Addressable LED Strip Lights

Single-signal addressable LED strips are the cornerstone of digital IC lighting, widely adopted across diverse residential, commercial, and architectural projects for their simplicity, versatility, and cost-effectiveness. 

What do "Single Signal LED Strips" mean?

In addressable led strip lighting, "Single Signal" means that only has one wire to transmit data, which is convenient for wiring. It's also called 3 pin digital led strip (V+, GND, DAT). WS2812/WS2812B/WS2812C, SK6812, WS2811/SM16703 are the familiar 3 pin single signal digital led strip lights, which also include UCS1903/UCS2903/FW1903, UCS2904, TM1812, TM1814/TM1824 and so on. 

"Single Signal" just specifies that the digital led light strip has only one data wire. It does not limit the color of the addressable LEDs, so you can still find white, WWA, or RGBW colors other than RGB here.

SUPERLIGHTINGLED Breakpoint Resume Series is an upgraded version of our single-signal addressable LED strip light, which is a 4-wire LED strip circuit with a data line and a backup data line. A single pixel failure will not affect the signal transmission unless two consecutive adjacent pixels fail. After a single data line fails, the backup data line will automatically start and ensure that the signal is not interrupted in long-distance cascading, suitable for commercial lighting environment.

The most representative dual-data-signal IC is the WS2815, though similar options include the WS2813, WS2818, GS8208, GS8206, TM1914, TM1934, SK6813, and others. Each dual-data-signal IC has its own unique features; browse our full collection below to find the exact dual-data-signal IC model, voltage, and IP rating tailored to your programmable lighting design.

High-speed synchronization for professional pixel LED displays. At SuperLightingLED™, we provide premium dual-signal addressable LED strips featuring independent Data (DAT) and Clock (CLK) lines. Unlike breakpoint-resume LED strips that focus on backup data, this DAT+CLK architecture is engineered for ultra-high refresh rates and precise timing synchronization. IC-controlled LED strip lights with a CLK line effectively eliminate flickering and data transmission delays, making tnem the superior choice for high-speed dynamic effects and large-scale pixel mapping.

Most of our high-speed dual-signal (DAT + CLK) addressable LED strips, such as the SK9822, APA102, APA107/HD107/HD108, WS2801, and LPD8806, operate at 5V DC, while the older LPD6803 model operates at 12V DC. Notably, our WS2801 pixel modules can operate at either 12V or 24V.

Individually addressable LED strip light is a collection of a single IC control a single LED product, serial cascade interface, an unlimited cascade, every LED that can display different lighting effects. Similarly, modular LED pixel light strings are also individually addressable and are commonly used in architectural lighting applications such as eave lighting.

How to choose an individually addressable LED strip light?

Virtually all DC 5V pixel LED strips support individual control, such as our WS2812 series, WS2813 series, and CLK clock signal IC series.

For DC12V, the most popular WS2815 breakpoint-resume product is also individually addressable, they are all single LED cuttable, so the most accurate LED strip length customization can be achieved, it is the first choice for home lighting; for longer distance lighting, you can choose WS2815 LED strip light, and for shorter distance lighting, you can choose SK6812 LED strip light, with good cost performance.

Is There A 24V Individually Addressable LED Strip?

Designed for precision architectural integration and micro-linear fixtures, our Ultra-Narrow Addressable LED Strips feature ultra-slim PCB widths ranging from 2.7mm to 7mm. By integrating micro-sized pixel ICs and ultra-dense LED arrays (SMD & COB), these slim addressable LED tapes deliver smooth, pixel-accurate dynamic effects inside ultra-thin aluminum profiles, custom neon flex tubing, furniture coves, and tight display cases where standard 8mm or 10mm strips simply cannot fit.

What is the narrowest addressable LED strip light?

Ultra-narrow addressable LED Strips is a collection of the narrowest addressable LED strip light in the market. The narrowest addressable LED strip light can achieve 2.7mm ~ 3mm/0.12in wide PCB, the flexible design can provide bright lighting for any narrow space you can imagine; only a quarter pcb wide of ordinary LED strips. 

In contrast to PWM small led light strips, these addressable tiny light strips allow you to control the color and brightness of their LEDs as you wish, for the ultimate in dynamic light color rendering. Match dream color LED controller to output 16 million dynamic chasing effects, suitable for elegant cabinet lighting and hidden backlighting.

SlimLine COB LED Strip Collection – Revolutionizing Ambient Lighting

SuperLightingLED, as a dmx led strip manufacturer, specializes in Direct DMX LED Strips, which are integrated with a variety of UCS512 IC chips like UCS512C4 (256 grayscale), UCS512H4, UCS512H5, UCS512H6 (65536 grayscale), etc., can be directly connected to DMX master control. 

