Apple Plans Pricier MacBook Pro Tier
Apple is preparing to introduce an "even higher price bracket" for its upcoming OLED M6 MacBook Pro models. Instead of discontinuing the current M5 Pro and M5 Max laptops, the new premium models will segment the high-end offering further. The company is also reportedly exploring 3D-printed aluminum for future devices.
This move reflects a broader product segmentation strategy under CEO Tim Cook, shifting from a mono-segment approach to a multi-segment one that targets various consumer tiers. The company is increasingly stretching its product lineup, recently introducing the budget-friendly MacBook Neo while simultaneously pushing the high-end with this new "Ultra" tier. The premium pricing for the M6 models will be justified by significant hardware advancements, including the first-ever OLED touchscreen on a Mac. Reports suggest the new models will feature a thinner chassis, drop the current display notch in favor of a Dynamic Island, and run on the M6 chip, which is expected to be built on TSMC's new 2nm process. Historical precedent suggests a notable price increase is likely. When Apple introduced OLED displays to the iPhone, the base price crossed the $1,000 threshold for the first time, and the iPad Pro's price jumped by approximately 20% after its own OLED upgrade. This new, more expensive tier may be branded as the "MacBook Ultra" to clearly differentiate it from the existing Pro lineup. This follows a pattern seen with other premium Apple products, creating a distinct top-of-the-line category for consumers willing to pay for the latest technology. The global high-end laptop market was valued at approximately $55 billion in 2023 and is projected to grow, driven by demand for performance in gaming and professional applications. While competitors like HP lead in unit sales, Apple already dominates the market in terms of revenue with its premium pricing strategy. The exploration of 3D-printed aluminum aligns with efforts to innovate in materials for high-end devices. Recent advancements have produced printable aluminum alloys that are up to five times stronger than traditionally manufactured aluminum, offering the potential for more durable yet lighter device casings.