What Is Addressable RGB?

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Are you searching for What Is Addressable RGB? Simply, addressable RGB means that each segment of the RGB strip (or whatever it is that is RGB) can have its distinct color and intensity. When compared to a conventional RGB strip that may or may not have RGB addressability, all RGB lights will be the same color.

Addressable RGB

What Is An Addressable RGB Header?

An ARGB, or Addressable RGB, header (often a 5V 3-pin connector) allows devices with an IC (Integrated Circuit, sometimes known as a microchip) to provide much more versatility in lighting options.

RGB Vs Addressable RGB

RGB usually refers to the entire device (assuming this is in the setting of motherboard RGB headers/other common RGB devices). In contrast, addressable RGB refers to each LED being individually addressable. The term “addressable RGB” refers to the ability to change the pattern based on various factors or any factors!

How Does Addressable RGB Work?

The voltage or Pulse-Width Modulation isn’t used to drive addressable LEDs. A carrier signal is used to control them. This 800kHz signal has a format that tells the chip what each color should be, how bright it should be, and how bright every LED downstream should be.

What Is An Addressable RGB LED?

Each addressable LED in a digital LED strip includes an embedded driver that allows each LED’s brightness and color to be changed independently. Each LED can be of a different hue and brightness than the one next. This allows us to create stunning and intricate lighting effects. On the other hand, addressable LED strips raise the bar to new heights.

They provide you with more control options and cool effects to enhance your lighting setup. The catch is that you must select the appropriate addressable LED strip for your needs. Don’t be concerned if you don’t know how to make that decision. Continue reading to learn everything you need to know about selecting addressable LED strips.

How Do Addressable Led Strips Work?

All of the pieces of an addressable LED strip work together to accomplish a single goal: They consist of:

  • Integrated circuit chips
  • A power sources
  • Light-emitting diodes (LEDs)
  • A controller

Every LED has an integrated circuit chip. It’s because of this that you can control individual LEDs. The controllers used to handle them are likewise unique; instead of matching RGB pins like standard RGB LED strips, they contain data channels to send commands. With that in mind, here’s how the addressable LED strip works:

  • When the power supply is turned on, a direct current runs to the LEDs, which causes them to light up according to their default settings.
  • You’d use the controller to send a command to the specific LEDs you want to control to create an effect.
  • The controller subsequently sends the appropriate signal to the LEDs’ integrated circuit chips.
  • For example, if you’ve specified a timed-interval lighting effect, the circuit chips will execute the command immediately or store it for later execution.

Important Considerations When Purchasing Addressable Led Strips

While the basic operating concept of addressable LED strips is the same, design elements affect their performance. It’s a good idea to think about important things like:


Addressable LED strips are available at three voltages: 5V, 12V, and 24V. The higher the voltage, the better, in theory. Suppose you’re curious why the answer can be found in a phenomenon called voltage drop.

Electrical resistance in the wire is encountered as voltage flows through an LED strip. As a result, the voltage at the strip’s start differs from the value after the strip. This may result in some areas of the room being darker than others. Even with resistance, if the voltage is higher, enough power is left to power the LEDs as needed.

High voltages aren’t accessible for all addressable LED types. That isn’t to say you can’t have fun with them. To compensate for voltage, drop, a power injection device might be installed. To compensate for the voltage shortfall, you’d be powering the LED strip from both ends.

The Type Of LED Chip

LED chips mostly determine the quality of light provided by an addressable LED strip. They are distinguished by their size and the colors that they can produce. The following are some examples of frequent types:

SMD 5050 

It’s a larger chip with three LEDs that measure around 5mm by 5mm. It may create a wider range of colors and brighter light on the plus side. Nonetheless, it generates a lot of heat, leading to problems if the heat isn’t drained properly.

SMD 3528

This narrower chip can be useful in applications requiring a small addressable LED strip. It’s around 3.8mm by 5mm in size. You won’t have to worry about excessive heat with this LED chip, but it does have certain drawbacks. Because it can only fit one LED, the lighting is dim. Furthermore, only one color can be exhibited at a time.

Both solutions appear opposed to one another, but they simplify your decision. The SMD 3528 will suffice if your lighting requirements are straightforward. ON THE OTHER HAND, addressable LED strips with SMD 5050 LED chips are ideal for more daring ideas.

LED Density

The number of LEDs in one meter of addressable LED strip is LED density. The question you must ask yourself at this point is how much light intensity you desire. If you want a strip with many LEDs, go for one with a lot of them.

The Nature Of The Installation

To withstand the environment, outdoor installations require additional protection. Water exposure, for example, would be something you’d want to avoid. As a result, a waterproof addressable LED strip would be appropriate. An IP65 waterproofing level would be sufficient for little water exposure, such as splashing or accidental leaks. IP ratings over IP67, on the other hand, would be safer for sites where water immersion is likely.

Also, think about the size of your installation. High-voltage addressable LED strips are useful for large installations because they can maintain voltage over a long distance with less wiring. For example, a 12V LED strip would be the ideal combination of energy efficiency and low voltage drop.


Now, I’m going to end this topic What Is Addressable RGB? Addressable LED strips may persuade you to reconsider your belief that remote-controlled RGBWW LED strips were the pinnacle of LED strip innovation. They are unsurpassed in terms of inventive potential. All you need now is the perfect addressable LED strip manufacturer to bring your lighting project to life.

Frequently Asked Questions

What is addressable RGB, and how does it work?

Voltage or Pulse-Width Modulation aren’t used to drive addressable LEDs. A carrier signal is used to control them. This 800kHz signal has a format that tells the chip what each color should be, how bright it should be, and how bright every LED downstream should be.

Is it possible to utilize Arab on an RGB header?

RGB is not the same as ARGB. On the MoBo/controller, RGB is 12v with four pins, while ARGB is 5v with three pins.

What’s the difference between RGB and RGB that can be addressed?

When using addressable RGB LEDs, the key distinction is that you can control each LED individually. It may be used to make LED projection panels in the shapes of spheres, cylinders, and even automobiles. The term “addressable RGB” refers to the ability to change the pattern based on various factors or any factors!

What is the difference between RGB and Arab?

When you insert a standard RGB strip into an RGB header, the entire strip becomes one color. You can adjust each individual led color if you have an ARGB strip and plug it into an ARGB header.

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