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7.0 Inch bar type TFT Display 280*1424 MIPI interface

7.0-inch Bar Type TFT LCD Display

Model:
FN0700D075A
Size(inch):
7
Operation Temp(℃):
-20~70
Storage Temp(℃):
-30~80
Resolution:
280×1424
Direction:
ALL
Interface:
MIPI
Brightness(cd/m²):
450
Touch Screen:
Customizable

Quantity:
Availability:





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Drawing & Specifications

Product Application

Customizations

About FANNAL

FAQ

Drawing

屏幕截图 2024-09-28 153046

Specifications

General Specifications：

LCD size(inch):	7.0 (Diagonal)
Resolution:	280(H)×1424(V)
Pixel Pitch:	0.120(H)x0.120(V)
Active Area(mm):	33.6(H)×170.88(V)
LCD Outline(mm):	38.2(W)x181.47(H)×3.4(D)
Display Mode(mm):	Normally Black, Transmissive
Interface:	MIPI
View angle(L/R/U/D):	ALL
Power Supply(V):	3.3
TFT Power Consumption(mW):	1.1
Luminance(cd/m²):	450(Typ.)
Operating Temperature(°C):	-20~+70

Interface:

Pin No.	Symbol	I/O	Description
1	GND	P	Ground.
2-4	VDD	P	Supply analog voltage.
5	GND	P	Ground.
6	RESET	I	Reset signal input.
7	TE	I	Surves TE(Tearing Effect)pin on MPU interface.
8-9	GND	P	Ground.
10	D3N	I	MIPI Negative differential data signal.
11	D3P	I	MIPI Positive differential data signal.
12	GND	I	Ground.
13	D2N	I	MIPI DSI Negative differential data signal.
14	D2P	I	MIPI DSI Positive differential data signal.
15	GND	P	Ground.
16	CLKN	I	MIPI DSI Negative clock signal.
17	CLKP	I	MIPI DSI Positive clock signal.
18	GND	P	Ground.
19	D1N	I	MIPI DSI Negative differential data signal.
20	D1P	I	MIPI DSI Positive differential data signal.
21	GND	P	Ground.
22	D0N	I	MIPI DSI Negative differential data signal.
23	D0P	I	MIPI Positive differential data signal.
24	GND	P	Ground.
25-26	NC	-	No Connection.
27-28	LEDK	P	Power supply for LED cathode input.
29-30	LEDA	P	Power supply for LED anode input.

Electrical Characteristics:

Parameter	Symbol:	Min.	Typ.	Max.	Unit
Forward Current Voltage	VF	21.0	25.6	27.5	V
Forward Current	If	-	40	-	mA

Application

The 7.0″ 280×1424 BAR‑TYPE TFT display is ideal for a wide range of industrial and embedded applications that require a compact, vertical form factor. Its bar type display design allows clear presentation of status bars, numeric readouts, and system information in limited spaces. Typical use cases include:

Industrial Control & HMI Panels – The vertical bar type display is perfect for showing process parameters, alerts, and machine status on PLC or automation panels.
Automotive & Transportation Devices – Ideal for instrument clusters, dashboard indicators, or passenger information strips in buses and trains where a narrow, vertical display is preferred.
Retail & POS Terminals – Can serve as product information bars, price strips, or interface screens in POS systems, maximizing visual clarity in small form factors.
Medical & Laboratory Equipment – Suitable for vital sign monitors, analyzers, or lab instruments, where a vertical bar type display provides compact yet legible data visualization.
Embedded & Smart Devices – Perfect for smart home controls, fitness machines, or custom embedded systems that require a slim bar type display for menus, status, and operational feedback.

This 7.0″ bar type display combines medium brightness (450 cd/m²), wide viewing angles, and low power consumption (3.3 V), making it ideal for indoor or semi-indoor professional applications.

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

COVER LENS:

Shape: cut in special shape, Printing: Silk printing/Ceramic printing, Material: PMMA/Glass, Thickness: 0.55mm~10.0mm, Surface treatment: AG, AR, AF, AB.

Sensor:

Sensor made by FANNAL, Narrow bezel design, Thickness selectable.

FPC:

Required shape available, Touch IC selectable, Interface selectable.

Bonding:

Air bonding/optical bonding, low reflection, all one black effect.

TFT Display:

In-house manufacture/sunlight readable display/wide temperature display, IPS TFT display, Automotive-grade display.

Add-on:

backlight board, AD board, and wire sets.

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

certificates of FANNAL

FAQ

Q1: What is the typical use case for a 7.0" bar-type display?
A1: The 7.0″ 280×1424 bar-type display is commonly used for vertical information bars in industrial HMI panels, automotive dashboards, POS terminals, and embedded devices where compact vertical space is needed.

Q2: How should this bar type display be integrated via the MIPI interface?
A2: Ensure proper signal integrity with short, impedance-matched traces, correct voltage sequencing (3.3 V), and adherence to MIPI DSI timing specifications. Using a compatible controller is essential for stable operation.

Q3: Can multiple bar-type displays be used together in a multi-screen setup?
A3: Direct daisy-chaining is not supported. Multi-screen implementations require a controller or FPGA that can drive each MIPI interface independently.

Q4: What environmental or operational limits should be considered?
A4: The display operates from -20°C to +70°C and is optimized for indoor or semi-indoor environments. It is not suitable for direct outdoor sunlight, as the 450 cd/m² brightness is moderate.

Q5: What maintenance or handling precautions are recommended?
A5: Handle the display carefully to avoid ESD damage. Clean only with a soft, lint-free cloth; avoid abrasive or chemical cleaners that can damage the polarizer or protective layers. Mechanical stress on the thin bar-type form factor should also be minimized.