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Waveshare LCD IPS 0.96" 160x80 SPI 65K RGB display for Raspberry Pi Pico
Waveshare LCD IPS 0.96" 160x80 SPI 65K RGB display for Raspberry Pi Pico
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Waveshare LCD IPS 0.96" 160x80 SPI 65K RGB display for Raspberry Pi Pico
Leave your address - as soon as the price of the product goes down, you'll know about it right away
Waveshare LCD IPS 0.96" 160x80 SPI 65K RGB display for Raspberry Pi Pico
Waveshare LCD IPS 0.96" 160x80 SPI 65K RGB display for Raspberry Pi Pico
The Waveshare LCD IPS 0.96" 160x80 SPI 65K RGB display for Raspberry Pi Pico is a compact colour panel designed for small embedded systems and portable instruments. With a 160×80 pixel resolution and 65K RGB colour support, this module uses an SPI interface for simple connection to microcontrollers such as the Raspberry Pi Pico. The IPS panel provides wider viewing angles compared with conventional TFTs, making it suitable for projects where the display may be viewed from off-centre positions. The module's small footprint and standard pinout make it convenient for prototyping, wearable devices, and compact control panels.
This display combines an IPS viewing panel with a 160×80 pixel matrix and 65K colour depth to deliver clear images and readable text in a small form factor. The SPI interface reduces required I/O lines and simplifies wiring to microcontrollers like the Raspberry Pi Pico, while the display's compact dimensions allow integration into tight enclosures. The module is suitable for low-power projects and quick prototyping thanks to straightforward signal requirements and common software libraries available for similar controllers.
Due to its 160×80 resolution and small physical size, this display is not suitable for applications that require high-resolution images, detailed graphics, or large amounts of on-screen information. Projects that need a touch interface or advanced display features such as hardware-accelerated video playback, high refresh rates, or high brightness for direct sunlight use may require a different or larger display module.
Connect the module to a Raspberry Pi Pico or compatible microcontroller using the SPI pins and supply appropriate power and ground connections. Install or configure a graphics library or driver that supports the display controller used by the module; many microcontroller ecosystems provide example code for SPI-driven colour LCDs. Initialise the display in your firmware, set the desired orientation and colour format, then send pixel or frame data via SPI commands. Adjust contrast and backlight control through the available pins or software settings if supported.
For reliable operation, use the display with a stable 3.3V supply if the module is specified for that voltage, avoid long unshielded SPI lines to minimise interference, and use existing example drivers where possible to speed development. Keep graphics simple and tailored to the 160×80 pixel area for best readability.
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