China 24V SPI RGB 84LED 10MM strip lights Manufacturer and Supplier

24V SPI RGB 84LED 10MM strip lights

Inquire

Product Details

Technical Spec

●Infinite Programable Color and Effect (Chasing, Flash,Flow,etc).
●Multi Voltage Available: 5V/12V/24V
●Working/Storage Temperature: Ta:-30~55°C / 0°C～60°C.
●Lifespan: 35000H, 3 years warranty

Color rendering is a measure of how accurate colors appear under the light source. Under a low CRI LED strip, colors might appear distorted, washed out, or indistinguishable. High CRI LED products offer light that allows objects to appear the way they would under an ideal light source such as a halogen lamp, or natural daylight. Also look for a light source’s R9 value, which provides further information about how red colors are rendered.

Need help deciding which color temperature to choose? See our tutorial here.

Adjust the sliders below for a visual demonstration of CRI vs CCT in action.

Warmer ← CCT → Cooler

Lower ← CRI → Higher

#ARCHITECTURE #COMMERCIAL #HOME #OUTDOOR #GARDEN

SPI (Serial Peripheral Interface) LED strip is a type of digital LED strip that uses the SPI communication protocol to control individual LEDs. It provides more control over color and brightness when compared to traditional analog LED strips. Some of the advantages of SPI LED strips are as follows: 1. Improved color accuracy: SPI LED strips have precise color control and can display a wide range of colors accurately. 2. Fast refresh rate: The fast refresh rate of SPI LED strips reduces flicker and improves overall image quality. 3. Better brightness control: SPI LED strips provide fine-grained brightness control, allowing for subtle changes to individual LED brightness levels.

A dynamic pixel strip is a type of LED light strip that can change colors and patterns in response to external inputs like sound or motion sensors. These strips use a microcontroller or a custom chip to control the individual lights in the strip, allowing for a wide range of color combinations and patterns to be displayed. The microcontroller or chip receives data from an input source, such as a sound sensor or a computer program, and uses that data to determine the color and pattern of each individual LED. This data is then sent to the LED strip, which illuminates each LED in accordance with the data received. Lighting installations and theatrical performances frequently employ dynamic pixel strips.

DMX LED strips use the DMX (Digital Multiplex) protocol to control individual LEDs, whereas SPI LED strips use the Serial Peripheral Interface (SPI) protocol. When compared to analog LED strips, DMX strips offer greater control over color, brightness, and other effects, whereas SPI strips are easier to use and better suited for smaller installations. SPI strips are popular in hobby and do-it-yourself projects, whereas DMX strips are more commonly found in professional lighting applications.