2-power 2P-KL.1400D.016 - beeldscherm - 35,6 cm (14 inch) - WXGA

Reviving a laptop with a cracked or dim display doesn’t have to mean replacing the whole machine. The 2-POWER 2P-KL.1400D.016 brings back crisp visuals with a 14-inch WXGA panel that slots into a wide range of notebooks. Unlike generic screens that may suffer from poor colour or glossy reflections, this unit pairs an LED backlight with a matte surface to keep glare low and text readable even under office lighting.

Highlights

• 14-inch TFT active matrix LCD with 1366 x 768 native resolution
• WXGA format and 16:9 aspect ratio for everyday productivity and media
• LED backlight for energy efficiency and consistent brightness
• Matte (anti-glare) finish reduces reflections and eye strain
• 40-pin LVDS connector for broad compatibility with laptops
• TN panel technology with 8 ms response time and 60 Hz refresh rate

In daily use

This screen is a practical upgrade or replacement for aging laptops. The 200–220 cd/m² brightness is sufficient for indoor environments, while the 45% NTSC colour gamut handles documents, web browsing, and video calls without issue. The 8 ms response time keeps motion smooth enough for casual video playback. Installation is straightforward for technicians: the 40-pin LVDS interface is a common standard, and the panel’s slim profile fits standard 14-inch chassis. Because it’s a new panel, you avoid the risk of dead pixels or backlight bleed often found in used pulls.

Full specifications

• Screen size: 14 inches (35.6 cm)
• Resolution: 1366 x 768 (WXGA)
• Aspect ratio: 16:9
• Display technology: TFT active matrix LCD with LED backlight
• Surface finish: Matte (anti-glare)
• Connector: 40-pin LVDS
• Refresh rate: 60 Hz
• Response time: 8 ms
• Panel type: TN
• Brightness: 200–220 cd/m²
• Colour gamut: 45% NTSC
• Condition: New

Final note

Before ordering, verify that your laptop requires a 14-inch WXGA panel with a 40-pin LVDS connector. The 2-POWER 2P-KL.1400D.016 is a reliable choice for restoring a notebook to full functionality without compromising on display quality.