Lamina's latest LED challenges traditional lighting

Introduction: On April 20, 2006, Lamina Ceramics, a solid-state light source manufacturer in Westampton County, New Jersey, USA, launched its Atlas production line for ultra-high-brightness LED light engines at the 2006 Lighting Exhibition in Frankfurt, Germany. This new line includes warm white and daylight.
Among them, warm white light products enhance the red and orange spectrum, luminous flux exceeds 100 lumens, comparable to 10 watt halogen bulbs, but the power is nearly half, the life is 3 to 4 times that of halogen lamps, can replace halogen and tungsten Lights are used for home and leisure lighting. The daylight-type product has a luminous flux of more than 200 lumens and a size smaller than five centimeters. It can replace fluorescent lamps for architectural office lighting, post lighting, machine vision products and high-power flashlights. This product is an "insertion" upgrade of the company's BL-4000 LED light engine, which doubles the brightness of the product. The Atlas Series Tri-Color Light Engine has three independently controlled input and output channels (red, blue, and green) that display 16 million colors. Samples of the production line have been released, and mass production began in early June this year.

PoE Splitter

The POE splitter is opposite to the POE power supply. POE power supply combines data signal and power, so POE power supply is also called POE combiner. The working process of the POE splitter is just the opposite, which separates the data signal from the power. If data terminals such as network cameras (IPC), wireless APs, and IP phones support POE power supply, you do not need to use a POE splitter when wiring, and you can directly supply power via a network cable. The POE splitter is mainly used for PSE devices such as POE switches and POE power supplies at the upper end, but the devices connected to the lower end do not support POE. The POE splitter separates the power supply into data signal and power. There are two output lines, one is the power output line, and the other is the network data signal output line, that is, the ordinary network cable. The power output has 5V/9/12V, etc., which can match various DC input non-POE power receiving terminals, and supports the IEEE 802.3af/802.3at standard. The data signal output line, that is, the ordinary network cable, can be directly connected to the network port of the non-POE power receiving terminal.

The POE splitter is used in conjunction with PSE power supply equipment to supply power to network equipment such as wireless APs, wireless routers, IP cameras, and IP phones in a network environment that lacks a power cord or is far from a power outlet. In many monitoring occasions, the best location for monitoring may not be very convenient for equipment to obtain power. The emergence of POE splitters facilitates the integration of equipment that does not support POE power supply into the POE network, and the monitoring equipment does not have to sacrifice the most to take care of the distance of the socket. Optimal installation location.

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