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8.0 Inch High-Resolution TFT Screen, 800x600 Display

8.0 Inch TFT Display 800×600 SVGA LCD Screen

Name: 8.0 Inch TFT Display 800×600 SVGA LCD Screen
Brand: FANNAL
Rating: 5.0 (37 reviews)

8-Inch 800×600 TFT Display (SVGA) | IPS LCD for Embedded Systems

Model:
FN0800D009A
Brand:
FANNAL
Size(inch):
8
Display AA(mm):
162*121.5
Operation Temp(℃):
-20~70
Storage Temp(℃):
-30~80
Resolution:
800×600
Direction:
ALL
Interface:
RGB
Brightness(cd/m²):
300
Touch Screen:
Customizable

Quantity:
Availability:





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800x600 TFT display high-resolution TFT display industrial display

Features

Drawing & Specifications

Application

Customization

FAQ

详情页宽温

Features

Clear SVGA Resolution for Structured Interfaces

With a native 800×600 (SVGA) resolution, this 8.0-inch TFT display provides clear text, well-defined icons, and stable UI layouts, making it suitable for menu-based and data-driven interfaces.

Balanced Display Size for Embedded Integration

The 8.0-inch form factor offers a practical balance between screen area and system size, allowing easy integration into compact equipment without sacrificing readability.

Wide Viewing Angle for Multi-User Visibility

The TFT panel delivers consistent image quality across wide viewing angles, ensuring readability when viewed from different positions or installation angles.

Standard LCD Interface for System Compatibility

Designed with industry-common LCD interfaces, this display integrates smoothly with embedded controllers, driver boards, and industrial mainboards.

Stable Performance for Continuous Operation

Built for reliable operation, the display supports long-term use in embedded and industrial environments where consistent visual output is required.

Drawing

fn0800D009A

Specifications

General Specifications

LCD size(inch):	8.0 (Diagonal)
Resolution:	800(H)×600(V)
Pixel Pitch:	0.2025(H) x 0.2025 (V)
Active Area(mm):	162.0(H)×121.5(V)
Module Size(mm):	182.9(W)×141.0(H)×5.67(D)
Display Mode(mm):	IPS,NB
Interface:	RGB
View Direction:	ALL

Interface

No.	SYMBOL	I/O	Description
1-4	NC	-	No connection
5	GND	P	Ground
6	VCOM	P	Common voltage
7	VDD	-	Power for Digital circuit
8	MODE	I	DE/SYNC mode select
9	DE	I	Data Input Enable
10	VS	P	Vertical Sync Input
11	HS	I	Horizontal Sync Input
12-19	B7-B0	I	Blue data
20-27	G7-G0	P	Green data
28-35	R7-R0	I	Red data
36	GND	I	Ground
37	DCLK	P	Sample clock
38	GND	I	Ground
39	L/R	I	Right/ left selection
40	U/D	P	Up/down selection
41	VGH	I	Gate ON voltage
42	VGL	I	Gate OFF voltage
43	AVDD	P	Power for Analog circuit
44	RESET	I	Global reset pin.
45	NC	I	No connection
46	VCOM	P	Common voltage
47	DITHB	-	Dithering function
48	GND	-	Ground
49	NC	P	No connection
50	NC	-	No connection

Electrical Characteristics

Parameter	Symbol	Min.	Typ.	Max.	Unit
Forward voltage	VF	8.1	9.0	10.5	V
Forward current	IF	--	180	--	mA
LED Life Time	--	20000	30000	--	Hrs

Applications

Embedded Systems & SBC Projects

Suitable for embedded controllers, single-board computers, and custom systems requiring a compact SVGA display for system interfaces and data visualization.

Industrial Control Panels

Used in industrial equipment, automation systems, and machinery panels where clear, structured visual information is essential.

Portable Instruments & Measurement Devices

Applicable to portable testing instruments, diagnostic tools, and monitoring devices that require a reliable mid-size display.

Kiosks & Self-Service Terminals

Can be integrated into kiosks, terminals, and user-operated equipment where a stable and readable LCD display is needed.

