Freya Yang
+86 18318948097
+852 62667476
8″ Industrial High Nits LCD Module for Outdoor EV Charger
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huisoar
HS8A0403V
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Viewing Angle
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Designed For
8" Industrial High Nits LCD Module for Outdoor EV Charger
This XGA IPS module combines 1000-nit panel luminance, anti-glare surface treatment and a 40-pin LVDS interface for outdoor-facing charger HMIs.
Product Summary
The 8" Industrial High Nits LCD Module is an 8-inch TFT-LCD component for equipment that needs a compact 4:3 interface, native 1024 × 768 resolution and stronger panel luminance than a conventional indoor display.
Its XGA canvas can support charging instructions, connector status, progress information, equipment warnings, service prompts and operating menus. The IPS structure, 1000-nit luminance and 40-pin LVDS interface make the module relevant to outdoor EV charger HMIs, car-wash terminals, industrial control panels and compact public-information equipment.
The module is a display component rather than a complete monitor. Controller electronics, backlight driving, front protection, touch requirements and environmental sealing must be defined separately for the finished equipment.
Key Specifications
| Specification | Value |
|---|---|
| Display size | 8.0 inch |
| Native resolution | 1024 × 768 pixels |
| Aspect ratio | 4:3 |
| Active area | 162.048 × 121.536 mm |
| Module outline | 183.0 × 141.0 × 5.6 mm |
| Bezel opening | 164.80 × 124.30 mm |
| Panel technology | a-Si IPS TFT-LCD |
| Display mode | Normally black, transmissive |
| Luminance | 1000 nits |
| Contrast ratio | 1000:1 typical |
| Viewing-angle data | 85/85/85/85, raw sequence |
| Display colors | 16.7M colors |
| Surface treatment | Anti-glare, hard coating 3H |
| Interface | 40-pin LVDS, 1-channel, 6/8-bit |
| Panel input | 3.3 V |
| Backlight | White LED |
| Operating temperature | −20°C to +50°C |
| Storage temperature | −30°C to +60°C |
XGA Interface Design for Charger HMIs
Native 1024 × 768 Layout
The XGA raster provides a practical 4:3 workspace for charger interfaces that combine operational information with user guidance.
A native layout can separate:
- Connection instructions
- Charger availability
- Charging progress
- Energy or session information
- Equipment status
- Warning messages
- Service contact information
- Promotional or informational content
Using the native 1024 × 768 raster helps maintain text sharpness, icon proportions and menu alignment. Scaling from an unrelated resolution can reduce clarity and complicate interface validation.
4:3 Information Hierarchy
The 4:3 format provides more vertical space than a wide display of similar diagonal size. This is useful when the interface requires stacked instructions, large numerical values and clearly separated operating steps.
Important instructions and fault information should remain visually dominant. Promotional material should not compete with the user’s next required action or with safety-related content.
1000-Nit IPS Optical Performance
Bright-Ambient Visibility
The module provides 1000-nit panel luminance.
This value gives the display more optical headroom for bright indoor and outdoor-facing installations than a standard low-luminance panel. The anti-glare surface can also help reduce some reflected glare at the panel level.
A 1000-nit panel does not independently prove that a completed EV charger will remain readable in every direct-sun condition.
Front-Cover Optical Losses
Finished visibility depends on:
- Cover-glass transmission
- Surface reflection
- Air gap or optical bonding
- Decorative printing
- Anti-reflective treatment
- Installation angle
- Cabinet shading
- Ambient-light direction
- Backlight control
- Internal operating temperature
The production front cover and complete optical stack should be evaluated under the intended lighting conditions before direct-sun performance is approved.
8" Industrial High Nits LCD Module Integration
40-Pin LVDS Qualification
The module uses a 40-pin, 1-channel LVDS interface with 6/8-bit support.
A matching 40-pin connector does not prove electrical compatibility. Before controller or cable release, verify:
- Native 1024 × 768 timing
- Pixel-clock requirement
- LVDS channel count
- 6-bit or 8-bit mapping
- JEIDA or VESA mapping where applicable
- Complete pin assignment
- Signal voltage
- Clock polarity
- Ground distribution
- Connector pitch
- FPC contact side
- Cable orientation
- Backlight control
HDMI, DisplayPort, USB, MIPI DSI, eDP and parallel RGB hosts require an appropriate controller or conversion architecture.
Panel and Controller Power Separation
The panel input is listed as 3.3 V. Another configuration reference mentions DC 12 V, which may relate to an external controller or assembled kit.
These values must not be treated as interchangeable.
Do not apply DC 12 V directly to the panel rail. Obtain the approved panel pinout, backlight voltage/current requirements and controller wiring before prototype power-up.
Mechanical Fit and Cable Routing
The exact module outline is 183.0 × 141.0 × 5.6 mm. The active display area is 162.048 × 121.536 mm, and the listed bezel opening is 164.80 × 124.30 mm.
Mechanical review should cover:
- Active-area centering
- Front-window dimensions
- Bezel overlap
- Module tolerance
- Rear-component clearance
- Cable exit direction
- FPC bend radius
- Connector access
- Mounting support
- Panel flatness
- Cover-glass spacing
- Thermal clearance
- Service access
One mechanical drawing contains an 800 × 600 annotation that conflicts with the selected 1024 × 768 configuration. Use the approved XGA drawing before enclosure tooling or production release.
Outdoor EV Charger Application Boundaries
EV Charging Stations
The panel can present connection instructions, charging progress, operating status, fault messages and service information in a compact charger interface.
Payment, communications, electrical safety, ingress protection and charger-control functions remain part of the finished EV charging system.
Outdoor-Facing Car-Wash Terminals
The 4:3 format can support wash-program selection, payment guidance, equipment status and operating instructions. The final assembly requires appropriate sealing, cover-glass and thermal design.
Industrial Control Panels
The module can display alarms, process values, operating modes, trend information and maintenance pages in compact industrial equipment.
Test and Measurement Equipment
XGA resolution provides space for measurements, waveforms, configuration menus and result tables without requiring a large enclosure.
Public Information Terminals
The panel can also support compact service terminals that display directions, instructions, queue information or equipment status.
The standard module does not establish an integrated touch sensor, IP65 protection, automotive qualification or medical certification.
Customization Options
Project review can include:
- Brightness and backlight configuration
- LVDS controller and cable matching
- Complete 40-pin definition
- FPC length or routing
- Cover-glass design
- Anti-glare or anti-reflective treatment
- Optical bonding
- Separate capacitive or resistive touch development
- Enclosure adaptation
- Mounting support
- Thermal planning
- Branding and packaging
- Sample validation
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
Submit:
- Approved 1024 × 768 datasheet and drawing
- Native XGA timing
- Pixel-clock requirement
- LVDS channel count
- 6-bit or 8-bit mapping
- JEIDA or VESA requirement
- Complete 40-pin assignment
- Panel input voltage
- Backlight voltage and current
- Backlight enable and dimming controls
- Controller-board requirement
- FPC contact side and orientation
- Cable length
- Enclosure drawing
- Front opening
- Mounting method
- Cover-glass stack
- Bonding requirement
- Target finished-front luminance
- Ambient-light conditions
- Thermal conditions
- Touch requirement
- IP-protection target
- Sample quantity
- Annual demand
- Production schedule
FAQ
About 8" Industrial High Nits LCD Module
What must be checked before connecting a 40-pin LVDS controller?
Does 1000-nit luminance guarantee direct-sun readability?
Which dimensions should control enclosure release?
How should the 3.3 V panel input and a possible DC 12 V kit input be handled?
Does the standard module include touch or IP65 protection?
Freya Yang
+86 18318948097
