI model training
Performance Comparison
| Metric | M1 Pro (2020) | M5 Max (2026) | Improvement |
|---|---|---|---|
| CPU Multi-core | ~12,500 | ~28,000 | ~2.2x |
| GPU Performance | ~45,000 | ~120,000 | ~2.7x |
| ML Performance | ~15,000 | ~55,000 | ~3.7x |
| Battery Life | ~17 hours | ~22 hours | +29% |
| Memory | 32GB max | 128GB max | 4x |
The Real-World Impact
The Verge found the M5 Max excels in professional workflows:
- Video editing: 4K/8K timeline playback is buttery smooth
- 3D rendering: Dramatically faster export times
- AI/ML development: 128GB unified memory enables running large models locally
- Music production: More tracks, plugins, and effects simultaneously
Battery Life
Perhaps the most impressive achievement:
- M5 Max efficiency: Despite massive performance gains, battery life improved
- M1 comparison: The M1 was already class-leading; the M5 extends that lead
- Competitive gap: Intel/AMD Windows laptops still can't match Apple's performance-per-watt
Five Years of Apple Silicon
The M1-to-M5 journey:
- M1 (2020): Shocked the industry — Intel never recovered
- M2 (2022): Incremental improvement
- M3 (2023): 3nm process debut
- M4 (2024): AI-focused neural engine
- M5 (2026): The mature platform delivering on the original promise
What It Means for Competitors
- Intel: Still struggling to match Apple Silicon efficiency
- AMD: Competitive on peak performance but not battery life
- Qualcomm: Snapdragon X making progress but still behind
- ARM Windows: The long-promised ARM Windows competitive response remains incomplete
Source: The Verge | Full Review
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