Bring a bit of Times Square into your space with this 16 x 32 RGB LED Matrix Panel! Originally used for video walls and displayed in places like bus stops in New York, this panel features 512 bright RGB LEDs arranged in a 16x32 grid. It’s perfect for creating dynamic visual displays, animations, or even short video clips.
The panel is designed with two IDC connectors (one for input, one for output), so you can chain multiple panels together. It also has 12 16-bit latches for controlling the display with a 1:8 scan rate.
Key Features:
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16 x 32 grid: 512 bright RGB LEDs for vibrant displays
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Chaining capability: Can connect multiple panels (requires adequate RAM and processing power)
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Designed for high-speed processors: Best used with microcontrollers like SAMD21, SAMD51, or ESP32. Not recommended for 8-bit microcontrollers due to RAM limitations.
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No built-in PWM control: Manual screen redraw required for PWM control
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RAM requirements: About 1600 bytes needed to buffer the 12-bit color image
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Pre-white balanced: Offers a consistent, non-tinted white when all LEDs are on
Power Requirements:
- Up to 4A per panel; we recommend using a 4A regulated 5V adapter for optimal performance.
Connection Requirements:
- Requires 13 GPIO pins to control, which may vary depending on your firmware and wiring setup.
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Recommended connections: Consider using a plug-and-play board or adapter for easier setup to avoid connection mistakes.
Recommended Controllers & Accessories:
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Matrix Portal ESP32-S3: WiFi-enabled and powerful for easy, plug-and-play control
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Matrix Portal SAMD51: A good choice for those preferring a Cortex M4 processor
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RGB Matrix Shield: For certain Arduino-like boards (check product page for compatibility)
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RGB Matrix FeatherWings: Compatible with Feather boards
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RGB Matrix Bonnet: Fully plug-and-play for Raspberry Pi devices
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Protomatter library: Available for quick integration in Arduino and CircuitPython
Note: These panels are remainders from large light board factories, so the look and size may vary slightly from batch to batch. However, the basic operation, codebase, and tutorials remain consistent.