M3 Ultra consumes the least power compared to x86 desktop processors when running HandBrake

M3 Ultra Uses 55% Less Energy Than the Least Power-Hungry x86 Desktop CPU While Running HandBrake, But Falls Short of M4 Max Efficiency

Apple’s cutting-edge M3 Ultra chip has made its debut in the revamped Mac Studio, capturing the attention of tech reviewers and enthusiasts alike. This powerful silicon, designed with efficiency in mind, capitalizes on ARM architecture instead of the traditional x86, leading to impressive reductions in power consumption. Astonishingly, the M3 Ultra draws 55% less power compared to its x86 counterparts, making it a standout in energy efficiency.

In a series of rigorous tests conducted by Andrew Cunningham from an established tech outlet, the spotlight was on the M3 Ultra’s performance and efficiency, particularly with power-hungry tasks. Employing the open-source video transcoder HandBrake for its benchmarks, the results were illuminating. The M3 Ultra peaked at approximately 77.3W, showcasing slightly higher power usage than the astonishingly efficient M4 Max, which sits at just 50.2W.

Remarkably, other high-performance processors pale in comparison when it comes to energy consumption. AMD’s 16-core Ryzen 9 7950X, for instance, utilizes 172.6W, while Intel’s Core Ultra 285K and i9-14900K consume even more at 186.5W and 233.6W, respectively. While these figures might vary slightly due to the methods used to monitor power consumption, the M3 Ultra’s efficiency is undeniably impressive.

Beyond its energy-saving capabilities, the M3 Ultra doesn’t compromise on performance. In fact, in Geekbench 6 tests, it outpaces its predecessor, the M2 Ultra, by a solid 29%. While it does not significantly outpace the M4 Max, registering just a 7% performance increase, its blend of power and efficiency sets a new standard.

For those who prioritize energy efficiency and are willing to invest in top-tier technology, the M3 Ultra-powered Mac Studio emerges as a compelling choice. With its formidable combination of performance and unprecedented efficiency, it continues to redefine what users can expect from modern computing solutions.