What is LED DMX Technology?

LED DMX technology concerns the use of DMX512 controllers to handle light emitting diodes (LED). The DMX controller uses differential signaling of the EIA-485 in its physical layer to adjust the amount of photons, except the amount of light, released LED. The LED DMX technology is the most common in performing art, such as theater and dance, where lighting is usually combined with other special effects such as fog machine or strobe lights.

The principle as a diode emitting light is generally considered simple. The semiconductor chip containing dirt will have an anode and an cathode. Electrons and holes able to transmit hubs from the anode to the cathode. When the electron collides with the hole, the photon or the energy packet is released and the light, the frequency of which is determined by the "energy gap" energy of the semiconductor materials.

originally intended as the "lowest common denominator" Method of connecting proparietary protocols, DMX512 Communications Technology has become an Advanced connection toolSpecial effects involving LED technology. A specific LED is assigned an identification number such as "12", and by sending specific electrical signals to the identification number, LED DMX technology can adjust the brightness, color and other properties of the diode. For example, programming the "12-40%" command could reduce the DMX driver emitting the light emitting to 40 percent of maximum power.

The

LED DMX technology has become increasingly popular due to the robust, robust design of the DMX512 cable, which protects it from damage, which is easily maintained by other high -speed transport cables. DMX wireless gearboxes for LED control are often installed in architectural lighting networks because they are even reliable up to 2,000 feet (609.60 meters). Modern LED DMX controllers also use frequency jumping technology of spreading spectrum together with cognitive coexistence to make minImicient interference with other wireless networks.

Since scientists are trying to maximize the comfort and efficiency of this technology, there are also other improvements at work. One example of these changes is the use of remote data management, which allows diagnostic feedback from lighting accessories to the controller. This gives the user a much greater control over the possibility of everyday lighting and shades of color.