Why does this display use air bonding instead of optical bonding?

Air bonding helps reduce overall module cost and can simplify maintenance or replacement. Optical bonding generally offers better optical performance but may not be necessary for all industrial applications.

What is the purpose of the shield track in the touch sensor?

Shield tracks help reduce electromagnetic interference affecting touch performance, especially in industrial systems with motors, power electronics, or switching noise.

Can this display operate in low-temperature environments?

Yes. The module supports operation down to -20°C, making it more suitable for industrial and transportation applications exposed to lower ambient temperatures.

Is XGA resolution still commonly used in industrial systems?

Yes. Many industrial and medical systems continue using 1024×768 resolution because existing software interfaces and embedded hardware platforms were designed around 4:3 displays.

Home » Products » Touch Displays » 10.4 Inch Industrial Touch Display | 1024×768 LVDS TFT with PCAP

10.4 Inch Industrial Touch Display | 1024×768 LVDS TFT with PCAP

Name: 10.4 Inch Industrial Touch Display | 1024×768 LVDS TFT with PCAP
Brand: FANNAL
Rating: 5.0 (35 reviews)

This 10.4 inch touch display combines a 1024×768 LVDS TFT panel with a G+G projected capacitive touchscreen and IIC interface.

Model:
FN1040T018A
Brand:
FANNAL
Size(inch):
10.4
Cover OD (mm):
282.9(H) x 237(V) x 10.94(T)
Operation Temp(℃):
-20~70
Storage Temp(℃):
-30~80
TP VA (mm):
211.43(H) x 158.82(V)
Structure:
G+G
Resolution:
1024 x 768
Display Interface:
LVDS
TP Interface:
IIC
Brightness(cd/m²):
700

Quantity:
Availability:





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10.4 Inch Industrial Touch Display

Product Features

Drawing & Specifications

Applications

Customizations

FAQ

Features

700 Nits Brightness for Higher Ambient Light Environments

Compared with standard indoor displays, the 700 nits typical brightness helps improve readability in industrial workshops, transportation equipment, and semi-outdoor installations where ambient light conditions are less controlled.

Wide Temperature Design for Industrial Equipment

The operating temperature range of -20°C to +70°C makes the module more suitable for industrial environments exposed to seasonal temperature variation or internally generated heat.

G+G PCAP Touchscreen with Chemically Strengthened Glass

The glass-glass structure combined with a 3.0 mm cover lens provides better mechanical durability than thinner consumer-grade touch structures. It is more appropriate for equipment requiring repeated operation or front-panel protection.

IIC Touch Interface for Embedded Integration

The IIC touch interface is commonly used in embedded Linux and ARM-based systems where low-pin-count communication and simplified integration are priorities.

Shield Track Design for Improved Noise Resistance

The sensor includes shield tracks, which can help reduce touch interference issues in electrically noisy environments. This becomes more relevant when displays are integrated near motors, power supplies, or industrial control boards.

Air Bonding Structure with Cost and Serviceability Advantages

The module uses air bonding instead of optical bonding. While optical bonding generally provides better sunlight readability and condensation resistance, air bonding may reduce overall module cost and simplify replacement in some equipment designs.

Drawing

Specifications

Item / Property	Specification / Requirement	Unit
TPM Active Size / Size	10.4 (Diagonal)	Inch
TPM Outline Size	282.9(H) x 237(V) x 10.94(T)	mm
View Area	211.43(H) x 158.82(V)	mm
TFT Resolution / Resolution Ratio	1024 x 768	-
TFT Surface Luminance	700 (Typ.) / 550 (Min.)	$\text{cd/m}^2$
TFT Interface	LVDS	-
Power Supply of TFT	3.3	V
Structure	G+G	-
Cover Lens Thickness	3.0 (Chemically strengthened)	mm
Glass Sensor Thickness	0.55	mm
Pattern of Sensor	Diamond	-
Channels of Sensor	TX23 * RX30	-
Pitch of Sensor	6.99 * 7.11	-
X-Y gap of Sensor	0.5	-
Shield track	Yes	Yes/No
Bonding Type	Air bonding	-
Bonding Material	Double-sided tape	-
Light / Touch Transmittance	85% Min	-
Touch Driver IC / Touch IC	ILI2520 (AQ03)	-
Touch Points / No. of Touch	5 (Desiccation)	-
Touch Mode	Finger	-
Touch Interface	IIC	-
IIC Address	0x41	-
Power Supply of Touch	5	V
Surface Hardness	≥7H	-
Operating Temperature	-20 ~ +70	°C
Storage Temperature	-30 ~ +80	°C
Humidity	10% ~ 90%	-
Environmental Requirements	RoHS	-
TFT Part Number	FN1040D002A	Pcs

Applications

Industrial HMI Systems

Suitable for factory automation interfaces, machine control panels, and embedded operator terminals requiring stable touch operation under extended temperature conditions.

