Apple Planning a Big Redesign for 2026 MacBook Pro with OLED Display, M6 Chip, and a Thinner Build: Report

Apple recently launched its latest MacBook Pro models powered by M4 chips, but reports are already hinting at the next big things on the horizon. According to Bloomberg’s Mark Gurman, a significant MacBook Pro redesign is in the works, expected to arrive in 2026. While an M5 chip refresh is anticipated for 2025, the substantial changes, including an OLED display and Apple’s first 2nm M6 chip, are likely a year further out.

Here’s a closer look at what to expect from Apple’s MacBook Pro roadmap.

2025 MacBook Pro: A Simple Chip Upgrade with M5 Series

Gurman’s insights suggest that the MacBook Pro’s 2025 model will focus primarily on performance upgrades, transitioning to the M5, M5 Pro, and M5 Max chipsets. Beyond the chip update, however, no major design changes are expected. Apple’s move to hold back on a complete overhaul may disappoint some users, but it’s clear the company is saving its biggest upgrades for the following year.

The 2026 Redesign: OLED Display and a Sleeker Form Factor

One of the most anticipated features of the 2026 MacBook Pro is the switch from mini-LED to OLED displays, a technology shift Apple recently introduced with the M4 iPad Pro. This Tandem OLED technology features stacked layers of red, green, and blue organic light-emitting diodes, promising improved brightness and energy efficiency. The move to OLED is expected to result in a thinner MacBook Pro, as the display technology requires less internal space compared to mini-LED.

This transition to OLED will likely enhance both visual quality and battery life, making the MacBook Pro an even more attractive option for creative professionals. Apple had initially targeted 2025 for this update, but development delays in display technology reportedly pushed the timeline to 2026.

Powering Up with Apple’s 2nm M6 Chip

The 2026 MacBook Pro lineup is also expected to feature Apple’s new M6 chip, which will be manufactured using a 2nm process. This leap in chip architecture promises increased processing power and improved energy efficiency, aligning with Apple’s efforts to create high-performance devices that can handle intensive tasks without compromising battery life.

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