Addressable RGB LED Strip From The Best And Most Reliable Manufacturers in China

SDIP Top Addressable RGB LED Strip Lights Manufacturer in China

When you need a versatile lighting solution, LED strips are a great option. They come in a variety of colors, can be mounted almost anywhere, and require relatively low maintenance. Another lighting solution that provides as much value and elegance will be difficult to find.

Addressable LED strips, on the other hand, raise the bar to new heights. They provide you with more control choices as well as cool effects to enhance your lighting setup. The catch is that you must choose the appropriate addressable LED strip for your needs.

Don’t be concerned if you don’t know how to make the decision. We are the Chinese supplier who can provide all services across the entire value chain, including personalized lighting effects, site audits, tailored solutions, programming, manufacturing, distribution, and a variety of other emergency and after-sale support.

Some other advantage of buying from us is that we have a field team to assist you with your ventures, both domestic and international. With only one phone call, our team will be on-site and ready to work.

Purchase different Addressable RGB LED strips in bulk from our online store. Within 15 days, we give a free refund or swap, as well as free repair.

Addressable RGB-LED Strip – An Overview

 

Addressable RGB LED strip is an incredible choice if you’re looking for a dynamic solution to your lighting needs.

From lighting interiors of your home to commercial grade lighting at discos, pubs, and restaurants and from smart outdoor lighting to four-wheeler lighting, addressable RGB LED is the perfect choice for all types of lighting projects.

Available in a variety of specifications and innumerable control options, addressable RGB strips deliver greater style and value.

Addressable RGB light strip gives a completely new dimension to your lighting project by offering greater control options for creating splendid lighting effects.

However, you will need to choose an appropriate addressable RGB LED strip depending on your lighting project’s specifications.

In case you’re still a little confused as to which addressable light strip to choose or which is the best addressable RGB light strip then go through this document to learn everything about addressable RGB LED strip.

Addressable RGB LED strip comprises three unique and individually addressable red, green, and blue LED chips.

Thus, users have greater control over the type of lighting effects by addressing a single or group of LED chips.

Users have the option of creating different lighting effects in different parts of the LED strip at different intervals or all at one go.

Addressable light strips are perfect for dynamic displays and can be used for depicting animations or similar displays.

Important components of an addressable RGB LED strip include the integrated circuit chips, LEDs, a controller, and a power source.

Each of the red, blue, and green LED has a dedicated IC facilitating individual control over the LEDs.

The controllers have data channels for relaying commands and this is what differentiates an addressable RGB LED from its predecessor, the typical RGB LED strip.

The working of an addressable RGB LED strip is as follows:

• Turn on the power source and as the current flows to the 3 LEDs on the strip, the lights slowly turn on at default settings
• For creating an effect, you will have to provide an input command to address an individual LED that you intend to control
• The controller transmits the signal to the integrated circuit chips on the LEDs
• The integrated circuit chip then either executes the command immediately or stores the same for a timed execution

Addressable RGB light strips are easily distinguishable from the typical LEDs by the type of Integrated Circuit Chip they use.

The ICs play a vital role in the functioning of the entire strip and some of the popular ICs used in addressable RGB light strip are WS2811, WS2812, and WS2813b.

Let us dig deeper and answer some of the most pertinent and common questions related to addressable RGB LED strip

Addressable RGB LED strip light

 

