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Display Touch Technology – Hover Touch from Winstar

Smartphones change people’s habits and make people enjoy the convenience of touch solutions. Winstar’s vision is to devote itself to the human-machine interaction interface and communication technology innovation. Touch panels can be divided into resistive touch panels (RTP) and capacitive touch panels (CTP) based on electrical principles. There are two types of capacitive touch: surface…

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Winstar RS485 Smart Display Series Introduction

Smart Display RS485 TFT series is defined as a slave device controlled by a master device via RS485 command to render display content on the display screen and return touch event data with Modbus protocol data. RS485 series TFT is an easy-to-use product that allows you to develop projects rapidly in a cost-effective way. Winstar…

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Winstar WF50FSYBGDSGA – 5 inch High Brightness SPI 800×480 IPS TFT with PCAP Touch

WF50FSYBGDSGA from Winstar is a 5-inch High Brightness IPS TFT-LCD display with a Capacitive Touch screen (PCAP) resolution of 800×480 pixels. This module is built-in with BT815 controller IC, and it supports SPI and QSPI interfaces. The QSPI interface can achieve four times data rate compared with the current SPI interface and make a smoother…

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Getting to Know Winstar Display Interfaces

Winstar provides thousands of model display modules, including TN/STN LCD, OLED, and TFT. And there are many types of interfaces to deliver image data to the display module. Customers may question which one is the best or can meet the requirement. This article will discuss an issue regarding the data transfer of display interfaces. A…

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Winstar 10.1 inch High Brightness 1280×800 IPS TFT

WF101LSYAPLNN0 from Winstar is a 10.1-inch High Brightness IPS TFT-LCD module, made of resolution 1280×800 pixels. This module is built-in with EK79202B1 driver IC, and it supports LVDS interface. WF101LSYAPLNN0 is an adopted IPS panel with the advantage of wider view angle of Left:80 / Right:80 / Up:80 / Down:80 degree (typical), contrast ratio 1000:1…

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Winstar – Display Technology with Touch Solutions TP-OLED

“Technology always comes from human nature”, human nature is to control everything. As we know smartphones allow people to master, see-through information, and touch our thoughts, which completely changes people’s habits and also people enjoy dominance and pleasure. Buttons in the past, touch panels today; in the past CRT, and LCD today are bright and…

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Winstar 0 .91″ COG OLED with In-cell Touch Panel (WEO012832M-CTP ) & 1.54″ COG Graphic OLED with CTP Touch (WEO012864A-CTP)

Winstar WEO012832M-CTP model is a 0.91” COG Graphic OLED display with In-Cell Capacitive Touch Panel, which is made of resolution 128×64 pixels. This module is built-in with SSD7317 TTDI IC (Touch with Display Driver IC); it supports 4-Wire SPI and I2C interface. This SSD7317 IC is a Touch and Display Driver Integration IC (TDDI IC),…

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Winstar Graphic COG LCD Module – WO320240E & WO320240F

Winstar introduces the WO320240E as the replacement  of the WO320240D and the WO320240F as the alternative of the WO320240G as both have gone EOL.  WO320240E is a monochrome graphic LCD module made of 320×240 dot matrix format. This STN COG module is built-in with RA8835 controller IC; it supports 6800 and 8080 parallel interface, 1/240…

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Anti-Epidemic Operations – Winstar offers antibacterial solutions for display

COVID-19 virus broke out globally in 2019. A large-scale epidemic caused casualties, affecting daily life and economic activities. The risk of infection will be increased through close droplets, direct or indirect contact with people or objects carrying viral oral and nasal secretions, or staying in a confined space within 2 meters of the confirmed patient…

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Enhance the lifetime of OLED by protecting from UV damage

The Ultra-violet (UV) light has a shorter wavelength and greater energy (refer Figure 1) than visible light. If human beings expose to high-intensity UV light, it will lead to body damaged. Also, organic materials in OLED displays may be suffered by UV damage. [Figure1 The electromagnetic spectrum] It is common to use UV index to…

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