Apple M6 Pro Achieves the Highest Single-Core CPU Score in Geekbench 7
Recorded: Sept. 19, 2026, 9:10 a.m.
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Account Sign Up Mac18,6 4150 37565 Geekbench 7.0.0 for macOS AArch64 Result Information Upload Date Views System Information System Information Operating System Model Motherboard CPU Information Name Topology Identifier Base Frequency Cluster 16 Cores Memory Information Size Single-Core Performance Single-Core Score 4150 File Compression 3575 508.6 MB/sec
Navigation 4610 25.4 routes/sec
HTML5 Browser 4397 55.0 pages/sec
PDF Viewer 4604 206.8 Mpixels/sec
Photo Library 3968 13.6 images/sec
Clang 4638 25.1 Klines/sec
Text Processing 4001 236.0 pages/sec
Asset Compression 3722 82.7 MB/sec
HDR 3784 228.7 Mpixels/sec
Photo Editor 3793 69.7 images/sec
Ray Tracer 3678 1.03 Msamples/sec
Structure from Motion 4967 89.8 Kpixels/sec
Game Physics 4284 173.3 FPS
Video Encoder 4341 157.9 FPS
Audio Encoder 3060 4.26 Msamples/sec
Video Player 5676 599.9 FPS
Multi-Core Performance Multi-Core Score 37565 File Compression 23715 3.29 GB/sec
Photo Library 36808 126.1 images/sec
Clang 50104 271.0 Klines/sec
Text Processing 36226 2.14 Kpages/sec
Asset Compression 55049 1.19 GB/sec
HDR 26217 1.58 Gpixels/sec
Photo Editor 32818 603.0 images/sec
Ray Tracer 52839 14.8 Msamples/sec
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The provided data details the performance metrics of the Mac18,6 system, assessed using the Geekbench 7 benchmark, providing a comprehensive view of its computational capabilities and specific workload performance. The system is running macOS 27.0 (Build 26A428) and is powered by the Apple M6 Pro processor, which is characterized by an 18-core topology and a base frequency of 4.78 GHz. The CPU architecture details reveal a complex configuration with 16 cores in Cluster 1 and 212 cores in Cluster 2, supported by advanced instruction sets including neon, aes, sha1, sha2, neon-fp16, neon-dotprod, i8mm, sme, and sme2, alongside substantial cache memory of 160 KB for L1 instruction cache and 8.00 MB for L2 cache. The system is supported by a substantial 48.00 GB of memory. The overall performance is quantified by distinct single-core and multi-core scores. The single-core score achieved is 4150, while the multi-core score registered is 37565, offering a dual perspective on the processor’s capabilities. Beyond these aggregate scores, the benchmark details specific performance across various application-centric tasks, demonstrating the system's proficiency in demanding operations. For general system operations, the file compression benchmark yielded a score of 3575 with a throughput of 508.6 MB/sec. Navigation performance was recorded at 4610, achieving 25.4 routes/sec. In the realm of creative and processing tasks, the performance metrics are highly granular. The system demonstrated considerable speed in handling multimedia and data processing operations. For tasks involving image handling, the Photo Library benchmark resulted in a score of 36808, processing 126.1 images/sec. Furthermore, the Photo Editor achieved a score of 32818, processing 603.0 images/sec. Video encoding performance was noted with a Video Encoder score of 4341, operating at 157.9 FPS, and an Audio Encoder score of 3060, processing 4.26 Msamples/sec. The system also excels in data manipulation and mathematical computations. Clang performance registered 50104, indicating a high rate of 271.0 Klines/sec. Text processing demonstrated a score of 36226, with a rate of 2.14 Kpages/sec. Furthermore, asset compression was benchmarked at 55049, achieving a throughput of 1.19 GB/sec. Specialized rendering and simulation tasks also showed high efficiency; the Ray Tracer achieved a score of 52839, processing 14.8 Msamples/sec, and the Structure from Motion benchmark registered 4967, processing 89.8 Kpixels/sec. In areas requiring physics simulation, the Game Physics benchmark resulted in a score of 4284, processing at 173.3 FPS. Finally, the Video Player performance was also noted at 5676, achieving 599.9 FPS. This detailed breakdown illustrates the sophisticated parallel processing and efficient resource management inherent in the Mac18,6 hardware when executing diverse computational workloads. |