What does DMX stand for on LED Lights?

DMX stands for Digital Multiplex, a communication protocol commonly used in lighting industry to control lighting equipment, including LED strips, LED rope lights, LED string lights, etc. DMX can send digital signals through a DMX controller or a DMX console to provide precise control of various parameters (such as brightness, color, and effects) of LED lights, commonly used to create dynamic and customizable lighting displays in a variety of settings such as stage, event, and architectural lighting. 

DMX control is more precise than addressable SPI/TTL control. DMX LED Tape Light has four wires (V+, GND, D, P) or five wires (V+, GND, A, B, P), where D, A, B are the data line and P is the address line, and DMX512 can control single white light, color temperature white lights, color tuning RGB/RGBW/RGBCCT lights.

When you need dynamic lighting effects, the default is often an addressable RGB strip. But trying to mix a pure, high-quality white light from RGB chips can be frustrating, often resulting in a blueish tint. Our addressable white LED strips solve this problem directly. They are built for projects that demand sophisticated, animated white light — from warm 2700K glows to crisp 6500K daylight — without the complexity or color fringing of multi-color LED strips. These are perfect for creating flowing water effects, sparkling ceiling animations, or subtle chasing sequences in architectural coves, retail displays, and hospitality settings where pure white light is essential.

We build these digital strip lights using dedicated white or tunable white LEDs, controlled by industry-standard ICs like the WS2811, WS2815, and SK6812. This gives you pixel-level control over brightness and, on our CCT and WWA models, color temperature. You can create flowing gradients from warm to cool, mimic the sun's daily cycle, or just run a simple chase effect with a perfect 3000K warm white led strip light. Our range includes everything from cost-effective 5V white LED strips for smaller projects to high-density 24V COB versions for perfectly dotless, uniform lines of light. 

What is Addressable RGBW Led Strip?

Addressable RGBW led strip is a general term for strip lights that use intelligent ICs such as WS2814, SK6812, TM1814/TM1824/TM1834, SM16704, UCS2904, DMX512, etc. to control RGBW LEDs. 

The difference with ordinary RGBW strip lights is that RGBW addressable led strip follows to digital data signal commands, by programming the ARGBW (addressable RGBW) ICs, addressable led strip RGBW can display a very wide range of color effects and achieve the effect you want for your specific projects.

Components of Addressable RGBW LEDs

Addressable RGBW LEDs contain four color channels: red, green, blue, and white, and they can be packaged in the same 5050/4040 SMD or chip on board COB led, or RGB and white be independent of each other. The white color of addressable RGB W is typically 3000K, 4000K, 6000K. 

How Addressable RGBW Change Light Colors

Addressable RGBW color change is not through a single color channel but through the SPI/TTL or DMX data signal, so the use of ordinary 5-wire led controller can not control the RGBW pixel strip lights. The correct approach is to choose a programmable controller compatible with these RGBW ICs and give specific commands to the ARGBW ICs to get colorful lighting effects.

What is RGBCCT addressable LED strip?

RGBCCT addressable led strip is an upgraded version of color changing led strip lights, incorporating the functions of RGB LEDs and CCT LEDs. It is a smarter version of PWM RGBCCT led strip. With special IC such as FW1906, WS2805, DMX512 to precisely control each group of LEDs (or each LED), these addressable RGBWW led strip tapes can present dynamic color effects and natural light changes via digital signals of addressable RGBCCT led controllers.

For clarity, we define RGBCCT, RGBWW, RGBCW and RGBTW as the same: RGB+ Cool White+ Warm White (RGBCW 2700K-6500K). Compared to RGBW, addressable RGBCCT can not only produce RGB colors, but also point to point control color temperature of every single LED group, ranging from 2700K to 6500K. 

In this programmable RGBTW LED strip category, we offer four specific product lines:

1. Digital 5-in-1 RGBCCT light

2. Digital 3-in-1 RGB light + PWM 2-in-1 CCT light (RGB+CCT)

3. Digital 4-in-1 RGBW light + individual white light (RGBW+W)

4. Digital RGBCCT COB

RGB vs RGBIC vs RGBW vs RGBWW vs RGBCW vs RGBCCT

12 Volt LED Lights are commonly used in home lighting, commercial lighting, and car decorative lighting areas. In low voltage programmable led strip lighting system, considering light brightness and color consistency performance and the ability to control the LEDs individually, 12V led ribbon lights is the best choice. These 12 volt color lights are addressable and programmable, which is what sets them apart from ordinary 12 volt color changing light strips.

