110 Inch Large Format Sunlight Readable LCD Module for Digital Signage

110 Inch Large Format Sunlight Readable LCD Module for Digital Signage

This 110-inch 4K IPS LCM delivers 3000 cd/m² luminance and V-by-One integration for ultra-large public-signage systems.

Product Summary

The Large Format Sunlight Readable LCD Module provides a 110-inch 3840 × 2160 image platform for digital signage systems that need exceptional scale and high-ambient-light visibility. Its confirmed configuration combines an a-Si TFT-LCD structure, IPS wide-view designation, 3000 cd/m² typical luminance, 1200:1 typical contrast, 1.07 billion colors and a 102-pin V-by-One interface.

This is an LCM component rather than a finished outdoor monitor. The controller, power architecture, enclosure, protective front stack and structural support must be engineered for the installation. The standard module is non-touch.

A 102-pin V-by-One connector does not guarantee controller compatibility without the complete lane mapping, timing, voltage, connector and backlight requirements.

Key Specifications at a Glance

110-Inch 4K Content and Viewing Design

Native UHD Content Planning

A 3840 × 2160 raster gives large-format signage enough detail for advertising, schedules, maps and public information. The controller should output the approved native timing so text and graphic edges are not degraded by uncontrolled scaling.

Viewing distance is part of content design at this size. Headlines, symbols and critical information should be tested at the nearest and farthest expected audience positions.

Wide-View Image Presentation

The panel is identified as IPS wide-view with a transmissive structure. Its viewing-angle sequence is explicitly 89/89/89/89° for left, right, up and down, supporting installations approached from multiple directions.

The 1200:1 typical contrast and 1.07-billion-color capability provide a commercial-media image foundation. Final performance also depends on controller processing, calibration, front-glass reflection and ambient illumination.

High-Brightness Optical Performance

3000 cd/m² Use Boundary

The 3000 cd/m² typical luminance is substantially above ordinary indoor signage levels and supports high-ambient-light system design for outdoor-facing advertising, transportation environments and public-information installations. Current outdoor-display guidance commonly places full-sun signage in roughly the 2500–4000+ cd/m² class, while emphasizing that brightness must be matched to the actual installation.

A 3000 cd/m² panel can support sunlight-readable system design, but finished visibility still depends on cover-glass reflection, solar loading, dimming and enclosure thermal control.

Front-Stack Reflection and Solar Load

Glass transmittance, surface reflection, internal air gaps, optical bonding, contamination and installation angle influence perceived contrast. Optical bonding and reflection control can materially improve outdoor visual performance even when the panel luminance remains unchanged.

Site qualification should document orientation, sun exposure, nearby reflections, screen setback and target viewing distance. Test a production-equivalent sample at the brightest expected time.

Integrating the Large Format Sunlight Readable LCD Module

102-Pin V-by-One Host Qualification

V-by-One supports high-resolution flat-panel transport, but the interface name and pin count are not a complete compatibility definition. THine describes V-by-One HS as a high-speed serial interface developed for rising flat-panel resolutions and frame rates, with variable signaling rates and different system implementations.

Controller approval must cover lane count, signaling rate, color mapping, timing, connector part number, pin assignment, control lines and cable construction. Obtain the complete 102-pin definition before releasing a controller, TCON path or production cable.

External Video Inputs Require Conversion

HDMI, DisplayPort, USB-C or media-player outputs require a matched controller to generate the panel’s V-by-One signal. V-by-One HS is commonly used inside large high-resolution LCD and digital-signage systems rather than as a direct consumer video input.

The controller architecture must also coordinate panel logic power, WLED backlight driving, brightness control and system protection. A broad V-by-One capability statement does not prove compatibility with this model.

Mechanical, Structural and Thermal Planning

Active Area and Complete Module Envelope

The active image area is 2436.48 × 1370.52 mm. The module measures 2505 × 1441 mm with a maximum depth of 78.8 mm. The active area controls the visible opening; the complete outline controls enclosure clearance and structural support.

An approved lifting and installation procedure is required. Mechanical release should define mounting points, support distribution, deflection limits, connector clearance, cable bend radius and service access.

Heat Rejection in High-Ambient-Light Systems

A high-brightness WLED backlight and solar exposure add thermal load. The confirmed operating range is 0°C to +50°C, so the system must keep the panel within that boundary during the hottest condition. Outdoor electronic-enclosure design must account for both internally generated heat and external solar loading.

Cooling, ventilation, heat exchangers or sun shields should follow a documented heat-load calculation. The module specification alone does not establish an outdoor enclosure rating.

Recommended Applications and Qualification Boundaries

The Large Format Sunlight Readable LCD Module can serve as the visual core for large digital-signage structures, transportation information displays, public information boards, retail advertising installations, charging-station displays and other ultra-large visual equipment. High-brightness LCD manufacturers commonly position this class of panel for retail-window, transportation and outdoor-signage systems.

The module is not a complete weatherproof sign. Outdoor deployment requires separate evidence for enclosure sealing, front-glass safety, impact protection, condensation control, thermal management, electrical safety and mounting compliance.

Customization and Project Review

The standard configuration is non-touch. Touch requires a separately engineered sensor, controller, cover lens, bonding or air-gap structure, interface and support frame.

Project evaluation may also cover controller matching, V-by-One cable definition, high-brightness backlight integration, AR or AG front treatment, optical bonding, enclosure engineering, environmental sealing, thermal management, mounting, branding and packaging.

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

Procurement Checklist

Confirm these items before sample or production approval:

• Native 3840 × 2160 timing and required refresh rate
• V-by-One lane count, signaling rate and color mapping
• Complete 102-pin connector definition and orientation
• Panel logic and WLED backlight voltage, current and control
• Controller-board model, revision and firmware
• Active area and approved 2505 × 1441 × 78.8 mm drawing
• Mounting points, structural support, lifting and transport procedure
• Cover-glass transmittance, reflection and safety requirements
• Optical bonding or air-gap design
• Site orientation, ambient light and solar-load conditions
• Cooling, ventilation and enclosure-sealing plan
• Non-touch standard status or separate touch requirements
• Temperature limits, compliance documents and sample criteria
• Quantity and annual demand