BTF-LIGHTING 2-Pack WS2812B ECO RGB LED Matrix 16x16 – Flexible FPCB

Overview

The BTF-LIGHTING 2 Pack WS2812B ECO RGB Alloy Wires 5050SMD 16x16 LED Matrix delivers bright, full color in a compact package. Designed for budget conscious makers, these panels pair a robust 16 cm square footprint with 256 individually addressable LEDs, enabling vivid displays without breaking the bank. The alloy wired approach keeps production costs in check while preserving reliable brightness and color fidelity for entry level projects and creative experiments.

What you get

Each kit includes two 16x16 matrices, each delivering 256 pixels that can be controlled individually to render scrolling text, pixel art, and dynamic lighting sequences. The square 16 cm by 16 cm size fits neatly into small enclosures, window displays, or decorative installations, giving you flexibility for a range of setups.

Key advantages

• Alloy-wired LED design offers budget-friendly value without compromising reliability.
• 256 independently controllable LEDs provide rich color depth and smooth animations.
• Wide compatibility with Arduino, Raspberry Pi, FastLED, Rainbowduino, SP802E, SP530E, and WLED.
• Chainable 3-pin JST connectors simplify modular expansion; bendable FPCB adapts to curved surfaces.
• Durable, visually appealing panels suitable for indoor signage and event decorations.

Flexibility and build

The FPCB is designed to bend along curved surfaces while keeping pixel integrity across the panel. Chainable connectors lets you extend a single display into larger formations, ideal for immersive installations in hospitality venues or creative home setups.

Applications and ideas

• DIY LED screens for advertising, menus, or stage backdrops.
• Decorative lighting for hotels, KTVs, bars, and retail windows.
• Indoor signage and festive decor for Christmas, weddings, or livestreams.
• Interactive art installations that respond to music or motion with the right controller.

Getting started

Begin by selecting a compatible controller, wire the panels via the JST connections, and load your visualization code. With a little planning, you can build compact, impactful displays suitable for both learning projects and small business needs.