OEM APA102 LED strip

Each pixel can be set to any RGB value, and thanks to 8 bits per color, up to 16 million colors are possible. Because of the higher PWM frequency than the neopixels, the DotStar pixels are also suitable for POV projects. The control is done via SPI; one clock and one data pin. Since the pins are separated, the timing of the DotStar LEDs is much less critical than with neopixels, so they can be controlled not only with the Arduino but also with the Raspberry Pi, Propeller, SparkCore, and others. The maximum clock rate is 32 MHz. Adafruit has developed a library for Arduino and a Python module for the Raspberry Pi, which makes controlling these LEDs easy. To set a pixel to a specific color, an RGB value is sufficient. The APA102 does the necessary PWM itself with a speed of 20 kHz. Thus, even POV applications can be realized flicker-free. This is a strip of 5 meters in length with 30 LEDs per meter, totaling 150 LEDs, on a white flex PCB with a waterproof jacket. The strip can be cut after each LED as desired. On both sides of the strip, there is a 4-pin JST SM connector, male at the entrance and female at the exit. If you order a piece of this item, you will receive a roll of 5 meters. Alternatively, we also have this DotStar in a length of one meter. The strips must be operated with 5V and do not have surge protection. The power consumption for the whole strip is a maximum of 7.2W (all pixels on white at full brightness). Depending on the use, the power consumption can be drastically reduced (e.g., all LEDs on red need only 1/3 of the current). Width (including weather protection): 14 mm, Width (without weather protection): 12.7 mm, 30 LEDs/meter = Total 150 LEDs, Pixel pitch: 33.3 mm, Operating temperature: -40°C to 40°C, Light source: Epistar 5050 SMD LEDs, Brightness: Red ~600 mcd, Green ~500 mcd, Blue ~150 mcd, Beam angle: ~160 degrees, Maximum consumption per LED: ~60 mA (20 mA maximum per red/yellow/green).