LCD display module Dell ASSY HUD13 MIPI WW NT2, model R1HVR

Dell ASSY HUD13 MIPI WW NT2, model R1HVR is an LCD display module designed for integration into compatible devices that use a MIPI interface. The module provides a visual output solution for head-up displays (HUD) and embedded systems, intended as a replacement part for repair work or as a component in manufacturing and prototyping. It is built to align with standard MIPI display controllers and to simplify installation into systems that require a compact, flat-panel LCD.

Advantages

The module offers a compact form factor and compatibility with MIPI interfaces, which facilitates direct connection to many modern display controllers. Its construction is intended for straightforward integration in repair and manufacturing environments, reducing the need for additional adapters when used with MIPI-equipped host boards. The display provides stable visual output suitable for HUD and embedded applications, enabling consistent image reproduction in controlled settings.

Suitable for

• Integration into HUD systems and instrument clusters
• Replacement part for service and repair of compatible devices
• Embedded devices and industrial control panels
• Prototyping and development with MIPI-based display controllers

Key specifications

• Display type: LCD panel suitable for HUD/embedded use
• Interface: MIPI (Mobile Industry Processor Interface) for video signal input
• Physical format: slim, flat-panel module designed for board-level integration
• Intended use: visual output in embedded systems and HUD applications

How to use

Install the LCD module on a compatible host board that supports MIPI display interfaces. Ensure proper alignment of the connector and secure mechanical mounting according to the device’s service instructions. Provide appropriate power supply rails and configure the host display controller to match the panel's expected timing and signal settings. Test the display output at low brightness and verify image stability before full operation.

Usage recommendations

For reliable operation, handle the module with ESD precautions, avoid exposing the panel to excessive mechanical stress or moisture, and confirm compatibility of timing parameters with the host controller. When replacing a unit during repair, compare connector type and mechanical dimensions to ensure a correct fit.