Display & optical performance
Evaluate sunlight readability, reflections and viewing geometry. Review anti-glare or anti-reflective treatments, optical bonding and brightness against the actual cabin conditions.
AUTOMOTIVE DISPLAY SOLUTIONS
Interfaces for the connected cockpit.
Coordinate display, touch, computing and mechanical integration around the demands of your vehicle interface.
Digital instruments, infotainment and passenger interfaces place different demands on a display system. RJY helps product teams evaluate the optical stack, host electronics and installation constraints together, from the first design review to production planning.
FOR OEM & SYSTEM INTEGRATION TEAMS
One subsystem. Several engineering disciplines.
Agree the qualification targets early: vehicle location, optical requirements, thermal conditions, electrical architecture and validation responsibilities.
Cockpit computing
Match processing and display output to the interface workload. Confirm the operating system, graphics pipeline and peripheral requirements before committing to a board.
Dashboard & console integration
Coordinate cover glass, bezel shape, connectors and fanless thermal design. Define vibration, electrical and environmental validation with the vehicle integration team.
DISPLAY & COMPUTING PLATFORMS
A practical starting point for your cockpit design.
These platforms are candidates for engineering evaluation, not a blanket vehicle qualification. Final specifications, availability and automotive suitability must be confirmed for the selected configuration.
Display module
RV123Z7P
An elongated display platform for instrument panels and multi-screen dashboard concepts. Confirm the exact model, resolution, brightness and operating-temperature specification during selection.
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Display module
RV116BFW
A stretched-bar display option for passenger interfaces or a compact console layout. Review active area, MIPI integration, mechanical thickness and viewing orientation against your enclosure.
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Computing module
RJY-2288K
An RK3588-based platform for demanding multimedia and connected-terminal designs. Discuss multi-screen output, processing needs, navigation and the supported software image for the intended configuration.
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Computing module
RJY-2362C
An RK3562-based computing option for connected display terminals. Confirm Android support, MIPI/LVDS interfaces and camera or peripheral integration with the selected board revision.
Find this platformCUSTOMIZATION
Designed around the interior and the electrical architecture.
Optics, glass & touch
Review curved or free-form cover glass, dead-front masking and passenger-screen privacy options. Tune touch behavior to the mounting arrangement and verify performance under representative operating conditions.
- Cover-glass geometry and surface treatments
- Optical bonding and black-mask design
- Touch calibration and viewing privacy
Embedded boards & connectivity
Discuss CAN or LIN interfaces, automotive Ethernet, FAKRA connectors and SerDes links such as GMSL or FPD-Link as project requirements. Board layout and EMI/EMC performance require configuration-specific verification.
- Custom interfaces and connector placement
- Power, thermal and PCB layout review
- EMI/EMC targets and validation planning
PLAN THE VALIDATION
Start with the installation conditions.
Share the vehicle location, host architecture and qualification targets so the first review can separate available platform options from development work.
- Optical requirements
- Viewing geometry, day/night luminance, reflection control and image readability.
- Environmental targets
- Temperature profile, vibration, mechanical mounting and enclosure constraints.
- Electrical integration
- Power supply, display links, network interfaces and software dependencies.
- Quality & lifecycle
- Required quality documentation, qualification scope, change control and supply plan.
TRANSPORTATION & MOBILITY
Beyond the cockpit.
Transport projects connect the display panel, protective front and host electronics into one validated interface.
EV charging
Readable status and payment controls in exposed installations.
Passenger information
Route updates and wayfinding on board and at stations.
Electronic timetables
Match update frequency to display technology and power budget.
Ticketing terminals
Reliable touch interaction under intensive public use.
Parking equipment
Compact interfaces for outdoor, power-constrained terminals.
Driver displays
Day/night readability and secure mounting in moving vehicles.
SPECIFICATION REVIEW
Define the conditions before choosing the module.
| Decision | Review with your engineering team |
|---|---|
| Readability | Ambient light, viewing angles, reflections and dimming. |
| Environment | Temperature, solar heating, moisture, shock and vibration. |
| Public interaction | Gloves, water, cleaning and impact protection. |
| Integration | Format, controller, cables, connectors and mounting. |
| Qualification | Applicable requirements and evidence for the complete device. |
COMMON QUESTIONS
Plan the interface, not just the screen.
Is brightness alone enough outdoors?
No. Evaluate reflections, thermal conditions and the complete optical stack.
When should we consider e-paper?
For infrequently updated information with limited power; verify refresh and temperature constraints.
Does a display module qualify the complete vehicle device?
No. Confirm system-level tests, responsibilities and documentation with your validation team.
What should we send for a first review?
Size, installation, interface, interaction requirements and expected volume.