Full Lamination | Capacitive Touch | 4-Lane MIPI-DSI
10.1-inch TFT LCD and capacitive touch panel assembly
DISPLAY SIZE
10.1 Inch
RESOLUTION
1200 × 1920
LCD INTERFACE
4-Lane MIPI-DSI
TOUCH STRUCTURE
Full Lamination
PRODUCT OVERVIEW
High-Resolution Touch LCD Assembly
The YVT1010RVM-A1 is a 10.1-inch TFT LCD module with a fully laminated capacitive touch panel. It combines 1200 × 1920 resolution, AHVA wide-viewing display technology and a 4-lane MIPI-DSI interface for embedded device integration.
The touch interface is separate from the LCD signal interface. This product is a display-and-touch assembly, not a complete monitor with an HDMI input or an external enclosure.
Key Product Features
1200 × 1920 High Resolution
Detailed display output for text, graphics and equipment user interfaces.
TP + LCM Full Lamination
Capacitive touch panel and LCD integrated as a laminated display assembly.
AHVA Wide Viewing
85°/85°/85°/85° viewing-angle data stated in the engineering drawing.
Independent LCD and Touch Interfaces
34-pin MIPI LCD connection and 6-pin capacitive touch connection for system integration.
Compatible MIPI host interface and appropriate LED backlight driving circuitry are required. HDMI input is not included.
MECHANICAL DESIGN
Structure & Dimensions
Engineering drawing includes front, side and rear views, interface pin definitions and laminated stack structure. Check mechanical dimensions against the latest approved drawing before integration.
APPLICATIONS
Embedded Display Applications
Suitable for evaluation in industrial control interfaces, medical equipment, handheld systems and self-service terminals, subject to host-interface, mechanical and application requirements.
Application images are illustrative examples of possible end equipment. Finished devices and housings are not included.
Product Scope
Supplied as a fully laminated TFT LCD and capacitive touch assembly. No HDMI driver board or finished equipment enclosure is included. Confirm the host MIPI timing, touch interface, backlight drive and mounting requirements before placing an order.