10mm 120leds DC24V 10 Pixels WS2818/FW1935 Addressable White LED Strip
Professional Pixel LED Strip Lights Manufacturer & Supplier
Product Parameter
Item: STE-4PIN-W-120-24V
Voltage: DC24V
Power: 14.4 W/M
Pixel Quantity: 10 pixels/m
LED Quantity: 120 LEDs/m
Cutting Unit: 100 mm
Break Continue: Yes
PCB Width: 10 mm
10mm 120leds DC24V 10 Pixels WS2818/FW1935
This addressable white strip with 120leds/m and 10pixels/m, normally 120leds/m pixel white LED strip has 20pixels/m which has a power consumption reaching to 28w/m, which is very hot. However, this strip only consumes 14.4w/m, no hot and longer lifespan. It is a good choice for neon lighting, where heat dissipation is not good because of the closed space inside.
- Flexible FPCB board, can be docked, bent, cut and fixed on the uneven surface at will. each 100m cuttable, easy to DIY
- 3M tape back, easy to install.
- Customize IP20/IP67 waterproof ratings, suitable for indoor & outdoor lighting environments.
- THE WS2818 IC is a dual signal that ensures stable function.
120LEDs/m White WS2818/FW1935 Product Features
- Addressable white LED strip
- 2700-6500K color temperature adjustment range, customized.
- Using a high-voltage CMOS process
- 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/FW1935 IC dual-channel breakpoint resume transmission
- 120 LEDs/m high brightness
- IP20/65/67/68 waterproof rating options
- Single IC controls 12 LEDs; 12 LEDs can be cut
- 3M adhesive tape for easy installation
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
WS2818 Vs WS2811 Vs UCS1903
Advantages of the WS2818 in Large-Scale Lighting Engineering:
In large-scale lighting projects, lighting stability is paramount. The WS2818 uses dual signals for data transmission, with breakpoint resumability. If one LED stops working, the next LED will function normally, unless two adjacent LEDs stop working in a row.
The WS2811 and UCS1903, on the other hand, use single-data-signal addressable LED strips. If one LED stops working, the entire strip stops working. This is not suitable for large-scale lighting projects.
Suntechlite LED VS Other Manufacturers
Why Choose Suntechlite Double Signal WS2818 LED Strip?
| Comparison Items | Suntechlite | Other Manufacturers | Variance Analysis |
|---|---|---|---|
| PCB • Copper foil thickness • Plate making process • Circuit safety • SMT process |
35+70 oz copper | 25+25 oz or 18+18 oz copper | The thicker the copper foil, the higher the power capacity and the better the heat dissipation of the light board. |
| Double-sided lamination | Front film coating, back oil coating | Lamination helps prevent physical damage, isolates from environmental aggression, improves flexibility, and resists high temperatures. | |
| Signal with protection resistor and filter capacitor | No protection resistor / no filter capacitor | Protection resistors and filter capacitors limit inrush current and suppress noise, improving anti-interference and preventing screen flicker. | |
| The solder joints are full and shiny | Low solder-tin joints | Full, well-wetted solder joints enhance the tensile strength of LED components and long-term reliability. | |
| Wire • Core diameter • Outer skin diameter |
0.15 mm × 26 pcs | 0.15 mm × 17 pcs | Greater total conductor area provides higher current-carrying capacity and lower voltage drop. |
| 1.8 mm / 20 AWG | 1.7 mm / 20 AWG | Thicker outer diameter indicates more robust insulation and better load capacity. | |
| Adhesive backing | Genuine 3M 300LSE adhesive backing | Economical adhesive | 3M adhesive offers strong bond, temperature resistance, waterproofing, and good resilience for long-term mounting. |
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