0.8" Transparent 48x64 LCD SPI Display Module

What is it?

Unveil a new dimension of display technology with the 0.8-inch Transparent 48x64 LCD SPI Display Module, featuring a 48×64 pixel resolution and black-pixel rendering on a fully see-through background. This compact screen breaks free from the limitations of traditional opaque displays, offering a crisp monochrome image while allowing the background to remain visible—perfect for layering visuals in creative and technical applications.

With no built-in backlight, the module is ideal for optical projection: simply shine a bright LED through the screen to cast detailed silhouettes of your display content onto a nearby surface. The black pixels selectively block light, making this tiny LCD an excellent candidate for miniature projection setups and other imaginative use cases.

Key Features:

• 48×64 pixel transparent LCD with black pixel rendering
• 0.8-inch diagonal display area
• No backlight – fully customizable lighting and projection options
• SPI Interface (ST7565 Controller)

This module has the following pinouts:

• CS: Chip Select
• RES: Reset pin for LCD screen
• DC: Data/Command
• SCK: SPI Clock
• SDI: SPI MOSI Data Pin
• 3V3: This module runs on 3.3V
• GND

You can use the following open source Arduino Library: ST7565_0.8_TRANSPARENT_LCD

Innovative Use Cases:

Projection Displays: Shine a high-brightness LED through the screen to project content onto walls, diffusers, or even holographic film surfaces. Perfect for micro signage, wearable projectors, or sci-fi inspired props.

Augmented Optics: Integrate into optical systems like smart glasses, HUDs, or AR viewfinders where overlaying graphics on the real world is crucial.

Embedded Interfaces: Add dynamic display elements to clear acrylic panels, model kits, or compact devices where traditional screens would obstruct design aesthetics.

Retro-Tech & Cyberpunk Builds: Bring your futuristic creations to life with a floating display effect reminiscent of vintage HUDs and CRT overlays.

Whether you're developing a futuristic wearable, an artistic installation, or an experimental user interface, this transparent LCD opens up creative pathways that opaque displays simply can't.