DC12V Addressable UV LED Strip WS2818
Professional UV LED Strip Light Manufacturer & Supplier
| Item | Wavelength | Voltage | Power | Pixel Quantity | LED Quantity | Cutting Unit | Break Continue | PCB Width |
|---|---|---|---|---|---|---|---|---|
| STE-TTL-4PIN-UV-60-12V | 365nm/395nm | DC12V | 14.4W/M | 20 pixels/m | 60 LEDs/m | 50mm | Yes | 10mm |
DC12V Addressable UV LED Strip WS2818 365nm 395nm
This UV addressable LED strip can adopt 365nm or 405nm for different applications, and it can be programmable to attract more clients.
WS2818 LED strip adopts dual-channel signal transmission (DI and D2); the data line(D1) and backup data line(D2) work together; when one LED is damaged, it will not affect the normal use of other LEDs. The data protocol uses a single-wire return-to-zero code communication method, after the chip is powered on and reset, the DIN terminal receives the data and stores it in the data latch inside the chip, the remaining data is reshaped and amplified by the internal reshaping processing circuit and forwarded to the next pixel, the number of cascaded pixels is only limited by the signal transmission speed requirement.
What is a WS2818 addressable UV LED strip?
395nm belongs to the range of UVA ultraviolet rays. UVA ultraviolet rays are often called “black light”. We offer 395nm UV LEDs. This product’s working voltage is 12V. Each of the three LEDs is driven by an external WS2818 IC. Control is via the serial data protocol SPI.
The WS2818 uses two data lines for signal transmission, with breakpoint and resume functionality. LEDs can be programmed to achieve dynamic patterns, colors, or intensity.
WS2818 addressable UV light strips combine programmable control with the unique properties of UV. It is great for creative lighting solutions. For projects, libraries such as FastLED (Arduino) or WLED (ESP32) support UV control if the IC protocol matches.
12V Addressable UV WS2818 Product Features
- Addressable UV LED strip, WS2818 IC
- Using a high-voltage CMOS process
- 12V/24V output voltage tolerance
- Built-in 5V VDD regulator
- Single-wire dual-channel serial cascade interface
- Built-in RC oscillator
- Built-in power-on reset circuit
- Data transmission rate up to 800kHz
- WS2818 IC dual-channel breakpoint resume transmission
- 60 LEDs/m high brightness
- IP20/65/67/68 waterproof rating options
- Single IC controls 3/6 LEDs; 3/6 LEDs can be cut
- 3M adhesive tape for easy installation
- Supports DMX, Wi-Fi, and Bluetooth protocols for integration with smart home systems
WS2815 vs. WS2812 vs. WS2818 LED Strips
- WS2815 vs. WS2812 vs. WS2818 LED Chips
- WS2815 vs. WS2812 vs. WS2818 LED Strip
- Applications: WS2815 vs. WS2812 vs. WS2818 LED Strips
- WS2815 vs. WS2812 vs. WS2818 LED Strip Installation Tips
- Pros and Cons Summary WS2815 vs. WS2812 vs. WS2818
- Choosing the Right LED Strip for Your Needs
- WS2811 VS WS2818B, What’s the difference?
- Deep Dive into WS2811 vs WS2818B LED Strips
- Choosing Between WS2811 and WS2818B
WS2818B vs FW1935/TM1934 vs FW1834
- WS2818B vs FW1935/TM1934 vs FW1834, What’s the difference?
- Deep Dive into WS2818B vs FW1935/TM1934 vs FW1834 LED Strips
- Choosing Between WS2818B vs FW1935/TM1934 vs FW1834
WS2818B VS UCS5603A VS UCS5603B LED Strips
- WS2818B vs UCS5603A vs UCS5603B, What’s the difference?
- Deep Dive into WS2818B vs UCS5603A vs UCS5603B LED Strips
- Choosing Between WS2818B vs UCS5603A vs UCS5603B
How to Control WS2818 LED Strips with ESP32?
- Materials Required
- ESP32 and WS2818 Wiring Schematic
- ESP32 and WS2818 Connection Diagram
- WS2818 Program Code Upload
- WS2818 Lighting Effect Demonstration Video
How to Control WS2818 LED Strips with Raspberry Pi
- Materials Required
- WS2818 and Raspberry Pi Wiring Schematic
- Raspberry Pi Connect WS2818 Diagram
- Code Upload
- Raspberry Pi Control WS2818 Lighting Effect Demonstration
UV Addressable LED Strip Applications
UV addressable LED strips can be used in the following applications:
- Stage and Entertainment: Creating a “blacklight” effect. Make fluorescent props and costumes glow in the dark (e.g., at DJ sets and theme parties).
- Decoration and Ambiance: Architectural contour lighting and art installations, such as interactive fluorescent murals.
- Programming and Development: Implement pixel-level animations (streaming, gradients) using ESP32/Arduino driver libraries (e.g., FastLED).
LED Strip Waterproof Level Description
Suntechlite provides addressable LED strips in various waterproof ratings. More information about waterproof levels, please click here, LED Strip IP20 VS IP65 VS IP67 VS IP54 VS IP68.
Select Recommendation:
– Kitchen/bathroom → at least IP65
– Poolside → start with IP67
– Long-term underwater use → IP68 certified products
IP20: Non-waterproof. The PCB surface is completely exposed. With a 3M self-adhesive backing. Suitable for indoor use.
IP54: Limited waterproofing. The PCB surface is covered with a waterproof silicone coating. Moderate dust and limited splash protection. The backing has a 3M self-adhesive backing, making it suitable for use in environments with occasional moisture. Suitable for general indoor environments, but not for extremely humid or dusty environments.
IP65: Waterproof. Epoxy resin coating, the PCB surface is encapsulated with plastic, and the backing has a 3M self-adhesive backing. Suitable for indoor and outdoor use.
IP67: Waterproof. Silicone sleeve, the PCB is encapsulated with a silicone tube and equipped with plastic fasteners for enhanced waterproof performance. Suitable for outdoor use.
IP68: Waterproof. Fully encapsulated with plastic, both the PCB surface and back are encapsulated with plastic, equipped with plastic fasteners. Highest waterproof rating. Suitable for outdoor use.
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