Freya Yang
+86 18318948097
+852 62667476
6.2 Inch In-Cell Instrument Touch Display Module for Vehicle HMI
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huisoar
HS620009B0
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Designed For
6.2 Inch In-Cell Instrument Touch Display Module for Vehicle HMI
This compact IPS module combines a native 480 × 1280 canvas, 1200 cd/m² typical luminance and In-Cell touch for instrument and vehicle-control interfaces.
Product Summary
The In-Cell Instrument Touch Display is designed for products that need a tall interactive interface within a narrow enclosure. Its 480 × 1280 native resolution supports vertically arranged operating data, status icons, warnings, navigation prompts and touch controls without requiring the width of a conventional landscape panel.
The module combines a 6.2-inch IPS TFT-LCD, 4-lane MIPI display input, I²C touch communication and a 40-pin connection. It can be evaluated for two-wheeler instruments, agricultural machinery controls, compact vehicle HMIs, industrial equipment and professional instrument interfaces.
Key Specifications
| Specification | Value |
|---|---|
| Display size | 6.2 inch |
| Native resolution | 480 × 1280 pixels |
| Active area | 54.43 × 146.65 mm |
| Module outline | 72.43 × 176.65 × 5.68 mm |
| Panel technology | a-Si IPS TFT-LCD |
| Optical mode | Transmissive |
| Luminance | 1200 cd/m² typical |
| Contrast ratio | 1200:1 typical |
| Viewing angle | 80°/80°/80°/80°, L/R/U/D |
| Display colors | 262K colors |
| Display interface | 4-lane MIPI |
| Connection | 40-pin FPC |
| Display identifier | JD9265T |
| Touch construction | In-Cell |
| Touch interface | I²C |
| Backlight | WLED |
| Operating temperature | −30°C to +85°C |
| Storage temperature | −40°C to +90°C |
480 × 1280 Interface Design
Native Vertical UI Layout
The native 480 × 1280 canvas is well suited to a top-to-bottom interface. Product teams can assign separate screen regions for:
- Speed or machine values
- Battery or fuel status
- Warning indicators
- Navigation instructions
- Operating modes
- Temperature values
- Touch controls
- Connection status
- Service messages
The native raster should be used throughout UI development. Scaling a lower-resolution asset set or rotating a landscape interface late in the program may reduce text clarity and make touch targets harder to position consistently.
Instrument Data and Warning Zones
Critical values should remain readable at the intended viewing distance and under the final cover design. Warning indicators should use sufficient size and contrast to remain distinct from secondary information.
Localization should be tested early because translated labels may require more space. The design should also preserve safe margins around the visible area and any decorative mask.
1200 cd/m² IPS Optical Performance
Panel Luminance and Cover Losses
The panel provides 1200 cd/m² typical luminance with a 1200:1 typical contrast ratio.
A 1200 cd/m² panel does not by itself establish finished-system sunlight readability behind cover glass.
Final visibility depends on:
- Protective-cover transmission
- Surface reflection
- Decorative printing
- Air gap or bonding adhesive
- Anti-glare or anti-reflective treatment
- Backlight control
- Enclosure shadowing
- Ambient-light direction
- Operating temperature
- Thermal management
The completed display assembly should therefore be evaluated under the target lighting and temperature conditions.
Wide-Angle Cabin Viewing
The IPS panel provides 80° viewing in the left, right, upper and lower directions. This supports interfaces that may be observed from changing positions rather than directly on-axis.
Viewing-angle performance does not replace finished-system evaluation. Cover curvature, polarizers, reflections and installation angle can still influence perceived contrast and color.
In-Cell Instrument Touch Display Integration
In-Cell Touch Construction
In-Cell touch integrates the sensing structure within the display stack rather than adding a separate conventional touch sensor above the LCD.
This can support a compact module stack, but it also means display and touch qualification must follow the approved module documentation. Touch behavior should be tested with the final cover, grounding arrangement, firmware and enclosure.
I²C Touch Qualification
The touch path is identified as I²C. Before board release, confirm:
- Touch-controller identification
- I²C address
- Supply voltage
- Logic voltage
- Interrupt signal
- Reset signal
- Grounding
- Firmware support
- Coordinate orientation
- Touch-point requirement
- Cover thickness
- Glove or wet-operation requirement, when applicable
- EMC and noise behavior
The MIPI display path and I²C touch path must be qualified as separate interfaces.
