Display 2-power 14,0" 1920x1080 IPS AG senza supporti (2P-N140HGA-EA1 C7)

Laptop technicians and repair specialists often need a reliable replacement screen for 14-inch notebooks with Full HD resolution. This 2-POWER panel delivers a crisp 1920x1080 IPS display with an anti-glare finish, ideal for restoring laptops to factory-quality visuals. The bare panel comes without mounting brackets, making it suitable for a wide range of compatible models when transferred from the original assembly.

Key specifications

• Screen size: 14.0 inches
• Resolution: 1920 x 1080 (Full HD)
• Panel type: IPS (In-Plane Switching)
• Surface finish: Anti-glare (matte)
• Backlight type: LED
• Aspect ratio: 16:9
• Refresh rate: 60 Hz
• Data connector: 30-pin eDP (Embedded DisplayPort)
• Connector position: Bottom right
• Brightness: 250 nits (cd/m²)
• Color gamut: 45% NTSC
• Viewing angles: 85/85/85/85 (L/R/U/D)
• Response time: 25 ms
• Contrast ratio: 700:1
• Display technology: LCD
• Condition: New
• Mounting type: No fixings (bare panel)
• Typical power consumption: 4 W

Why choose it

IPS technology ensures consistent colors and wide viewing angles, while the anti-glare coating reduces reflections for comfortable use in bright environments. The panel's standard 30-pin eDP connector and bottom-right placement align with many mainstream laptop designs, simplifying installation for experienced technicians. As a new, bare panel, it offers a cost-effective solution without compromising on display quality.

Ideal use cases

• Replacing a cracked or faulty 14-inch Full HD laptop screen
• Upgrading a laptop from a lower-resolution or TN panel to IPS
• Repair services for business and consumer notebooks
• DIY projects requiring a standard 30-pin eDP display

Good to know

This panel does not include mounting brackets or fixings; reuse the original brackets from the old screen during installation. Always verify connector type, position, and physical dimensions against your laptop model before ordering. Handle the panel by its edges to avoid damage to the delicate circuitry.