It can switch between millions of colors with simple operation, allowing you to easily change to almost any color you can imagine—from solid red, green, and blue to vibrant purple, orange, pink, and more. Whether you prefer soft lighting or bright, vivid tones, the 5050 RGB LED strip can easily adapt to create the perfect ambiance for any space. This color changing LED strip is a versatile option for various settings.
Typical applications include:
- Architectural indoor LED strip lighting for key areas
- Bars, restaurants, lounges, and hotel venues
- Street landscapes, gardens, and outdoor landscape projects
- Parties, festivals, stage lighting, and exhibition setups
The 5050 RGB LED strip comes with a dedicated controller, breaking through the limits of traditional lighting to offer flexible color transitions and precise scene customization, creating stunning visual effects. These LED flexible strips are energy-efficient, durable, and environmentally friendly, making them the top choice for modern lighting projects worldwide.
What is 5050 RGB LED Strip?
The term 5050 refers to the 5.0mm × 5.0mm LED chip size. Each chip integrates red, green, and blue pixels, allowing for millions of color combinations.
These 5050 SMD LEDs are mounted on a dual-layer pure copper flexible PCB and soldered using a low-temperature reflow soldering process, ensuring excellent conductivity, efficient heat dissipation, and a longer lifespan. The standard power is 0.2W or 0.5W per LED, and LW Lighting can customize them according to project requirements.
What’s the difference between RGB and RGBW？
RGB LED strips can also produce white light through color mixing. By selecting the right wavelengths for the red, green, and blue channels, the mixing effect can be ideal, typically resulting in pure white light.
On the other hand, RGBW LED strips incorporate an additional white LED, allowing for precise white light control. This white LED can be specified to achieve different color temperatures, such as 2700K, 3000K, 4000K, and 6000K, providing highly accurate white light.
What’s the difference between RGBW and RGB+W？
RGBW is a "single LED 4-in-1" design, where each LED chip contains red, green, blue, and white elements. When illuminated, the same LED chip completes both the color mixing and the white light output.
For example, in a 120 LED per meter strip, there are 120 integrated LEDs, each containing red, green, blue, and white chips. This results in 120 sets of red, 120 sets of green, 120 sets of blue, and 120 sets of white chips, with a density of 120 LEDs per meter, providing a continuous, gapless light output.
RGB+W is a "dual-LED combination" design, where separate RGB LEDs and white LEDs are paired together. The color and white light are produced by different LEDs, following a "parallel illumination" design.
For example, in a 120 LED per meter strip, 60 LEDs are pure RGB three-color LEDs, and 60 LEDs are independent white light LEDs, arranged alternately. This results in 60 sets of red, 60 sets of green, 60 sets of blue, and 60 sets of white chips. The density remains 120 LEDs per meter, but the light points are divided into "color groups" and "white light groups."
What’s the difference between RGB, RGBW(4in1), RGB+W and 5in1？
| Type | LED Chip Composition | Core Features | Suitable Application Description |
| RGB | Red + Green + Blue (RGB) Chips | Basic colored ambiance, white light generated by color mixing, low cost | Entry-level ambiance decoration, stage backgrounds, low-cost projects |
| RGBW (4-in-1) | Single LED integrating Red, Green, Blue, and White Chips | Uniform and delicate color, natural transitions, white light without color mixing deviations | High-end ambiance decoration, film set designs, high CRI applications |
| RGB+W | Independent RGB LEDs + Independent White LEDs | Pure, high-brightness white light, separate control of color and white light | Commercial lighting, architectural contour lighting, home use |
| RGBCCT (5-in-1) | Single LED integrating Red, Green, Blue + Cool White + Warm White | Color-changing + adjustable color temperature from 2700K to 6500K | High-end home, commercial spaces, photography studios |
Product Features
01. Flexible PCB
It uses flexible FPC soft substrates, with high-brightness SMD 5050 chips mounted on a dual-layer pure copper circuit board. This structure not only provides excellent conductivity and low power consumption but also significantly extends the lifespan of the LED strip like led strip lights 12 volt.
Compared to regular strips, the 5050 RGB LED Strip has a larger size and higher brightness, allowing it to cover a wider area with fewer LEDs. The flexible material allows it to bend freely, making it easy to shape, install, and resistant to breakage.
02. Vibrant Colors
Paired with a dedicated controller, the 5050 RGB LED strip supports a wide range of color transitions and dynamic modes. Whether for indoor and outdoor architectural decoration, commercial spaces, or festive lighting, it performs flawlessly, allowing you to control every scene as you wish.
03. Stability & Durability
Built with premium materials and proven techniques, our LED strips offer superior heat and oxidation resistance. They ensure stable brightness and low lumen depreciation over time. Supporting multiple voltages and control schemes, this reliable solution is designed for 24/7 operation in diverse indoor and outdoor settings.
Product Specification
LW Lighting manufactures a variety of flexible LED strips. Below is the product specification sheet for the 5050 RGB LED strip.
| Specification | LW – A0032 |
| Product Name | 5050 |
| Lamp Total Power | 60W ± 10% |
| LED Qty | 60 PCS |
| Color | RGB |
| Viewing Angle | 120° |
| PCB Color | White |
| Life Time | >50,000 HRS |
| Input Voltage | DC 12V / DC24V |
| Operating Temperature | -20℃ to +40℃ |
Our 5050 RGB LED strip supports various customizations to meet different project requirements:
- Packaging and labeling: Custom packaging, instruction manuals, labels, PCB-printed logos, etc.
- Performance customization: LED quantity, PCB width, waterproof rating, color temperature, and color rendering index (CRI) can be customized according to your needs.
Accessories
Connectors, aluminum profiles, power supplies, and RGB controllers. A one-stop solution for easy installation, long-distance layout, and secure and reliable connections.
Dimensions
12V-30LEDs/M
24V-60LEDs/M
Connect Drawing
Installation and Connection Guide
Connecting RGB LED strips doesn't require complicated procedures; once you understand the principle, you can easily complete the task. The common methods can be divided into soldering and connector connections, each with its own features:
1. Soldering
If you're looking for the most secure electrical connection, soldering is the best choice. First, confirm the markings on the LED strip: B (blue), G (green), R (red), V+ (positive). Then, solder the wires to the corresponding positions according to the markings. Tip: Cut along the marked lines, ensuring the soldering points are solid and the polarity is correct, and the LED strip will work smoothly.
2. Connector Method
Don't know how to use a soldering iron? No worries—connectors make installation quick and safe.
Simply: Cut the LED strip → Open the connector cover → Align the copper solder points → Confirm B/G/R/V+ → Close the clasp
Common types of connectors:
- 4PIN RGB pin connectors: Used to connect RGB LED strips with controllers and power supplies
- Inline connectors (Strip-to-Strip): Used to connect two strips of LED strips
- Extension wire connectors (Strip-to-Wire): Used to connect LED strips with power lines
Get More Information
We focus on high-quality, high-performance LED strips that help clients reduce costs and improve project efficiency. Our team provides tailored solutions to meet your unique needs.
Feel free to contact us for professional guidance—our team will respond within 24 hours.
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