NHD-1.8-128160EF-CSXN#-F | 1.8″ Sunlight Readable LCD | 128×160 Pixels | 24-pin FFC Connection | No Touchscreen
Introducing the NHD-1.8-128160EF-CSXN#-F, a sunlight-readable 1.8” TFT display boasting a resolution of 128×160 pixels. With its 6:00 optimal viewing angle and a high-brightness LED backlight featuring 1,000 cd/m² luminance, this display emerges as the perfect solution for ventures demanding visibility amidst outdoor or brightly illuminated surroundings. Though this transmissive LCD variant lacks touchscreen functionality, its compact dimensions, efficient 2.8-volt power supply, and impressive display caliber position it as an exceptional pick for ventures necessitating portrait mode visual output without touch capabilities.
Sporting a 24-pin FFC connection, the NHD-1.8-128160EF-CSXN#-F TFT LCD display guarantees a secure and dependable electrical linkage. This assurance enables you to dedicate your attention to your projects, confident in the optimal performance of your display. Driven by the ILI9163V controller, this TFT LCD screen delivers unparalleled performance and dependability. The controller adeptly enhances the display’s operational prowess, ensuring seamless functionality and precise depiction of images and graphics. Key sectors benefitting from this TFT size encompass IoT, industrial automation, consumer electronics, test and measurement, and handheld devices. Moreover, they prove invaluable for DIY or prototype undertakings, thanks to their compatibility with Arduino. Facilitating rapid and efficient communication between your Arduino and the display, the 8-bit parallel interface guarantees fluid data transmission and real-time updates. This interface offers adaptability and compatibility across diverse Arduino models, ensuring a seamless infusion into your preexisting projects. Rest assured, our displays adhere to stringent RoHS regulations and uphold exacting environmental and safety standards.
Upgrade your projects with the NHD-1.8-128160EF-CSXN#-F TFT display, the epitome of clarity and functionality.