LED WS2811:
This LED strip is the old form, which has an outer IC and is mostly made of bendable DC12v strip light. It only has one symbol.
One IC can handle three LEDs, which then work as a single pixel and change colour at the same time.
The phrase “Cut-able as one pixel per 3LED” means that the light will still work if you cut it into 3 LEDs.
And it has been fully grown for a long time.
WS2818 LED:
It’s almost the same as WS2811, but it has a break-point continuous transmission signal feature that makes sure a bad pixel doesn’t affect the pixels below it. (Each pixel is made up of three LEDs, not LEDs).
If a pixel fails once in WS2811, the following pixels won’t work.
This LED strip is a 3-channel LED driver control circuit with a great advanced port information hook and a sign restore intensification drive circuit.
Include an oscillator with a high degree of internal accuracy and a customizable 12V voltage steady current control part. This creates a shading effect that is very reliable.
It has strong points in the Continuous transfer Signal Break-point, which allows for the transfer of double signs.
Unless something gets in the way, these signs can work together.
The customer can choose the main chip to be the control signal information button.
WS2812b LED
The other kind of WS2812b LED is an internal IC, also called a built-in IC or an integrated IC. WS2812 or WS2812b is what they are often called.
Individually controlled, DC5V voltage (WS2811 and WS2818 are DC12V).
But they can add more LEDs to a single meter of LED strip, so there are 30 LEDs, 60 LEDs, or 144 LEDs on a single meter of driven strip.
On request, we can also change the number of leds per meter to something other than 72.
Since WS2812B has 6 legs on 5050 and WS2812b only has 4, both can use a different value.
These two only have three wire outputs, which are for information, anode, and clock ways.
So, they are not as fast as WS2801.
WS2813 LED:
This is another DC5V built-in IC. WS2813 is an improved version of IC WS2812 that adds the ability to send a break-point signal continuously.
The main thing that makes it different is that the LEDs between the two LED strips can be turned off.
WS2813 is a type of dual-signal wire that can send signals in a constant stream.
That is, if an LED burns in the middle of the chain, the circuit stays closed and it still works.
As long as no other LEDs next to them are turned off, the ones that are still on can work properly.
But if one LED in a WS2812B strip breaks or burns out, the circuit breaks and the other LEDs in the chain stop working.
WS2815 LED:
This makes lines with 30, 60, or 144 LEDs per meter.
With aluminium thwarting, these strips can be made into a rigid LED strip.
It’s a DC12V chip, not a DC5V chip, and we can change the number of LEDs to 48 per meter or any other number the client wants.
When the voltage is high, there is no voltage drop because the range is high.
Because of the change in voltage, the electrical potential along the path of a current in an electric circuit goes down.
We don’t want the voltage to drop in the source’s internal resistance, across wires, across contacts, or through links, because this wastes some of the energy being sent.