1.     What Are Addressable RGB LED Strips?

2.     How Addressable RGB-LED Strips Work?

3.     What Are The Important Factors To Consider When Choosing Addressable RGB LED Strips?

4.     What Are The Different Types Of Individually Addressable RGB LEDStrips?

5.     What Is The Difference Between Addressable RGB And RGB?

6.     Can You Cut Addressable RGB Strips?

7.     Are All LED Strips Addressable?

8.     How Do You Control RGB-LED Strips?

9.     How Do I Know If My LED Strip Is Addressable?

10.   How Do You Connect Addressable RGB-LED Strip?

11.   Can I Use Addressable RGB-LED Strip Without Controller?

12.   How Do You Keep Addressable RGB-LED Strips From Falling Off?

13.   How Do LED Addressable RGB-LED Strips Connect To Power?

14.   How Many Addressable RGB-LED Strips Can I Connect Together?

15.   Is 5050 An Addressable RGB-LED Strip?

16.   How Are Ws2812b Vs Ws2813 Addressable RGB LED Strips Different?

17.   Can I Run A 24v Addressable RGB Strip On 12v?

18.   What Is The Best Addressable LED Strip?

19.   How Do Addressable RGB Strips Connect To Breadboards?

20.   Can Arduino Power Addressable RGB Strip?

21.   How Do You Make Peach Color With Addressable RGB LED Strips?

22.   How Do You Make Hot Pink With Addressable RGB-LED Strip?

23.   How Do You Make Rose Gold With Addressable RGB Light Strip?

24.   How Do You Make Yellow With Addressable RGB Light Strip?

25.   Can You Leave Addressable RGB Light Strip On All Night?

26.   How Do I Choose Addressable RGB Light Strips?

27.   Can You Use Hot Glue OnAddressable RGB LED Strip Lights?

28.   Can You Nail Through Addressable RGB LED Strip Lights?

29.   How Do You Stick Addressable RGB LED Strip Lights Around Corners?

30.   How Do You Reuse Addressable RGB LED Strips?

31.   Will Addressable RGB LED Strips Take Off Paint?

32.   Where To Buy Addressable RGB Light Strip

 

1.     What Are Addressable RGB LED Strips?

An addressable RGB LED strip has three unique and individually addressable red, green, and blue LED chips.

Users have better control over the type of lighting effects by addressing a single or group of LED chips.

They can also create a variety of lighting effects in different parts of the LED strip at different intervals or all at one go.

Addressable RGB light strips are perfect for dynamic displays and they’re often used in animated billboards and similar displays.

Addressable RGB LED strips comprise of integrated circuit chips, LEDs, a controller, and a power source.

Each of the red, blue, and green LEDs has a dedicated IC that provides individual control over each LED.

The controllers have data channels for relaying commands and this is what differentiates an addressable RGB LED from its predecessor, the typical RGB LED strip.

2.     How Addressable RGB-LED Strips Work?

An addressable RGB strip compromises of integrated circuit chips, LEDs, a controller, and a power source.

All the LEDs (red, blue, and green) have dedicated IC that can be individually addressed.

It gives users greater control over the LEDs.

The controllers have data channels for relaying commands.

However, LED strips can’t do anything on their own and users have to control them through the GPIO pins on the microcontrollers and programming code.

Several libraries for different model of LED strips are available, which can be used for developing the code.

By using the libraries, users can not only address but also exercise greater color and brightness control for each LED.

Here’s a step-by-step process addressable RGB LED strip:

• Switch on the power source and as the current flows to the 3 LEDs on the strip, the lights slowly turn on at default settings
• In order to create a color effect, you will have to provide an input command to address an individual LED that you intend to control
• Now, the controller transmits the signal to the integrated circuit chips on the LEDs
• The IC then either executes the command immediately or stores the same for a timed execution

Working of an Addressable RGB LED Strip Light

3.     What Are The Important Factors To Consider When Choosing addressable RGB-LED Strips?

Even though all addressable RGB light strips use the same principle to function, but their performance is influenced by certain factors.

Here’s a list of important factors to consider when choosing addressable RGB LED strips:

Voltage

Addressable RGB strips are available in three different voltages 5V, 12V, and 24V.

Higher voltage RGB LED strips are always preferred for larger and sophisticated lighting projects to counter the effect of voltage drop.

Due to electrical resistance in the wiring, the voltage keeps diminishing with the longer run of the wire.

This leads to the dimming of LEDs located further from the power source and causes irregular lighting.

However, when a higher voltage is used, it can easily overcome the resistance and provide enough power for the LEDs.

Type of LED Chip

LED chips to have a great influence on the quality of light produced by an addressable RGB LED strip. Some of the common ones include SMD 5050 and SMD3528.

The SMD 5050 is preferred over the SMD 3528 for complex lighting projects involving smart lighting effects.

LED Density

The intensity of light emitted from an addressable RGB light strip depends on LED Density, which is the number of lights housed within 1 meter of the strip.

If you intend to install a lighting fixture of higher intensity, it’s better to opt for a strip with higher LED density.

Installation Type

Addressable RGB LED strips are used for both indoor and outdoor lighting projects.

Addressable RGB strips used in outdoor lighting projects have to withstand harsh weather conditions like rain and heat.

LED strips with IP65 waterproofing level will safeguard your lighting project If it’s exposed to light or heavy rain.

However, in case you’re working on an underwater lighting project then you need to choose strips with an IP rating of IP67.