What is the difference between DC12V addressable LED strips?

Standard DC12V addressable LED strips vary significantly in their IC control architectures and pixel resolutions:

Single-wire 12V ICs like WS2811 and TM1814/TM1824 utilize a 1-IC-controls-3-LEDs architecture (cuttable every 3 LEDs). By requiring fewer ICs per meter, this design delivers an exceptional cost-to-performance ratio for long-run commercial lighting. While 12V SK6812 also uses a single-wire protocol, it is built with integrated IC-in-LED packaging to achieve true individual addressability per single pixel.

Advanced 12V ICs like WS2815 and GS8208 feature single-LED control (1 IC per LED, cuttable per single LED) paired with dual-signal breakpoint resume (DAT + BKP) technology. Even if a single LED or IC fails, the signal continues uninterrupted across the rest of the strip—making it the ideal high-reliability solution for critical architectural projects.

Are 12V LED strip lights right for your low-voltage lighting project?

When your project demands long, continuous runs of addressable lighting, our DC24V addressable LED strips are the professional's choice. Because run on higher voltage, there is a significant reduction in voltage drop. This means you can power runs of 10 meters (about 33 feet) or even longer from a single power supply, with minimal brightness or color decay towards the end of the strip. This makes 24 volt LED strip lights perfect for architectural coving, outdoor perimeter lighting, and large-scale signage where multiple power injection points would be impractical.

Understanding 24V Addressable ICs and Cut Segments

One key technical difference with 24V addressable LED strips is the grouping of LEDs. To handle the higher voltage, LEDs are wired in series. This means that a single IC (Integrated Circuit) chip typically controls a group of 6 LEDs. This group acts as one pixel. So when you see a 24V WS2811 or 24V UCS1903 light strip, the cut lines will be spaced every 6 LEDs, and that entire 6-LED segment will always be the same color. 

Engineered for large-scale architectural installations, dynamic stage productions, and immersive full-wall color rendering, our multi-row addressable LED strips represent the pinnacle of high-lumen output within the pixel-lighting family. By arraying 2, 3, or 4 parallel LED rows onto wide flexible PCB bases (15mm, 16mm, 20mm, and 25mm widths), these ultra-bright LED ribbons deliver maximum luminous density and fluid pixel control, eliminating light gaps for seamless edge-to-edge coverage.

Featuring bright SMD5050 or high-density SMD2835 LEDs with ICs, these strip lights boast an expanded luminous surface and a wide viewing angle for superior light distribution. Optimized for DC12V and DC24V power systems using group-controlled IC architectures, they are ideal for high-power cove lighting, wide aluminum channels, custom matrix displays, automotive custom lighting, and demanding commercial task illumination.

Driven by industry-standard RGBIC, RGBWIC, and White ICs—including WS2811, WS2818, UCS1903/UCS2903, TM1812, SK6812, TM1814, and native DMX512—these bright addressable LED strips offer seamless plug-and-play compatibility with advanced control platforms like WLED and MADRIX for boundless dynamic color effects.

Unlike standard addressable LED strips designed for linear runs, this category contains the fundamental building blocks: individual addressable LEDs and pre-assembled pixel LED boards like rings, sticks, and matrices. These are the components for creating unique shapes, custom PC mods, cosplay props, or compact status indicators where every single pixel needs independent color and brightness control.

Most of these LED neopixel components run on DC5V, which is perfect for integrating with microcontrollers like an Arduino, ESP32, or Raspberry Pi. 

For larger, high-density installations, addressable LED panels offer a seamless, grid-based solution that allows you to render vibrant graphics, custom animations, and full-matrix visual displays with pixel-perfect accuracy.

For scalable accent lighting and creative contouring, individually pixel LED string lights provide a flexible, modular alternative—offering dynamic 360-degree illumination and weather-resistant durability that pre-assembled boards and rigid LEDs cannot achieve in large-scale outdoor or architectural setups.

Addressable flexible LED pixel panels provide a turnkey 2D grid solution that eliminates the labor-intensive assembly, wiring complexity, and alignment errors associated with constructing custom matrices from individual LED strips. By integrating pre-spaced, individually addressable LED neopixels onto a uniform, bendable substrate, these panels drastically streamline installation for curved surfaces, cylindrical pillars, and complex architectural contours while guaranteeing pixel-perfect pitch and seamless graphic, text, and video rendering right out of the box.

Our LED matrix panel range is built to cover any project size or power requirement. We stock common configurations like 8x8, 16x16, and 8x32, with pixel densities high enough for clear visuals even at close range. You'll find panels based on 5V, 12V, and 24V systems.