FN1030P022A
10.3
275.35*123.82*1.1
246.65*94.37*0.7
-20-70
-30-80
Microchip
Can be chosen
244.84*92.44
G+G
IIC
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Features – 10.3" Automotive Touch Panel
G+G Durable Structure
The glass-glass structure provides excellent durability, scratch resistance, and long-term stability, making it suitable for automotive and industrial environments.
10-Point Multi-Touch Interaction
Supports smooth and accurate 10-point capacitive touch, enabling intuitive gesture control for modern vehicle interfaces and smart displays.
Reliable Automotive Environment Performance
Designed to operate within –20°C to +70°C, ensuring stable touch performance under temperature variations typically found in vehicle interiors.
High-Performance Microchip Touch Controller
Integrated Microchip touch IC delivers reliable signal processing, strong anti-interference capability, and consistent touch response.
I²C Interface for Easy Integration
Standard I²C interface enables straightforward integration with automotive head units, industrial controllers, and embedded systems.
Flexible TFT Matching
The touch panel can be paired with various TFT display modules, allowing flexible customization for automotive dashboards, infotainment systems, or industrial displays.
Drawing
Specifications
Size (inch) | 10.3 |
P/N | FN1030P022A |
Structure | G+G |
TP VA (mm) | 244.84*92.44 |
Cover OD (mm) | 275.35*123.82*1.1 |
Sensor OD | 246.65*94.37*0.7 |
Operation Temp(℃) | -20-70 |
Storage Temp(℃) | -30-80 |
Interface | IIC |
Number of Touch | 10 |
CTP IC | Microchip Technology |
TFT to Match | Can be chosen |
Application – Automotive Touch Panel
A vehicle system integrator was developing a 10.3-inch infotainment display for a new dashboard interface. The project required a responsive touch panel capable of maintaining stable performance despite temperature fluctuations and prolonged daily operation inside the vehicle cabin.
To address these challenges, the customer selected FANNAL’s 10.3" G+G capacitive touch panel with a Microchip touch controller. The durable glass structure ensured long-term reliability, while the 10-point multi-touch capability enabled smooth gesture interaction for navigation and media control.
FANNAL’s engineering team also supported TFT matching and interface integration via I²C, helping the customer quickly complete system integration with their embedded control platform.
The final solution provided stable touch performance, reliable operation, and an intuitive user interface, contributing to a more seamless in-vehicle user experience.
FANNAL provides engineering support for custom automotive touch panel integration. Explore our automotive display solutions or contact our team to discuss your project.
Custom Touch Panel
FANNAL provides engineering-driven customization for capacitive touch panels used in automotive and industrial display systems.
Structure Options: G+G, G+F+F
Available Sizes: Up to 65″
Touch Functions: Multi-touch, glove touch, waterproof operation, passive pen support, gesture & palm rejection
Operating Temperature Options:
Industrial Grade: –20°C ~ +70°C
Automotive Grade: –30°C ~ +85°C
Controller Partners: Microchip, EETI, ILITEK, GOODiX, FocalTech, Cypress
Firmware Optimization: In-house touch tuning and firmware development
Anti-Interference Design: Stable performance in complex automotive electronic environments
EMC Engineering: Designed to meet EMI/RFI requirements for industrial and automotive systems
Material Options
Glass: 0.55mm – 10.0mm
PMMA: 0.5mm – 3.0mm
PC: 0.1mm – 1.0mm
Processing Capabilities
CNC cutting
2.5D / 3D cover glass
Hot bending
Ceramic printing
PMMA integration
Surface Treatments
AG (Anti-glare)
AR (Anti-reflection)
AF (Anti-fingerprint)
Anti-microbial
Anti-explosion coatings
FANNAL also provides custom optical bonding services to create integrated touch display modules.
Optical Bonding | Size Range | Notes |
|---|---|---|
OCA | Up to 15.6″ | Automated production lines for high-volume manufacturing |
LOCA / OCR | Up to 32″ | High contrast and durability |
Silicone Bonding | Up to 32″ | Suitable for rugged industrial displays |
FANNAL supports touch panel and TFT display matching, FPC customization, connector design, and system integration for automotive infotainment systems and industrial HMI applications.
About FANNAL
FANNAL is a professional manufacturer of TFT displays, capacitive touch panels, and integrated touch display modules, providing engineering-driven solutions for industrial, automotive, medical, and outdoor applications.
Our team supports customers from product concept and prototyping to mass production, offering customization in display size, interface design, cover glass processing, touch controller tuning, and optical bonding integration.
With strong partnerships with leading panel suppliers such as BOE, Innolux, Tianma, and JDI, and touch controller partners including Microchip, EETI, and ILITEK, FANNAL delivers reliable display solutions designed for long-term operation in demanding environments.
By combining display technology, touch integration, and system-level engineering support, FANNAL helps global equipment manufacturers build stable and user-friendly display systems.
One-Stop Solution: Full in-house process for touch display solutions
Financially supported by SECO for long-term stability & growth
ISO 9001, ISO 13485 & IATF 16949 certified; REACH & RoHS compliant.
In Italy, Germany, France, Spain, India, Japan, Singapore, and more — ensuring timely local support.
FAQ
Yes. FANNAL provides in-house firmware optimization for Microchip and other compatible touch controllers, ensuring stable multi-touch performance and minimal interference in complex automotive electronics.
FANNAL offers TFT matching and interface adaptation, including FPC customization and I²C integration support, to help engineers quickly connect the touch panel to their display and vehicle control system.
Yes. Customers can choose cover glass treatments (AG, AR, AF, anti-microbial, anti-explosion) and optical bonding options to improve clarity, ruggedness, and sunlight readability.
Absolutely. FANNAL’s engineering team supports prototype testing, integration guidance, and system-level reliability validation, helping automotive manufacturers ensure long-term stable operation under temperature fluctuations and daily use.