4.     What Are The Different Types Of Individually Addressable RGB-LED Strips?

Even though different types of addressable RGB LED strips exist, three popular options across the world include WS2811, WS2812, and WS2813.

The above alphanumeric code depicts the type of Integrated Circuit Chips or ICs used by the addressable RGB light strips.

The ICs play a vital role in the functioning of the entire addressable RGB LED strip.

Let us find a little more about the features, advantages, and disadvantages of the three options and help you make an informed choice.

WS2811 IC for Addressable RGB light strip

This IC is available for both the 12V as well as the 5V RGB light strips.

However, 12V is always preferable if you intend to avoid unnecessary voltage drop for a long run of the strip.

The 12 V WS2811 addressable RGB light strip is popular for consistent color distribution across the length of the strip.

However, the biggest drawback of WS2811is that most of the microcontrollers are capable of handling only 5V.

Thus, if you intend to use a 24V addressable RGB LED strip, you will need to use a different power source for the microcontroller.

Additionally, the power draw of these addressable RGB strips is higher so they need higher voltages.

This integrated chip offers permits you to control a single channel of 3 LEDs, which is definitely not feasible if you’re trying to individually control each of the LEDs.

WS2811 Addressable RGB Strip

WS2812B and WS2813

There’s a lot of similarity between these two ICs as they share common features; however, WS2813 is a better and advanced version compared to WS2818B.

The 5V models of both these addressable RGB light strips are more popular and energy-efficient.

However, you will need to inject more voltage if you intend to achieve greater consistency in the color display.

You can also contact reputed LED strip manufacturers like SDIP Light to get custom-made addressable RGB light strips with a provision for higher voltage.

Both the WS2818B and WS2813 ICs can be controlled using a similar controller if the voltage provisions are equal and both the strips respond to digital prompts.

These ICs receive digital prompts from controllers, which are relayed to the other chips under a serial communication system.

A drawback of the WS2818B chip is that its single channel, which implies that if any of the ICs malfunction, the entire circuit breaks, and the strip stops functioning.

On the other hand, WS2813 comprises of data in and backup in channels.

In case of the data-in circuit breaks, the strip can still relay signals using the backup-in channels, only if multiple LED chips haven’t failed.

WS2813 enjoys a higher refresh rate compared to the WS2812B, so it’s definitely a good choice if you’re looking for a better color display and videos.

WS2812B and WS2813

5.     What Is The Difference Between Addressable RGB And RGB?

An addressable RGB LED strip, each individual LED can have a different color as well as intensity.

Here each of the individual chips can be programmed to show up in different colors at any given time.

You can even control the brightness of individual LEDs along with other lighting aspects.

On the other hand, in a regular RGB LED strip, all the LEDs will be exactly the same intensity and color.

Thus, irrespective of the command you provide, it will affect all the LEDs on the strip and the LEDs can’t be individually controlled.

For instance, if you want the Blue color to show up on a particular LED, all the LEDs will display blue color.

6.     Can You Cut Addressable RGB Strips?

Yes, you can easily cut along the copper cut-mark on the addressable RGB strip using a simple scissor.

A sharp scissor is recommended to leave behind a smooth copper edge, which can be reconnected with other strips as and when needed.

7.     Are All LED Strips Addressable?

No, all RGB LED strips are not addressable.

Addressable RGB LED strips to have an integrated circuit chip, LEDs, a controller, and a power source.

Each of the red, blue, and green LEDs has a dedicated IC that provides individual control over each LED.

The controllers have data channels for relaying commands and this is what differentiates an addressable RGB LED from its predecessor, the typical RGB LED strip.

8.     How Do You Control RGB LED Strips?

Addressable RGB LED strips are controlled using controllers.

Varieties of controllers are available including single-zone RF controllers, Multi-zone RF controllers, DMX controllers, Inline Controllers, and Dali controllers.

The advanced controllers are capable of simultaneously handling over 500 zones.

A number of factors such as lighting requirements, type and size of the controller, ease of use, and budget dictate the choice of controller.

Multi-zone RF controller

9.     How Do I Know If My LED Strip Is Addressable?

The only way to know whether your RGB LED strip is addressable or not is to carefully look for the data in and data out signal marked on the strip.

Another way is that an addressable RGB LED strip can never be plugged directly to a power source to light up; you will need some kind of a microcontroller if you don’t have access to the commercial controllers.

