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SuperLightingLED
SUPERLIGHTINGLED CO., LTD
Web: www.superlightingled.com
Email: [email protected]
Date: 2026-11-03 | ID: 6228

DSA RF Remote DMX512 to SPI LED RGBW Light Strip Decoder

MODEL: DSA(5 Pin)-RF
Price based on selections below:
$48.98
AvailabilityIn Stock
ConditionBrand New
Technical Specifications

The DSA(5 Pin) is an RF controller and DMX512 to SPI decoder with a digital display that works with up to 47 different kinds of digital IC RGB or RGBW LED strips.  This DMX512 to SPI decoder has three modes: RF, stand-alone, and DMX decoding. A pushbutton supports user to select the DMX decoding start address. By pressing the button, user can adjust the mode, speed, or brightness in stand-alone mode. When in RF mode, this LED light strip decoder can pair with a 2.4G RGB/RGBW remote control to enable wireless control. Users can create complex lighting effects with the 32 built-in dynamic modes of this DMX512 decoder, which include running, chasing, flowing, trailing, and fading styles. Additionally, this DMX led strip decoder has a standard DMX512 compliant interface with options for RJ45 and XLR5 DMX signal input and output, as well as SPI(TTL) x 3 output signals.

Compared to a 3 PIN decoder (DSA), a 5 PIN decoder (DSA(5 Pin)-RF) typically offers more features and control options.

 

DSA(5 Pin) Manual Download PDF

 

Technical Parameters

Input Voltage :  5-24VDC
Input current:  10A
Power consumption:  1W
Input signal: DMX512 + RF 2.4GHz
Output signal:  SPI(TTL) x 3
Dynamic mode: 32
Control dots:
170 pixels (RGB 510 CH), Max 900pixels
Case temperature (Max.): Ta: +65°C
Operation temperature:  Ta: -30°C ~ +55°C
Size:  L175x W80 x H45mm(L6.88''xW3.14''xH1.77'')
Gross weight:  0.397kg

 

Mechanical Structures and Installations

DSA RF Remote DMX512 to SPI LED RGBW Light Strip Decoder Structures

 

Wiring Diagram

DSA RF Remote DMX512 to SPI LED RGBW Light Strip Decoder Wiring Diagram

DSA RF Remote DMX512 to SPI LED RGBW Light Strip Decoder Wiring Diagram

 

© 2026 SuperLightingLED. All specifications are subject to change without notice.