Introduction:
At the “Let Loose” event, Apple unveiled its latest addition to the Apple Silicon family, the Apple M4 chipset, alongside the new OLED iPad Pro. This release signifies Apple’s ongoing commitment to technological advancement and performance enhancement. The comparison between the M4 and its predecessor, the Apple M2, provides insights into the evolution of Apple’s chip design and its impact on device performance.
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Overview:
The transition from the Apple M2 to the M4 showcases Apple’s commitment to innovation.
The M4 chipset promises superior CPU, GPU, and Neural Engine performance.
Apple aims to meet the demands of modern computing tasks and emerging technologies with the M4. This comparison offers insight into the enhancements brought by the M4 and its impact on device performance.
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Apple M4 vs M2: Specs Comparison
The specs comparison between Apple M4 and M2 details key parameters: fabrication process, transistor count, CPU/GPU configurations, frequency, Neural Engine capabilities, memory bandwidth, and additional features. Analyzing these side by side reveals M4’s technological advancements and superiority over M2.
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Apple M4 vs M2: CPU
The CPU comparison highlights architectural disparities between M4 and M2 chips, focusing on transistor count, core configurations, maximum frequency, and integration of next-gen ML accelerators. These improvements lead to notable performance enhancements, facilitating faster multitasking, smoother app performance, and enhanced energy efficiency in M4-powered devices.
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Apple M4 vs M2: GPU
The GPU segment explores the advancements in graphics processing capabilities offered by the M4 compared to the M2.
Dynamic caching, Ray Tracing, and Mesh Shading elevate visual experience and gaming on M4-equipped devices. The comparison underscores M4’s superiority, promising immersive graphics and smoother frame rates, setting a new mobile graphics performance standard.\
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Apple M4 vs M2: Neural Engine
In the Neural Engine comparison, the focus is on the improvements made to the M4’s AI processing capabilities.
With a more efficient 16-core Neural Engine and advanced ML accelerators, the M4 chipset enables faster and more accurate AI tasks, ranging from image recognition to natural language processing.
The enhanced Neural Engine enhances the overall user experience by enabling smarter and more responsive device functionalities.
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Apple M4 vs M2: Memory Bandwidth and Others:
The memory bandwidth comparison assesses data transfer speed and efficiency on M4 and M2 chip-powered devices.
M4’s faster bandwidth and Av1 decode acceleration ensure smoother multimedia playback and better content streaming.
Compatibility with ProRes enhances multimedia capabilities, catering to content creators and enthusiasts.
Apple M4 vs M2: Performance Comparison of the New Chipsets
| Feature | Apple M4 | Apple M2 |
|---|---|---|
| Fabrication Process | TSMC’s 2nd-gen 3nm | TSMC’s 5nm |
| Transistors | 28 billion | 20 billion |
| CPU Cores | 9 CPU cores (3 performance + 6 efficiency) / 10 CPU cores (4 performance + 6 efficiency) | 8 CPU cores (4 performance + 4 efficiency) |
| GPU Cores | 10 GPU cores (HW Ray Tracing, HW Mesh Shading) | 10 GPU cores |
| Frequency (Max) | 3.93GHz | 3.49GHz |
| TDP | Not known yet | 23W |
| Neural Engine | 16 cores; 38 TOPS | 16 cores; 15.8 TOPS |
| Unified Memory (RAM) | 8GB and 16GB | 8GB and 16GB |
| Memory Bandwidth | 120 GBps | 100 GBps |
| RAM Type | Not known yet | LPDDR5 |
| Others | AV1 decode, ProRes | ProRes |
Conclusion:
In conclusion, the comparison between the Apple M4 and M2 chipsets underscores Apple’s commitment to innovation and performance excellence.
By leveraging advanced chip design techniques and incorporating cutting-edge technologies, Apple continues to push the boundaries of what is possible in mobile computing.
As users embrace devices powered by the Apple M4 chip, they can expect unparalleled performance, efficiency, and a seamless user experience across various applications and tasks.
