Us as well. Especially being able to compare them side by side in all stages + lab analysis to actuially gage how well they are doing in comparison to other spectra.Interesting experiment. I'm also interested, specifically, in how the 4K light performs in flower. Subbed
The 4k will be highly interesting. 10k should frost up our nugs quite a bit due to the 43 umol of UVB. Should be a very nice bulb.Sweet. I want to see how the 4K does. The 10k will be interesting also.
Agreed, looks very uniform. Hopefully the results will give us something good regarding 4000kOh that 4K looks bad ass.
I’ve really started digging the 4K in leds. I remember a time when people would say 4K was almost worthless but I’ve noticed a lot more are using it now. Can’t wait. And the 10k sounds insane, that will be fun to see.Agreed, looks very uniform. Hopefully the results will give us something good regarding 4000k
Those graphs are a little missleading, the red section starts at around 575 nm in the graph, this would normally be classified as yellow light, red light starting around 630. No blame to OP, i suppose hps makers like to make out as having as much red as possible.Here are the spectral Graphs for anyone interested
2k
4k
6k
10k
UVB and umol at 24" Source: GrowersHouse
Have already noticed that. 575 nm is for sure yellow.Will have a chat with SolisTek and find out why that is.Those graphs are a little missleading, the red section starts at around 575 nm in the graph, this would normally be classified as yellow light, red light starting around 630. No blame to OP, i suppose hps makers like to make out as having as much red as possible.
Thats one expensive bulbI couldn’t wait,
I just ordered replacement bulbs , I went with Phillips GreenPower.
Just about to kick this off.subbed