6.67'' Flexible AMOLED Display for LattePanda & Raspberry Pi (2400x1080, 450cd/m², Bendable Screen)

The 6.67-inch Flexible AMOLED Display is an ultra-thin, bendable 2400x1080 screen engineered for curved and space-constrained hardware builds. Paired with a dedicated MIPI-to-HDMI driver board, it delivers plug-and-play visual output for single-board computers like LattePanda and Raspberry Pi. It is ideally suited for makers, robotics developers, and engineers prototyping wearable devices, robotic faces, and custom human-machine interfaces.

Plug-and-play SBC HDMI integration

The included MIPI-to-HDMI driver board bypasses complex DSI signal routing, enabling a direct connection to standard HDMI sources without custom kernel compilation. It provides straightforward compatibility across popular single-board computers, including the LattePanda series (IOTA, MU, Alpha, 3 Delta, Sigma) as well as Raspberry Pi 4 and 5.

Ultra-thin bendable AMOLED architecture

Leveraging a flexible substrate with a maximum thickness of just 1.2mm, this screen easily conforms to curved surfaces and non-flat enclosures. The self-emissive AMOLED design operates without a bulky backlight, producing deep blacks and high contrast for wearable and form-fitting projects.

High-resolution wide-angle visuals

With a 2400x1080 resolution, 450cd/m² brightness, and 16.7 million colours, the panel renders clear text and saturated graphics. Its 85-degree viewing angle and 50Hz refresh rate ensure consistent colour accuracy and readability across diverse viewing perspectives.

Operating system and cabling configuration

The display is factory-configured in portrait orientation and works out of the box with desktop OS environments without editing Raspberry Pi config.txt files. Connecting to a Raspberry Pi 4 or 5 requires a Micro HDMI to HDMI cable, while Raspberry Pi Zero boards require a Mini HDMI to HDMI adapter.

Power requirements and handling guidelines

The non-touch driver board requires an independent 5V Micro USB power supply consuming roughly 3W, with an onboard refresh button to resolve low-power flicker or initialization states. Because the bare panel has no IP rating or humidity resistance, it must be kept dry and shielded from moisture, sweat, and condensation during installation.