

12.3-inch PixelSense touchscreen (2736x1824 resolution)
10-point multi-touch with Surface Pen (4096 pressure levels) support
Includes LCD, digitizer, and Gorilla Glass (factory-laminated)
Compatible with Surface Pro 7 (Model 1866 only)
High brightness, sharp clarity, and precise pen responsiveness
(edit with the Customer Reassurance module)
(edit with the Customer Reassurance module)
(edit with the Customer Reassurance module)
Model Compatibility: Designed for Microsoft Surface Pro 7, Model 1866 (2019 release). Not compatible with Pro 6 or Pro 8 due to internal connector differences.
Display Size: 12.3-inch PixelSense touchscreen with thin bezels and a 3:2 aspect ratio—optimized for productivity, drawing, and entertainment.
Resolution: 2736x1824 pixels (267 PPI) for ultra-sharp visuals, high-definition text rendering, and crisp image quality.
Touch and Pen Support:
Supports 10-point capacitive multi-touch
Compatible with Surface Pen (4096 pressure levels + tilt detection) for handwriting, design, and sketching
Assembly Components:
High-quality IPS LCD
Touchscreen digitizer
Durable Gorilla Glass front panel
Factory-laminated (bonded) for minimal parallax and premium feel
Color and Brightness:
Supports full sRGB color gamut for true-to-life colors
Brightness up to 450 nits, suitable for both indoor and moderate outdoor use
Camera & Sensor Integration:
Cutouts for 5MP front-facing camera, Windows Hello IR sensor, ambient light sensor, and dual microphones
Connector Type:
Uses a Microsoft proprietary flex ribbon cable—handle with care during removal and reconnection
Installation Guidance:
Display is sealed with strong adhesive
Requires proper tools (heat gun, suction cup) for disassembly
Fresh adhesive strips recommended for reinstallation
Professional installation is recommended for best results
Rear Housing: Not included—this is the front screen assembly only, excluding the magnesium chassis, battery, or internal components
OEM-Grade Quality: Matches original Microsoft specifications for resolution, touch accuracy, and build precision