1200lm @ 1000mA @ 60º

That's a Lamina Ceramics Titan:

http://www.laminaceramics.com/products/

http://www.laminaceramics.com/docs/TitanDatasheet.pdf

And it's 1000Lm at 1400mA.

22V * 1400mA = 30W

1000 lm at 30W = 33lm/W

7 XR-Es or Seoul P4s would do the same with 1/2 the current and 1/2 the heat. But you would have to build your own package to equal the layout of the Titan.

The Titans are around $80. If you're after that amount of light, it's not a bad deal as far as cost. It saves you from having to roll your own with multiple emitters and flood optics, but you do sacrifice efficiency.
 
That's a Lamina Ceramics Titan:

http://www.laminaceramics.com/products/

http://www.laminaceramics.com/docs/TitanDatasheet.pdf

And it's 1000Lm at 1400mA.

22V * 1400mA = 30W

1000 lm at 30W = 33lm/W

7 XR-Es or Seoul P4s would do the same with 1/2 the current and 1/2 the heat. But you would have to build your own package to equal the layout of the Titan.

The Titans are around $80. If you're after that amount of light, it's not a bad deal as far as cost. It saves you from having to roll your own with multiple emitters and flood optics, but you do sacrifice efficiency.

Thanks for the info. At 80$ they are a bit pricey, I wonder how much the Osram Ostrar costs, they can output up to 820 lm, at least thats what the data sheet says
http://catalog.osram-os.com/catalogue/catalogue.do?favOid=000000020000192600780023&act=showBookmark
I read somewhere that Osram promised a 1200 lm chip this summer, but I haven't found any more info about it…
 
I wonder how much the Osram Ostrar costs, they can output up to 820 lm, at least thats what the data sheet says


820lm is just the highest bin label. The current ostar only produces about 500lm max.

The new ostar will be a huge improvement over this and should be out soon according to the press releases.
 
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