Build Large LED Displays Faster

With Cleaner Wiring for LED Strips and Faster Assembly

The Array-SL board enables releasable connections with the Pixblasters MS1 LED controller or Pixblasters MINI controller,  and an easy build of the LED matrix. It distributes the video control signals and the power sourced from an external +5 VDC or +12 VDC power supply. The board includes holes for easy wall mounting.

The photo shows a micro demo LED display using not more than the Pixblasters MS1 LED controller, the Array-S board, the Raspberry Pi single-board computer and the power supply. The original 120 x 16 (H x V) LED matrix is s two (2) meters long and built by 60 LEDs/m strips. With additional power supplies and LED strips, the setup can be extended to a remarkable 512 x 16 resolution and the striking width of  8.7 meters.

Read our blog and find out more about the micro demo LED driving capabilities – CLICK HERE!

Pixblasters video micro demo with about 2,000 RGB LEDs

This micro demo is operated by the open-source Pixblasters-Light Demo LED Controller IP Core. Click the button to read how we build this demo, or visit our YouTube channel to see the Micro Demo in action.

To enable and encourage developer experiments with the FPGA design and with different RGB LED diodes, the Pixblasters team is providing an open source FPGA demo project and PCB schematics. Find out the code and the complete description at Hackster.io. 

Datasheet

A quick overview on the Pixblasters Array-SL features and capabilities.

ADDITIONAL RESOURCES

Browse our videos featuring educational content, customer installations, and more.


Check the complete documentation, including user manuals, datasheets, application notes, technical drawings, and more.


Browse our blog pages for news, instructions, and technical insights.

Example LED Display Build

Super-fast, low-latency smart-pixel LED video display driven by Pi Zero W and Pixblasters MINI LED controller

RELATED PRODUCTS

Check out other Pixblasters products.

UPDATES & EXAMPLES

Pixblasters controller updates, build-up examples, and educational projects.

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