The Apple M4 and Apple M5 are System-on-a-Chip (SoC) processors developed by Apple.

They are designed for use in Apple's product lines such as Macs and iPads. Both target a broad audience, ranging from everyday tasks to demanding professional applications like creative work and software development. Both processors are manufactured using the advanced 3 nm manufacturing process, which enables high transistor density and thus improved energy efficiency.

The Apple M4 features 20 MB of Level 2 Cache, while the Apple M5 is equipped with 28 MB of Level 2 Cache. Both integrate a 10-core GPU. The architecture of both chips relies on a hybrid core design that combines performance and efficiency cores. The Apple M4 delivers strong single-core and multi-core performance for a variety of applications.

The Apple M5 surpasses the Apple M4 in performance. While the M5's single-core performance is slightly higher, it shows significantly higher multi-core performance, making it more advantageous for parallel workloads. Both processors feature powerful integrated graphics. Due to its overall higher computing power and increased maximum memory bandwidth of 154 GB/s compared to 120 GB/s for the Apple M4, the Apple M5 offers better performance in gaming scenarios.

This allows for smoother frame rates and the use of more demanding graphics settings. Thanks to the 3 nm manufacturing process, both the Apple M4 and Apple M5 are characterized by high energy efficiency. Apple M-series are known for their excellent performance per watt. The Apple M5 likely achieves its higher performance with a slightly increased power consumption under full load, but remains very efficient overall.

Apple processors are not available separately, but are built as core components into Apple's devices. The Apple M5 will typically be found in higher-end or newer configurations, which means a higher overall device price. The price-performance ratio is therefore strongly linked to the respective device.

The Apple M4 offers an excellent balance of performance and energy efficiency for most users and demanding professional tasks. For users who need the absolute highest computing power for very intensive workloads, complex 3D applications, or high-end gaming, the Apple M5 is the superior choice. It delivers noticeably higher overall performance, especially in tasks that benefit from multiple cores.

Apple M4

  • 3 nm manufacturing process
  • 20 MB Level 2 Cache
  • Solid single-core and multi-core performance
  • High energy efficiency

Apple M5

  • 3 nm manufacturing process
  • 28 MB Level 2 Cache
  • Significantly higher multi-core performance
  • Improved graphics performance due to higher memory bandwidth

Performance Overview
Average performance across multiple benchmarks

Single-core performance
Rank 2 - 90 %
Apple M4
Rank 1 - 100 %
Apple M5
Multi-core performance
Rank 2 - 82 %
Apple M4
Rank 1 - 100 %
Apple M5
Cinebench 2024 Single-Core

Cinebench 2024 Single-Core
Single-core performance

Apple M4
Apple M4 88 %
9C / 9T · 4.46 GHz
175 pts
Apple M5
Apple M5 100 %
9C / 9T · 4.61 GHz
198 pts
Geekbench 6 Single-Core

Geekbench 6 Single-Core
Single-core performance

Apple M4
Apple M4 91 %
9C / 9T · 4.46 GHz
3,767
Apple M5
Apple M5 100 %
9C / 9T · 4.61 GHz
4,133
Geekbench 6 Multi-Core

Geekbench 6 Multi-Core
Multi-core performance

Apple M4
Apple M4 81 %
9C / 9T · 0.91 GHz
13,295
Apple M5
Apple M5 100 %
9C / 9T · 0.91 GHz
16,472
iGPU - FP32 Performance (Single-precision GFLOPS)

iGPU - FP32 Performance (Single-precision GFLOPS)

Apple M4
Apple M4 83 %
Apple M4 (10 Core)
4,260
Apple M5
Apple M5 100 %
Apple M5 (10 Core)
5,133
AnTuTu 10 Benchmark

AnTuTu 10 Benchmark
Multi-core performance

Apple M4
Apple M4 83 %
9C / 9T · 0.91 GHz
2,608,620
Apple M5
Apple M5 100 %
9C / 9T · 0.91 GHz
3,137,940

More benchmarks

At a glance

Wischen
Apple M4Apple M5
FamilyApple M series (38)Apple M series (38)
CPU groupApple M4 (7)Apple M5 (6)
ArchitectureM4M5
Technology3 nm3 nm
SegmentNotebookNotebook
Socket
PredecessorApple M3Apple M4
SuccessorApple M5

CPU Cores and Base Frequency

Wischen
Apple M4Apple M5
CPU Cores / Threads9 / 99 / 9
Hyperthreading / SMT
Core architecturehybrid (big.LITTLE)hybrid (big.LITTLE)
Core Cluster 1: 3x Donan P-Core
0.91 - 4.46 GHz
3x P-Core
0.91 - 4.61 GHz
Core Cluster 2: 6x Donan E-Core
0.90 - 2.85 GHz
6x E-Core
0.90 - 3.05 GHz
L2-Cache20.00 MB28.00 MB
L3-Cache
Overclocking

Integrated graphics (iGPU)

Wischen
Apple M4Apple M5
GPU nameApple M4 (10 Core)Apple M5 (10 Core)
GPU frequency0.34 - 1.58 GHz0.34 - 1.90 GHz
CUs / Shader160 / 1280160 / 1280
Raytracing
Max. displays33
Max. GPU Memory24 GB24 GB
Technology3 nm3 nm
Release dateQ2/2024Q4/2025

NPU AI performance

Wischen
Apple M4Apple M5
AI hardwareApple Neural EngineApple Neural Engine
AI specifications16 Neural cores @ 38 TOPS16 Neural cores @ 60 TOPS
NPU + CPU + iGPU

Memory & PCIe

Wischen
Apple M4Apple M5
MemoryLPDDR5X-7500 (120.0 GB/s)
LPDDR5X-9600 (153.6 GB/s)
Max. Memory8 GB16 GB
Memory channels22
ECCNoNo
PCIe4.04.0
PCIe Bandwidth

Thermal Management

Wischen
Apple M4Apple M5
TDP20 W17 W
TDP (PL2)
TDP up
TDP down15 W15 W
T. junction max.100 °C100 °C

Technical details

Wischen
Apple M4Apple M5
Chip designMonolithicMonolithic
AES-NI
Operating systemsmacOS, iPadOSmacOS, iPadOS
Instruction setArmv9.2-A (64 bit)Armv9.2-A (64 bit)
ISA extensionsRosetta 2 x86-Emulation, AVX2, SMERosetta 2 x86-Emulation, AVX2, SME
Release dateQ2/2024Q4/2025
Release price
DocumentsTechnical data sheet

Your rating

Here you can rate one or both of the processors. The average rating of Apple M4 is 4.2 stars (1061 ratings), while Apple M5 has received 4.6 stars (405 ratings).

Click on the stars to rate one or both processors.

Apple M4
Apple M4
9C / 9T · 0.91 - 4.46 GHz
Apple M5
Apple M5
9C / 9T · 0.91 - 4.61 GHz

Most popular CPUs in both categories

Apple M4
Apple M4
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