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Newhaven 1.8in 128x160 TFT Display

Newhaven 1.8in 128x160 TFT Display

MPN: NHD-1.8-128160EF-CTXI#
Newhaven Display
TFT Displays & Accessories 1.8 LCD TFT 2.8volt view 6:00 24 pin
2,022 in stock

Overview

A compact 1.8 inch color TFT module with a 128x160 pixel matrix and a 24-pin connector. The module is offered by Newhaven Display (NHD-1.8-128160EF-CTXI#) and is specified for a 2.8V supply and a 6:00 viewing orientation. It is a ready-to-use display module intended for embedding into small devices and UI panels.

Why Choose This Part

This module provides a very compact color display with enough resolution (128x160) for simple graphics and readable text while keeping PCB space low. The 24-pin connector and off-the-shelf module form factor speed integration and reduce custom display development. Its low-voltage operation (listed as 2.8V) and standard mechanical size make it suitable for battery-powered and space-constrained designs.

Applications

Handheld user interfaces
Small consumer or industrial handheld devices that need a compact color display for menus, icons, and status information.
Wearables and portable instruments
Battery-powered instruments and wearable devices where a small footprint and readable color graphics are required.
IoT device local UI
Local status and control interfaces for IoT gateways, smart sensors, and edge devices.
Embedded control panels
Control and feedback display for appliances, medical devices, and compact automation equipment.
Prototyping and hobby projects
Small-scale projects and prototypes that need a low-cost color display with a standard connector and clear pixel resolution.

Getting Started

Download the Newhaven datasheet for the exact pinout, electrical characteristics, and timing requirements before wiring. Check whether the module uses SPI or a parallel interface and match your MCU interface accordingly; use example libraries and example code from the display vendor or community for common platforms like Arduino and Raspberry Pi. Verify level compatibility between your host MCU and the display supply voltage and obtain a Newhaven evaluation board or breakout if available to simplify initial testing.