An addressable LED strip, also known as a digital LED strip, is a type of LED strip that allows individual control of each LED on the strip. This is in contrast to non-addressable LED strips, where all the LEDs on the strip are controlled together as a single unit.
Addressable LED strips use integrated circuits (ICs) that are embedded in each LED, which enables each LED to be controlled independently. This allows for a greater degree of flexibility and creativity in lighting designs, as different patterns, colors, and effects can be programmed and executed on each LED on the strip.
To control an addressable LED strip, a microcontroller, such as an Arduino or Raspberry Pi, is typically used, along with specialized software and programming libraries. The microcontroller communicates with the ICs on the LED strip, sending signals to each individual LED to produce the desired color or pattern.
Addressable LED strips are often used in applications where dynamic and complex lighting effects are desired, such as in stage lighting, architectural lighting, and home automation. They can be found in a variety of lengths and densities, and can be cut and reconnected to fit a wide range of applications.
