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on-cell display panel

On-Cell vs In-Cell display comparison showing different touch layer integration structures on OLED screen modules.

What Does “In-Cell Display” Mean?

An On-Cell display integrates the touch sensor onto the display panel, instead of using a completely separate external touch panel above the screen. This structure helps create a thinner and cleaner touch display module while keeping responsive PCAP touch performance for everyday interaction.

On-Cell technology is commonly used in OLED and AMOLED modules for smartwatches, handheld devices, mobile terminals, industrial control panels, smart home products, and flexible display applications.

On-cell technology is much less difficult than the In cell Touch.When Samsung launched the super AMOLED in 2010, it used on-cell technology.

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Products Industrial LCD Mobile Display PMOLED AMOLED TFT-LCD Memory LCD Flexible Display Screen Raspberry Pi Display Micro OLED Display

Model

Size

Display Type

Resolution

Interface

Display Brand

Image

0.95 inch OLED On-cell PACP TP For Wearable Bracelet

Size	0.95
Display Type	AMOLED
Resolution	120(RGB)×240
Interface	SPI,CPU,MIPI
Display Brand	BOE

0.95

AMOLED

120(RGB)×240

SPI,CPU,MIPI

BOE

1.2 inch Round OLED 390X390 Q-SPI 60Hz PCAP Touch Panel

Size	1.2
Display Type	AM-OLED , OLED
Resolution	390x390 325 PPI
Interface	SPI,MIPI
Display Brand	EDO

1.2

AM-OLED , OLED

390x390 325 PPI

SPI,MIPI

EDO

1.41 inch OLED On-cell PACP TP For Wearable Smartwatch

Size	1.41
Display Type	AMOLED
Resolution	320(RGB)×360
Interface	MIPI
Display Brand	EDO/AUO

1.41

AMOLED

320(RGB)×360

MIPI

EDO/AUO

1.43 inch AM-OLED Full Color On-cell PCAP Touch

Size	1.43 inch
Display Type	OLED , AMOLED
Resolution	466*466
Interface	SPI
Display Brand	Panox Display

1.43 inch

OLED , AMOLED

466*466

SPI

Panox Display

1.47 inch AM-OLED Full Color On-cell PCAP Touch

Size	1.47 inch
Display Type	OLED , AM-OLED
Resolution	194x368
Interface	SPI
Display Brand	EDO

1.47 inch

OLED , AM-OLED

194x368

SPI

EDO

1.6 inch OLED On-cell PACP TP 500cd brightness For Wearable

Size	1.6
Display Type	AMOLED
Resolution	320(RGB)×360 300PPI
Interface	SPI,MIPI
Display Brand	EDO

1.6

AMOLED

320(RGB)×360 300PPI

SPI,MIPI

EDO

1.78 inch OLED On-cell PACP TP For Wearable Smart Watch

Size	1.78
Display Type	AMOLED
Resolution	368 RGB X 448
Interface	SPI,MIPI
Display Brand	EDO

1.78

AMOLED

368 RGB X 448

SPI,MIPI

EDO

2.04 inch AM-OLED Full Color On-cell PCAP Touch

Size	2.04 inch
Display Type	AMOLED
Resolution	368x448
Interface	SPI
Display Brand	Truly

2.04 inch

AMOLED

368x448

SPI

Truly

2.99 inch Long Strip LCD

Size	2.99
Display Type	IPS LCD
Resolution	268*800
Interface	MIPI
Display Brand	Panox Display

2.99

IPS LCD

268*800

MIPI

Panox Display

3.92 inch AMOLED PCAP 1080 X 1240 Mipi

Size	3.92
Display Type	AMOLED
Resolution	1080 x 1240
Interface	MIPI,eDP
Display Brand	GVO (Visionox）

3.92

AMOLED

1080 x 1240

MIPI,eDP

GVO (Visionox）

5.0 inch OLED On-cell PACP TP For Cellphone

Size	5.0
Display Type	AMOLED
Resolution	720(RGB)×1280
Interface	MIPI
Display Brand	AUO

5.0

AMOLED

720(RGB)×1280

MIPI

AUO

5.1 inch Flexible OLED On-Cell PACP For Cellphone

Size	5.1
Display Type	AMOLED
Resolution	720(RGB)×1520 330PPI
Interface	MIPI
Display Brand	BOE

5.1

AMOLED

720(RGB)×1520 330PPI

MIPI

BOE

On-Cell and In-Cell touch structure diagram comparing capacitive sensor positions in display layers.

