RGBW LED Controllers

3-Channel (RGB) and 4-Channel (RGBW) Controllers: Compatible with wireless remote series, including dimming, RGB, and RGBW handheld remotes, panel remotes, and desktop remotes.
2.4G Wireless Transmission Technology: Offers a remote control range of up to 30 meters in open, unobstructed areas. The cascading function allows signal forwarding between controllers, extending control distances to several hundred meters.
Flexible Pairing: Each controller can pair with up to 10 remotes. A single controller can also be assigned to different zones on the same remote, enabling flexible grouping functionality.
Multi-Zone Control: One remote can control single or multiple zones, and each zone supports an unlimited number of controllers.
Automatic Synchronization: All controllers within the same zone automatically synchronize.
Controller Types: The 3-channel (RGB) and 4-channel (RGBW) controller series include constant voltage controllers, constant current controllers, and constant voltage panel controllers.

What is RGBW LED Controller ?

An RGBW LED controller is designed to manage RGBW and RGB+CCT LED strips. It can individually control red, green, blue, and white colors, as well as their brightness levels. Additionally, it can combine these controls to create vibrant and dynamic multi-color effects, catering to diverse lighting scenarios.

With a wide range of RGBW controllers available, they can be paired with LED strips to achieve features such as:

Brightness adjustment
Dynamic effects
Static effects
Color control
Color temperature adjustment

Depending on the usage environment, you can choose indoor or outdoor RGBW controllers to achieve the best spatial effect, enhancing the visual aesthetics and ambiance of the space.

RGBW Control System

We provide a variety of RGB/RGBW controllers, including controllers, remotes, and panels. By combining different products, our system enables a wide range of lighting control functions, such as:

On/off control
Brightness adjustment
Color temperature adjustment
Static color settings
Dynamic effects
Grouping and zoning
Scene creation
Timing functionalities

Our RGBW control system offers versatile solutions to meet diverse lighting requirements, ensuring flexibility and creativity in lighting design.

RGBW Control

V4-L

RGBW - LED Remote Control

R8-1

RT4

R14

RF RGBW Panel Remote Control

T14

T14-1

TW4

Videos of RGBW LED Controller

FAQs

Here is the top frequent asked questions. If you are still not very clear, feel free to content our consultant for more details.

We offer FREE SAMPLES for your business.

What is an RGBW controller?

An RGBW controller is a device used to control RGBW lights by adjusting resistance values to regulate brightness and color temperature. It works by converting RGB signals into PWM (Pulse Width Modulation) signals, enabling precise control over the light's brightness, color temperature, and intensity.

Is RGBW better than RGB?

RGBW technology offers advantages over RGB, particularly in terms of brightness and contrast. By adding a white subpixel to the RGB setup, RGBW enhances image vibrancy and saturation, making it especially suitable for scenarios that require high brightness and contrast.

Can DALI control RGBW?

Yes, DALI (Digital Addressable Lighting Interface) can control RGBW lights. The DALI protocol is a digital lighting control standard that allows direct communication between light sources. It provides highly flexible smart lighting solutions, including dimming, color temperature adjustment, and scene control. Each light fixture in a DALI system has an independent address, enabling precise control of individual lights or groups of lights.

What are the disadvantages of COB LED strips?

Color Consistency Issues: COB LED strips may suffer from color unevenness, particularly in environments requiring high consistency. The color variation can be more apparent, especially with a 5-step MacAdam ellipse.
Lower Power Consumption: While lower power consumption is good for energy-saving, it can result in insufficient brightness in scenarios with high brightness requirements.
Lower Light Efficiency: COB LEDs generally have lower light efficiency than SMD LEDs, meaning they may offer lower brightness at the same power.
Higher Defect Rates in Waterproofing: The flip-chip structure used in COB LEDs is more complex, leading to a higher defect rate in waterproofing processes compared to SMD LEDs. This can make COB LED strips more prone to defects during the manufacturing process.