You can use microcontrollers like Arduino, Adafruit, or Raspberry Pi.

To learn more about addressable RGB LED strip, you can check out the following video:

 

10.     How Do You Connect Addressable RGB-LED Strip?

In order to connect addressable RGB LED strip, you will need the following things:

Computer, PC, or Laptop to operate the controller (we’re using the Arduino IDE for showcasing the connection).

fasted library

Micro Controller

Addressable RGB LED strip

Power Supply (5V)

A 5-volt power supply

DC barrel connector

Extra wires for connection

First Step: You need to connect the 5V DC power supply to the addressable RGB LED strip.

Second Step: Connect the 5V power supply to the Arduino by connecting the 5V header to the 5V positive and another 5V header on the Arduino to the Ground.

Final Step: You need to connect the DIN on the strip to the Arduino’s header pin marked 14 or any other pin that you mention within your program or code.

In order to implement specific coloring effects, you will have to download the library of codes from various online resources.

Connecting ARGB with Arduino

 

11.   Can I Use Addressable RGB LED Strip Without Controller?

Yes, you can use an addressable RGB LED strip without a controller or a microcontroller like Arduino, Raspberry Pi, or Adafruit.

The addressable RGB LED strips have an in-built lighting program and the strip works in default mode using the default lighting effects.

12.   How Do You Keep Addressable RGB-LED Strips From Falling Off?

Addressable RGB light strip can fall off when installed in the corners of a wall or face downwards from the ceiling.

However, using an appropriate backing tape, fixing clips, and extrusion can save the strip from falling off and getting damaged.

Bestaddressable RGB led strips already come with the standard 3M backing tape but the adhesive can get weaker with the passage of time.

Thus, you need to use fixing clips to prevent the addressable RGB strips from falling off.

Clips increase the width of the strip by a few notches and you need to consider this while installing the addressable RGB LED strip.

Aluminum extrusions can keep your addressable RGBs intact for a longer period and the extra coverage on them even guard the strip against dust and water.

13.   How Do Addressable RGB LED Strips Connect To Power?

You need to use an appropriate power adapter based on the power requirement of your addressable RGB strip.

For instance, for a 5V strip, you will need a power adapter of 5V and approximately 2A (depends on the length of the strip).

You can directly connect the strip with the power adapter by using an appropriate connector pin.

14.   How Many Addressable RGB LED Strips Can I Connect Together?

The addressable RGB LED strips use around 2.8Amps every 16 feet at full brightness (white color) at 5V DC.

Thus, just like the typical RGB LED strips, it’s recommended that you don’t connect more than two strips consecutively.

However, if you intend to connect more than two strips, you will need to use an additional power supply.

15.   Is 5050 An Addressable RGB LED Strip?

No, not all strips comprising of SMD 5050 are addressable and only the ones equipped with an IC are addressable.

SMD 5050 chip is used for standard (non-addressable as) well as addressable RGB LED strips.

SMD 5050 is chips are of the dimensions 5.0mmX5.0mm and they house the three LED diodes under one segment.

16.   How Are WS2812B Vs WS2813 Addressable RGB LED Strips Different?

The bypass property is the most significant difference between WS2812B and WS2813 addressable RGB LED strips.

WS2813 has dual-signal wiring with signal break-point continuous transmission, which implies that if any of the LED in the strip burns, the circuit will remain closed and rest of the LEDs will work normally.

However, if any of the adjacent LEDs burn, the remaining LEDs will stop working normally.

On the other hand, if a single LED malfunctions or burns in a WS2812B addressable RGB LED strip the entire circuit breaks down and none of the LEDs will work.

WS1812B consists of a single data channel and one broken LED prevents the others from functioning.

However, WS2813 consists of dual data signals, which implies that pixel failure within the strip won’t prevent signal transfer unless two adjacent LEDs are broken.

17.   Can I Run A 24v Addressable RGB Strip On 12v?

No, you cannot run a 24V addressable RGB strip on 12V and you will need a voltage booster or transformer.

18.   What Is The Best Addressable LED Strip?

Well, all addressable RGB LED strips are good but if you’re looking for a good balance between performance and price then WS2815 is certainly the best in the market.

19.   How Do Addressable RGB Strips Connect To Breadboards?

You can refer to the following video to learn how to connect addressable RGB strips to breadboards:

 

20.   Can Arduino Power Addressable RGB Strip?

Yes, Arduino can power addressable RGB strip.

