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Addressable Controllers

SPI Addressable Controllers

  • Dual PIR Sensor Inputs + Dual Reset Switch SPI Control: Supports dual motion sensors and dual reset switches for enhanced functionality.
  • APP and Voice Control: Features app-based and voice control options, with an optional wireless 2.4G remote.
  • Dynamic Effects and Music Synchronization: Offers a variety of dynamic lighting effects and music rhythm modes.
  • Supports Multiple Chip Types: Compatible with a range of RGB LED strip chips.
  • High Pixel Capacity: Supports a maximum of 1024 pixels for control.
  • Signal Splitting: Converts one SPI signal group (data + clock) into two SPI signal groups for expanded output capabilities.

What is SPI Addressable Controllers ?

An SPI addressable controller is primarily used to control addressable RGB LED strips, often referred to as SPI dynamic LED strips. Working in conjunction with IC chips, these controllers enable precise control over each individual RGB or RGBW LED. This allows for highly detailed and dynamic full-color effects, including modes such as flashing, fading, running lights, flowing, chasing, and bouncing.

When dynamic effects are not needed, the controller can also operate in static modes, allowing for adjustable color temperatures between 3000K and 6000K and brightness levels from 1% to 100%. This flexibility makes it suitable for various project needs across different industries.

Supported IC Types:
These controllers are compatible with a wide range of IC chips, ensuring broad adaptability for different LED lighting projects.

WS2801, WS2821,WS2811，WS2812B,WS2813B,WS2814,WS2815B,WS2818B,

SK6812,SK6813,SK9822,P943,P9423F,P9411,APA102,APA104,GS8812,HD107S,

HD108，LPD8806, TM1803、TM1804、TM1809、TM1812、TM1814、TM1914、

TM1914A， TM1934,UCS1903、UCS1909、UCS1912、UCS2903、UCS2904B、

UCS2909、UCS2912、UCS8904A，UCS512

SPI Addressable Controllers

We offer a wide range of SPI dynamic series controllers, including SPI controllers, SPI controller kits, and SPI signal splitters. These controllers feature robust compatibility, supporting up to 49 types of RGB/RGBW LED strip chips.

Key Features:

  • Dynamic Effects: Supports 40 dynamic effects, including gradual transitions and flowing animations, with vibrant and colorful displays.
  • Versatile Applications: Ideal for nightclub lighting, bars, casinos, entertainment venues, theaters, film sets, and other projects requiring customized LED lighting control.

Our SPI addressable controllers bring flexibility and creativity to your lighting projects, enabling highly dynamic and customizable visual effects.

SPI RGB Controllers

  • 5-36VDC

    WT-SPI

  • WZ-SPI

  • SC

  • SC-L

  • ES-D

  • ES-DP

SPI Signal Splitter & SPI LED Remote Control

  • 5-36VDC

    SA

  • SA6

  • R9

SPI White Controllers

  • 5-36VDC

    MBHC01

  • L08P

Videos of SPI Addressable Controllers

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 does Wi-Fi control do?

    A Wi-Fi controller is primarily used to centrally control and manage devices within a wireless network, such as access points (APs) and client devices.

  • What does Wi-Fi smart mean?

    Wi-Fi smart refers to using intelligent technologies to manage and optimize Wi-Fi networks, improving efficiency and enhancing the user experience.

  • What is Wi-Fi remote control?

    Wi-Fi remote control enables remote operation of devices using Wi-Fi network technology. It allows users to control and operate devices without direct physical interaction. This technology is widely applied in various devices and scenarios, such as remotely controlling routers, smart home appliances, and more.

  • Can I control what devices are connected to my Wi-Fi?

    Yes, you can control which devices are connected to your Wi-Fi network.

