Apple’s M4 Pro chip has just made its first appearance on Geek bench, and the performance results are generating excitement among tech enthusiasts. The newly released M4 Pro, found in Apple’s latest 16-inch MacBook Pro, demonstrates a substantial boost in both CPU and GPU capabilities compared to its predecessor, the M3 Pro, marking a significant step up in Apple’s silicon development.
Impressive CPU Performance Gains
This M4 Pro variant, which features a 14-core CPU and a 20-core GPU, scored an impressive 3,925 in single-core and 22,669 in multi-core Geekbench tests. This marks a 25% improvement in single-core performance and an astonishing 46% boost in multi-core results compared to the Apple M3 Pro, which scored 3,138 (single-core) and 15,480 (multi-core). The increased core count on the M4 Pro certainly contributes to its multi-core prowess, but the noticeable uplift in single-core speed, likely due to the higher 4.51 GHz boost clock (compared to the M3 Pro’s 4.06 GHz), indicates further efficiency and processing power.
M4 Pro’s GPU Surpasses Expectations
In terms of graphics capabilities, Geekbench’s OpenCL benchmark for the M4 Pro’s 20-core GPU recorded a score of 69,867. This is a 38% jump over the M3 Pro’s 50,373. While the M4 Pro doesn’t quite reach the performance of the M3 Max’s 40-core GPU (which scored 91,413), it still achieves nearly 70% of the performance with half the GPU cores, a testament to Apple’s advancements in GPU optimization.
Setting the Stage for Future Apple Silicon Developments
These initial M4 Pro results not only make it a notable upgrade from the M3 Pro but also indicate exciting potential for Apple’s next-gen M4 Max chips. With such a strong showing in both CPU and GPU benchmarks, the M4 Pro paves the way for even more powerful MacBook Pro configurations that will likely offer more cores and greater performance capabilities.
What This Means for MacBook Pro Users
Apple’s focus on improving both single-core and multi-core CPU speeds, as well as substantial GPU performance enhancements, shows that users with high-demand workloads, such as video editing, 3D rendering, and heavy multitasking, can expect a far more responsive and capable machine. The M4 Pro’s notable gains highlight Apple’s commitment to delivering faster, more efficient devices, particularly for MacBook Pro users who rely on high-performance computing.
With the M4 Pro pushing the boundaries of Apple Silicon, it’s clear that Apple is aiming to redefine what users can expect from MacBook Pro devices, creating even higher benchmarks for performance in future iterations.