Smart Devices & Control Interfaces

Suitable for smart appliances and control interfaces that rely on a non-touch LCD display for status and menu presentation.

Industrial Panels

Medical Equipment

Fitness Equipment

Engineering Plant

Motorbike

Vending Machine

Home Application

Case Study

Application Example: Industrial HMI Control Panel

An automation equipment manufacturer was developing a compact HMI control panel for factory machines. The interface needed to display equipment status, parameter settings, and alarm information clearly for machine operators.

During development, the customer required a display that could maintain stable UI layouts, offer wide viewing angles, and integrate easily with their embedded control board.

FANNAL provided an 8.0-inch 800×600 IPS TFT display with RGB interface, allowing straightforward integration while ensuring clear visibility from different operator positions.

The display was successfully integrated into the control system and is now used in the customer’s industrial automation equipment, providing reliable performance for daily machine operation.

To support different integration requirements across industrial, medical, and embedded systems, FANNAL provides flexible customization services for display, touch, and optical bonding.

1. Custom Display Options

LCD Panel

Size range: 1.77" – 15.6"

Panel partners: BOE, Innolux, JDI, Hannstar, CTC, TCL, Tianma
Panel technologies: IPS / TN / LTPS
Operating temperature options

Industrial: –20°C ~ 70°C
Automotive: –30°C ~ 85°C

Interface Design

Custom FPC shape, length, and pin definition
Interface support: SPI / MCU / RGB / MIPI / LVDS / eDP
Optional signal conversion for different host platforms
EMI shielding and circuit optimisation for stable signal transmission

Backlight System

Structure materials: metal / plastic / hybrid metal-plastic
Brightness options: standard to ultra-high brightness
Maximum brightness: up to 3000 cd/m² (sunlight readable)
Backlight lifetime: up to 50,000 hours

Driver Board

Interface options: RGB / VGA / HDMI / LVDS / DVI / Type-C
Compatible with custom TFT LCD modules
Optimised design for stable image transmission and long-term reliability

2. Custom Touchscreen Options

Touch Sensor

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

Touch Controller (IC)

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

Cover Lens

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

3. Optical Bonding Options

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

FAQ

Q1: Why is the 4:3 aspect ratio (800x600 SVGA) still preferred in new industrial hardware designs over widescreen formats?

A1: The 4:3 geometry matches legacy industrial instrumentation software and standard HMI square enclosures perfectly. It maximizes vertical data visualization space for automation control charts and PLC readouts without forcing engineering firms to rewrite code for modern widescreen orientations.

Q2: Can Fannal modify this standard 300 nits 8" TFT panel for outdoor high-brightness use cases?

A2: Yes, while the baseline model is 300 cd/m², Fannal provides advanced backlight modification. We can increase the brightness to 1000+ nits via LED string restructuring and implement custom optical bonding to ensure superior contrast and readability under direct sunlight.

Q3: What are the engineering limitations of a TTL/RGB interface on an 8.0-inch display in electrically noisy environments?

A3: The parallel RGB interface has lower noise immunity and shorter routing lengths compared to differential options like LVDS. In high-EMI industrial setups, we recommend keeping the FPC/FFC wire harness below 15cm and adding ferrite cores, or using an on-board adapter board to transition into an LVDS pipeline.

Q4: How does the 'ALL Direction' viewing angle architecture prevent gray-scale inversion in vertical mounting scenarios?

A4: This 8-inch module utilizes advanced multi-domain wide-view alignment technology. Unlike standard 6 o'clock or 12 o'clock twisted nematic (TN) panels that suffer from catastrophic color washing and gray-scale inversion when viewed from below, this panel guarantees uniform contrast regardless of whether the equipment is mounted above or below eye level.

Q5: What custom touch controller and glass treatments can be integrated with this 8-inch LCD module?

A5: We can design a custom projective capacitive touchscreen (PCAP) with standard I2C or USB interfaces. The top cover lens can be enhanced with IK07/IK08 impact resistance ratings, Anti-Glare (AG) chemical etching, and custom silk-screened company logos to seamlessly fit your terminal equipment layout.