Arduino Powering WS2812B

21.   How Do You Make Peach Color With Addressable RGB LED Strips?

Making peach color with addressable RGB LED is easy if you use a remote control or a microcontroller like Arduino.

For creating a peach color using Arduino, you will need to download the library and provide specific instruction by including the Hex code of peach color, which is #FFE5B4.

In order to create peach color with a remote controller, all you will need to do is turn the red light to its maximum brightness then press the green button at least 6 to 7 times.

Next, you will have to click the blue button once or twice to achieve the appropriate level of peach color.

22.   How Do You Make Hot Pink With Addressable RGB LED Strip?

Creating hot pink color with an addressable RGB LED strip connected to a microcontroller like Arduino is easy.

For creating a hot pink color using Arduino, you will include the Hex code #FF69B4 within your code.

23.   How Do You Make Rose Gold With Addressable RGB Light Strip?

Making rose gold color with addressable RGB LED strip connected to a microcontroller like Arduino is fun.

For creating a rose color using Arduino, you will include the Hex code #b76e79 within your code.

24.   How Do You Make Yellow With Addressable RGB Light Strip?

Creating yellow color with an addressable RGB LED strip connected to a microcontroller like Arduino is easy.

For creating a yellow color using Arduino, you will include the Hex code #FFFF00 within your code.

25.   Can You Leave Addressable RGB Light Strip On All Night?

Yes, you can leave an addressable RGB light strip On all night as it can operate for longer hours without getting heated.

26.   How Do I Choose Addressable RGB Light Strips?

The choice of addressable RGB light strips should be based on factors like the requirements of the lighting project and budget.

You can share specific requirements of your lighting project with the manufacturers like SDIP Light and they can guide you in choosing an appropriate addressable RGB light strip.

27.   Can You Use Hot Glue OnAddressable RGB LED Strip Lights?

Well, you can use hot glue on addressable RGB LED strip lights but you have to do it very carefully so as not to damage the LEDs.

As long as you’re fixing the LED tape on a flat surface, the 3M adhesive is strong enough to hold on to the surface.

However, when you’re sticking the LED tape vertically or when the strip is facing downwards then the 3M might lose its strength quickly.

This is when you will need hot glue to achieve the desired level of strength.

Use the hot glue every 300mm and in small quantity so that it doesn’t ooze to the front of the LED strip and damage the LEDs.

28.   Can You Nail Through Addressable RGB LED Strip Lights?

Technically, you can nail through an addressable RGB LED strip but it is definitely not a wise thing to do.

The LEDs and other components are mounted on a thin printed circuit that will be damaged when you drive a nail through.

Even stapling on the strip isn’t a great idea!

The 3M glue used on the back of the strip is sturdy enough to hold the strip on to any surface; however, if you’re still worried about the installation then use clips to fasten the strip to a surface.

29.   How Do You Stick Addressable RGB LED Strip Lights Around Corners?

Addressable RGB LED strip lights can bend on a single plane but the same isn’t possible while running side to side.

You can buy a jump connector and cut the strip light while joining both ends with a connector in the middle.

This will help you to stick addressable RGB LED strip lights around the corner.

On the other hand, you can easily bend the non-waterproof strips around the corners by bending them along the cut line.

For the tricky corners, you can cut the strip and then solder a wire to join both the strips around the corner.

Addressable RGB Strip Installation Around Corners

30.   How Do You Reuse Addressable RGB LED Strips?

You can always reuse addressable RGB LED strips as the strips have a very long life and you can use them for multiple lighting projects.

However, you need to use an appropriate back tape as the 3M glue tends to be damaged after a single use. Left-over small strips can be reused in various other lighting projects for specific effects and you can get creative with those remaining strips.

31.   Will Addressable RGB LED Strips Take Off Paint?

Wall paint tends to get fragile with every passing day and when you use an addressable RGB LED strip light then there’re chances that it would come off when you peel of the strip.

Painting on the wall seems to peel off after several years and strip lights can damage it further.

32.   Where To Buy Addressable RGB Light Strip?

Placing an online order with reputed Chinese manufacturers of addressable RGB LED light strips is the only reliable way to buy strip lights.

There’re renowned manufacturers like SDIP Light, which take bulk orders and can even manufacture addressable RGB light strips based on customized requirements.