Apple is preparing to release a new 14-inch MacBook Pro later this month. The device retains the current industrial design but introduces the M6 chip, which brings significant internal changes. These updates target users who rely heavily on artificial intelligence and local processing tasks.
Dual Neural Engine for Faster AI
The most notable change in the M6 chip is the inclusion of a Dual 16-core Neural Engine. Previous M5 chips featured a single 16-core unit. According to Apple, this dual configuration provides up to twice the peak compute power of earlier generations. This allows system frameworks to utilize both engines simultaneously, speeding up on-device AI workflows.
This upgrade is particularly relevant with the rollout of macOS 27. The new operating system integrates more AI features into the core experience. Users who run machine learning models or use generative AI tools locally will see faster execution times compared to the M5 generation.
Increased Core Counts and New Architecture
The base M6 chip also expands its processing capabilities. It now includes a 12-core CPU and a 12-core GPU. This is an increase from the M5, which was limited to 10 cores for each component. Apple is also introducing a new core structure for the standard M6 chip. It combines two super cores, four performance cores, and six efficiency cores. Previously, super cores and performance cores were reserved for Pro and Max variants.
These changes are built on a new 2nm manufacturing process. Apple states this shift offers a major leap in performance and power efficiency. The Mac mini was the first product to use the M6 chip. However, that device does not run on a battery. The MacBook Pro will be one of the first portable devices to benefit from this efficiency gain.
Expected Battery Life Improvements
The improved power efficiency of the 2nm process is expected to extend battery life in the new MacBook Pro. Apple could have chosen to shrink the physical battery to save space while maintaining previous performance levels. Instead, the company appears to be using the extra efficiency to provide longer runtimes for mobile users.
The 14-inch model will likely maintain the same physical dimensions as its predecessor. This ensures compatibility with existing accessories and cases. The launch later this month will confirm how much of the M6 chip’s efficiency translates to real-world battery performance.
Source: 9to5Mac
