I hope Apple’s touchscreen MacBook takes some lessons from this Lenovo laptop

Like the advanced Apple silicon found in modern MacBook Pros, the RTX Spark platform relies on an Arm-based processor architecture paired with a robust integrated GPU and a generous amount of unified memory. Among the devices running on this platform, the Lenovo Yoga 9n stands out as a particularly versatile machine due to its 16-inch 2-in-1 convertible design equipped with a dedicated stylus. While other Nvidia-powered laptops featuring the RTX Spark platform also incorporate touchscreens, most adhere to conventional clamshell configurations, making the Yoga’s convertible form factor a unique point of comparison for portable productivity and media consumption.

The Lenovo Yoga 9n excels at traditional 2-in-1 functionality, allowing users to transition seamlessly between a standard clamshell laptop layout and fully folded configurations such as tent and tablet modes. When used as a tablet, the device accommodates both landscape and portrait orientations. Removing the physical keyboard from view proves particularly advantageous for watching movies, playing video games with an external controller, or integrating the laptop into a multi-monitor desktop workspace alongside a separate keyboard and mouse.

Beyond its flexible hinge mechanism, the Yoga 9n’s included stylus provides precise input for note-taking and digital illustration on its vibrant OLED display. Crucially, the stylus also functions on the laptop’s haptic trackpad, delivering a digital drawing experience reminiscent of standalone graphics tablets like those from Wacom, all without requiring the user’s hand to obstruct the screen. The stylus features a magnetic design that allows it to attach securely to the exterior of the laptop’s lid, either directly or while stored inside its matching protective case. This dual-input capability proves exceptionally convenient for detailed creative workflows, such as photo retouching in professional editing suites like Adobe Lightroom Classic and Photoshop, bridging the gap between traditional laptop use and dedicated creative peripherals.

Anticipation surrounding a prospective touchscreen MacBook Pro naturally leads to expectations of native Apple Pencil integration. Such an addition would likely encourage many digital artists and photo editors to reintegrate a stylus into their mobile workflows. Furthermore, extending stylus functionality to the trackpad, akin to the implementation on Lenovo’s hardware, would provide users with valuable operational flexibility. If a touch-enabled MacBook ultimately supports the Apple Pencil, users would similarly benefit from magnetic attachment and wireless charging capabilities mirroring those found on the iPad Pro. While USB-C charging for accessories remains functional, the convenience of a stylus that charges automatically while magnetically secured to the chassis represents a significant ergonomic advantage for mobile professionals.

Despite the appeal of convertible Windows laptops and Chromebooks, expecting Apple to release a standard 360-degree hinge convertible after years of product separation seems unlikely. Simply adopting the form factor popularized by Windows PC manufacturers or replacing a MacBook Pro’s Mini LED panel with a touchscreen OLED display would uncharacteristically lack the unique engineering philosophy associated with Apple. Instead, observers anticipate a more distinctive approach, potentially drawing inspiration from innovative designs like the Microsoft Surface Laptop Studio—a creative mechanism that brings the display forward rather than folding it backward—or introducing an entirely novel interface concept.

Hints discovered within recent software builds, such as references in macOS 27 suggesting updates to underlying display frameworks like Golden Gate, point toward ongoing efforts to make touch interactions feel intuitive rather than forcing users to navigate an operating system fundamentally designed for precise mouse cursor inputs. Operating desktop-class software with fingers or styluses on conventional operating systems can occasionally feel clunky, making refined software optimization essential for any successful hardware transition.

With any prospective touchscreen MacBook Pro almost certain to command a premium price point, consumer expectations remain high. Apple’s recent hardware and software trajectory has not been entirely without missteps or perplexing design choices. The limited application ecosystem surrounding the HomeView has drawn scrutiny, while the iPhone Duo launch faced criticism for lacking polish. Furthermore, the difficulties of the historical butterfly keyboard era serve as a reminder that even industry giants are susceptible to miscalculations in hardware design. After decades of resisting the integration of touchscreens into its flagship portable computers, Apple faces considerable pressure to ensure that its eventual entry into the touchscreen laptop market delivers a polished, indispensable user experience that fully justifies the anticipation and investment.