2-Power 17,3" HD+ 1600x900 LED lesklý (2P-N173FGE-L13)

Experience crisp, vibrant visuals with the 2-Power 17.3-inch HD+ LED Glossy display, delivering a sharp 1600x900 resolution that brings your content to life. Whether you're working on detailed spreadsheets, streaming high-definition video, or gaming, this screen's LED backlight ensures bright, energy-efficient performance with a typical power consumption of just 7W.

Overview

This 2-Power replacement screen is engineered to meet or exceed original specifications, making it the ideal choice for laptop repairs and upgrades. With a 16:9 aspect ratio and a glossy finish, it produces rich colors and deep contrasts, while the TN panel offers fast 8ms response time for smooth motion. The 40-pin LED connector and side mounting brackets ensure compatibility with a wide range of 17.3-inch laptops, including models like LP173WD1 and N173FGE-L23.

What stands out

• Crisp HD+ 1600x900 resolution for sharper text and images
• LED backlight for lower power consumption and longer lifespan
• Glossy surface enhances color vibrancy and contrast
• Fast 8ms response time reduces motion blur
• Universal compatibility with many 17.3-inch laptops
• Brand new condition, rigorously tested for reliability

Technical details

• Screen Size: 17.3 inches
• Resolution: 1600 x 900 (HD+)
• Display Technology: LED Backlight
• Surface Finish: Glossy
• Aspect Ratio: 16:9
• Connector Type: 40-Pin LED (Bottom Left)
• Refresh Rate: 60 Hz
• Response Time: 8 ms
• Brightness: 220 cd/m²
• Viewing Angle: 45/45/20/40 (L/R/U/D)
• Panel Type: TN (Twisted Nematic)
• Color Gamut: 45% NTSC
• Contrast Ratio: 500:1
• Mounting Type: Side Brackets
• Condition: New
• Compatibility: Universal 17.3-inch HD+ (1600x900) LED Glossy Laptop Screens (e.g., LP173WD1, N173FGE-L23)
• Power Consumption: 7 W (typical)

Our verdict

A reliable, high-quality replacement screen that delivers excellent value. Its HD+ resolution and LED backlight make it a smart upgrade for any compatible laptop, restoring vivid visuals and energy efficiency.