128x64 Backlit Low Power LCD

This LCD development kit includes a 128x64 backlit low power LCD mounted to a custom adapter board. We'll wire it up to a Seeeduino 4.2 and load a demonstration sketch so when the kit arrives it simply needs to be plugged in to begin a demonstration.

The display is a graphic monochrome LCD with an external backlight frame. The LCD is extremely low power and only requires the backlight when viewed in the dark. The adapter board breaks the display's ZIF tail out to a 0.1" header which means no soldering is required to wire up with display.

Use this kit to evaluate the CFAG12864U3-TFH and/or the CFAG12864U3-TFH-E1-1 for your product, or provides a great jumping off point for creating a project with this display.

Kit Contents:

• CFAG12864T3-TFH display
• Custom designed breakout board
• Jumper Wires and headers as needed
• Seeeduino 4.2
• USB Cable

Use this LCD display module to easily embed this 128x64 Low Power Backlit LCD into your project or to begin developing with the display. The included adapter board breaks the display's ZIF tail out into a 16 pin 0.1" header.

The adapter board folds behind the backlight frame, and includes two mounting standoffs, making this a clean way to both connect to the display and mount it into your design. Use this display module to validate the CFAG12864U3-TFH, or integrated it into your final design.

This transflective graphic LCD display is thin, light, and low power. The LED backlight only needs to be used to read the display in dim or dark environments. Because this is an FSTN display, the graphics are clearly legible in sunlight. This display is well suited for compact hand-held devices and other low-power applications.

A pin compatible low power transflective LCD display module without a backlight is also available.

Features of this Display Module

• Ultra-Low power consumption
• White LED backlight
• 0.1" header (2.54 mm) for easy connections
• 2x 2-56 threaded mounting standoffs
• Built-in Sitronix ST7565P controller
• Perfect for handheld, battery operated devices
• Simple 4-wire SPI or 8-bit parallel interface