65 Inch 5000 Nits 4K TFT LCD Module for Digital Signage

65 Inch 5000 Nits 4K TFT LCD Module for Digital Signage

Built for large-format signage integration, this 5000 Nits 4K TFT LCD Module combines a 65-inch UHD image area with IPS wide-view optics and V-by-One connectivity.

Product Summary

A 5000 Nits 4K TFT LCD Module provides a high-luminance 65-inch platform for equipment that must present UHD content in strong ambient light. The 3840 × 2160 pixel matrix is paired with a 1428.48 × 803.52 mm active area, IPS normally-black transmissive operation, a matte surface and a 51-pin eight-lane V-by-One signal interface.

The selected 5000 cd/m² grade is intended for projects where a standard indoor LCD would not provide enough visual headroom. Final readability still depends on the protective glass, optical coating, air gap and installation lighting, so the module should be qualified in the finished equipment. High-brightness selection guidance likewise emphasizes ambient light and reflection rather than luminance alone.

Key Specifications

These parameters correspond to the exact 65-inch module family and GD50 configuration.

Optical Performance for Bright Environments

5000 cd/m² Selected Luminance Grade

The selected luminance grade gives system designers substantial brightness margin for large digital signage, passenger information displays and bright retail-facing equipment. A higher panel luminance can help counter ambient illumination, but it does not remove reflections from cover glass or front windows.

For approval, evaluate the display with the production glass, screen setback and expected site lighting. This is especially important behind a shop window or kiosk front where reflected light can reduce apparent contrast.

Matte IPS Optics and Wide Viewing

The panel uses IPS normally-black transmissive operation with a matte Haze 28% surface and 2H hard coating. The confirmed 89°/89°/89°/89° L/R/U/D viewing specification supports public displays where viewers approach from different positions.

The 1100:1 typical contrast ratio and 1.07-billion-color capability provide a defined baseline for UHD graphics, route information, advertising layouts and monitoring content.

Integration for Large-Format Digital Signage

51-Pin Eight-Lane V-by-One

The module uses an eight-lane V-by-One signal path through a 51-pin terminal. This panel-level interface should be matched against the host controller before cable or controller-board release.

Engineering review should cover native 3840 × 2160 timing, complete pin assignment, cable specification and controller architecture. HDMI, DisplayPort, USB or network ports should not be assumed at panel level.

12 V Panel Power and Controller Planning

Panel drive voltage is 12.0 V typical. That value is a panel input reference, not a complete finished-signage power specification.

Backlight driving, controller-board power, sensors and enclosure-level electronics must be budgeted separately.

Integrating the 5000 Nits 4K TFT LCD Module

60 Hz Standard Versus Higher Motion Modes

Standard panel operation is 60 Hz. Higher 120 Hz and 240 Hz statements are associated with MEMC or panel/backlight configurations and should not automatically be interpreted as native host-input refresh rates.

If motion performance matters, define the incoming frame rate, controller processing path and required output mode before sample approval.

Mechanical Load and Active Area

The LCD active area is 1428.48 × 803.52 mm, while the panel weight is 21.5 kg typical and 22.6 kg maximum.

These values support front-window planning and structural-load estimation, but a production mechanical drawing is still required before enclosure tooling because the exact overall module outline is not confirmed here.

Application Fit

Digital Signage and Passenger Information

The module is suited to large digital signage, passenger information systems, station displays, airport or mall information boards and exhibition displays where UHD content and high ambient-light visibility are important. These application categories are explicitly associated with the 65-inch panel family.

The 5000 Nits 4K TFT LCD Module is especially relevant when a project requires a bare-panel architecture rather than a complete all-in-one signage monitor. The host controller, enclosure and protective front stack can then be selected around the final installation.

Industrial and Retail Display Integration

Industrial monitoring, control-room visualization and bright retail-facing installations can also use the 65-inch platform after optical, electrical and mechanical qualification. Retail/shop-window and industrial/commercial display use are among the identified application directions.

Shop-window use is an integration scenario and does not by itself make the bare module a sealed window-facing monitor.

Customization and Qualification Boundaries

Alternative luminance requirements, optical bonding, front coatings, enclosure formats, controller platforms, industrial connectors, sensors and network functions can be reviewed as project-specific routes. The manufacturer presents these in separate OEM/customization blocks rather than as the core 65-inch panel specification.

They are not automatic standard features of the bare module.

Custom configurations are generally reviewed from 500 pieces, subject to tooling requirements, material availability and the requested specification. Samples and standard-module quantities are confirmed separately.

Procurement Checklist

• Confirm the exact production revision and selected 5000 cd/m² luminance tolerance.
• Confirm native 3840 × 2160 timing and the required 60 Hz operating mode.
• Approve the complete 51-pin, eight-lane V-by-One definition and cable architecture.
• Confirm the 12.0 V panel rail and obtain separate backlight electrical data.
• Approve the 1428.48 × 803.52 mm active area and 1433.4 × 808.6 mm viewable area.
• Obtain the complete module outline drawing before enclosure or bracket tooling.
• Confirm the 21.5 kg typical / 22.6 kg maximum panel-load basis.
• Define the final cover glass, reflection-control and bonding strategy.
• Confirm whether higher motion modes are required and how MEMC is implemented.
• Validate −20°C to +70°C operating and storage requirements against the finished system.
• Define any touch, IP protection, controller-board, operating-system or network requirements separately.
• Submit sample quantity and annual demand for qualification planning.