15.6 Inch Full HD eDP TFT LCD Panel for Tablet Systems

15.6 Inch Full HD eDP TFT LCD Panel for Tablet Systems

This 15.6-inch IPS panel combines 1920 × 1080 resolution, a 30-pin two-lane eDP connection and an anti-glare 3H surface for slim embedded display assemblies.

Product Summary

The Full HD eDP TFT LCD Panel provides a 15.6-inch visual area for tablet-class devices, smart terminals and embedded computing products. Its 1920 × 1080 resolution supports detailed interface layouts, while the IPS normally black structure is suited to products that require stable image presentation across different user positions.

The panel uses a 30-pin eDP connection with two lanes operating at a 2.7 Gbps link rate. A nominal module size of 350.72 × 205.27 × 2.8 mm supports thin equipment designs, and the 344.16 × 193.59 mm active area provides a familiar widescreen format for software interfaces and visual content.

Key Specifications

Full HD Visual Format for Tablet-Class Interfaces

1920 × 1080 UI Planning

The Full HD raster provides enough working area for menus, dashboards, forms, images, video windows and multi-zone status information. It is particularly useful when a product interface needs to present more content than lower-resolution tablet panels without moving to a larger enclosure.

UI assets should be prepared for the native 1920 × 1080 raster. Native output preserves text edges, icon proportions and line detail more effectively than relying on scaling from a different host resolution.

IPS and Normally Black Image Behavior

IPS technology supports more consistent image appearance when the display is viewed away from the central axis. This is useful in products that may be placed on a desk, carried between work areas or mounted at different operator heights.

The normally black mode provides a dark unpowered or inactive visual state and supports a clean presentation for professional interface designs. Numeric directional viewing angles should be approved from the final module specification rather than inferred from the IPS designation.

30-Pin eDP Integration

Two-Lane 2.7 Gbps Signal Path

The panel uses a two-lane eDP connection with a 2.7 Gbps link rate. The host processor, graphics platform or controller board must support the required eDP timing, lane configuration and electrical characteristics.

The on-board LED driving circuit reduces the need for a separate panel-level LED driver arrangement, while DC dimming mode is identified for the backlight-control path. Final brightness-control behavior and the required control signals should be checked against the approved interface documentation.

Connector Count Does Not Establish Compatibility

A 30-pin eDP connector does not guarantee compatibility with another 30-pin LCD panel.

Before replacing an existing display or releasing a cable design, confirm:

• eDP revision and lane configuration
• link rate
• complete pin assignment
• connector pitch and contact side
• connector position
• panel power requirements
• display timing
• backlight-control signals
• cable routing and length

HDMI, USB, MIPI DSI and LVDS hosts require suitable conversion or a compatible controller path before they can drive this eDP panel.

Full HD eDP TFT LCD Panel Mechanical Integration

Active Area and Enclosure Planning

The active display area is 344.16 × 193.59 mm. This value should guide the visible opening, cover-glass window and UI-safe area.

The nominal module size is 350.72 × 205.27 × 2.8 mm. Mechanical material also contains alternative drawing dimensions and PCBA-related variants, so the enclosure should not be released from the nominal table alone. An approved drawing must define the final outline, connector position, tolerances and mounting method.

Anti-Glare 3H Front Surface

The anti-glare surface reduces sharp reflections from indoor lighting and nearby objects. The 3H hardness specification provides a defined surface-resistance reference for handling during equipment integration.

The standard 280-nit configuration is primarily suited to controlled indoor lighting. Cover glass, air gaps, touch sensors, bonding materials and surface coatings can reduce effective front-of-product luminance, so optical performance should be evaluated as a complete stack.

Recommended Application Boundaries

This panel may be evaluated for:

• tablet-class embedded devices
• smart control terminals
• compact industrial computers
• portable test and service equipment
• education and office terminals
• equipment configuration panels
• integrated visual systems

Application approval should consider the operating environment, cover-glass construction, host interface, enclosure design and qualification requirements. No automotive, medical, waterproof or sunlight-readable grade is implied.

Custom Touch and Integration Options

The base panel should not be treated as a standard touch display. A touch assembly may be developed separately where the project requires operator input.

Custom evaluation may include:

• projected-capacitive or other suitable touch structure
• touch-controller and communication-interface selection
• cover-lens dimensions and printing
• optical bonding
• anti-glare or other optical treatment
• eDP cable and connector-position review
• controller-board matching
• enclosure adaptation
• FPC routing
• mounting support

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

Before requesting a production configuration, submit or confirm:

• native 1920 × 1080 timing
• eDP revision and lane support
• 2.7 Gbps link compatibility
• complete 30-pin assignment
• connector position, pitch and contact side
• approved mechanical drawing
• cover-glass opening and stack
• 280-nit optical target
• touch requirement
• operating environment
• sample quantity
• annual demand
• required qualification documents

Sample approval should precede enclosure tooling, cable release and volume purchasing.