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Our 1.47 Inch TFT all O'clock Customizable LCD Display Module is designed for smart wearable devices and portable medical equipment. It features ultra-thin size, vertical screen adaptation, and low power consumption, meeting the "miniaturization + clarity" needs of micro-devices. | |||||||||
Ultra-Thin & Space-Saving: 20% thinner than same-level vertical screen modules, it fits smart bracelets and micro-sensors with extreme space constraints. It reduces device thickness while ensuring display clarity.
Vertical Screen & High Information Density: The 172*320 vertical resolution (1:1.9 aspect ratio) displays 40% more vertical content than horizontal screens (e.g., heart rate curves, message lists). It avoids text breaks and improves information readability.
IPS Full View & Clear Display: IPS full-view technology ensures stable color and clarity from any angle, solving the "variable grip angle" problem of wearables. 340nit brightness + 1300:1 contrast make dark details clear, suitable for indoor/outdoor use.
Low Power & High Compatibility: The 2.6V~3.3V low-voltage design matches wearable device batteries. The SPI interface has fast transmission, few wires, and is compatible with mainstream low-power chips, shortening manufacturers’ development cycles.
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In smart wearables: The global penetration rate of 1.2-1.6-inch vertical screen modules in strip smart bracelets reaches 65%. In 2023, shipments exceeded 120 million units, with 1.47-inch products accounting for 35% (due to size balance) and growing at 30% annually.
In portable healthcare: Demand for 1.4-1.5-inch modules in micro vertical oximeters and blood glucose meters grows at 38% annually. 1300:1 high-contrast products are preferred by manufacturers (especially for the elderly market, with a preference rate over 70%).
In smart home: The market size of 1.2-1.6-inch vertical screen modules for smart door lock small screens reached 1.8 billion yuan in 2023, growing at 28% annually. Ultra-thin (≤1.5mm) products account for over 60%.
TrendForce predicts the global market size of 1.2-1.6-inch vertical IPS display modules will exceed $6.2 billion by 2025, with smart wearables and portable medical contributing over 80% of growth.
Optical Precision Testing: BM-7 equipment tests brightness uniformity, color accuracy, and viewing angle. The color deviation (ΔE) is ≤3, ensuring consistent color display from all angles.
Wearable Environment Adaptation: The module undergoes bending resistance (10,000 times) and sweat resistance tests. It is compatible with the daily wearing scenario (e.g., sweat erosion, accidental bending) and maintains stable performance.
This 1.47-inch customizable TFT LCD display module has a model of JR-TFT0147I01A, with a size structure of 1.47-inch TFT and a resolution of 172*320. Its display type is IPS with full view, and the interface is SPI/4W. The drive IC is JD9853A-A1, overall dimensions are 19.65mm X 36.76mm X 1.54mm, and the AA area size is 17.65mm X 32.83mm. The power supply voltage ranges from 2.6V to 3.3V, brightness is 340TYP, contrast is 1300, and the connection method uses 10PIN plug-in. The backlight circuit adopts 3LED, with If=60mA and Vf=3.1V.
| Product specification information | |
| Model | JR-TFT0147I01A |
| Size structure | 1.47-inch TFT | 172 * 320 |
| Display type/perspective | IPS | Full View |
| Interface | SPI/ 4W |
| Drive IC | JD9853A-A1 |
| Overall dimensions | 19.65mm X 36.76mmX 1.54mm |
| AA area size | 17.65mm X 32.83mm |
| Power supply voltage | 2.6V~3.3V |
| Brightness | 340TYP |
| Contrast | 1300 |
| Connection method | 10PIN plug-in |
| Backlight circuit | 3LED If=60mA, Vf =3.1 V |
The 1.47-inch customizable LCD module is used in:
Smart wearable devices: Smartwatches, health bracelets, sports trackers.
Portable medical field: Micro oximeters, heart rate monitors, mini blood glucose meters.
Smart home field: Smart door lock small panels, smart switch displays.
Consumer & educational field: Smart keyboards, electronic cigarettes, portable players, translation pens.
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Yes. We support irregular shape customization (e.g., circular, curved edges) based on wearable device designs. The minimum customization cycle is 2 weeks.
Under normal use (12 hours/day, 50% brightness), the module consumes only 5mAh/day. For a 300mAh bracelet battery, it can extend battery life by 3-5 days compared to traditional modules.
Yes. We offer a G+G capacitive touch screen option. The touch response time is ≤50ms, supporting single-point touch (suitable for wearable device operations like sliding and clicking).