FN0800P015A
8
202.80*126.90*1.1
180.00*103.50*1.10
-20-70
-30-80
Microchip
Can be chosen
177.44*100.16
G+G
IIC
| Availability: | |
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FANNAL’s 8.0-inch capacitive touch screen delivers precise multi-touch performance and reliable operation for industrial HMIs, embedded systems, and control panels.
Its durable G+G structure ensures long-term stability, while the touch module is engineered to perform in harsh industrial environments.
The display supports customization, including integration with compatible TFT modules, tailored cover glass designs, and project-specific mechanical or optical adjustments.
With a focus on smooth touch response, wide viewing angles, and long-term reliability, this touch screen helps simplify system integration while providing an enhanced user experience for operators in industrial or embedded applications.
Drawing
General Specifications
Specification | Value |
|---|---|
Size (inch) | 8.0 |
P/N | FN0800P015A |
Structure | G+G |
TP VA (mm) | 177.44*100.16 |
Cover OD (mm) | 202.80*126.90*1.1 |
Sensor OD | 180.00*103.50*1.10 |
Operation Temp(℃) | -20-70 |
Storage Temp(℃) | -30-80 |
Interface | IIC |
Number of Touch | 10 |
CTP IC | Microchip Technology |
TFT to Match | Can be chosen |
Applications
Industrial HMI Panels: 8.0-inch capacitive touch screens are widely used in industrial HMI panels and embedded control systems, providing durable and precise touch input for machinery operation.
Embedded Systems: Ideal for embedded devices that require stable multi-touch functionality, smooth integration with microcontrollers, and reliable operation in industrial or medical environments.
Self-Service Kiosks: 8-inch capacitive touch displays deliver responsive and intuitive user interaction, suitable for kiosks, POS systems, or interactive terminals.
Automotive Interfaces: Can be integrated into vehicle dashboards or in-vehicle control panels, offering impact-resistant and high-accuracy touch input for driver and passenger interactions.
Medical Equipment Panels: Reliable capacitive touch modules for medical monitoring systems and diagnostic equipment, ensuring cleanable, durable, and precise touch input.
Case Study: Industrial HMI Control Panel
Customer Need:
An industrial automation manufacturer needed a compact HMI control panel with reliable multi-touch functionality. Operators required precise touch response, durability for long-term factory use, and easy integration with an existing embedded controller.
Technical Challenges:
Ensuring stable 10-point multi-touch under continuous industrial operation
Maintaining accuracy and responsiveness across wide temperature ranges
Integrating the touch panel with a custom TFT module and protective cover glass
FANNAL Solution:
FANNAL supplied an 8.0-inch G+G capacitive touch screen with Microchip IIC controller, fully customized to match the client’s TFT display and mechanical requirements. Engineering support optimized touch tuning and firmware for stable performance.
Result:
The touch module delivered precise, reliable input for the HMI panel, enabling operators to interact efficiently with the system. It is now deployed in the customer’s industrial automation equipment, meeting both performance and durability requirements.
Available sizes: up to 65 inches
Sensor structures: G+G / G+F+F
Designed for industrial and automotive environments
Supported touch features:
Multi-touch
Waterproof touch
Glove touch
Passive stylus
Gesture control
Palm rejection
Operating temperature options:
Industrial: –20°C ~ 70°C
Automotive: –30°C ~ 85°C
Supported IC partners: EETI, ILITEK, Goodix, FocalTech, Cypress, Microchip
FANNAL in-house firmware tuning and touch optimisation
Excellent anti-interference capability
Designed for long-term industrial stability
EMC engineering support for EMI/RFI compliance
Material options:
Glass: 0.55 – 10.0 mm
PMMA: 0.5 – 3.0 mm
PC: 0.1 – 1.0 mm
Custom cover design:
CNC processing
Hot bending
2.5D / 3D cover glass
Ceramic printing
PMMA integrated structures
Surface treatments available:
AG / AR / AF (3A optical treatments)
Anti-microbial coating
Anti-explosion reinforcement
FANNAL provides multiple optical bonding technologies to improve display readability, durability, and environmental reliability.
| Bonding Method | Supported Size | Features |
|---|---|---|
| OCA | Up to 15.6" | Two fully automated production lines for high-volume manufacturing |
| LOCA / OCR | Up to 32" | Excellent optical clarity and improved contrast |
| Silicone Bonding | Up to 32" | Ideal for rugged and large industrial displays |
Optical bonding helps:
Improve sunlight readability
Reduce internal reflection
Increase impact resistance
Enhance long-term reliability
About FANNAL
![]() | Well-Experienced: 15 years of experience in TFT Displays, AMOLED Displays, Touch Displays, Capacitive Touchscreens, and Touch Monitors manufacturing. |
![]() | One-Stop Solution: Full in-house process for touch screen, display, and optical bonding |
![]() | Global Service: Italy, Germany, France, Spain, India, Japan, Singapore, and more — timely local support. |
![]() | Strong Background: Financially backed by SECO, a top European leader in embedded and display solutions. |
![]() | Reliable Supply: Our long-term supplier network ensures you receive consistent quality and reliable delivery, even in high-demand seasons. |
![]() | Quality Assurance: ISO 9001, ISO 14001, ISO 45001, ISO 13485 & IATF 16949 certified; REACH & RoHS compliant. |
Certificates
FAQ
Yes. FANNAL provides engineering support to ensure seamless integration with compatible TFTs, including alignment, firmware tuning, and optical bonding for industrial reliability.
The touch module is designed for long-term, stable operation in embedded and industrial environments, with optimized firmware and robust IC design for consistent multi-touch response.
Yes. FANNAL can custom-tune firmware, gesture recognition, and glove touch settings, enabling the touch panel to meet unique application requirements efficiently.
Our engineering team assists with interface adaptation, mechanical mounting, and EMI/EMC optimization, helping customers integrate the touch screen smoothly into their systems.