64x32 Flexible RGB LED Matrix-5mm Pitch

64×32 Flexible RGB LED Matrix – 5mm Pitch delivers a large-format, bendable full‑color display designed for creative installations where traditional rigid panels become limiting. Measuring 320×160mm with a 5mm pixel pitch, this flexible RGB matrix panel provides 2048 bright LEDs arranged in a 64×32 resolution grid. The bendable LED display board enables integration into curved surfaces, wearable projects, artistic lighting installations, and custom display enclosures. Dual IDC connectors allow panel cascading for larger visual walls, while compatibility with high‑performance controllers such as Raspberry Pi or Mega‑class development boards supports complex graphics and animations.

Note: Do not bend the panel beyond 30° or repeatedly flex the board to avoid permanent damage. Standard Arduino Uno boards cannot reliably drive this LED matrix due to memory limitations. Microcontrollers with larger RAM and higher processing speed are recommended. An external power supply must be provided during operation to ensure clear and complete display output.

Flexible Construction for Curved Installations

A soft PCB structure enables this flexible RGB display module to conform to curved or irregular surfaces where rigid LED matrices cannot be installed. The bendable design expands possibilities for wearable electronics, creative sculptures, immersive exhibits, and embedded lighting panels. Makers and installation designers gain freedom to integrate programmable RGB visuals into cylindrical columns, curved housings, or lightweight mobile projects without the bulk associated with conventional LED panels.

Large 64×32 Resolution Visual Area

This programmable LED display board features a 64×32 pixel layout totaling 2048 RGB LEDs, producing vibrant graphics, animations, scrolling text, and dynamic lighting patterns. A 5mm pixel pitch balances brightness, clarity, and viewing distance, making the panel suitable for both close‑range visual effects and medium‑distance signage. The 320×160mm active area offers significantly larger coverage than smaller matrices, supporting eye‑catching visual output for interactive installations and digital art.

Cascading Design for Scalable Displays

Two onboard IDC connectors labeled DATA_IN and DATA_OUT allow multiple flexible LED matrices to be chained together, forming larger programmable display arrays. This modular architecture supports building wide LED walls, long ticker displays, or custom‑shaped visual panels using several chained units. When paired with high‑speed controllers such as Raspberry Pi or Mega 2560 platforms, the cascading RGB panel system can drive complex animations across extended display surfaces.

Figure: 64x32 Matrix with NodeMCU | DFRobot | NodeMCU

Common uses include interactive art displays, programmable signage, robotics visual feedback panels, maker projects, stage lighting effects, and creative installations within STEM Education environments. The bendable RGB LED matrix module enables visually striking designs where standard rigid display panels cannot fit.