In-cell display technology represents a major advancement in modern screen design, offering a slimmer, lighter, and more responsive alternative to traditional display structures. Unlike conventional displays that use separate layers for the touch sensor and the LCD or OLED panel, in-cell technology integrates the touch function directly into the display cell itself. This eliminates the need for an extra touch layer, resulting in a thinner screen assembly and improved optical clarity.
In-cell displays are widely adopted in smartphones, tablets, portable medical devices, and other compact consumer electronics where space, responsiveness, and visual quality are key. By combining the touch and display layers, in-cell technology not only reduces thickness but also minimizes light refraction, providing brighter visuals and more vivid color reproduction.
As the demand for sleek, lightweight,narrow bezel, thin thickness, fast touch response. devices continues to grow, in-cell display technology is becoming increasingly popular among device manufacturers and display panel suppliers. Whether in mobile devices, industrial handhelds, or next-gen smart displays, in-cell displays offer a perfect balance of design efficiency and visual performance.Zhunyi Incell display covers 2.83”,3.4”,4.1”,5.0”,6.0”,6.5”,6.95”,8.0”,10.1”,10.25”.
Explore our range of in-cell TFT LCD modules to find the ideal solution for your product development—combining innovation, performance, and reliability in one ultra-slim display.
| Size(inch) | Resolution | Model No. | Outline Dimension(mm) | Active Area(mm) | View Angle | Interface | Luminance(nits) | Touch Screen | OP(℃) |
| 2.83 | 400*800 | Z28028 | 34.30*68.65*2.12 | 32.10*64.20 | IPS | RGB/MIPI | CTP | -30℃ ~ 80℃ | |
| 3.4 | 540*960 | Z34014 | 44.16*79.84*2.12 | 41.96*74.59 | IPS | MIPI | CTP | -30℃ ~ 80℃ | |
| 4.1 | 480*1080 | Z40083 | 44.10*99.45*2.06 | 42.00*94.50 | IPS | MIPI | CTP | -20℃ ~ 80℃ | |
| 5.0 | 480*854 | Z49459 | 66.4*120.05*2.2 | 61.78*109.91 | IPS | MIPI/RGB | CTP | -20℃ ~ 70℃ | |
| 5.0 | 720*720 | Z50001 | 93.57*96.67*2.15 | 91.37*91.37 | IPS | MIPI | CTP | -20℃ ~ 70℃ | |
| 6.0 | 720*1560 | Z60045 | 67.0*146.3*2.16 | 64.8*140.4 | IPS | MIPI | CTP | -20℃ ~ 70℃ | |
| 6.5 | 540*1170 | Z65001 | 70.89*155.4*2.28 | 68.69*150.35 | IPS | MIPI | CTP | -20℃ ~ 70℃ | |
| 6.95 | 600*1024 | CD0695025/Z70027 | 95.00*163.20*2.5 | 89.28*152.37 | IPS | MIPI | CTP | -10℃ ~ 50℃ | |
| 8.0 | 800*1280 | Z80008/Z80022 | 114.6*184.1*2.65 | 107.64*172.22 | IPS | MIPI | CTP | -20℃ ~ 70℃ | |
| 10.1 | 800*1280 | Z101065 | 139.62*226.54*2.54 | 135.36*216.58 | IPS | MIPI | CTP | -10℃ ~ 60℃ | |
| 10.1 | 1200*1920 | Z101039 | 143.05*228.55*2.6 | 135.36*216.58 | IPS | MIPI | CTP | -10℃ ~ 60℃ | |
| 10.25 | 1920*720 | Z102502 | 265.0*109.8*6 | 243.65*91.37 | IPS | LVDS | CTP | -20℃ ~ 70℃ |
Here are the main advantages of in-cell display technology, ideal for use in product introductions, comparisons, or marketing content:
In-cell displays combine the touch layer with the display itself, eliminating separate touch panels. This results in a more compact structure, allowing for ultra-slim, lightweight devices, perfect for smartphones, tablets, and portable electronics.
With fewer layers between the user and the display, in-cell screens offer improved light transmittance, better brightness, sharper images, and more vivid colors—especially beneficial in high-resolution or sunlight-readable applications.
Touch sensors embedded directly into the LCD layer reduce response lag, providing smoother, faster, and more accurate touch performance—ideal for applications requiring high interactivity.
By removing the separate touch layer, in-cell technology requires less power to drive the backlight, leading to better energy efficiency and longer battery life in mobile or handheld devices.
The compact form factor of in-cell displays allows for slimmer bezels, enabling modern edge-to-edge screen designs and more attractive product aesthetics.
Integrating touch into the display reduces the number of components and manufacturing steps, helping manufacturers simplify production and improve overall reliability.
Fewer bonded layers and a simpler structure can reduce the risk of delamination, resulting in better structural stability over time.
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