01
New Product Development
Evaluate display technology, dimensions, interface, optical performance, touch requirements and mechanical integration during the early design stage.
CUSTOMIZATION SERVICES
Custom Display
Custom Display
Development Services
From initial requirements and display selection to samples, production transfer and long-term supply support.
01Requirement Evaluation
02Engineering Development
03Production Support
START FROM YOUR CURRENT CHALLENGE
Where Is Your Display Project Now?
You do not need to begin with a complete specification. Choose the situation closest to your project, and our team will help identify the next step.
02
Existing Display Replacement
Review an existing specification, drawing, part number or sample and recommend a compatible replacement with controlled design changes.
03
Display Performance Upgrade
Improve brightness, temperature performance, touch operation, cover-lens durability, viewing experience or power consumption.
TECHNOLOGY SELECTION SUPPORT
Not sure which display technology fits your product?
During the initial evaluation, our engineers compare user interface, power consumption, operating environment, lifecycle, integration and target cost before recommending a direction.
CUSTOMIZATION SCOPE
What Can Be Customized for Your Display?
Each project is reviewed around the product structure, electronics, user interaction and operating environment—not simply matched to a standard display size.
01 Display Size, Shape & Resolution
- TFT LCD, Mono LCM and OLED selection
- Standard or application-specific dimensions
- Landscape, portrait, round, square and bar formats
- Resolution, active area and viewing direction
04 Brightness & Optical Performance
- High-brightness and sunlight-readable options
- TN or IPS, viewing angle and contrast
- Color temperature and backlight uniformity
- Optical bonding for demanding lighting
03 Touch Function Integration
- Capacitive touch (CTP) or resistive touch (RTP)
- Multi-touch, gesture and sensitivity tuning
- Glove, wet-finger and thick-cover operation
- Air bonding and OCA/OCR optical bonding
05 Cover Lens & Mechanical Structure
- 0.6–10 mm flat, curved or custom 3D cover glass
- Polished, sanded, C-edge or beveled edge finishing
- Drilled openings, recesses and hollow structures
- Custom printing, branding, frames, gaskets and mounting fit
02 Interface, FPC & Electrical Design
- SPI, MCU, RGB, MIPI, LVDS and HDMI
- I2C and USB touch/control interfaces
- FPC shape, length, pins and reinforcement
- Connector, driver IC and voltage review
08 HMI, Controller & PCB Integration
- Custom display controllers and PCB integration
- Touch controllers and peripheral circuits
- Coordinated mechanical, electrical and software design
- Prototype validation before production
06 Backlight & Power Optimization
- LED structure and brightness selection
- PWM or system-controlled dimming
- Low-power design for portable equipment
- Thermal, uniformity and stability review
07 Environmental Adaptation
- Wide-temperature options from -30°C to +85°C or higher
- Humidity, ESD, vibration and shock resistance
- Front-panel sealing for waterproof targets
- Materials for industrial and mobile environments
Project note: Final options depend on display technology, size, application conditions and order requirements. Our engineers confirm feasibility before sample development.
SERVICE ADVANTAGE · TECHNICAL DEPTH
How Our Engineers Solve Complex Display Challenges
The customization scope above shows what can be changed. Here we explain the engineering methods behind our service—and how those methods help OEM teams achieve better display performance in real applications.
01 · OUTDOOR DISPLAY ENGINEERING
Sunlight Readability Is More Than Increasing Brightness
Transflective LCD can perform well under direct sunlight, but its reflective structure may affect transmission, contrast and cost. When a transflective panel is not the most practical option, our engineers combine optical, backlight and thermal measures to reach the required outdoor performance.
High-Efficiency LED BacklightUpgrade the LED light bar and backlight structure to increase usable brightness while reviewing heat, uniformity, power and EMI performance.
Brightness Enhancement FilmsUse suitable optical films, including brightness-enhancement and reflective-polarizer options, to recycle light and improve optical efficiency.
Optical BondingReduce internal reflections between the display and cover lens, improve readability and help prevent condensation or fogging in demanding environments.
AR, UV & IR ManagementReduce surface reflection and review UV protection and infrared heat control for displays exposed to strong sunlight.
Ventilation & Thermal StructureReview enclosure ventilation and heat dissipation to reduce the risk of overheating and image darkening under direct sunlight.
