Apple has decided to reorganize the renewal schedule for its professional range., which directly affects the long-awaited MacBook Pro with an OLED display and M5 processor. The company, known for setting the pace in the industry, is significantly changing its traditional release cycle, something that has surprised both professional users and brand enthusiasts.
Specialized sources and experts in the sector point out that The next generation of the MacBook Pro won't arrive until spring 2026., breaking away from the custom of presenting new products in the fall. Apple thus intends to avoid overlapping current models with future releases., betting on a more gradual and intuitive technological transition for the user.
The MacBook Pro M5: Delay and Continuity of the Current Design
The most striking novelty is that MacBook Pros with the M5, M5 Pro, and M5 Max chips will retain the appearance released in 2021., consolidating the current chassis design, materials, and screen format in 14- and 16-inch versions. This generation will be the last to feature this line before a major redesign.
The main reason for this delay, according to analysts such as Mark Gurman (Bloomberg), is Apple's intention to coordinate professional releases for the entire MacBook range, including the MacBook Air, and other key devices, such as external monitors and the new iPads. Thus, The update to the M5 series will occur in parallel on all models, facilitating the transition and avoiding commercial cannibalization between products that are too similar in novelty and performance.
As for technical characteristics, it is expected that The M5 chips provide a performance leap over the M4, offering greater processing capacity and efficiency, thanks to TSMC's second-generation 3nm process. Improvements in autonomy and connectivity are also expected with the potential arrival of Wi-Fi 7 and Thunderbolt 5, although The display will remain Mini-LED at this stage and not OLED.
The future MacBook Pro OLED: a leap planned for the M6 generation
For those expecting a revolution in the visual section, The introduction of OLED displays is scheduled for the next generation, with the M6 chip.This technological shift will be accompanied by a thinner and lighter redesign, following Apple's trend of making products ever thinner and more portable.
In addition, there are rumors about the abandonment of the notch and the arrival of a perforated camera on the screen, an improvement that would make the image much cleaner and more uniform. There is also speculation about the integration of new mobile connectivity technologies, such as the inclusion of 5G modems developed by Apple, although this leap is not expected for the M5 generation.
Another potential new feature for the M6 MacBook Pro is the adoption of the 2-nanometer manufacturing process from TSMC, allowing a greater number of components to be integrated into the chip to improve overall performance and efficiency.
Impact of delay: longer product cycle and user options
This strategic change allows Users who need to upgrade their equipment in the short term should continue to opt for the MacBook Pro M4., which continues to be a powerful and versatile option for demanding professional tasks. This model stands out for its Mini-LED XDR display, high performance, and great battery life, consolidating its position as the benchmark until the arrival of the new generation.
For those interested in a cosmetic change or taking advantage of the new OLED panel, The recommendation is to wait for the M6 generation, scheduled for late 2026 or even 2027.At that time, innovative designs will arrive that are thinner, lighter, and feature advanced technologies.
Likewise, Apple will synchronize the renewal of its entire range of laptops, external monitors and other devices., achieving a more orderly transition and avoiding piecemeal upgrades. This more leisurely pace allows users to decide between purchasing the latest model available or waiting for the most disruptive new releases, with the assurance that intermediate generations will offer a solid experience in terms of power, connectivity, and durability.
