2-power 15.6 1920x1080 FHD LED TN mat (2P-MB156CN01-1)

When a laptop screen cracks or dims, this 2-Power 15.6-inch panel gets the machine back to work. It fits standard 15.6" laptops that use a 30-pin eDP connection, delivering a crisp Full HD picture with a matte finish that cuts reflections in bright offices, classrooms, or field service vans. Technicians and DIY upgraders can install it using the side mounting brackets, and the bottom-right connector placement matches many common chassis designs.

Key specifications

• Screen size: 15.6 inches (16:9 aspect ratio)
• Resolution: 1920 x 1080 (Full HD)
• Panel type: TN (Twisted Nematic) with LED backlight
• Surface: Matte (anti-glare)
• Refresh rate: 60 Hz
• Response time: 5 ms
• Brightness: 220 cd/m²
• Contrast ratio: 400:1
• Color gamut: 45% NTSC
• Viewing angles: 90° horizontal, 50° vertical
• Connector: 30-pin eDP, bottom right (facing back)
• Mounting: Side brackets
• Voltage: 3.3V
• Pixel density: 141 PPI

Why choose it

This panel is a direct replacement for many 15.6" FHD laptops, avoiding the cost of a new machine. The matte coating reduces glare, making it easier to read in bright environments. The TN technology offers fast response times, which is fine for office work, web browsing, and video calls. With a 30-pin eDP connector, it works with a wide range of motherboards that support Full HD output.

Ideal use cases

• Replacing a broken or faulty laptop screen in a business notebook
• Upgrading an older 15.6" laptop from HD to Full HD
• Repairing student laptops or refurbishing used devices for resale
• Building a custom portable monitor with a compatible controller board

Good to know

Before ordering, confirm your laptop uses a 30-pin eDP connector and that the mounting brackets align with your chassis. The panel does not include a cable or mounting screws; reuse the original hardware. For best results, handle the screen by its edges and avoid touching the surface. This is a TN panel, so viewing angles are narrower than IPS, but it remains a cost-effective choice for everyday computing.