Medical and Diagnostic Equipment

Applicable for medical analyzers, laboratory instruments, and monitoring systems where reliable touch interaction and long lifecycle support are important.

Transportation and Mobile Equipment

The brightness and temperature specifications make the display more suitable for transportation terminals, utility vehicles, and equipment exposed to wider environmental fluctuations.

Outdoor or Semi-Outdoor Equipment

Can be used in semi-outdoor kiosks or industrial equipment with shaded installation conditions. For direct sunlight exposure, optical bonding may still be recommended.

Embedded Control Platforms

The LVDS display interface and IIC touch communication simplify integration with many industrial SBCs and embedded computing platforms.

Automotive Display

Kiosk touch screen

Railway display

E-bike display

Outdoor display

Industrial display

Medical touch screen

Gym-screen

Engineering Plant

Motorcycle display

Vending Machine Display

Embedded display

Customizations

To meet diverse integration needs, we offer extensive customisation for you, including:

● Custom Display Options

LCD Panel

• Size range: 1.77" to 15.6"
• Trusted panel partners: BOE, INNOLUX, JDI, Hannstar, CTC, TCL, and TIANMA.
• Panel types: IPS / TN / LTPS
• Operation Temperature: Industrial (-20 ~ 70°C), Automotive (-30 ~ 85°C)

Interface Design

• Tailored shape, length, and PIN definitions for full compatibility.
• EMI shielding and circuit optimisation.
• Supports multiple conversions: SPI, MCU, RGB, MIPI, LVDS, EDP

Back Light

• Module material options: metal/plastic/metal–plastic integration
• High brightness up to 30,000 cd/m², ideal for outdoor or industrial use.
• Long lifetime up to 50,000 hours.

Driver Board

• Options: RGB / VGA / HDMI / LVDS / DVI / Type-C
• Fully compatible with custom TFT and LCD modules.

• Optimised design for stable image transmission and performance.

● Custom Touchscreen Options

Touch Sensor

• Available Sizes: Up to 65"

• Structure Options: G+G, G+F+F, designed for industrial and automotive applications

• Touch Functions: Supports multi-touch, waterproof, glove touch, passive pen, gesture & palm rejection

• Operating Temperature:

Industrial Grade: –20°C ~ +70°C

Automotive Grade: –30°C ~ +85°

Touch Controller (IC)

• Touch tuning and firmware optimization provided by FANNAL (in-house FW design)
• Trusted IC partners: EETI, ILITEK, GOODiX, FocalTech, Cypress, Microchip(FANNAL's Design Partner)
• High Reliability: Excellent anti-interference and long-term stability
• EMC Design: Full electromagnetic compatibility engineering to meet EMI/RFI and industrial standards

Cover Lens

• Material Options:

Glass: 0.55mm–10.0mm
PMMA: 0.5mm–3.0mm
PC: 0.1mm–1.0mm
• Custom Design: CNC, Hot bending, 3D & 2.5D cover glass, ceramic printing, and PMMA integration
• Surface Treatments:
3A: AG / AR / AF
Anti-Microbial / Anti-Explosion

● Custom Optical Bonding Service

Optical Bonding	Size Range	Notes
OCA	Up to 15.6”	Two fully automated production lines for high-volume manufacturing
LOCA / OCR	Up to 32”	Excellent for high contrast and durability
Silicone	Up to 32”	Ideal for rugged, large-size industrial applications

FAQ

Is this display suitable for outdoor applications?

Partially. The 700 nits brightness is higher than standard indoor displays and can support some semi-outdoor environments. However, because the module uses air bonding, strong direct sunlight may still introduce noticeable reflections.

Why is air bonding used instead of optical bonding?

Air bonding helps reduce module cost and may simplify servicing or panel replacement. Optical bonding generally provides better optical performance, but not every industrial application requires it.

Can this display operate in cold environments?

Yes. The operating temperature range down to -20°C makes it more suitable for low-temperature industrial environments than standard commercial displays.

What is the benefit of the shield track in the touch sensor?

Shield tracks help reduce electromagnetic interference affecting touch performance. This can improve stability when the display is installed near switching power supplies, motors, or industrial control electronics.

Is 1024×768 still commonly used?

Yes. XGA resolution remains common in industrial, medical, and embedded systems where existing software layouts and motherboard platforms were originally designed around 4:3 display formats.