NHD-1.8-128160EF-CTXI#, Newhaven Display

NHD-1.8-128160EF-CTXI# | 1.8″ Standard LCD | 128×160 Pixels | Hot-bar Soldering Connection | No Touchscreen

Introducing the NHD-1.8-128160EF-CTXI# TFT Display, a standard 1.8-inch screen renowned for its exceptional features. Boasting a pixel resolution of 128×160, a 6:00 optimal viewing angle, and an intense LED backlight brightness measuring 350 cd/m2, this display stands out. Despite lacking touchscreen capabilities, its compact dimensions, efficient 2.8-volt power supply, and impressive display performance establish it as the ideal solution for projects demanding superior visual output sans touch functionality.

Prominent sectors benefiting from this display include IoT, industrial automation, consumer electronics, test and measurement instruments, handheld devices, and even DIY or prototyping ventures, bolstered by its compatibility with Arduino. The 8-bit parallel interface ensures swift and effective communication between your Arduino and the screen, ensuring seamless data exchange and real-time updates. This interface guarantees adaptability and harmonizes seamlessly with multiple Arduino models, guaranteeing effortless integration into your ongoing projects. Powered by the advanced ILI9163V controller, this TFT LCD display guarantees unparalleled reliability and performance. The controller maximizes the display’s operational potential, guaranteeing fluid functioning and precise rendering of images and graphics. Installing this display is a breeze, thanks to the secure and dependable 24-pin hot-bar solder FPC connection, allowing you to concentrate on your projects devoid of concerns about loose connections. Furthermore, rest easy knowing that our displays adhere to stringent environmental and safety standards, remaining fully RoHS compliant.

Whether you’re delving into IoT, refining industrial processes, crafting consumer electronics, or pioneering test and measurement instruments, the NHD-1.8-128160EF-CTXI# TFT Display is your reliable partner for achieving unparalleled visual excellence.