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VIEWE ESP32 3.5" Smart TFT Display with PCAP Touch is launched

  💯 VIEWE ESP32 3.5" Smart TFT Display with PCAP Touch is launced 🥇 PCAP Touch ensures the interaction more friendly and easily. 🥇 Arduino ESP-IDF LVGL PlatformIO Labs support you develop fastly and smoothly. 1) OS: RTOS 2) CPU: ESP32-S3 240Mhz 3) RAM: 8MB 4) Flash: 16MB 5) Interface: UART/USB 6) Wireless: Support 2.4GHz Wi-Fi、BLE 5、BLE Mesh 7) Size: 3.5 Inch TFT 8) Resolution: 320x480 or 240x320 9) Brightness: 340 cd/m2 A) Touch Screen: Mult-Point Capacitive Touch B) Platform: Arduino ESP-IDF LVGL  PlatformIO 👉 Product Link:  3.5 320x480 esp32 tft smart display 3.5 240x320 esp32 tft smart display 👉 GitHub Project: 3.5 inch esp32 tft Github

VIEWE ESP32 1.9" Smart TFT Display with PCAP Touch is on hot sale

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  💯 VIEWE ESP32 1.9" Smart Display with PCAP Touch is on hot sale.  🥇 Touch ensures the interaction more friendly and easily. 🥇 Arduino ESP-IDF LVGL support you develop fastly and smoothly. 👉 Model:UEDX17320019E-WB-A 1) OS: RTOS 2) CPU: ESP32-S3 240Mhz 3) RAM: 8MB 4) Flash: 16MB 5) Interface: UART/USB 6) Wireless: Support 2.4GHz Wi-Fi、BLE 5、BLE Mesh 7) Size: 1.9 Inch TFT 8) Resolution: 170×320 9) Brightness: 500 cd/m2 A) Touch Screen: Mult-Point Capacitive Touch B) Platform: Arduino ESP-IDF LVGL 👉 Product Link:  https://viewedisplay.com/product/esp32-1-9-inch-170x320-mcu-ips-tft-display-touch-screen-arduino-lvgl/ 👉 GitHub Project: https://github.com/VIEWESMART/ESP32-Project/tree/main/UEDX17320019E-WB-A(1.9inch) 👉 Youtube Tutorial: 

7 Inch 1080x1080 Round TFT Display 1000nits High Brightness #rounddispla...

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VIEWE launched latest 7 inch round display, more bigger and more brighter Size: 7 Inch Resolution: 1080x1080 High Definition Color Gamut: 80% NTSC Brightness: 1000 nit web: viewedisplay.com #tftlcd #rounddisplay #highbrightnesslcd

Smart Display Solution Introdcution

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     Viewe Smart display product line enable display of things with Cool GUI, Light-Weight System, Real-Time Interaction , Open EcoSystem, Abundant Display and Touch Models, Good Quality with Professional Factory.    Find More:  VIEWE Smart Display Solution  

Touch Screen Knowledge and FAQ

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  There are many types of touch panel technologies available in the market, the popular types are  resistive touch panel  (RTP), surface capacitive touch panel,  projected capacitive touch panel  (PCAP or CTP), surface acoustic wave (SAW) touch panel, Infrared (IR) touch panel.  The reason each type of touchscreen responds so differently is the underlying technology. In this article,  we are going to discuss the two most widely used types, and compare resistive vs capacitive touch screen.   Capacitive Touch Panel Projected Capacitive Touch Panel (PCAP) was actually invented 10 years earlier than the first resistive touchscreen.  But it was no popular until Apple first used it in iPhone in 2007. After that, PCAP dominates the touch market, such as mobile phones, IT, automotive, home appliances, industrial, IoT, military, aviation, ATMs, kiosks, Android cell phones etc.   Projected capacitive touchscreen contains X and Y electrodes...

VIEWE Transflective TFT Display (VIEWECO Series) vs Toppan Blanview TFT: Which is better for outdoor sunlight?

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VIEWE Transflective Sunlight Readable Effect is better than Blanview TFT Display. It's good display for outdoor applications.

What is OLED? How does OLED work?

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  OLED ( Organic Light Emitting Diode) displays are self-illuminating due to their organic material, so there's no need for a backlight to achieve maximum visibility in all environments. This allows less power consumption, better contrast, deeper blacks, more vibrant colors and for OLEDs to be significantly thinner than standard LCD modules with backlight.   The OLED Layer Structure The main components of an OLED display are the cathode, anode, emissive layer, and the conductive layer. The anode and a cathode are between a glass top plate (seal) and a glass bottom plate (substrate). OLEDs use a technique known as electroluminescence, in which material emits light in response to the flow of electric current. When electric current is applied to the two conductors, the organic material produces a bright, electro-luminescent light. When energy passes from the negatively charged cathode layer to the anode layer, it stimulates the organic material sandwiched between them, w...