2-power 14,0" FHD matný AG IPS 400nit (2P-MW6M1)

A cracked or dim laptop screen can bring your work to a halt, but this 14.0-inch Full HD IPS panel from 2-POWER restores sharp, vibrant visuals with a matte anti-glare finish that keeps reflections at bay. Built for universal compatibility with laptops using a 30-pin eDP connector, it delivers 400 nits of brightness and accurate colours for everyday productivity, browsing, and media.

Who is it for

This panel is ideal for technicians, IT departments, and DIY users replacing a faulty 14.0-inch FHD screen in a wide range of laptop brands. It suits anyone who needs a reliable, high-brightness display with wide viewing angles and a non-reflective surface for use in bright environments.

Main features

• 14.0-inch Full HD (1920x1080) IPS panel with LED backlight
• Matte anti-glare coating reduces reflections and eye strain
• 400-nit brightness for clear visibility even in well-lit rooms
• Wide 178° viewing angles maintain colour and contrast from any position
• Standard 30-pin eDP connector for broad laptop compatibility
• 60 Hz refresh rate and 30 ms response time for smooth everyday use
• sRGB 72% colour gamut for accurate, natural colours

Specifications

• Display Size: 14.0 inches
• Resolution: 1920 x 1080 (Full HD)
• Panel Type: IPS (In-Plane Switching)
• Surface Finish: Matte / Anti-Glare
• Brightness: 400 nits
• Aspect Ratio: 16:9
• Backlight Type: LED
• Refresh Rate: 60 Hz
• Connector Type: eDP (Embedded DisplayPort)
• Connector Pins: 30-pin
• Viewing Angle: 178°/178° (Horizontal/Vertical)
• Color Gamut: sRGB 72%
• Technology: TFT Active Matrix
• Response Time: 30 ms
• Contrast Ratio: 800:1
• Compatibility: Universal 14.0" FHD eDP 30-pin compatible laptops

Tips

Before ordering, confirm your laptop's screen size, resolution, and connector type (30-pin eDP). Handle the panel by its edges and avoid touching the surface to prevent damage. For best results, have the replacement performed by a qualified technician or follow a detailed guide for your specific laptop model.