2-power 14,0 inch FHD AG USB touch 20mm aansluiting Lenovo (2P-SD10W73254)

This 2-POWER 14.0-inch panel stands apart from generic replacement screens by integrating USB-C connectivity for video, power, and 10-point touch over a single cable, plus a dedicated 20mm connector tailored to Lenovo systems. The Full HD IPS surface with anti-glare coating keeps images crisp and readable even under bright office lighting, while the low blue light mode helps reduce eye strain during long work sessions.

Highlights

• 14.0-inch IPS display with Full HD 1920 x 1080 resolution
• 10-point multi-touch with anti-glare surface and USB-C interface
• 20mm connector for direct Lenovo compatibility
• USB powered – no external power brick required
• Integrated kickstand / smart cover support for flexible positioning
• Low blue light mode for comfortable extended viewing

In daily use

The panel delivers a 60 Hz refresh rate, 250 cd/m² brightness, and 800:1 contrast ratio, making it suitable for productivity tasks, video conferencing, and light creative work. The 16:9 aspect ratio matches standard content without letterboxing. Because the display draws power over USB-C, you can keep your workspace tidy with fewer cables. The anti-glare finish minimizes reflections, and the touch response is smooth and precise for on-screen navigation or annotation.

Full specifications

• Screen size: 14.0 inches
• Resolution: 1920 x 1080 (Full HD)
• Panel type: IPS
• Aspect ratio: 16:9
• Touchscreen: Yes, 10-point multi-touch
• Display surface: Anti-glare
• Connectivity: USB-C (video, power, touch)
• Special connector: 20mm connector
• Power supply: USB powered
• Refresh rate: 60 Hz
• Brightness: 250 cd/m²
• Contrast ratio: 800:1
• Response time: 5 ms
• Built-in speakers: No
• Stand type: Integrated kickstand / smart cover
• HDR support: No
• Low blue light mode: Yes

Final note

Designed for Lenovo devices but universally compatible, this 2-POWER display is a practical upgrade for users who need a portable, touch-enabled Full HD screen with simplified connectivity.