On-Cell Touch vs In-Cell Touch

In fact, both On-cell technology and In-cell technology are embedded touch panels. The two technologies have slightly different name, but the principle is similar, both are with the touch screen embedded in the display module.
Because the On-cell technology only needs to form a simple transparent electrode pattern between the color filter substrate and the polarizing board, it is easier to produce compared to In-cell.
In addition, the area of the effective display pixels will not decrease, and almost no deterioration of the image quality.
Compared with in-cell, On-cell has a more touch layer, the thickness will increase a little. In-cell embedded touch sensor in the pixel, display area of pixels will reduce, which will lead to picture quality deterioration a little.

Why On-Cell Touch Matters for OLED and AMOLED Products

For compact electronic devices, the display needs to be thin, bright, responsive, and easy to integrate into the final housing. On-Cell touch helps reduce extra front-stack layers, making it suitable for products where space, weight, and visual design are important.

This is especially useful for wearable OLED displays, mobile-size AMOLED screens, flexible OLED panels, and products that need a smooth front surface with customized cover glass.

Common Applications for On-Cell Displays

On-Cell displays are widely used in products that need both high-quality image display and direct touch interaction. Typical applications include smartwatches, fitness bracelets, medical wearables, handheld terminals, portable GPS devices, smart home controllers, vehicle displays, industrial interfaces, and compact consumer electronics.

For smaller devices, On-Cell AMOLED modules help support vivid UI design in limited space. For medium-size products, On-Cell OLED screens can provide a cleaner touch solution for navigation, control, monitoring, and interactive display interfaces.

On-Cell vs In-Cell vs External Touch Panel

On-Cell, In-Cell, and external touch panel solutions all support touch input, but their structures are different.

On-Cell places the touch sensor on the display cell, offering a practical balance between slim design, touch performance, and production feasibility. In-Cell integrates the touch function deeper inside the display structure and is often used in highly integrated mobile devices. External touch panels use a separate touch layer above the display, which can be flexible for customization but usually adds more thickness.

For many OLED and AMOLED projects, On-Cell is a strong choice when the product needs integrated touch without making the module structure overly complex.

More About On-cell Displays
What Is an On-Cell Display? Touch Integration, Benefits, and Selection Guide
Why Is On-Cell Touch Important for Wearable OLED Displays?
Applications of On-Cell Displays: Where Integrated OLED Touch Screens Fit Best

Customized Service

customized_display_service

It`s just a beginning to get display panels from us, then clients need to solve cover glass/touch panel, driving board, connectors on PCB.Fortunately Panox Display provide complete display solutions.

Connectors

Panox Display provides free connectors for clients who purchase more than five products from us. Our product range includes connectors from Molex, Kyocera, AXE, AXG, JAE, Hiros, and more.

Cover Glass/Touch Panels

Panox Display provides a customized cover glass/touch panel service. We supply cover glass from Gorilla, AGC, and Panda, which all have excellent optical performance. We also supply driver ICs from Goodix and Focaltech.

Controller/Driver Boards

If your applications are directly connected to a PC, a cellphone, or Raspberry Pi, and you have enough space to insert a board to input video, Panox Display can provide customized Controller/Driver boards with input connections for VGA, HDMI, DVI, DP, Type-C video input, MIPI, RGB, LVDS, and eDP.
The functions of our boards include, but are not limited to, adjustment of brightness, sound output, touch interface, extra data transmission, and gyroscope.