    How to control connected devices:

      1. Via the router's management page:
        • Log in to the router's management interface by entering the router's IP address (e.g., 192.168.1.1) in a browser. Use the default username and password (often "admin").
        • Locate the "Wireless MAC Address Filtering" option, enable it, and add the MAC addresses of devices you want to allow.
      2. Via the router's app:
        • Download and install the official app for your router brand (e.g., TP-LINK, Huawei, Xiaomi) from your app store.
        • Open the app, connect to your router, and log in with the admin password.
        • Access the device management section to view the list of connected devices and choose to allow or block specific devices from the network.

Receivers & Decoders

DMX Receivers & DMX Decoders

  • Control Capability: DMX receivers and decoders allow control of DIM, CCT, RGB, RGBW, and RGB+CCT lighting types via DMX master controllers (e.g., panels, consoles).
  • Signal Conversion: DMX signals can be converted to SPI, 0/1-10V, and other output signals. For long-distance DMX512 signal transmission, signal amplifiers can be used to enhance the signal.
  • RDM Support: All decoder series support RDM functionality. DMX addresses can be set directly on the decoder or remotely via an RDM console.
  • Adjustable Settings: DMX start address and output channel numbers can be set using buttons, with settings displayed on a digital tube display.
  • Gray Scale & PWM Frequency: Choose between 8-bit or 16-bit gray scale decoding and a variety of PWM frequencies, including 250, 500, 1000, 2000, 4000, 8000, and 16000 Hz.

What is DMX Receivers & DMX Decoders Controller ?

DMX receivers and DMX decoders are key components in DMX lighting control systems, working together to manage the brightness and color changes of LED strips.

  • DMX Receiver: Acts as an intermediary device between the DMX controller and LED strips. It receives DMX signals and converts them into control signals that the lighting fixtures can understand. DMX receivers typically have multiple input channels, with each channel capable of controlling one LED strip or a group of strips.
  • DMX Decoder Controller: Serves as one of the core components in the DMX system. It sends control signals to the DMX receivers. Through programming, the decoder can control the brightness, color, and lighting effects of the fixtures. DMX decoders usually have multiple output channels, with each channel independently controlling one LED strip or a group of strips.

These devices enable precise and dynamic lighting control for complex installations, making them essential for DMX systems.

 

DMX Receivers & DMX Decoders

We offer a wide range of DMX decoders and receivers, including DMX512 decoders, master controllers, signal converters, and signal amplifiers. These devices are primarily used to control DMX dynamic LED strips, enabling vibrant, colorful lighting with effects like gradual transitions and flowing animations.

Our DMX solutions are ideal for:

  • Nightclub lighting
  • Bars
  • Casinos
  • Entertainment venues
  • Theaters
  • Film sets
  • And many other projects requiring customized LED lighting control.

With diverse color options and dynamic effects, our DMX products bring creativity and flexibility to your lighting designs.

DMX512 Master & Receivers

  • 5-36VDC

    XC

  • WT-DMX-M

  • WT-DMX-S

  • DM-WT

  • T12

  • T14-1

CV DMX512&RDM Decoder

  • 5-36VDC

    D1-L

  • D4-L

  • D3

DMX-SPI Decoder

  • 5-36VDC

    DSA

  • DS-L

  • DS

DMX512 Signal Amplifier

  • 5-36VDC

    DA

  • DMA

  • DA-L

Videos of Single Colour Controllers

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 a DMX decoder?

    A DMX decoder is a core component of a DMX system, responsible for sending control signals to DMX receivers. It can be programmed to manage the brightness, colors, and dynamic effects of lighting fixtures. DMX decoders typically have multiple output channels, with each channel independently controlling one LED strip or a group of strips.

  • Do I need a DMX decoder?

    Whether you need a DMX decoder depends on your project requirements. If you are using DMX512 control signals to operate LED strips or other lighting devices, a DMX decoder is necessary.

  • What are the advantages and disadvantages of a DMX decoder?

    Advantages:

    • Improved Signal Accuracy: A decoder converts digital signals into analog signals, enhancing the sampling bit depth and frequency, which improves precision and makes audio or lighting signals more realistic.
    • Quality Enhancement: It ensures high-quality signal conversion, enabling accurate and reliable lighting effects.

