11 products

  • SK6812 5V LED-Streifen RGBW LEDZONE
    Vendor:
    LEDZONE

    5V SK6812 Addressable RGBW LED Strip – Individually Controllable

    • 5V
    • RGBW
    • SMD
    • Addressable per LED
    Regular price From €9,90
    Sale price From €9,90 Regular price
  • 5V WS2812B LED Strip Addressable RGB – individually controllable
    Vendor:
    LEDZONE

    5V WS2812B LED Strip Addressable RGB – individually controllable

    • 5V
    • RGB
    • SMD
    • Addressable per LED
    Regular price From €9,90
    Sale price From €9,90 Regular price
  • Running Lights

    Discover what is possible with lighting

  • 12V WS2815 Addressable RGB LED Strip – Fail-safe design with redundant data line
    Vendor:
    LEDZONE

    12V WS2815 Addressable RGB LED Strip – Fail-safe design with redundant data line

    • 12V
    • RGB
    • SMD
    • Addressable per LED
    • Backup line
    Regular price From €15,90
    Sale price From €15,90 Regular price €15,90
  • 12V/24V WS2814 Addressable RGBW LED Strip 12W/m – Segment Control
    Vendor:
    LEDZONE

    12V/24V WS2814 Addressable RGBW LED Strip 12W/m – Segment Control

    • 12/24V
    • RGBW
    • SMD
    • Segment control
    Regular price From €49,90
    Sale price From €49,90 Regular price
  • 24V WS2811 COB LED Strip Addressable RGB 720 LEDs/m – Dot-Free Light Output
    Vendor:
    LEDZONE

    24V WS2811 COB LED Strip Addressable RGB 720 LEDs/m – Dot-Free Light Output

    • 24V
    • RGB
    • COB
    • Segment control
    Regular price From €49,90
    Sale price From €49,90 Regular price
  • 24V COB LED strip addressable solid color 360 LEDs/m – for chasing light effects
    Vendor:
    LEDZONE

    24V COB LED strip addressable solid color 360 LEDs/m – for chasing light effects

    • 24V
    • Solid color
    • COB
    • Segment control
    Regular price €44,90
    Sale price €44,90 Regular price
  • 12V WS2815 Addressable RGBW LED Strip 18W/m – Fail-safe design with redundant data line
    Vendor:
    LEDZONE

    12V WS2815 Addressable RGBW LED Strip 18W/m – Fail-safe design with redundant data line

    • 12V
    • RGBW
    • SMD
    • Addressable per LED
    • Backup line
    Regular price From €52,90
    Sale price From €52,90 Regular price
  • 24V TM1814 addressable RGBW LED strip 18W/m – external IC technology
    Sold out
    Vendor:
    LEDZONE

    24V TM1814 addressable RGBW LED strip 18W/m – external IC technology

    • 24V
    • RGBW
    • SMD
    • Segment control
    Regular price From €49,90
    Sale price From €49,90 Regular price
  • 24V WS2814 COB LED Strip Addressable RGBW 21W/m 784 LEDs/m 5m – dot-free light output
    Vendor:
    LEDZONE

    24V WS2814 COB LED Strip Addressable RGBW 21W/m 784 LEDs/m 5m – dot-free light output

    Regular price From €73,90
    Sale price From €73,90 Regular price
  • 24V Digital SPI Neon LED Strip 12x20mm UCS2603
    Vendor:
    LEDZONE

    24V Digital SPI Neon LED Strip 12x20mm UCS2603

    • 24V
    • RGB
    • SMD
    • Segment control
    • Neon flex
    Regular price €119,90
    Sale price €119,90 Regular price
  • 12V UCS1903 COB LED Strip Addressable RGB 13W/m 100 LEDs/m – with Silicone Coating
    Vendor:
    LEDZONE

    12V UCS1903 COB LED Strip Addressable RGB 13W/m 100 LEDs/m – with Silicone Coating

    • 12V
    • RGB
    • SMD
    • Addressable per LED
    Regular price €79,90
    Sale price €79,90 Regular price

Typical applications for addressable LED strips

Addressable LED strips are particularly versatile and are used in both creative and technical environments:

  • Gaming and streaming setups
  • Ambient lighting in living spaces
  • Stair and hallway lighting (pathway lights with sensors)
  • TV and monitor backlighting
  • Events, bars, and commercial installations
  • Industrial and machine lighting (e.g., status indicators, visual signals, process displays)

Especially in industrial environments, addressable LED strips offer the ability to visually display statuses, warnings, or processes through their digital control (e.g., SPI protocols).

Wherever light is intended not only to illuminate but also to convey information or create an experience, addressable LED strips demonstrate their strengths.

What makes addressable LED strips special?

The key difference lies in the control:
Addressable LED strips have integrated driver ICs distributed along the strip. Each of these chips controls a single LED or a defined group of LEDs (segment) and processes digital control signals that are passed serially along the strip.

