MacBook Pro M6 Jumps to 2-Nanometer Process, Skips Pro Variant

Apple’s entry-level MacBook Pro may be closer to a meaningful hardware jump than the usual chip-tick cycle suggests. Bloomberg reports the company is actively testing an M6 MacBook Pro, with the 14-inch base model identified as the clearest device in testing right now. Updates for the Mac mini, iMac, and MacBook Air are also possible, though less defined at this stage.

The M6 would mark Apple’s first chip built on TSMC’s 2-nanometer process, a step forward from the 3-nanometer node used across recent Apple Silicon generations. That shift typically yields gains in both speed and power efficiency by fitting more transistors into the same physical footprint. The practical result, at least on paper, is a chip that does more while drawing less power.

What the numbers actually show

The M6 is expected to land with around 200GB/s of memory bandwidth, up from 153GB/s on the M5. That gap matters most for GPU workloads and on-device AI tasks, where memory throughput is often the limiting factor rather than raw compute. The chip is also expected to carry a 12-core GPU, compared with 10 cores on the M5, alongside an upgraded Neural Engine and improved video encode and decode.

One detail worth sitting with: Apple is reportedly not planning M6 Pro or M6 Max variants. Higher-end chips are expected to arrive with the M7 series in 2027, which means the M6 generation is being positioned as a base-tier refresh rather than a full platform update.

That framing changes who this machine is actually for. Buyers who need the MacBook Pro name but do not require the Pro or Max chip get a meaningfully faster entry point. Anyone waiting on a high-end chip update will need to wait another product cycle, which is not a short one given Apple’s typical cadence.