¿ªÔÆÌåÓýInteresting information, thanks for sharing. I think I need to get an update on the LED stuff ;-) Regarding hardware, i?m doing just residential installations, so most of what you mention seems to be over the top for me. ? ? Von: [email protected] <[email protected]> Im Auftrag von Pixels Bits ? CRI is for the static colors. Not the color combinations that tend towards CRI 80... CRI is also an antiquated methodology for color rendering anyways. IES has adopted TM-30 which has a higher number of color samples for evaluating color accuracy - 18 vs 99. ? In addition, tunable white systems are evaluated based on accuracy to black body curve. Tunable white using CW/WW is tuning color based on color combination of two points on a line - 2700K and 6500K. Lines can¡¯t hit points all points on a curve. In addition, color combinations of 3 primaries and white aren¡¯t color accurate, the guys at Solid state lighting research department at the PNNL have shown that to get any modicum of accuracy along the black body curve you need at least 4 primary colors - like Ketra (RGB+Lime) - the more the better, 7, 9, 12, 24. Sunlight is a combination of multiple wavelengths not just RGB, tech is getting us close to more narrow band control of lighting. ? Commercial meaning Enttec show controllers, ETC, Pharos, Color Kinetics... RDM utilization is killer so SACN is insufficient and you really should be using ArtNet for bidirectional communication. Most downlights I used have iBeacon built in so I can do Bluetooth/RSSI evaluations to know where people are, feedback on thermal output, LED degradation, hour usage... Data data data. There are some chipsets in the process of building in motion sensing based on BLE wave evaluation rather than having to use PIR. You¡¯re talking about true digital light fixtures with firmware upgrades and the ability to have functionalities added to them. ? Exciting times.
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