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The SPI Addressable LED strip offers advanced independent pixel control for fully programmable lighting effects. Compatible with multiple IC options — SK6812, MT1809, WS2818, WS2811, and UCS1903H — it allows configuration from single LED pixels to 10, 20, or 60 pixels per metre. These digitally addressable LEDs can produce dynamic colour transitions, gradients, chase effects, pulsating patterns, and animations, all easily programmed and synchronised for striking visual displays. Ideal for compact, creative, and small-scale architectural applications, SPI systems deliver high precision with minimal wiring complexity.

The DMX512 LED strip, powered by the UCS512C4 IC, provides full compatibility with the international DMX512 (1990) protocol. It offers strong anti-interference performance and long-distance signal transmission for reliable operation in complex installations. This control system supports colour-changing effects, gradients, chases, pulsating patterns, and animations, all of which can be easily programmed and synchronised through professional DMX consoles or lighting software. Suited to large-scale architectural, façade, and stage projects, DMX512 delivers unmatched control stability and range.
The SPI Addressable LED strip offers advanced independent pixel control for fully programmable lighting effects. Compatible with multiple IC options — SK6812, MT1809, WS2818, WS2811, and UCS1903H — it allows configuration from a single LED per pixel up to 10, 20, or 60 pixels per metre. This enables smooth colour transitions, gradients, chases, pulsating patterns, and animations, all of which can be easily programmed and synchronised to create dynamic and engaging visual displays.


The DMX512 LED strip, powered by the UCS512C4 IC, is fully compatible with the international DMX512 (1990) protocol, ensuring excellent anti-interference performance and long-distance signal transmission. It enables colour-changing effects, gradients, chases, pulsating patterns, and animations, all of which can be easily programmed and synchronised through professional DMX controllers or lighting software to produce refined, coordinated visual displays.

