An 18-Inch Desktop Display That Folds into a Backpack
Huawei officially introduced the 2026 edition of the MateBook Fold Ultimate Design at its product showcase on 5 August 2026. The workstation pairs an 18-inch dual-layer OLED flexible screen with a compact footprint, allowing users to fold the panel down into a standard 13-inch laptop profile. Despite housing a dual-layer display rated at 1,600 nits peak brightness, the entire device weighs 1.16 kg.
The hardware relies on an enlarged waterdrop hinge constructed with zirconium-based liquid metal components, engineered to minimize screen creasing during repeated daily folding.
Silicon Upgrades and Power Delivery Specifications
Inside the chassis, Huawei replaced previous internal hardware with its proprietary Kirin X90 Plus processor, delivering a 25 percent increase in compute performance compared to the prior generation. Operating on HarmonyOS 6.1, the laptop supports multitask window management optimized for large-format touch input.
Key technical specifications of the new foldable laptop include:
- A 3.3K OLED display running at a resolution of 3,296 by 2,472 pixels
- A 74.69 Wh battery supported by 140W rapid charging technology
- Full integration with the AI-assisted M-Pencil stylus for precise drawing and document annotation
The Practical Trade-off Behind the $3,700 Price Tag
With prices starting at 24,999 yuan (approximately $3,700) for the 24GB RAM and 512GB storage configuration, Huawei is positioning the MateBook Fold as a specialized workstation rather than a mass-market ultrabook. For traveling professionals, carrying an 18-inch color-calibrated screen without external power bricks or second monitors solves a major mobility friction point.
The real shift lies in how the device handles heat and battery draw under heavy workflows. While traditional thin-and-light laptops throttle performance under sustained loads, the enlarged surface area of the unfolded 18-inch panel allows passive heat dissipation across a wider thermal zone, keeping the Kirin X90 Plus operating efficiently without relying on noisy cooling fans.