    Disadvantages:

    • Price Variation: There is a wide range of decoders available in the market, with significant quality and price differences, ranging from affordable options to high-end models. This variety may confuse buyers, and some may encounter exaggerated specifications or low-cost traps.
    • Compatibility Issues: Compatibility between different brands and decoders can vary, requiring users to select decoders that meet their specific needs.

  • What are DMX devices?

    DMX devices are digital communication tools used to control stage lighting and other effects. DMX stands for "Digital Multiplex," referring to multi-channel digital transmission. DMX devices primarily operate using the DMX512 protocol, which defines the structure of the signals. This protocol allows a single interface to control up to 512 channels, with each channel independently managing a lighting fixture or effects device.

WIFI- Smart Control

RF & WiFi/Zigbee/Bluetooth Control System

  • APP Cloud Control: Offers a variety of functions through a dedicated mobile application.
  • Optional Wireless 2.4G Remote Control: Enables easy operation with wireless remotes.
  • Smart Speaker Voice Control: Compatible with smart speakers for convenient voice-activated control.
  • 256-Level Smooth Dimming (0-100%): Provides precise and smooth dimming for optimal lighting.
  • Wireless Converter Functionality: Acts as a wireless hub to control multiple wireless controllers or dimmable power supplies.

What is RF & WiFi/Zigbee/Bluetooth Controller ?

RF, WiFi, Zigbee, and Bluetooth are wireless communication technologies designed to enable remote control via the cloud. These controllers support various functions such as:

  • On/off control
  • RGB color adjustment
  • Brightness control
  • Delayed on/off
  • Timed operation
  • Scene editing
  • Music synchronization

Additionally, RF 2.4G remotes can be used for local control. By integrating these technologies, products can work together to achieve intelligent and seamless control.

 

RF Wi-Fi Series(Tuya)

RF & WiFi/Zigbee/Bluetooth Control System

We provide RF & WiFi/Zigbee/Bluetooth control systems, including:

  • RF & WiFi Series
  • RF & Bluetooth Series
  • RF & Zigbee Series
  • WiFi Controller Kits

These systems offer versatile and intelligent control solutions for various lighting and smart home applications.

RF Wi-Fi Series(Tuya)

  • 5-36VDC

    WT1

  • WT5

  • V2-S(WT)

  • WT-SPI

  • WT-DMX-M

  • WT-DMX-S

RF Zigbee Series (Tuya)

  • 5-36VDC

    WZ5

  • WZ1

  • L2(WZ)

  • V2-S(WZ)

  • SS-B(WZ)

  • WG-Z

RF Bluetooth Series (Tuya)

  • 5-36VDC

    WB5

  • V5-L(WB)

  • S1-B

Videos of RF & WiFi/Zigbee/Bluetooth Control System

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 does Wi-Fi control do?

    A Wi-Fi controller primarily manages and controls devices within a wireless network, including access points (APs) and client devices.

  • What does Wi-Fi smart mean?

    Wi-Fi smart refers to the use of intelligent technologies to manage and optimize Wi-Fi networks, enhancing network efficiency and improving user experience.

  • What is Wi-Fi remote control?

    Wi-Fi remote control enables remote operation of devices via Wi-Fi network technology. It allows users to control and operate devices without direct physical interaction. This technology is widely used in various devices and scenarios, such as remote router management and smart home appliances.

  • Can I control what devices are connected to my Wi-Fi?

    Yes, you can control which devices are connected to your Wi-Fi network.

    How to control connected devices:

      1. Through the router's management page:
        • Log in to the router's management interface by entering its IP address (e.g., 192.168.1.1) in a browser. Use the default username and password (often "admin").
        • Locate the "Wireless MAC Address Filtering" option. Enable the filtering function and add the MAC addresses of devices you want to allow.
      2. Through the router's app:
        • Download and install the official management app of your router brand (e.g., TP-LINK, Huawei, Xiaomi) from your app store.
        • Open the app, connect to your router, and log in with the admin password.
        • Navigate to the device management section to view the list of connected devices. You can then allow or block specific devices from accessing the network.

