No, Everything is a compromise.So are we screwed in terms of perpetual harvesting?
Talkst amongst yourselves....
What about good ol' 3000K min 90CRI which seems to be plenty efficient in CXB3590?
630nm peak
48% red (14% of which is 700+nm)
36% green
16% blue
efficiency basically the same as 3500K/80CRI CD.
View attachment 3586492
What about good ol' 3000K min 90CRI which seems to be plenty efficient in CXB3590?
630nm peak
48% red (14% of which is 700+nm)
36% green
16% blue
efficiency basically the same as 3500K/80CRI CD.
View attachment 3586492
Can't help but to take some credit for suggesting these Don't you buy them all before I order!https://www.cutter.com.au/proddetail.php?prod=cut2861
CUTANDROLL
[idontneedanymoreCOBsidontneedanymoreCOBsidontneedanymoreCOBsidontneedanymoreCOBs]
So sitting on the sidelines, what I’m taking from this is the CXB3590 3K in 90CRI comes as close to matching the McCree curve for a single chip as anything out there. So if you were starting a new build (for flowering coverage) to use from seed-to-weed, what kind of DLI would you be shooting for? I mean from your experience the “sweet spot”…to be productive but not wasteful.What about good ol' 3000K min 90CRI which seems to be plenty efficient in CXB3590?
630nm peak
48% red (14% of which is 700+nm)
36% green
16% blue
efficiency basically the same as 3500K/80CRI CD.
View attachment 3586492
COBs are dead to me . CSP LED arrays nowadays kiddies. Actually they probably aren't ready just yet, Samsung hit 130lm/watts a few months ago and CSP based array's efficacy increases and releases are much faster than COBs. Ultimately, according to the so-called experts, they are supposed to be more efficient than COBs though CREE fucking hates them and who knows what CREE has coming out from that lab of theirs, though I think it's tick-tock time for COBs....... any second now.I think it was brother @FranJan who mentioned them first ...
Sharp Zenigata ,Tiger series ....
2700°K 93Ra + 5700°K 87Ra in one COB ,two channels......................................*** They are ceramic cased ,so they need holders,also ....
LOL Don't worry Hellm, we've been working on a sticky for all "you" folks. (jk)HPS ALL THE WAY!! LED NO GOOD
Bit harsh bra..LOL Don't worry Hellm, we've been working on a sticky for all "you" folks. (jk)
not harsh at all trollBit harsh bra..
COBs are dead to me . CSP LED arrays nowadays kiddies. Actually they probably aren't ready just yet, Samsung hit 130lm/watts a few months ago and CSP based array's efficacy increases and releases are much faster than COBs. Ultimately, according to the so-called experts, they are supposed to be more efficient than COBs though CREE fucking hates them and who knows what CREE has coming out from that lab of theirs, though I think it's tick-tock time for COBs....... any second now.
http://cobledarray.buy.splicd.com/pz682dcb2-high-efficiency-300w-led-lighting-engine-8000k-multi-chip-csp-led-module.html
CREE doesn't like them because it adds an extra step or 2 to their end of production, and that's what they've been saying about them since day 1. I don't like CSP because they are not as easy to DIY them at this time but we'll see. And what CSP stuff do they/did they offer through retail????dude Cree doesn't hate them they just don't understand the fuss, they were making CSP before it was cool
Cheers
Mark
Don't think that's a CSP but the Koreans are putting out a lot of wild shit that looks great to veg with.Brother Fran I really like Chip Scale Package LEDs myself ,too ...
Although I do have some second thoughts about 'em ..have to admit that ..
One of them is the small sized LEs as you 've mentioned already .
From my point of view I do not actually see it as an " advantage " ..
On the contrary .LES plays an important role as a ...hm.. Heat Convecting Surface ..
A large LES -especially in a 300W CSP / COB - convects a quite good amount of heat generated ...
Basically ..That it's ...
Other than that ,it seems that some CSPs are offering ,the so wanted by me at least, " diversity "
in light quality ...
Question : Any links for the CSP LED shown at your latter pic ?
Seems like a combo of 630 nm Red ,4000/ 5000 K and 2700 K ,or am I so mistaken ?
Cheers.
the term refers to the type of chip, what your showing here is arrays of CSP, Cree XQE for example is a CSPCREE doesn't like them because it adds an extra step or 2 to their end of production, and that's what they've been saying about them since day 1. I don't like CSP because they are not as easy to DIY them at this time but we'll see. And what CSP stuff do they/did they offer through retail????