MacBook Pro Major Redesign Expected in 2026-2027 With OLED, Touch, and M6 Chips

The first major redesign since 2021 is coming
Apple's MacBook Pro line will undergo its most significant overhaul in five years, with OLED, touch, and new M6 chips arriving in late 2026 or 2027.
Mark

So if I'm looking to buy a MacBook Pro right now, you're saying I should hold off?

Mimi

That's what the reporting suggests, yes. The M5 models are coming soon, but the redesign in 2026 or 2027 will be substantial enough that waiting might make sense if you can.

Luke

But we should be clear—this is all rumor and reporting about Apple's plans. We don't have confirmation from Apple itself. The timing could shift.

Mark

What's actually changing? Is it just the screen?

Mimi

No, it's broader. OLED display, touch capability, a Dynamic Island instead of the notch, thinner design, new M6 chips on a 2nm process, and possibly built-in cellular. That's six major changes.

Luke

Though the entry-level model apparently won't get most of those features. So we're really talking about the Pro and Max versions here.

Mark

Touch on a MacBook Pro—isn't that what Jobs said would cause arm fatigue?

Mimi

He did say that, decades ago. But Apple's entire product line uses touch now. The company changes its mind when the technology and use cases evolve.

Luke

The question is whether users actually want to touch a vertical screen while typing. That's still an open question.

Mark

And the cellular modem—is that confirmed?

Mimi

No, it's something Apple has "reportedly considered." It's the least certain of all these features.

Luke

Right. That's worth noting. Some of these are based on Gurman's reporting, which is usually reliable, but "considered" and "shipping" are very different things.

  • Apple is on the verge of releasing M5 Pro and M5 Max MacBook Pros, yet credible reporting already frames them as transitional — a bridge generation before something far more significant arrives.
  • Six rumored changes — OLED display, touchscreen input, Dynamic Island, thinner chassis, 2nm M6 chips, and built-in cellular — would collectively represent the most disruptive MacBook Pro shift in years.
  • The move to OLED and touch directly challenges a design philosophy Steve Jobs articulated publicly, suggesting Apple is willing to contradict its own long-held positions when the technology and market moment align.
  • Timing remains genuinely uncertain, with 2027 considered more probable than late 2026, leaving buyers in an uncomfortable limbo between capable current hardware and transformative future hardware.
  • The most dramatic upgrades are expected to bypass the entry-level 14-inch model, concentrating the redesign's ambition in the higher-end Pro and Max configurations.

Every generation of tools carries within it the seeds of the next transformation, and Apple's MacBook Pro stands at such a threshold. Sometime between late 2026 and 2027, the machine that has defined professional portable computing for years is expected to emerge in a fundamentally different form — thinner, more luminous, more connected, and finally responsive to human touch. The redesign, the first of its kind since 2021, raises a quiet but consequential question for anyone who works with these machines: when is the right moment to commit to what exists, and when is patience the wiser form of readiness?

Apple is preparing to release MacBook Pro models with M5 Pro and M5 Max chips, but those paying close attention to the company's hardware roadmap are already counseling patience. According to Bloomberg's Mark Gurman and others, a sweeping redesign is coming to the MacBook Pro line in late 2026 or more likely 2027 — the first major overhaul since the M1 Pro and M1 Max models arrived in 2021.

Six significant changes are expected. The display will move from LCD with mini-LED backlighting to OLED, bringing the deeper blacks and richer colors already familiar from iPhones and iPad Pros. That display will also become touch-sensitive, allowing direct finger interaction alongside the keyboard and trackpad. The current notch will give way to a hole-punch camera and Dynamic Island — the animated, interactive element that wraps system alerts and app activity around the camera opening on newer iPhones.

Powering these machines will be M6 Pro and M6 Max chips built on TSMC's 2nm process, a meaningful step beyond the 3nm manufacturing used in current and upcoming chips. The overall chassis will be thinner, though Apple has not indicated it plans to sacrifice ports like HDMI, MagSafe, or the SD card slot to get there. Built-in cellular connectivity — using Apple's own C1X or a future C2 modem — is also under consideration, which would free the laptop from depending on a nearby iPhone for a mobile data connection.

The higher-end 14-inch and 16-inch Pro and Max models are expected to receive the full treatment; the base 14-inch model is not. And while Steve Jobs once dismissed laptop touchscreens as ergonomically flawed, Apple has quietly reversed course on major design convictions before. The more pressing question for anyone in the market today is a familiar one: whether to act on what is available now, or wait for the version of the thing that has not yet arrived.

Apple is about to release MacBook Pro models powered by M5 Pro and M5 Max chips, but industry observers are already signaling that waiting might be the smarter move. A major redesign is coming to the MacBook Pro line in late 2026 or 2027, according to reporting from Bloomberg's Mark Gurman and others tracking Apple's hardware roadmap. The overhaul will be the first significant redesign since 2021, when the M1 Pro and M1 Max models arrived, and it promises to reshape what a MacBook Pro looks like and how it functions.

Six substantial changes are expected to arrive with the redesigned models. The display will shift from the current LCD with mini-LED backlighting to OLED technology, bringing the richer colors and true blacks that already define Apple's iPhones, Apple Watches, and iPad Pro tablets. That same display will gain touch capabilities, allowing users to interact with the screen directly using their fingers alongside the traditional keyboard and trackpad. The notch that currently sits at the top of the MacBook Pro screen will disappear, replaced by a hole-punch camera design and a Dynamic Island—the same interactive element that appears on newer iPhones, where system alerts and app notifications appear around the camera opening.

Under the hood, the M6 Pro and M6 Max chips will power these machines, manufactured using TSMC's advanced 2nm process. That represents a significant leap from the current M4 and upcoming M5 chips, which use 3nm manufacturing. The jump to 2nm should deliver more substantial performance and efficiency gains than typical year-to-year improvements. The overall design will be thinner than current models, a shift made possible partly by the switch to OLED but also by other engineering changes Apple has not yet detailed. There is no indication that Apple plans to remove ports like HDMI, MagSafe, or the SD card slot to achieve this slimmer profile—a reversal from past decisions that drew significant criticism.

One more feature under consideration is built-in cellular connectivity. Macs can already connect to mobile networks through a nearby iPhone or iPad using Personal Hotspot, but Apple has explored equipping future MacBook Pro models with their own modems, likely using the C1X or a future C2 modem for 5G and LTE support. This would allow the laptop to maintain a data connection independently.

The exact timing remains uncertain. Apple has moved quickly with MacBook Pro updates before—the M2 Pro and M2 Max arrived in January 2023, followed by M3 Pro and M3 Max models just nine months later in October 2023. That precedent means the M5 models could arrive soon with OLED versions following later in 2026. However, 2027 appears more likely for now. One caveat: the entry-level 14-inch MacBook Pro with the base M6 chip is not expected to receive most of these upgrades, meaning the most dramatic changes will be reserved for the higher-end models.

Steve Jobs once argued that touch screens on laptops would cause arm fatigue, a comment that has lingered in Apple's design philosophy for decades. Yet Apple has reversed course on major design decisions before, and the company's entire product ecosystem has embraced touch as a primary input method. The question now is whether the company believes the time has come to bring that capability to its most powerful portable computer.

The move to OLED technology would result in improved image quality, thanks to richer colors and higher contrast ratio with true blacks.
— Industry reporting on display technology
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