The question I was trying to answer by asking you was "How can he say finned heat-sinks don't make much of a difference if hes never tested one?"I took apart mine and my own IR readings too. Its not rocket science, like someone said, there isnt anything significantly more advanced than anything else. Nanometers are nanometers.
I just find it so funny that no one else wants to take readings on their own shit and just talk about anyone elses.
No there might not be a significant technological difference between LED lights but there are big differences. Ex: an LED with 60 degree lens' vs the same LED with 120 degree lens. Or 2 lights that run on the same wattage but one uses all 2w LEDs and the other all 3, or a 1w panel vs a mix of 2w and 3w, etc. Then there are nanometers, some panels feature only 2 bands and others up to 12 or more. Then some comapnies tell you the actual power draw and others don't (trying to make their lights sound more impressive for the price) My point is there are so many differences between LED lights that you can't say that "Oh you only need 300w of LED to = a 1000w HID" unless someone has a certain companies lights dialed in great. And good LED lights haven't really been around long enough to have enough journals out there to figure this out for sure. So I tell people to take the safe route and get a good LED companies light but get almost as many watts of that as they would have HID, because we know good LED lights grow as much and as well as HID watt for watt (and depending on the light some grow more and better watt for watt). But I do still feel that the only reaol reason to switch to or go with LED is heat/noise control (but there is potentially savings from not having to buy as much supporting equipment and powering that supporting equipment in the long run, and having to replace them, etc)
HID and LED each have their own Pros and Cons.