RGB + CCT Controllers

RGB CCT LED Controllers

  • 5-Channel (RGB+CCT) Controller: Compatible with corresponding remotes, including handheld and panel remotes. It can control RGB+CCT LED strips or simultaneously manage RGB LED strips and CCT LED strips.
  • 2.4G Wireless Transmission Technology: Provides a remote control range of up to 30 meters. With a cascading function, signal forwarding between controllers can extend the control distance to several hundred meters.
  • Flexible Pairing: Each controller can pair with up to 10 remotes. Remote functions include on/off, dimming, color adjustment, grouping, zoning, and scene control.
  • Multi-Zone Control: A single remote can control one or multiple zones, with each zone supporting an unlimited number of controllers. A single controller can be assigned to different zones on the same remote for flexible grouping.
  • Automatic Synchronization: All controllers within the same zone automatically synchronize for seamless operation.

What is RGB CCT LED Controllers ?

An RGB CCT controller is primarily used to control RGB CCT LED strips. It can individually control the RGB colors while also adjusting the color temperature (CCT) and brightness. Additionally, it can combine these controls to achieve multi-color options, creating vibrant and dynamic effects suitable for various colorful lighting scenarios.

With a wide range of RGB CCT controllers available, they can be paired with LED strips to enable features such as brightness adjustment, dynamic effects, static effects, color control, and color temperature control. These controllers are ideal for enhancing multi-color lighting environments.

 

RGB CCT Control System

We offer a variety of RGB CCT controllers, including the SP Wireless RGB+CCT series, which features controllers, remotes, and panels. By combining different products, our system enables a 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, and timing functionalities.

RGBCCT LED Controller

  • 5-36VDC

    V5-M

  • M5

  • V5

RF RGB CCT Remote Control

  • 5-36VDC

    R17

  • R8-5

  • RT5

  • RT10

  • RS10

  • R10

RF RGB+CCT Panel Remote Control

  • 5-36VDC

    T15

  • T15-1

  • TW5-4

Videos of Single Colour Controllers

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 CCT and RGB?

    CCT and RGB are two different color representation methods:

    • CCT (Correlated Color Temperature): Represents the color temperature range, typically from 2700K (warm white) to 6500K (cool white). Common values include 2700K (warm white light), 3000K (neutral white light), and 6500K (cool white light).
    • RGB (Red, Green, Blue): Represents colors using the three primary colors—red, green, and blue—commonly used in digital displays and lighting technologies. RGB combines different intensities of red, green, and blue light to produce a wide range of colors.

  • What is a CCT LED controller?

    A CCT LED controller is a device used to adjust the color temperature of LED lights. It allows the color of the light to be changed by modifying the LED's color temperature range, typically between 2700K (warm white) and 6500K (cool white).

  • What does an RGB controller do?

    An RGB controller manages the color and brightness of RGB LED lights. By receiving user input through a microcontroller, it adjusts the LED driver circuit to change the light's color and brightness. Users can program it to create custom colors, brightness levels, and dynamic effects for various applications.

  • What is an RGBW controller used for?

    An RGBW controller is designed to control the color, brightness, and color temperature of RGBW lights. By adjusting the proportions of red, green, blue, and white light, it can produce a variety of colors, adjust brightness, and fine-tune the color temperature to create diverse lighting effects.

RGBW Controllers

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

  • 5-36VDC

    VP

  • V4

  • V4-L

RGBW - LED Remote Control

  • 5-36VDC

    R8-1

  • RT4

  • R14

RF RGBW Panel Remote Control

  • 5-36VDC

    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?

    1. 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.
    2. Lower Power Consumption: While lower power consumption is good for energy-saving, it can result in insufficient brightness in scenarios with high brightness requirements.
    3. Lower Light Efficiency: COB LEDs generally have lower light efficiency than SMD LEDs, meaning they may offer lower brightness at the same power.
    4. 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.

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