2-power 14,0" 1366x768 HD LED 30 Pin matný (2P-SD10Z26829)

When a laptop screen cracks or dims, replacing it can feel like a gamble—but this 2-Power 14.0-inch HD panel removes the guesswork. Built for technicians and DIY upgraders working on notebooks that require a 30-pin eDP connection, it delivers a crisp 1366x768 picture with a matte finish that fights glare in offices, workshops, or bright cafes. The LED backlight runs cool and efficient, while the TN panel keeps response times snappy for everyday tasks.

Key specifications

• 14.0-inch diagonal, 16:9 aspect ratio
• HD resolution: 1366 x 768 pixels
• LED-backlit TN panel, 262K colours
• Matte (anti-glare) surface finish
• 30-pin eDP connector, bottom-right position
• 60 Hz refresh rate, 8 ms response time
• Brightness: 200 cd/m²
• Viewing angles: 45/45/20/40 degrees (L/R/U/D)
• Side mounting brackets included
• Low power draw: approx. 3 W

Why choose it

This screen is a direct-fit replacement for many 14-inch laptops using the common 30-pin eDP standard. The matte coating reduces reflections, making it easier on the eyes during long work sessions. With a 60 Hz refresh rate and 8 ms response time, it handles spreadsheets, web browsing, and video calls without ghosting. Installation is straightforward for anyone comfortable opening a laptop chassis—no soldering or special tools required.

Ideal use cases

• Replacing a broken or faulty laptop display
• Upgrading from a glossy to a matte screen for outdoor use
• Refurbishing used notebooks for resale
• Building a portable monitor with an eDP controller board

Good to know

Before ordering, confirm your laptop uses a 14.0-inch HD panel with a 30-pin eDP connector and side mounting brackets. The connector is positioned bottom-right when viewed from the back of the panel. This is a new, universal replacement part—not an original manufacturer screen—but it meets the same electrical and mechanical specifications. A 6-bit colour depth (262K colours) is standard for TN panels in this class and perfectly fine for productivity and media consumption.