4-Lane MIPI Host Integration
40-Pin Compatibility Checks
The display uses a 40-pin connection and four MIPI lanes.
A 40-pin MIPI connector does not guarantee lane mapping, timing, voltage, initialization or pin compatibility with another display.
Before hardware release, confirm:
- Complete 40-pin assignment
- MIPI lane order
- Clock-lane position
- Lane polarity
- Command or video operating mode
- Native horizontal timing
- Native vertical timing
- Link rate
- Panel voltage
- Logic voltage
- Reset and enable functions
- Backlight power and control
- FPC pitch
- Contact side
- Pin-1 orientation
MIPI DSI defines the host-to-display protocol, but the module-level connector, pin mapping and initialization package remain product-specific.
Initialization and Lane Mapping
The JD9265T identifier should be used to locate the approved technical package, not as a substitute for that package.
Its presence does not independently establish:
- Register values
- Initialization commands
- Power sequence
- Lane mapping
- Operating mode
- Voltage levels
- Touch configuration
- Host compatibility
The correct startup data and interface definition must be confirmed for the ordered module revision.
Mechanical and Thermal Qualification
The precise module outline is 72.43 × 176.65 × 5.68 mm. The active area is 54.43 × 146.65 mm.
Engineering review should cover:
- Front opening
- Visible-area alignment
- Bezel overlap
- Rear clearance
- FPC exit
- Connector location
- Mounting support
- Cover thickness
- Adhesive area
- Flatness
- Tolerance accumulation
- Cable bend radius
- Strain relief
- Service access
The module operates from −30°C to +85°C and stores from −40°C to +90°C. These panel values support wide-temperature evaluation, but the finished product still requires system-level validation of the controller, touch behavior, cover material, adhesives, backlight, enclosure and power architecture.
Vehicle, Machinery and Instrument Applications
This module can be evaluated for:
- Two-wheeler instrument displays
- Compact vehicle information panels
- Agricultural machinery control screens
- Industrial equipment HMIs
- Professional instrument interfaces
- Narrow embedded touch terminals
- Secondary vehicle-control interfaces
Vehicle application examples do not establish automotive qualification. Projects intended for road vehicles require the appropriate environmental, electrical, optical, reliability and regulatory validation.
Medical-instrument examples do not establish medical certification. Regulated equipment requires device-level risk management, safety, software, usability and performance qualification.
Customization Boundaries
Project review can include:
- MIPI host matching
- Complete 40-pin definition
- Lane mapping
- Approved initialization package
- I²C touch routing
- Touch firmware integration
- FPC layout and orientation
- Cover-glass design
- Anti-glare or anti-reflective treatment
- Optical bonding
- Brightness target
- Enclosure adaptation
- Mechanical drawing review
- Branding and packaging
- Sample validation
Custom configurations are generally reviewed from 500 pieces, subject to tooling requirements, material availability and the requested specification. Samples and standard-module quantities are confirmed separately.
Procurement Checklist
Submit:
- Host processor or display controller
- Native 480 × 1280 timing
- MIPI operating mode
- Four-lane mapping
- Link-rate requirement
- Full 40-pin assignment
- Panel and logic voltages
- Reset and enable requirements
- Approved initialization package
- Backlight voltage and current
- Backlight dimming requirement
- Touch-controller data
- I²C address
- Interrupt and reset routing
- Touch-point requirement
- FPC pitch and contact side
- Pin-1 orientation
- Mechanical drawing
- Front-window drawing
- Cover-glass plan
- Bonding requirement
- Target finished-front luminance
- Operating environment
- Temperature and vibration requirements
- Sample quantity
- Annual demand
- Production schedule
FAQ
About 6.2 Inch In-Cell Instrument Touch Display Module
What must be checked before connecting a 40-pin four-lane MIPI host?
How should a 480 × 1280 instrument UI be prepared?
Are the display and touch data carried through the same interface?
Does 1200 cd/m² guarantee direct-sunlight readability?
What does the JD9265T identifier establish?
Which dimensions should control enclosure design?
Freya Yang
+86 18318948097
