2-power 15,6" 1366x768 HD LED Mate (2P-5D11B81963)

A cracked or dim laptop display can halt productivity and strain your eyes. This 15.6-inch replacement panel from 2-Power restores clarity and comfort with a crisp 1366x768 HD resolution, energy-efficient LED backlighting, and a matte anti-glare finish that keeps reflections at bay. Designed as a universal fit for laptops using a 30-pin eDP connector and side mounting brackets, it is a straightforward upgrade or repair for many popular models.

Who is it for

IT professionals, repair technicians, and DIY upgraders who need a dependable, cost-effective screen replacement for a 15.6-inch laptop. Whether you are refurbishing a fleet machine or fixing a personal device, this panel delivers consistent visual performance without the premium price of an OEM part.

Main features

• 15.6-inch diagonal with 1366x768 HD resolution for sharp text and images
• LED backlight for lower power consumption and longer lifespan
• Matte (anti-glare) surface reduces reflections in bright environments
• 30-pin eDP connector compatible with a wide range of laptops
• TN panel with 60 Hz refresh rate for smooth everyday use
• Side bracket mounting for easy installation

Specifications

• Screen size: 15.6 inches
• Resolution: 1366 x 768 pixels
• Display technology: LED backlight
• Screen finish: Matte (anti-glare)
• Aspect ratio: 16:9
• Panel type: TN
• Refresh rate: 60 Hz
• Data connector: 30-pin eDP
• Backlight type: WLED
• Brightness: 200 cd/m²
• Contrast ratio: 400:1
• Response time: 8 ms
• Viewing angles: 45/45/20/40 (L/R/U/D)
• Colour gamut: 45% NTSC
• Power consumption: 3.5 W (typical)
• Condition: New
• Compatibility: Universal for laptops requiring 15.6" 1366x768 30-pin eDP matte panel
• Mounting type: Side brackets

Tips

Before ordering, confirm your laptop's screen size, resolution, connector type (30-pin eDP), and mounting style. Handle the panel by its edges and use proper tools to avoid damage during installation. Test the screen before final assembly to ensure all connections are secure.