Typical features:

  • Targeted control of individual LEDs or segments
  • Digital data transmission (e.g., SPI-like protocols)
  • Dynamic effects (running lights, animations, color gradients)
  • Synchronization with systems (e.g., smart homes, industrial applications)

Well-known chips include WS2812B, WS2815, and SK6812.

Buying guide: What to look for

For your setup to work optimally, the following points are crucial:

Voltage (5V vs. 12V vs. 24V)

  • 5V (e.g., WS2812B): pixel-perfect control (each LED individually), but higher voltage drop
  • 12V (e.g., WS2815): better for longer distances, usually controllable by segment (e.g., 3 LEDs per segment)
  • 24V (e.g., WS2811 / single-color variants): ideal for long distances and industrial applications, larger segments

LED density (LEDs/m)

  • 30 LEDs/m → simple effects
  • 60 LEDs/m → standard
  • 120+ LEDs/m → very fine, fluid animations
  • COB addressable strips → extremely high LED density for nearly continuous effects without visible dots

RGB vs. RGBW vs. single-color

  • RGB: classic color display
  • RGBW (e.g., SK6812): additional true white for better light quality
  • Addressable single-color: ideal for functional applications (e.g., status indicators, industry, signaling)

Matching accessories for addressable LED strips

For operation, you need:

  • a compatible LED controller (e.g., WLED Controller)
  • a suitable power supply (pay attention to power and voltage)
  • amplifiers or level shifters if necessary (for longer distances)
  • aluminum profiles for a clean look and cooling

A stable signal transmission is crucial for clean effects – especially over longer cable runs.

Expert tip: Pay attention to signal & power supply

Two things play a major role with addressable LED strips:

  • voltage drop → especially relevant in 5V systems
  • signal stability → place the controller as close to the strip as possible

Recommendations:

  • inject power additionally for longer distances
  • use short data cables
  • use level shifters if necessary

This helps you avoid flickering or incorrect colors.

Conclusion: When are addressable LED strips the right choice?

Addressable LED strips are ideal if you:

  • want to implement dynamic effects and animations
  • want to use light as a design element
  • are looking for individual control and maximum flexibility

For uniform, steady lighting, COB LED strips are the better choice – but for effects and creative applications, addressable LED strips are unbeatable

What are addressable / digital LED strips?

Addressable LED strips – also known as digital, pixel, or smart LED strips – allow individual LEDs or groups of LEDs to be controlled independently. This makes it possible to create effects such as color gradients, chasing lights, or animations, where the LEDs are controlled independently of one another.

Technically, these strips operate using integrated microcontroller chips (e.g., WS2812B, SK6812, WS2815) that process digital control signals. This allows creative lighting installations to be programmed or controlled in real time.

What is the difference compared to classic RGB strips?

With classic RGB strips, all LEDs light up simultaneously in the same color. With addressable strips, each LED can individually change its color and brightness. This enables dynamic effects that are not possible with normal RGB strips.

Which controllers are compatible?

Digital LED strips require special controllers that support the respective protocol (e.g., suitable for WS2812, SK6812, UCS1903). Popular options are pre-programmed controllers, DIY solutions with WLED (ESP32), Arduino or Raspberry Pi, as well as professional DMX controllers with a digital output.

What does SPI mean for LED strips?

SPI stands for "Serial Peripheral Interface" – a digital communication protocol. SPI LED strips require a data signal (DI) and, if applicable, a clock signal (CLK) to precisely control the LEDs. It is used with many types of addressable LEDs.

Are addressable LED strips also available in RGBW or a single color?

Yes. Models such as the SK6812 RGBW include a dedicated white channel in addition to the RGB spectrum. This enables richer white light and better color mixing—ideal for applications that also require neutral- or warm-white light. Single-color versions are also available. It is important that the controller is designed for the respective colors.

How long can digital LED strips be?

The maximum possible length depends primarily on the input voltage and the number of LEDs per meter. While the data signal can easily be extended over several meters with many LED types (e.g., WS2812, SK6812), the power supply must be planned individually. Depending on the voltage and current consumption, multiple power injection points should be provided—especially with low voltage (5V) and high LED density. For very long installations, a signal amplifier may also be required to stabilize the data signal.

How are these strips connected?

A typical connection consists of +V (e.g. 5 V or 12 V), GND (ground), DATA IN (data signal) and, if applicable, CLK (for chips with a separate clock line). Important: The controller and strip must use the same protocol and voltage.

For which applications are addressable strips particularly suitable?

  • Effect lighting
  • Commercial applications
  • Stair and furniture lighting with chasing light effects
  • Advertising signs and animated light panels
  • Gaming and PC modding
  • Lighting in vehicles or smart homes
  • Stage, trade show and event technology

What should be considered regarding the power supply?

Addressable LED strips can require a lot of power depending on the number of LEDs. Therefore, appropriately sized power supplies and stable injection points are essential. When selecting the power supply, it is recommended to factor in a 10% tolerance for the maximum power of your installation