ALITOVE 32.8ft WS2811 Addressable RGB LED Strip Light 24V 5050 SMD IP67

I like them alot they rock only thing is the specs and what you would need to work them properly instead of getting me to think I was using the right power supply. More details on the item description would of been more satisfying. I rather know I need to spend more then 18 dollars just to know I'm getting 24v and 6amps alitove makes the supply at 24v 5amps which I got and it's not what is being the full power it trully needs or demands 6amps to run constant white 100% bright. So I can damage them leaving them on at 5 amps. Also the wifi controller is cool but the function that say from middle to both ends or from both start to middle isnt what you think for it still starts at the end but takes way to long to start the step after.

connected 3 sets of these for about 100ft and the end is just as bright as the beginning. Great LEDS

I do not recommend the 24V strip because it is very inefficient, I think it must be dumping quite a bit of power into the resistors. I was very excited to find a 24V RGB strip and its claim that power does not need to be injected on the far end. However, it is way too inefficient and power DOES need to be injected on the far end. Here are my test results: - Idle current (no LEDs on): 0.621A @ 24V = 14.9W!! The strip gets warm with no LEDs on dissipating all this heat. - All white (R + G + B): 4.58A = 110W - All blue: 2.040A - All green: 2.120A - All red: 2.221A This doesn't make sense because 2.04A + 2.12A + 2.22A > 4.58A, right? The reason is that the voltage drops so much on the strip when R+G+B are all on that the current consumption also decreases. I forgot to write down the voltage at the end of the strip if all LEDs are white, but it was several volts, which is why power injection at the end is necessary. Even with it though, the voltage drop at the middle of the strip is quite high and it runs quite hot. I ended up sending back and opting for (2) 12-V 5m strips instead, with power injection in the middle and both ends. WAY lower idle current taking this route, and better brightness consistency.

I was on the fence about going a bit cheaper on Pixel tape. But this worked out great. No flicker on cams. Fades nicely, was worried about effects since its not CH Per chip but they still look great.

The highlights of these strips are they're addressable nature, waterproof, black strip so they blend in better and they come with required harness. Not to mention they are a great price and one piece 32 foot.

Edit. Pure garbage. Less than a year later And they are failing at a rare way too high. 20 pixels (100 of 600 LEDs) are now not functional. Customer service is screwing with me. Mistake to but here. Great lights, easy to program. I’m using a rpi running FPP with lights programmed through xlights. Super simple, fun, and hope to last!

Really bright, 24v so no voltage drops.

After playing around with these for a while, I have a 500w rainproof power supply and an ESPixelstick. I'm directly injecting power into the strip and I have it cut down for 32.8' to 22.6' All 3 colors on (white) at highest brightness, it is running constant at 1.66A. Overall power consumption for 32.8' would be less than 2.5A. I've tried to run different tests with patterns, colors, etc., but the highest useage is definitely all 3 colors at max brightness. I'm sceptical of anybody reporting much more than 3A of useage based on this testing and even 3A would be well beyond the normal consumption. I was extremely skeptical of the power usage of 6A based on the wiresizing tied to the strip lights. The power seems consistent throughout, which is good, and brightness is consistent, but again, I doubt you will see 6A or even 4A EVER with these strips. While I say to oversize all your wires for it, designing for 6A at 24V is MUCH different than 3A or even 4A at 24V, depending on the distance you are running to.