Freya Yang
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10.36 Inch Vertical Vehicle Console Navigation Display Module
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Size
Resolution
Brightness
Viewing Angle
Connector Type
Operating Temp
Overall(mm)
huisoar
HS990002B0
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Panel Size (inch)
Model P/N
Resolution
Brightness (nits)
Viewing Angle
Contrast Ratio
Response Time
Overall (mm)
Active Area (mm)
Refresh Rate
Display Colors
Panel Type
Connector Type
Operating Temp
Touchscreen Type
Storage Temp
Work Mode
Pixel Format
Control Type
Operating Environment
Motherboard Type
Designed For
10.36 Inch Vertical Vehicle Console Navigation Display Module
The Vertical Vehicle Console Navigation Display Module combines a portrait 720 × 1600 IPS panel, 600 cd/m² luminance and a 40-pin MIPI connection for embedded HMI integration.
Product Summary
The Vertical Vehicle Console Navigation Display Module provides a tall, narrow interface for vehicle center consoles, agricultural machinery dashboards, engineering-vehicle navigation systems and vertical industrial controls. Its native 720 × 1600 raster supports information that needs to be arranged from top to bottom rather than across a conventional widescreen layout.
The 10.36-inch panel combines IPS viewing, 600 cd/m² typical luminance, a 1000:1 typical contrast ratio and a wide operating-temperature range. The standard configuration is non-touch, allowing equipment manufacturers to combine the display with physical controls, remote input devices or a separately developed touch assembly.
Key Specifications
| Parameter | Value |
|---|---|
| Size | 10.36 inch |
| Resolution | 720 × 1600 pixels |
| Aspect ratio | 9:20 |
| Panel type | IPS a-Si TFT-LCD |
| Optical structure | Transmissive |
| Luminance | 600 cd/m² typical |
| Contrast ratio | 1000:1 typical |
| Viewing angle | 85/85/85/85, L/R/U/D |
| Colors | 16.7M |
| Interface | 40-pin MIPI |
| Active area | 106.92 × 237.6 mm |
| Backlight | WLED |
| Touch | Non-touch |
| Operating temperature | −30°C to +80°C |
| Storage temperature | −30°C to +85°C |
Native 720 × 1600 Portrait Interface Design
Vertical Navigation and Machine-Status Layouts
The 9:20 format supports interfaces that place information in a vertical sequence. Typical screen zones may include:
- navigation guidance
- vehicle or machine status
- warning indicators
- speed and operating data
- equipment modes
- camera or mirror views
- system menus
- communication status
- environmental controls
This geometry is useful where the enclosure has more available height than width. It can fit side consoles, vertical dashboards and narrow control structures without forcing the user interface into a wide consumer-screen format.
Native-Raster Software Preparation
The native 720 × 1600 raster should be used to preserve portrait interface geometry and text detail.
Before software approval, validate:
- native display timing
- portrait rotation
- operating-system orientation
- font scaling
- icon dimensions
- touch-coordinate rotation when optional touch is added
- content-safe margins
- camera-image scaling
- warning-message placement
Scaling content from a conventional landscape canvas may produce unused space, distorted controls or inconsistent text sizing.
Optical Performance for Vehicle and Machinery Cabins
600 cd/m² Luminance Boundary
The panel is specified at 600 cd/m² typical luminance. This can support many vehicle-cabin, machinery and controlled high-ambient-light environments.
A 600 cd/m² panel does not by itself establish finished-system sunlight readability behind cover glass.
Finished visibility depends on:
- front-glass transmission
- surface reflection
- air-gap construction
- optical bonding
- installation angle
- cabin lighting
- direct daylight exposure
- user viewing position
Representative samples should be evaluated with the intended cover glass and enclosure.
IPS Viewing and Contrast
The panel provides 85/85/85/85 viewing angles in left, right, upper and lower directions. This supports viewing from different seating, standing and operating positions.
The 1000:1 typical contrast ratio supports separation between background graphics, navigation elements, status values and warning colors. The 16.7M-color specification supports layered user interfaces, but it does not independently establish calibrated color accuracy or a defined color gamut.
40-Pin MIPI Host Integration
Lane, Timing and Pinout Qualification
A 40-pin MIPI connector does not guarantee lane, timing, voltage, initialization or pin compatibility with another panel.
