7.84 Inch Motorcycle Dashboard LCD Module Bar LCD Display for Vehicle Panels

7.84 Inch Motorcycle Dashboard LCD Module for Vehicle HMI

This slim IPS module provides a native 400 × 1280 canvas, 700 cd/m² luminance, and LVDS connectivity for narrow instrument interfaces.

Product Summary

The Motorcycle Dashboard LCD Module is a compact vertical TFT component for motorcycles, electric-mobility instruments, narrow vehicle status panels, and embedded equipment that cannot efficiently accommodate a conventional landscape screen.

Its 400 × 1280 resolution supports vertically arranged speed information, warnings, navigation prompts, battery status, operating data, and menu elements. The module combines IPS viewing, 700 cd/m² typical luminance, a 40-pin LVDS interface, and a slim 67.14 × 205.12 × 4.50 mm outline.

The standard configuration is non-touch. Input can be handled through physical buttons, handlebar controls, rotary devices, a separate touch surface, or another host-control method.

Key Specifications

400 × 1280 Vertical Instrument UI

Native Raster and Content Zones

The 400 × 1280 raster provides a tall display area for products that organize information from top to bottom. It can support:

• Speed and drive status
• Battery or fuel information
• Warning indicators
• Navigation instructions
• Ride modes
• Communication status
• Temperature data
• Menu shortcuts
• Diagnostic messages
• Vehicle or machine parameters

The panel should be driven at its native resolution whenever practical. Native rendering preserves character proportions, icon edges, line weight, and spacing between information regions.

Dashboard Safe-Area Planning

The active area measures 59.40 × 190.08 mm. The visible UI should also account for the bezel opening, decorative mask, cover printing, mounting tolerance, and any obscured edge area.

Safety-related warnings and critical status data should remain inside a validated safe region. Character size, glance distance, viewing angle, color coding, and day/night themes should be tested in the completed assembly.

IPS Viewing and 700 cd/m² Luminance

Bright-Cabin Optical Boundary

The module provides 700 cd/m² typical panel luminance. This supports evaluation for vehicle cabins, motorcycle instruments, machinery displays, and equipment used in elevated ambient light.

A 700 cd/m² panel does not by itself establish finished-system daylight readability behind front glass.

Final visibility depends on:

• Front-glass transmission
• Surface reflections
• Anti-glare or anti-reflective treatment
• Optical bonding
• Display angle
• Enclosure shading
• UI colors
• Backlight control
• Panel temperature
• Ambient-light direction

The complete optical stack should be tested under the target lighting conditions.

Contrast and Angled Viewing

The IPS panel provides 80-degree viewing in the left, right, upper, and lower directions. This supports installations where the operator views the display from an offset riding or operating position.

The 800:1 typical contrast ratio helps separate text, symbols, warnings, and background regions. Completed-system contrast remains dependent on ambient light and the cover construction.

40-Pin LVDS Integration

Host and Timing Qualification

The module uses a 40-pin LVDS interface.

A 40-pin LVDS connector does not guarantee timing, voltage, channel, bit-depth, or pin compatibility with another panel.

Before controller or PCB release, verify:

• Native 400 × 1280 timing
• LVDS channel count
• LVDS bit mapping
• Clock and data arrangement
• Complete 40-pin assignment
• Connector pitch
• Contact side
• Pin-1 orientation
• Panel supply requirements
• Logic voltage
• Reset and enable behavior
• Backlight-driver requirements
• Brightness-control method
• FPC or cable routing

The approved production datasheet and pin definition should control integration.

Non-LVDS Sources Require Conversion

HDMI, MIPI DSI, eDP, USB video, SPI, and parallel RGB cannot drive this panel directly unless a suitable bridge or controller converts the source into the module’s required LVDS format and timing.

A controller-board evaluation should confirm:

• Input video format
• Native output timing
• LVDS mapping
• Panel power
• Backlight power
• Startup behavior
• Dimming control
• Temperature range
• Connector orientation

Mechanical Fit of the Motorcycle Dashboard LCD Module

Slim Enclosure Planning

The module outline is 67.14 × 205.12 × 4.50 mm, while the active area is 59.40 × 190.08 mm.

Mechanical review should include:

• Front opening
• Active-area alignment
• Bezel overlap
• Decorative mask
• Rear clearance
• Connector location
• Cable exit direction
• Bend radius
• Mounting pressure
• Cover-glass thickness
• Adhesive stack
• Thermal clearance
• Service access

Use the approved drawing before enclosure tooling, bezel printing, bracket release, or adhesive-die cutting.

Connector and Rear Clearance

The housing must avoid sharp cable folds or pressure near the bonded connector area. Prototype testing should verify:

• Contact-side orientation
• Pin-1 direction
• Cable retention
• Bend radius
• Strain relief
• Rear-component clearance
• Adhesive compression
• Module flatness
• Thermal expansion
• Equipment vibration

Temperature and Application Qualification

The module supports operation from −20°C to +70°C and storage from −30°C to +80°C.

These component limits do not independently establish:

• Automotive qualification
• Motorcycle safety compliance
• Waterproofing
• Dust resistance
• Vibration or shock rating
• UV resistance
• Condensation resistance
• EMC or ESD compliance
• Continuous-use lifetime
• Finished-system outdoor readability

Qualification should use the final controller, LVDS cable, power system, backlight driver, front glass, enclosure, mounting method, software, and thermal design.

Application and Configuration Review

The Motorcycle Dashboard LCD Module can be evaluated for:

• Motorcycle instrument panels
• Electric-scooter dashboards
• Electric-mobility status displays
• Narrow vehicle information panels
• Industrial control interfaces
• Appliance control panels
• Vertical machine-status displays
• Custom embedded terminals

It is an LCD component rather than a complete dashboard. The standard module does not automatically include:

• Main controller
• LVDS bridge board
• Touch panel
• Cover glass
• Housing
• Power supply
• Sensors
• Application software
• Environmental sealing

Non-Touch Architecture

The non-touch configuration is useful when:

• Input is handled with buttons or switches
• The display is dedicated to status information
• Handlebar controls are used
• A separate control surface is preferred
• The optical stack should remain simple
• A custom touch assembly will be engineered separately

Touch development requires a separately specified sensor, controller, communication interface, cover lens, optical stack, firmware plan, and mechanical drawing.

Configuration Scope

Project review can include:

• LVDS controller matching
• Complete 40-pin definition
• Custom cable or FPC
• Bridge or controller board
• Cover glass
• Anti-glare or anti-reflective treatment
• Optical bonding
• Optional touch development
• Enclosure adaptation
• Brightness validation
• Thermal review
• Branding and printing
• 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

Submit:

• Host processor or controller model
• Native 400 × 1280 timing
• LVDS channel count
• LVDS bit mapping
• Complete 40-pin assignment
• Connector pitch and orientation
• Panel and logic voltages
• Reset or enable requirements
• Backlight-driver data
• Brightness-control method
• Approved mechanical drawing
• Enclosure opening
• Cable route and bend
• Front-glass specification
• Target finished-front luminance
• Day and night UI requirements
• Operating environment
• Sample quantity
• Annual demand
• Production schedule