Lenovo introduced a new Modular AI PC concept at MWC 2026, presenting a laptop design built around adaptability. While modular laptops have struggled to gain widespread traction, Lenovo’s concept attempts to expand the idea beyond simple upgrades by focusing on swappable components.
Double-Sided Screen
The concept centers on a 14-inch chassis equipped with hot-swappable elements. It includes a secondary display and a detachable keyboard, allowing the system to shift between multiple configurations.
By default, the second screen attaches to the laptop lid, enabling face-to-face content sharing with someone sitting across from the user. Without powering down the system, users can remove the keyboard and replace it with the secondary display for additional workspace.
The extra display can also be positioned to the side in a more traditional dual-monitor layout. A built-in kickstand allows it to stand independently, and it connects via USB-C. The screen can be oriented in either portrait or landscape mode.
Detachable Keyboard and Swappable Ports
The keyboard can connect through pogo pins or Bluetooth, allowing users to place it independently from the main chassis. This enables more flexible desk setups.
Lenovo also incorporated hot-swappable ports, similar in concept to Framework’s modular approach. During demonstrations, modules included USB-C, USB-A, and HDMI options. The company indicated that other modules could include Ethernet or additional audio ports.
Concept Status
Although Lenovo has not shared processor or memory specifications, the device performed smoothly during demonstrations. Build quality appeared solid, and switching ports or repositioning the secondary display did not require system restarts.
Despite the “AI” branding, the modular adjustments do not rely on machine learning or digital assistant features. The system can be reconfigured manually without software assistance.
Lenovo has stated that it does not currently plan to bring the Modular AI PC concept to retail. However, the company may consider incorporating elements such as hot-swappable ports into future products.