Typical applications: POS and signage, ticket machines, ATMs, e-mobility, transportation, marine equipment, portable devices, broadcasting, construction and agricultural equipment.
02 · OUTDOOR RELIABILITY & THERMAL DESIGN
Managing UV Exposure, Infrared Heat and Enclosure Temperature
Outdoor performance depends on more than visible brightness. Long-term ultraviolet exposure may affect LCD materials, while infrared and visible light add heat to the display and enclosure. Excessive panel temperature can reduce image quality and may cause temporary darkening.
01UV Protection Review
Select suitable protective materials or films for applications with prolonged sunlight exposure.
02IR Heat Rejection
Evaluate infrared-control options to reduce the solar heat entering the display structure.
03Thermal Path & Ventilation
Review heat dissipation, air path and enclosure ventilation according to installation conditions.
04Brightness–Power Balance
Balance brightness targets with LED current, power consumption, internal temperature and backlight lifetime.
Why this matters: A bright panel without appropriate thermal design may still perform poorly or become unreliable in direct sunlight.
03 · PERIPHERAL CIRCUIT DESIGN
Interface Conversion and Circuit Support for Easier Integration
When the selected display cannot connect directly to the customer’s main system, our R&D team can support peripheral circuit and customized PCB design for power, backlight control and interface conversion.
DC-DC converter designBacklight adjustment and dimmingMCU to RGBMIPI to RGBRGB to MIPILVDS to RGBHDMI to RGB & LVDS with scalerHDMI to MIPI
Engineering review: The final circuit architecture depends on the display timing, resolution, voltage, connector, host platform and software requirements.
CUSTOM ENGINEERING IN PRACTICE
A Custom Display Solution in a Real Application
See how the engineering methods above were combined to solve outdoor readability, polarized-sunglasses visibility and supply-stability requirements for an e-bike dashboard.
OUTDOOR MOBILITY
Sunlight-Readable E-Bike Dashboard Display
A French premium bicycle manufacturer needed more consistent production quality and a dashboard that remained readable in direct sunlight and through polarized sunglasses.
- Technical challenge
- Outdoor glare, polarized-screen blackout and supply instability
- Victronix solution
- 800-nit IPS TFT, OCA optical bonding, phase-retardation film and a matte UV-resistant cover lens
PROJECT SUPPORT & TECHNICAL OUTPUTS
What Your Team Receives at Each Project Stage
Beyond manufacturing the display, we provide the technical information and project coordination needed to review decisions, confirm integration and prepare for stable production.
Structured Project ReviewCustomer requirements, available documents, open questions and technical risks are organized before development begins.
Confirmed Requirement Summary
A structured summary of the application, target specifications, constraints, quantity and expected lifecycle.
Typical timing: Within 1 working day
Feasibility & Risk Feedback
Early feedback on technical feasibility, integration concerns and items requiring customer confirmation.
Typical timing: 1–3 working days
Recommended Solution & Trade-Offs
A practical proposal explaining the recommended direction, alternatives and key performance or cost considerations.
Typical timing: 2–5 working days
Confirmed Drawing & Specification Pack
Approved outline drawing, interface definition, pin assignment and relevant module specifications.
Typical timing: 3–7 working days
Prototype & Integration Support
Sample preparation plus engineering assistance for functional, mechanical and system-level evaluation.
Typical timing: 2–4 weeks
Production Release & Lifecycle Coordination
Support for production transfer, controlled revisions, repeat orders and long-term supply planning.
Typical timing: Within 2 working days after approval
Timing is estimated for typical projects and begins after the required technical information is complete. Actual schedules depend on customization scope, tooling and material availability.
PREPARE YOUR PROJECT
What Information Helps Us Evaluate Your Project?
Provide whatever is currently available. Our engineering team can help identify the information still required.
Target size and resolutionInterface or pin definitionMechanical drawing or spaceBrightness and viewing directionOperating temperatureTouch and cover-lens needsApplication environmentPrototype and annual quantityExpected product lifecycleExisting part number or sample
PROJECT CONFIDENTIALITY
Your Technical Information Stays Protected
Customer drawings, specifications, samples and project information are used only for technical evaluation and project execution.
