Apple M5 Max vs. AMD Threadripper: 18 Cores vs. 96 Cores
In a surprising development in the workstation CPU landscape, Apple’s M5 Max is delivering performance that rivals flagship desktop processors from the x86 world. While Apple Silicon has long been recognized for exceptional single-core speed, the M5 generation represents a major leap in multi-core efficiency.
Recent benchmark data suggests that an 18-core M5 Max can compete with—and in some cases surpass—massive workstation processors such as AMD’s 96-core Threadripper PRO 9995WX, highlighting the growing architectural shift toward high-efficiency heterogeneous designs.
🚀 Geekbench 6 Benchmark Results #
Entries from the Geekbench 6 benchmark database reveal impressive results for Apple’s latest chip. The 18-core M5 Max delivers both strong single-thread performance and highly efficient multi-core scaling.
| Processor | Cores | Single-Core Score | Multi-Core Score |
|---|---|---|---|
| Apple M5 Max | 18 | 4,353 | 29,644 |
| AMD Threadripper PRO 9995WX | 96 | 3,123 | 25,992 (Avg) |
| Apple M4 Max | 14 | 4,053 | 26,327 |
| Apple M3 Ultra | 32 | 3,238 | 27,550 |
These results demonstrate that Apple’s architecture can extract significant multi-core performance from a relatively small number of cores compared with traditional workstation CPUs.
Why Does This Happen? #
Several architectural factors help explain the performance gap:
Core Utilization
Geekbench 6 tends to scale most efficiently within 8–32 core ranges. Extremely high-core-count processors—such as the 96-core Threadripper—may not fully utilize all cores within the benchmark’s workload structure.
Unified Memory Bandwidth
The M5 Max reportedly supports LPDDR5X-9600 memory across a 512-bit interface, delivering up to 614 GB/s of bandwidth. This unified memory architecture significantly reduces latency and provides high throughput for both CPU and GPU workloads.
🎮 GPU Performance: Strong but Not Desktop Flagship Level #
The M5 Max also includes a significantly upgraded integrated GPU. However, its graphics performance—while powerful for a mobile SoC—does not yet match the highest-end discrete GPUs.
The chip achieves a Metal benchmark score of 232,718, representing roughly a 13.8% improvement over the previous M4 Max.
Performance comparisons show:
- Integrated Graphics: Easily surpasses solutions like the AMD Ryzen AI Max+ 395 integrated GPU.
- Mobile GPUs: Faster than a mobile RTX 5070.
- High-End Desktop GPUs: Trails behind GPUs such as the RTX 5070 Ti and remains far below the performance of an RTX 5090.
This positions the M5 Max as a powerful mobile workstation solution, though discrete GPUs still dominate the high-end rendering and gaming segments.
💻 MacBook Neo: Apple’s Budget Market Entry #
Alongside its high-performance silicon, Apple is also expanding toward the lower end of the laptop market with the MacBook Neo.
The device is a 13-inch ultra-portable Mac with a starting price of 4,599 RMB, dropping to 4,199 RMB in some regions with subsidies. The system targets students and everyday productivity users seeking entry into the macOS ecosystem.
A18 Pro Comes to the Mac #
The MacBook Neo introduces a notable architectural experiment: Apple is using the A18 Pro smartphone chip directly inside a Mac laptop.
This represents one of the clearest examples yet of Apple’s strategy to unify mobile and desktop silicon platforms.
| Metric | MacBook Neo (A18 Pro) | iPhone 16 Pro Max (A18 Pro) |
|---|---|---|
| Single-Core | 3,450 | 3,445 |
| Multi-Core | 8,703 | 8,476 |
| GPU (Metal) | 31,286 | 33,030 |
| GPU Core Count | 5-Core | 6-Core |
Key Differences #
CPU performance remains essentially identical across both devices because they share the same core architecture.
However, the MacBook Neo uses a binned 5-core GPU, while the iPhone 16 Pro Max retains the full 6-core GPU, giving the phone roughly a 5.6% graphics advantage.
🎨 Design and Target Market #
The MacBook Neo focuses on portability and accessibility rather than raw performance.
Key design characteristics include:
- Aluminum unibody chassis
- 13-inch compact display
- Multiple color options, including Silver, Peach, Citrus Yellow, and Indigo Blue
- Lightweight design optimized for mobility
Apple appears to be targeting students, office workers, and first-time Mac buyers, offering an affordable entry point into the macOS ecosystem while maintaining the efficiency advantages of Apple Silicon.
⚖️ A Two-Front Strategy #
Apple’s latest product lineup demonstrates a clear dual-strategy approach:
- High-End Performance: The M5 Max pushes Apple Silicon into workstation territory, competing with high-core-count desktop CPUs through architectural efficiency and extreme memory bandwidth.
- Mass Market Expansion: The MacBook Neo leverages Apple’s smartphone chip scale to deliver a low-cost laptop while preserving the performance and battery advantages of ARM-based silicon.
Together, these moves show Apple expanding its silicon strategy in both directions—challenging the most powerful workstations while simultaneously pushing deeper into the entry-level laptop market.