BTF-LIGHTING WS2812B IC RGB 5050SMD Pure Gold Individual Addressable LED Strip 16.4FT 300LED 60Pixel/m Flexible Full Color IP30 DC5V for DIY Chasing Color Project(No Adapter or Controller)

I use these with WLED on an ESP32, and they work incredibly well. These are great light strips that I have all around my house. If you want to do some cool accent lighting, I really recommend these.

BTF LED strips for a project using an ESP dev board and I have to say, I am extremely impressed with their performance. The LED strips worked perfectly and the colors were incredibly bright and vibrant.The LED strips are easy to install and use, which made the project a breeze to set up. The strips are also highly versatile, as they can be cut to fit any length, making them perfect for projects of all sizes. Additionally, the strips have an adhesive backing, which made them easy to attach to the project without the need for additional hardware.The LED strips were also highly efficient, requiring minimal power to operate. This made them a great choice for my project, as I wanted to minimize power usage to ensure the project was energy-efficient.What impressed me the most about the LED strips was the quality of the lighting they produced. The colors were incredibly bright and vivid, which made the project visually stunning. The LED strips also produced an even light, which added to the overall quality of the project.They are easy to install, highly efficient, and produce incredibly bright and vibrant colors. If you're looking for LED strips for a project

UPDATE:The seller contacted me and indicated that I likely received a second hand, returned item and that was the cause for the damage. While I have been able to fix the unit I received with a little effort, the seller is going to send me a replacement. The responsiveness and customer service of the seller were excellent! As the item I received actually functions and the seller is making it right by sending me a replacement and a couple other items at no cost or obligation to me, I have updated my rating from 3 stars to 5 stars. The lights themselves really are good and work well.ORIGINAL:When I went to remove the lightstrip from the bag, I noticed that it was not fully wrapped around the spool. As I carefully pulled it out, I noticed that a portion of the strip was bent over on itself. Upon further inspection I noticed that some of the silicon covering that makes it moisture resistant had been damaged at about the third LED in the strip. Other than that it appeared intact. I plugged the string into a controller I had purchased separately and the lights lit up. I had other issues with the controller. However, when I touched the lightstrip, the lights flickered a bit and went out. I touched it again and they flickered again and came back on. I noticed that by flexing the damaged area, I could make the lights go on and off. Either there is an issue with the "wiring" in the strip or there is a bad solder joint. Either way, I can still make the strip work, but I took off a couple stars because of the damage and the fact that I'll have to do a bit of work to make them 100% functional. Not worth the time and effort to return them and play the replacement lottery when I have the know how to fix them.

This product was as advertised. The lights were bright and the silicone covering was pliable and soft. I used these for a WLED project and they worked great! I will be ordering these again.

The media could not be loaded. First up, I’ll talk about the LED strips themselves: As an electrical engineer I can say these are well made strips! Flex PCBs can vary in thickness and quality. These appear to be made from quality flex material with wide 1oz copper traces for power. Each individual LED on the strip has its own 0.1uF decoupling capacitor, which is important to keep communication between LEDs from glitching. (A lot of cheaper strips skip this!)The only issue I ran into was the first strip I ordered didn’t have any adhesive tape on the back of it! I contacted BTF Lighting on Amazon and they replied right away, letting me know that the adhesive should have been on the strip and that someone had goofed at the factory. They provided me an Amazon link to a roll of 10mm wide double sided tape and offered to refund me that amount (around $10) if I wanted to just order it and put it on myself, instead of going through the whole return thing. That’s pretty good customer service in my book, so kudos to BTF! (The second strip *did* have the tape installed as advertised, so I assume this was an oversight at the factor like they said.)Each strip pulls just under 5A with all LEDs set to white at maximum brightness. Cooling didn’t seem to be issue, even rolled up the strip never got so hot I couldn't hold it by hand. There were no dead pixels in either strip and brightness and color were uniform and matched between strips.Now, onto my project: Awhile back I picked up a couple of those Himalayan salt lamps at a Goodwill (I know they don’t actually emit “positive ions” or have any health benefits, I just think they look really cool). They were just begging to be customized, so I decided to replace the stock incandescent nightlight style bulbs with WiFi connected RGB LED lighting! My “lamps” both had (approximately) 3” diameter holes drilled in the bottom of them for the bulbs, so I figured it would be easy to make a cylindrical replacement.These 100 led per meter strips ended up working perfect. Originally, my plan was to wrap the LED strips *around* a 2” diameter piece of PVC piping (cut to 120mm in length). I went for the 100 LED/m instead of the more dense 144 LED/m because I thought the latter may have trouble bending enough to wrap around the small diameter of the pipe. This turned out to be a non-issue as I ended up cutting seven sections of 10 LEDs (100mm) off the roll and mounting them vertically on the pipe; this allows better alignment of the LEDs and easier management of effects in the controlling software. The 100 LED/m strips also have the advantage that the LEDs are all spaced exactly 10mm apart, which makes the math easy!First I wrapped the pipe in two layers of heat resistant Kapton tape, to prevent the pipe melting when I soldered to the LED strips. Next I adhered the seven 100mm sections of LED strip to the pipe, leaving around 10mm of free space on the bottom, I also added three small tie wraps for extra retention. Then I soldered a wire from the DO pad on the top of each section to the DI pad on the bottom of the next section; similarly I soldered very short (3mm) 20 AWG solid wire jumpers from the 5V and GND pads between sections, creating a power bus. The result is that all seven sections act as they original did before I cut them, i.e., a single strip. I also took a 1200uF capacitor and fit it snuggly in the center of the PVC pipe, then soldered the leads to the power pads of the last section. (This helps smooth out the voltage.)Finally, I took some insulating foam designed for 2” PVC piping and cut two 10mm long sections off, then slid one over the top and bottom of the pipe. These turned out to be the perfect size to act as “buffers” to hold the whole assembly centered inside the salt lamp.For the controller, I used an ESP8266 based D1-Mini mounted inside a small 2”x3”x1” enclosure. I drilled a 1/4” hole in one end of the enclosure and a 5/8” hole in the other end. A 5.5x2.5mm barrel jack was mounted in the larger hole and a small rubber grommet was mounted in the smaller hole, with the 3-pin LED connector pigtail fed through the grommet.The software running on the controller is the open source WLED (available on GitHub), which provides an easy to use web based interface for setting the color, brightness and/or effects of the connected LEDs, plus it integrates with Blynk, Alexa, WARLS, MQTT, Home Assistant and more!The attached video shows the fire flicker and rainbow effects running in my smaller lamp. The video really doesn’t do it justice, it looks even better in person. The salt makes a perfect diffuser and people honestly think there’s really a candle inside when the flame effect is going.