Freya Yang
+86 18318948097
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15.6 Inch Notebook Touch LCD Module for Embedded PCs
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huisoar
HS15.60318
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Designed For
15.6 Inch Notebook Touch LCD Module for Embedded PCs
This Notebook Touch LCD Module combines Full HD imaging, a 400 cd/m² typical display, eDP 1.2 two-lane input and a slim integrated touch-panel envelope.
Product Summary
The 15.6-inch module is designed for notebook-style systems, embedded PCs, portable workstations and indoor operator equipment that need a Full HD display with an integrated touch panel. Its 1920 × 1080 resolution supports detailed application interfaces, documents, control pages and multimedia content in a standard 16:9 layout.
The bare LCD module measures 351.74 × 205.69 × 2.84 mm, while the complete touch-panel module measures 388.96 × 238.40 × 4.03 mm. This difference is important during enclosure planning because the touch assembly extends beyond the bare LCD outline.
Key Specifications
| Parameter | Value |
|---|---|
| Display size | 15.6 inch |
| Resolution | 1920 × 1080 pixels |
| Display mode | Normally-black TFT LCD |
| Brightness | 400 cd/m² typical |
| Contrast ratio | 1000:1 |
| Viewing-angle sequence | 85/85/85/85 typical |
| Display interface | eDP 1.2, two lanes |
| Connector | 51 pins |
| Active area | 344.16 × 193.59 mm |
| LCM outline | 351.74 × 205.69 × 2.84 mm |
| Touch assembly | 388.96 × 238.40 × 4.03 mm |
| Pixel arrangement | RGB vertical stripe |
| Backlight life | 15,000 hours listed |
| Weight | 580 g maximum |
| Operating temperature | 0°C to +50°C |
| Storage temperature | −20°C to +60°C |
Full HD Interface Layout for Notebook Systems
Native 1920 × 1080 Content
The Full HD raster supports desktop-style user interfaces without requiring a large monitor enclosure. It can display:
- operating-system desktops
- engineering applications
- training content
- control dashboards
- forms and data tables
- multimedia pages
- equipment settings
- status windows
Native 1920 × 1080 output should be used where practical to preserve text and icon detail.
Wide Viewing for Shared Interfaces
The listed 85/85/85/85 viewing sequence supports use in products viewed from different positions. This can be useful in portable workstations, shared operator panels and learning terminals.
The sequence is retained without assigning left, right, up or down order because that direction order is not explicitly confirmed in the available documentation.
Notebook Touch LCD Module Integration
eDP 1.2 Two-Lane Qualification
The image interface is identified as eDP 1.2 with two lanes. Before connecting the display to a motherboard, verify:
- eDP link rate
- timing parameters
- connector definition
- voltage rails
- panel-enable behavior
- backlight-enable logic
- brightness-control method
- auxiliary-channel handling
- cable length
- cable impedance
- connector orientation
- FPC location
An eDP connector with the same number of contacts does not guarantee electrical or mechanical compatibility.
51-Pin Connector Review
The module uses a 51-pin connection rather than the more common 30-pin notebook-panel format. The approved pin definition must establish which contacts are assigned to:
- eDP lanes
- auxiliary channel
- panel power
- backlight power
- enable controls
- grounding
- touch signals
- reserved functions
A 51-pin connector does not by itself prove host or touch compatibility.
Touch-Path Documentation
A touch panel is included, but the final touch architecture requires confirmation. Engineering documentation should identify:
- touch technology
- touch-controller model
- signal interface
- touch supply voltage
- contact count
- touch-point count
- firmware revision
- operating-system support
- calibration method
- coordinate orientation
- grounding
- shielding
Touch functionality should be validated separately from the eDP image path.
400 cd/m² Indoor Optical Positioning
The module uses a single confirmed standard luminance of 400 cd/m² typical, with a drawing reference of 340 cd/m² minimum. This supports indoor notebook, workstation and operator-console applications under controlled lighting.
The 400 cd/m² configuration is intended for controlled indoor lighting rather than direct-sun use.
Finished readability depends on:
- touch-panel transmission
- cover-surface reflection
- bonding method
- ambient lighting
- user viewing angle
- backlight setting
- enclosure geometry
No sunlight-readable or outdoor-readable claim is made.
Mechanical Fit of the LCM and TPM
Bare LCM Envelope
The bare LCD module measures:
351.74 × 205.69 × 2.84 mm
This dimension is relevant when reviewing internal supports, panel clearances and connector placement.
Touch-Panel Assembly Envelope
The complete touch-panel module measures:
388.96 × 238.40 × 4.03 mm
The approved TPM drawing must control enclosure release because the touch assembly is larger than the bare LCM.
The mechanical review should include:
- outer lens dimensions
- visible opening
- active-area position
- total stack thickness
- FPC exit position
- cable bend area
- adhesive zone
- grounding points
- mounting clearance
- housing tolerance
Backlight and Power Qualification
The backlight is described as a 66-chip white LED array. The available tables show:
- 20 mA typical LED forward-current reference
- 3.696 W typical LED-power reference
- 4.4 W typical backlight-power reference
- 0.7 W panel-power reference under a white image
- 15,000-hour listed LED lifetime
The conflicting backlight-power values must be resolved before power-supply and thermal design. Procurement should request the approved electrical table identifying typical and maximum conditions.
The ILI6145A identifier should be treated as a component reference only until its exact function and supporting documentation are confirmed.
Recommended Applications
Notebook-Style Embedded PCs
The Full HD resolution and thin LCM structure fit computer-style interfaces where a motherboard provides native eDP output.
Portable Workstations
The display can support service equipment, field-programming stations and portable technical consoles used in controlled indoor environments.
Learning Terminals
A 15.6-inch touch interface can present lessons, interactive exercises, diagrams and multimedia content after touch-controller and software qualification.
Indoor Operator Consoles
The module can display controls, settings, graphs and status information in indoor equipment consoles.
Integrated Desktop Equipment
Products that combine computing, display and touch interaction in one enclosure can evaluate this module when the 388.96 × 238.40 mm touch-panel envelope fits the industrial design.
Automotive, medical, outdoor and regulated-equipment projects require separate environmental, compliance and functional qualification.
Customization and Sample Review
Project-specific review may cover:
- touch technology
- touch-controller option
- connector definition
- FPC length
- FPC orientation
- cable design
- cover surface
- printed border
- shielding
- grounding
- optical bonding
- bezel opening
- mounting structure
- 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
Before sample or production approval, confirm:
- native 1920 × 1080 timing
- eDP 1.2 compliance
- two-lane link rate
- 51-pin connector part number
- complete pin assignment
- panel input voltage
- backlight voltage and current
- enable logic
- brightness-control method
- touch technology
- touch-controller model
- touch interface
- touch supply voltage
- touch-point count
- firmware
- operating-system requirements
- LCM outline
- TPM outline
- active-area position
- visible opening
- total stack thickness
- FPC exit position
- cable orientation
- grounding method
- shielding method
- final backlight-power value
- 15,000-hour lifetime test condition
- operating and storage limits
- compliance documents
- sample quantity
- annual demand
- production schedule
FAQ
About 15.6 Inch Notebook Touch LCD Module
What must be checked before connecting the module to an eDP motherboard?
Does the 51-pin connection include the touch interface?
Is 400 cd/m² enough behind the touch panel?
Which mechanical size should control the enclosure design?
Which backlight-power value should be used?
Freya Yang
+86 18318948097
