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Description: These are sealed, addressable 1-meter-long 5V white tri-color LED strips that come packed with 60 SK6812 5050 LEDs. Each of these strips is enclosed by a flexible silicon jacket with an IP65 waterproof rating to protect your precious LEDs. Unlike our other addressable LED strips, this version does not feature RGB LEDs. Instead, you will be able to change each LED to provide a unique warm white, cool white, or amber combination. You will be able to control each LED individually, which gives you the ability to create cool lighting effects for your car, fish tank, or perhaps under-cabinet lighting in your kitchen!

These LED strips use a data transmission frequency of 800Kbps with their refresh rate set at 30 frames per second.


  • Operating Voltage: 5VDC
  • Watts per 60 LEDs/M: 14.4(max)W
  • Entire Piece LED Quantity: 60 pcs
  • 256 Level Gray Scale – Adjustable
  • Adhesive Backing


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Customer Comments

  • I recently purchased a water flow sensor that had this same connector and nobody could tell me what it was. I eventually found it and this was the Amazon description:

    Hilitchi 520Pcs 2.5mm Pitch 2 3 4 5 Pin JST SM Male & Female Plug Housing and Male/female Pin Header Crimp Terminals Connector Kit

    You will also need something similar to the following Sparkfun product:

    Crimping Pliers - 28-20 AWG, TOL-13193

    And some stranded wire.

    I’m sorry if this was talking out of turn but I’ve found those connector kits to be very handy.

  • is there an arduino library available for this product? It doesn’t seem to be compatible with neopixels.

  • Why? APA102 is a much better chip. easier to control, faster communication, better in every feature and costs approximately the same (if not cheaper)

  • Under-cabinet lighting idea. Setup motion sensors laid out alongside the strips. Program each sensor to control only certain sections of the strip. Normal lighting as amber, but under “activated” sensors have the strip white at a dial-configurable color temperature. Spot task lighting that follows you as you move side-to-side on the counter.

  • Is there an Arduino library that can deal with these strips being cool/warm/amber instead of RGB? Maybe FastLED could be extended/adapted? Would be super useful to be able to specify a color in degrees K and have the LEDs display it!

    • I’m one of the FastLED developers, and these lights look pretty interesting to me. One snag with the idea of a Kelvins-to-pixel-values here is that the datasheet provided here doesn’t tell what the “color temperature” of the two different white LEDs are, so there’d be a little guessing going on there to estimate the native temperature of the cool and warm white. Maybe I’ll grab one of these strips and see what I can come up with. (Development backlog is rather big right now, but RGBW and RGBWWW are in it, so this might be an interesting diversion.)

      • Sembazuru / last year * / 1

        I was just looking at the datasheet (again) and noticed for the first time the color specifications… About mid-way down the 2nd page in small text to fit lots of characters in a small table cell I find the following information:

        W:6000-7000K / WW:2700-3000K / Amber:1800-2000K

        But I don’t see any explicit mention of data order for communications. (I.E. how to map W, WW, and Amber onto RGB.) I guess figuring that out empirically is necessary.

    • As a work-around, why not use local variables “cool”, “warm”, and “amber” to pass into the SK6812 control function in the correct order? FWIW functions really don’t care what you call the variables that you pass to them. And unless you are actually modifying/maintaining the function, why should us normal peons care what the function calls the values internally? C variable scope keeps one from interfering with the other.

      Duh… I finished reading your comment… Sounds like a library that translates degrees K to pseudo RGB values and then passes the result to one of the existing SK6812 control libraries should be fairly trivial for someone who is versed in writing libraries.

      • Yep. Trying to imagine what rotating through the “hue” in a hue-saturation-value model that is expecting R-G-B LEDs would look like on these guys … May just have to get some and try!

  • Are these dimmable?

  • how is this different from the LED RGB Strip-Addressable, Sealed (1m)?

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