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FUNZENXIN RGB LED Strip Lights - High Density COB 160LED/M Pixel 2.7mm 5mm 10mm - Versatile Lighting Solution
FUNZENXIN RGB LED Strip Lights - High Density COB 160LED/M Pixel 2.7mm 5mm 10mm - Versatile Lighting Solution
FUNZENXIN RGB LED Strip Lights - High Density COB 160LED/M Pixel 2.7mm 5mm 10mm - Versatile Lighting Solution
Product Description: This LED strip light from FUNZENXIN offers high density and flexibility, featuring individually addressable COB LEDs. It is perfect for adding vibrant lighting to various spaces.
Product Features and Specifications:
- Brand Name: FUNZENXIN
- Certifications: CE, FCC, ROHS, UL
- Model Number: WS2812
- Color Temperature: RGB
- Waterproof: No
- LEDs Number/M: 100/160leds/m
- LED Chip Brand: Epistar
- LED Chip Model: SMD3014
- Strip Type: SMD
- Occasion: LIVING ROOM
- Average Life: 50,000 hours
- Power Source: DC
- Power Consumption: 11.52W/m
- Specifications (light beads / m): 100/160leds/m
- Item Type: Strip
- Voltage: DC5V/DC12V
- Power Generation: SWITCH
- Smart Device: YES
- Choice: Yes
- Semi_Choice: Yes
Product Recommended use: The FUNZENXIN RGB LED Strip Lights are ideal for creating dynamic lighting effects in your living room, illuminating cabinets or shelves for added ambiance, and enhancing the look of your workspace or gaming setup.
Product Benefits:
- High-density LEDs for bright and uniform lighting
- Flexible design allows for easy installation in various spaces
- Each LED is individually addressable for customized lighting effects
- Durable build with a long average life of 50,000 hours
Reasons to Buy: The FUNZENXIN RGB LED Strip Lights are perfect for DIY lighting projects, provide versatile lighting solutions, enhance the ambiance of any room, and are great for both decorative and functional lighting purposes.
User Instructions:
- Connect the LED strip to a DC power source (5V/12V)
- Use a smart device to control the lighting effects if desired
- Install the strip in your preferred location using the adhesive backing
- Create custom lighting patterns by individually addressing the LEDs