Under Technology Product Lineup

1. FADE in … The previous color slowly fades out while the next color slowly lights up. An effect that emphasizes the color transition. 2. MOTOR in … Smoothly transitions from the currently lit color to a new color. An effect that does not emphasize the color transition. 3. MAGIC in … Briefly whiteouts and then slowly reveals the color. An effect that creates excitement about what the next color will be. 4. RANDOM in … The moment it lights up, the hue changes randomly each time. An effect that allows enjoyment of various colors. 5. CANDLE action … Brightness changes randomly and continuously. An effect that mimics the flickering of a candle. 6. HANABI action … Lights up brightly several times and then gradually fades away. A fun effect reminiscent of fireworks. 7. AURORA action … Gradually changes between a whitish hue and colors. An effect similar to the aurora. 8. KALEIDO action … Various colors change smoothly and randomly. An effect inspired by a kaleidoscope.

• Other electronic parts

The new serial communication standard allows individual control of multiple chips from a single controller via daisy chain connections. It is not a simple data stream; instead, it identifies connections based on their order, eliminating the need for prior numbering. The operation will be in the form of command-line interface (CLI). The color format adopts an extended version of the "Ostwald color system," which makes it easy to visualize colors for digital use. 0 - 23: Hue numbers (0: red, 10: green, 16: blue) a - z: Saturation (linear change) a - z: Brightness (logarithmic change) <Example> 10ga -> green with reduced saturation *Actual transfer data can be controlled in more detail. 【Features】 1. By transferring and storing color data and sequence data within the chip from a PC, it is possible to program color changes. 2. It accurately measures the energy-saving effects using data sent from the built-in power integrator within the chip. 3. The Moon-Spencer "Aesthetic Measure" can be calculated, allowing for objective evaluation of color harmony with multiple hues, aimed at professional designers.

• Other electronic parts

"Diffusion control" is a technology that limits the lighting of RGB-LEDs to a single color through software control, allowing for quick switching to adjust the desired emission color. As a new initiative, it enables HSV dimming, which allows for easy natural color rendering by lowering saturation while maintaining hue, and brightness adjustments can change brightness while keeping the hue constant. Additionally, by inserting a complete RGB off at optimal timing, the dynamic effect maintains perceived brightness even with a slight reduction in brightness, achieving a very high energy-saving effect in conjunction with power efficiency that reduces the maximum supply current to one-third compared to conventional technologies. In PWM, where pulse width corresponds to light intensity, a short pulse width results in reduced resolution, and especially as the current value increases, excessive characteristics further complicate accurate color rendering. The diffusion control technology addresses these challenges. Since it synthesizes separated cone stimulation in the brain, it provides nearly unchanged color rendering for those with color vision deficiencies, which is well-received. [Features] ■ Realization of groundbreaking HSV dimming ■ Energy-saving effect due to high power efficiency ■ Always maintains accurate color rendering

• Other electronic parts

By illuminating from the side of the acrylic with LEDs, letters and images can be lit up in a variety of colors. We have adopted single-color LEDs to achieve beautiful colors in lighting environments that are generally difficult. By using an application for communication control, it is possible to modify the lighting patterns. Please feel free to contact us when you need assistance.

• Other lighting equipment