Apple M5 chip smashes Snapdragon X2 Elite in early single-thread benchmarks — single core scores rival Intel's Core Ultra 9 285K and beat AMD's 9950X3D, teasing multi-core potential of future variants

Apple's new M5 chip, integrated into the latest iPad Pro and MacBook Pro, exhibits strong single-core performance in early benchmarks, rivaling Intel's Core Ultra 9 285K and surpassing Snapdragon X2 Elite and AMD's 9950X3D. The M5 MacBook Pro variant shows enhanced performance over the M5 iPad Pro, attributed to superior thermal management, and represents a significant generational leap over the M4 chip. While current M5 iterations lag behind high-end Intel and AMD desktop CPUs in multi-core performance, future Pro and Max versions are anticipated to address this, further strengthening Apple's competitive position in the high-performance computing landscape, though these initial results are based on limited data.

Analysis

Apple's new M5 chip, integrated into the iPad Pro and 14-inch MacBook Pro, demonstrates robust single-core performance, with the MacBook Pro variant scoring 4,263 points in Geekbench. This performance closely rivals Intel's Core Ultra 9 285K (4,306 points) and significantly outperforms Qualcomm's Snapdragon X2 Elite (4,080 points) and AMD's 9950X3D (3,399 points). The M5 also shows an almost 10% single-core improvement over the M4, reinforcing Apple's competitive edge.

In multi-core tests, the M5 MacBook Pro achieved 17,862 points, lagging behind high-end desktop CPUs like Intel's i9-14900KS (23,187 points) and AMD's 9950X3D (22,093 points) due to its core count. Notably, the MacBook Pro's superior thermal management and higher clock speed (4.61 GHz vs. 4.43 GHz) provided a 9% multi-core advantage over the M5 iPad Pro, underscoring cooling's impact on sustained performance.

Future higher-core M5 variants, including anticipated Pro and Max versions, are expected to narrow the multi-core performance gap, further solidifying Apple's competitive stance. These early benchmarks, despite a limited sample size, signal a continued positive trajectory for Apple's proprietary silicon, intensifying pressure on Intel, AMD, and Qualcomm in the high-performance mobile and desktop segments.

Key Decisions for Investors

• Investors should monitor the release and performance of anticipated M5 Pro and Max variants, as these could significantly enhance Apple's competitive position in multi-core intensive workloads.
• Evaluate the ongoing competitive pressure on Intel, AMD, and Qualcomm, given Apple's consistent generational performance gains in its proprietary silicon.
• Consider the implications of Apple's chip strategy on its hardware margins and ecosystem lock-in, which could drive long-term revenue stability and growth.