5 Inch Full HD LTPS LCD Module for Handheld Terminals

5 Inch Full HD LTPS LCD Module for Handheld Terminals

A slim portrait MIPI display with 1000 cd/m² luminance and integrated capacitive touch.

The 5 Inch Full HD LTPS LCD Module is a high-density portrait display component for industrial handheld terminals, compact inspection equipment and smart controllers. It combines 1080×1920 resolution, 1000 cd/m² luminance, a four-lane MIPI interface, HX8399-C driver IC and capacitive touch in a slim 63.72 × 117.25 × 1.58 mm module.

The panel provides a 61.88 × 110.02 mm active area and 16.7 million colors for detailed text, icons, images and vertically structured user interfaces. Final readability, interface compatibility and touch performance must be evaluated in the intended enclosure and host system.

Key Specifications at a Glance

Final integration should follow the approved electrical specification, timing definition, mechanical drawing and qualified sample.

Full HD Portrait Image Performance

The 1080×1920 native format provides Full HD pixel density in a compact portrait panel. This supports fine typography, detailed diagrams, camera previews, measurement graphics and information-rich user interfaces.

1080×1920 content design

Application graphics should be prepared for the native portrait orientation. Scaling lower-resolution content can soften text and icons, while an incorrectly configured host timing can produce cropping, instability or no image.

The UI design should account for:

• Native portrait orientation
• Text size at the intended viewing distance
• Touch-target dimensions
• Status-bar and navigation regions
• Camera or inspection-image windows
• Thermal and battery constraints of the complete device

LTPS panel structure

LTPS identifies the TFT backplane technology used by the panel. It should not be treated as proof of a specific power-saving percentage, refresh rate or processor compatibility.

The confirmed 16.7-million-color capability and RGB vertical-stripe arrangement support detailed visual content. Final color performance depends on the approved module, backlight conditions, optical stack and host image pipeline.

1000 cd/m² Brightness for Strong Ambient Light

The confirmed luminance is 1000 cd/m², providing a high-brightness option for handheld equipment used near windows, under strong task lighting or in other demanding ambient-light conditions.

Brightness is one part of readability

A 1000 cd/m² panel is not automatically readable under every direct-sunlight condition.

The final result also depends on:

• Cover-glass reflectance
• Touch-panel construction
• Air gap or bonding method
• Surface treatment
• Enclosure shading
• Viewing angle
• Backlight thermal management
• Automatic or manual brightness control

A complete display assembly should be evaluated in the intended environment before the optical design is approved.

Backlight integration

The module identifies a 12-LED backlight with a 21 V / 60 mA electrical reference. The system requires a compatible constant-current backlight driver and appropriate enable or brightness-control implementation.

The electrical reference does not establish the total module input voltage or maximum power consumption.

MIPI Host and 34-Pin FPC Compatibility

The display uses four MIPI data lanes through a 34-pin FPC. The host must support the required native resolution, lane arrangement, timing, voltage and control signals.

A MIPI connector and matching lane count do not by themselves guarantee compatibility.

Required interface checks

Before controller-PCB release, verify:

• Four-lane MIPI support
• Complete 34-pin assignment
• Clock-lane and data-lane polarity
• Lane ordering
• Native 1080×1920 timing
• Logic and panel voltages
• Reset and control signals
• FPC pitch and contact side
• Cable orientation
• Backlight connections
• Touch-panel interface and connector

MIPI DSI transfers display data from a host to the panel using defined lane and timing behavior, so the host configuration must match the panel’s requirements.

Non-MIPI hosts require conversion

HDMI, USB, eDP, LVDS and parallel-RGB hosts cannot connect directly without suitable interface-conversion hardware.

A controller board should be selected from the complete timing and pin-assignment requirements rather than resolution alone.

HX8399-C role boundary

HX8399-C is identified as the LCD driver IC.

Its presence alone does not establish a specific host initialization process, register-programming method, power sequence or compatibility with a particular processor. Those requirements must be verified from the complete module and host-controller documentation.

Capacitive Touch and Mechanical Integration

The detailed configuration identifies a capacitive touch panel. The touch section and display section may use separate FPC routes, so both electrical and mechanical paths must be considered.

Touch configuration

Before enclosure or PCB release, confirm:

• Touch controller identification
• Touch communication interface
• Touch operating voltage
• Interrupt and reset requirements
• Touch FPC pin assignment
• Cover-lens outline
• Bonding construction
• Supported touch-point count
• Firmware requirements

RTP appears as a broader configurable option, but it should not be assumed for the standard CTP configuration.

Slim module structure

The module outline is 63.72 × 117.25 × 1.58 ± 0.10 mm. This thin display structure can support compact handheld designs, but the complete product will be thicker after adding:

• Cover lens
• Touch adhesive or bonding layer
• PCB
• Battery
• Housing
• Seals or cushioning
• Mounting features

The complete mechanical stack must be calculated from the finished assembly rather than the bare LCD thickness.

FPC routing

The display assembly uses extended bottom FPC routing. The enclosure should provide adequate bend radius, strain relief and separation from sharp edges, screw bosses and heat sources.

Final routing requires the controlled FPC drawing and connector orientation.

When to Choose This LCD Module

The 5 Inch Full HD LTPS LCD Module is suitable for evaluation when a project needs:

• A compact Full HD portrait interface
• High pixel density
• Four-lane MIPI input
• 1000 cd/m² luminance
• Capacitive touch
• A slim handheld-device profile
• Detailed images, text or measurement graphics

Potential applications include:

• Industrial handheld terminals
• Portable test and service equipment
• Compact inspection devices
• Smart controllers
• Data-collection terminals
• High-density portrait HMIs
• Imaging or monitoring interfaces

A different display should be considered when the system requires direct HDMI or LVDS input, a landscape-native layout, a larger touch target, a confirmed wider temperature range or a lower-resolution interface with reduced host bandwidth.

Customization and Project Qualification

Project evaluation may cover:

• FPC shape and pin definition
• MIPI timing and lane mapping
• Touch-panel construction
• Cover lens and printing
• Optical bonding
• Brightness configuration
• Mechanical adaptation
• Packaging and branding
• Controller-board matching

Custom configurations are generally reviewed from 1,000 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, confirm:

1. Native 1080×1920 portrait UI
2. Four-lane MIPI host support
3. Complete 34-pin assignment
4. Clock and data-lane mapping
5. MIPI timing requirements
6. Logic and panel voltages
7. FPC pitch, contact side and orientation
8. HX8399-C support requirements
9. Backlight-driver compatibility
10. 1000 cd/m² target environment
11. CTP controller and interface
12. Touch FPC routing
13. Cover-lens and bonding plan
14. Active area: 61.88 × 110.02 mm
15. Module outline: 63.72 × 117.25 × 1.58 ± 0.10 mm
16. Operating temperature: −10°C to +60°C
17. Storage temperature: −20°C to +70°C
18. Sample quantity
19. Annual demand
20. Qualification and production timing