2-Power LCD CSOT 15,6" UHD IPS 600nit (SD10Q67021)

When a Lenovo ThinkPad P-series or X1 Extreme screen cracks or loses brightness, this 2-POWER 15.6-inch UHD IPS panel restores factory-grade clarity. Built around a CSOT LCD with 600-nit luminance, it suits engineers and content creators who work in bright offices or on-site. The matte surface cuts reflections, while the 3840 x 2160 resolution keeps fine text and CAD lines crisp.

Key specifications

• Panel size: 15.6 inches
• Resolution: 3840 x 2160 (4K UHD)
• Panel type: IPS
• Brightness: 600 cd/m² (nits)
• Refresh rate: 60 Hz
• Colour gamut: 100% Adobe RGB
• Backlight: LED
• Surface: Matte (anti-glare)
• Connector: 40-pin eDP
• Viewing angle: 178° horizontal/vertical
• HDR support: Yes (DisplayHDR 400/500 compatible)
• Application: Laptop replacement display
• Compatibility: Lenovo ThinkPad P/X1 Extreme series (verify FRU)

Why choose it

This panel is a direct replacement for the Lenovo FRU SD10Q67021, ensuring a precise fit and reliable connection. The 600-nit brightness exceeds typical laptop screens, making it readable even in direct sunlight. The IPS technology delivers consistent colour from any angle, and the 100% Adobe RGB coverage meets the demands of photo and video editing. The matte finish reduces eye strain during long work sessions.

Ideal use cases

• Restoring a damaged or dim Lenovo ThinkPad P1 or X1 Extreme display
• Upgrading a compatible laptop to a brighter, colour-accurate UHD panel
• Professional photo and video editing on the go
• CAD and 3D modelling where fine detail matters
• Outdoor or bright-office use where glare is a problem

Good to know

The 40-pin eDP connector is standard for modern high-resolution laptop panels, but always verify your exact laptop model and FRU before ordering. Installation requires careful handling of the thin glass and flex cable; professional installation is recommended. The panel includes no mounting brackets or bezel, as those are reused from the original assembly. 2-POWER quality control ensures zero dead pixels and uniform backlighting.