12V 24V 66leds Individually Controlled RGB LED Strip
Professional Pixel LED Strip Lights Manufacturer & Supplier
Product Parameter
| Item | Voltage | Power | Pixel Quantity | LED Quantity | Cutting Unit | Break Continue | PCB Width |
|---|---|---|---|---|---|---|---|
| STB-TTL-4PIN-RGB-66-12/24V | DC12V/24V | 13.2 W/M | 66 pixels/m | 66 LEDs/m | 15.15mm | Yes | 10mm |
12V 24V 66leds Individually Controlled RGB LED Strip Lighting
24V Pixel 66 LEDs/mWS2815 RGB LED Strip 15m with No Voltage Drop
This individual addressable LED strip RGB DC24v is ideal for long distance illumination can ensuring 15 meters with no voltage drop, saving labor cost and money. Normal WS2815 LED strip in the market is DC12V and at most 5 meters, there will be a voltage drop, so we launch this new product.
This LED strip with IC WS2815 intelligent control LED light source integrates the control circuit and RGB chip into the SMD3535 component package,
WS2815 adopts dual data interface communication, WS2815 addressable LED strip light has 4 pins: V+ pin (+24V), GND pin (GND), and data pin (DO and BO), V+ and GND pins are connected to the LED power supply to power the LED strip, and the data pin is connected to the LED controller.
WS2815 has a refresh rate of 2000 Hz, which can produce excellent display effects without flickering in high-definition cameras.
WS2815 RGB Addressable LED Strip Product Advantage
The brightest 24V single row 66-LED/meter RGBIC LED strip, with a 15-meter run distance and no voltage drop.
This 24V WS2815 3535 RGB 66-LED addressable LED strip features a resume mechanism, allowing data transmission to resume where it left off upon power-up after a power outage or interruption.
This helps prevent data loss during transmission and ensures the continuity and stability of the strip’s animation effects. Furthermore, the dense arrangement of 66 LEDs per meter enables richer, more detailed effects in decorative lighting applications.
Furthermore, the WS2815 4-pin dual-signal 24V individually addressable LED strip maintains excellent performance even with all RGB channels enabled. When powered by a 24V DC power supply at one end, color shift is minimized across the entire 15-meter strip.
The recommended options are the SP648E LED controller + LRS-150-24V power supply + 4 pin RGB LED connector.
WS2815 Programmable LED Strip Feature
1. Built-in IC, individually addressable, and 256 grayscale levels.
2. Resumable download function. Enhanced anti-interference capabilities.
3. Built-in constant current driver. A single resistor and capacitor to drive a single LED. More stable output.
4. High refresh rate, suitable for fast-response dynamic lighting.
5. 24V long-range design. 15m with no voltage drop.
6. Wide compatibility: Supports multiple control platforms (such as Arduino, Raspberry Pi, ESP32, and ESP8266).
- Quick Table: WS2815 vs WS2812B
- Quickly Identify WS2815 vs WS2812B LED Strip
- Application: Which to Choose, WS2815 or WS2812B?
- Differences: WS2813 vs WS2815
- Similarities: WS2813 vs WS2815
- Recommended controller
WS2815 Everything You Need To Know
- WS2815 Technical Specifications
- WS2815 LED Strip Benefits
- Advantages of Using WS2815 LED Strip
- Types of WS2815 LED Strip
- Wiring WS2815 LED Strip
- Different Options of RGBIC LED Strip Lights: Which One To Choose
- What to Consider When Choosing Addressable RGB LED Strip
- How To Use WS2815 LED Strip: Ultimate Guide
- Why Choose SuntechLite For Quality Digital LED Strip
- WS2813 vs WS2814 vs WS2815, What’s the difference?
- Deep Dive into WS2813, WS2814, and WS2815 LED Strips
- Choosing Between WS2813 vs WS2814 vs WS2815
- SK6813 vs SK6813H vs WS2815, What’s the difference?
- Better Understanding of SK6813,SK6813H and WS2815 LED Strip
- Which one is the best choice: SK6813, SK6813H, and WS2815?
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
Power Consumption of WS2811 WS2812B WS2813 WS2815 & SK6812
How to Wire and Code WS2815 LED Strips on ESP32
Program WS2815 Individually Addressable LED Strips with Raspberry Pi
How to Wire and Code WS2815 LED Strips on ESP32?
The RGB WS2815 LED strip is compatible with a variety of microcontrollers, including Arduino, Raspberry Pi, ESP32, and ESP8266. The following diagram shows how to connect a WS2815 digital LED strip to ESP32 microcontroller to control dynamic LED lighting displays. Click How to Wire and Code WS2815 LED Strips on ESP32 for more details.
- 1. The current of the control board must be<500mA;
- 2. The current of the light strip is too large. Please use an external power supply to power the LED strip.
- 3. The DC3.3/5V interface is the voltage output port of the control board, which cannot be connected to the power supply. The DC interface is used for connecting the power supply.
- 4. The power supply range of the control board is DC3.3-9V, so the control board is powered by DC5V alone;
- 5. The wiring of RGB is the same as that of RGBW, but the programs cannot be shared.
- 6. The more points, the lower the refresh rate;
- 7. Note that the GPIO of ESP32 is 3.3V logic level, so the GPIO pin needs to be converted to a level before connecting to the light strip signal pin (74HCT125 or MOSFET level conversion).
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