Before connecting the display, confirm:
- MIPI DSI lane count
- video or command mode
- lane speed
- native 720 × 1600 timing
- complete 40-pin assignment
- connector pitch
- contact side
- FPC orientation
- panel logic voltage
- reset and control signals
- backlight power and control
- startup sequence
- cable length and routing
The host processor must support the complete panel interface definition rather than only the MIPI name.
JD9365DA Documentation Requirements
The JD9365DA identifier is useful for identifying the display configuration, but the IC name alone does not establish the required host commands or initialization sequence.
Engineering approval should use:
- the complete panel specification
- approved initialization data
- timing parameters
- power-sequence requirements
- reset timing
- sleep and wake behavior
- backlight-control definition
Do not copy register settings from an unrelated display that happens to use the same IC identifier.
Vertical Vehicle Console Navigation Display Module Mechanics
Active Area and Front Opening
The active image area is 106.92 × 237.6 mm. This value should guide:
- the visible bezel opening
- cover-lens window
- black-mask printing
- display alignment
- UI-safe margins
- navigation-content placement
Important status indicators and controls should remain within the approved visible opening after bezel overlap and manufacturing tolerances are applied.
Conflicting Outline References
Two mechanical-envelope references are associated with this configuration:
- 124.6 × 266 × 6.75 mm
- approximately 115.36 × 251.06 × 4.70 mm
The enclosure, bracket, FPC route and cover lens must not be released until an approved drawing identifies the ordered version.
The mechanical review should confirm:
- complete outline
- actual thickness
- active-area position
- FPC exit
- connector location
- mounting support
- rear clearance
- cover-lens overlap
Wide-Temperature Qualification
The panel is specified for operation from −30°C to +80°C and storage from −30°C to +85°C.
These temperature limits support evaluation for machinery and vehicle-cabin environments, but they do not independently establish automotive, agricultural-equipment or industrial certification.
System-level qualification should consider:
- cold startup
- high-temperature image performance
- backlight output across temperature
- enclosure heat
- controller temperature
- condensation
- cable flexibility
- mechanical expansion
- repeated thermal cycling
Sample testing should represent the final optical, electrical and mechanical stack.
Non-Touch HMI Architecture
The standard configuration is non-touch. This suits systems where input is provided through:
- physical buttons
- rotary controls
- steering or console switches
- a separate keypad
- remote control software
- an external touch assembly
Potential applications include:
- vehicle center consoles
- agricultural machinery instruments
- engineering-vehicle navigation
- truck information panels
- bus electronic rear-view displays
- vertical industrial control interfaces
- portable navigation equipment
Vehicle suitability must be established by the final system qualification and applicable project requirements.
Custom Integration Options
Project review may include:
- MIPI host matching
- custom 40-pin FPC
- timing and initialization verification
- brightness review
- cover-lens sizing
- anti-glare or anti-reflection treatment
- optical bonding
- enclosure adaptation
- FPC routing
- logo or graphic printing
- optional touch development
- packaging and labeling
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.
For a Vertical Vehicle Console Navigation Display Module project, customization should begin after the interface package and approved mechanical drawing are available.
Procurement Checklist
Before requesting samples or production approval, submit or confirm:
- native 720 × 1600 timing
- MIPI DSI lane count
- video or command mode
- lane speed
- complete 40-pin assignment
- panel logic voltage
- backlight voltage and current
- approved initialization package
- reset and power sequence
- FPC pitch and orientation
- approved mechanical drawing
- active-area position
- cover-glass stack
- 600 cd/m² lighting target
- operating-temperature requirements
- non-touch or optional-touch architecture
- sample quantity
- annual demand
- production schedule
Sample approval should precede controller release, FPC manufacture, cover-lens tooling and enclosure production.
FAQ
About 10.36 Inch Vertical Vehicle Console Navigation Display Module
What must be checked before connecting a 40-pin MIPI host?
How should a 720 × 1600 vehicle interface be prepared?
Is 600 cd/m² sufficient behind a cover lens?
Which outline dimensions should control enclosure release?
When should the non-touch configuration be selected?
Freya Yang
+86 18318948097
