a great energy saver for corporate or public space applications

an innovator of LED lighting systems and technologies, has introduced its next generation of fully-controllable white LED lighting products and for myriad high-quality general illumination applications. Enfis will be making these systems available immediately through its North American distributors and specialist partners.Last year, Enfis achieved a major breakthrough with an LED-based white light technology that produces high quality white light which can be controlled over a range of color temperatures from warm to cool shades of light. This proprietary technology couples advances in white LEDs with Enfis’ patented Sentinel? SMART control technology, achieving a high-quality white light solution for the general illumination market.

Enfis’ smart and efficient white light technology leverages the advanced control capabilities of Sentinel to give users an entirely new level of white light flexibility. It is unique in that it can produce a high color rendering index (CRI), resulting in high-quality light across the entire spectrum of white. For example, users would have the ability to select any shade of white light they desire, whether it is warmer tones for more comfortable hospitality or home lighting, or cooler tones that make the most of certain retail displays. What's more, smart and efficient white light can be programmed for a variety of effects, including gradually changing shades of white over time (ideal for day into evening lighting) or turning on and off based on motion sensing (a great energy saver for corporate or public space applications).

Enfis’ smart and efficient lighting solutions simplify white lighting designs by giving users the ability to choose white light temperatures points on a gamut displayed in the Sentinel 2.2 software. Enfis’ LED array specifications and temperature characteristics have been integrated into the Sentinel v2.2 software content library, which supports Enfis’ LED controllers.LED architectural lighting systems require reliable and long-distance transmission. However, signal transmission is usually and discretely variable over time or significant distances. MBI6020, with leading clock reverse engine, enhances the long-distance transmission performances of LED architectural lighting systems.Token topology with self-alignment addressing to ensure the accuracy of image data transmission. Therefore, MBI6020 is specifically designed for LED architectural lighting applications such as LED curtains or LED strips, channel letters and neon replacement projects.