The highest flux bin is cool white XP-L High Intensity V2, and they seem to have a very large span off colour temperatures from 5000K-8300K in the CW bin, and similar in the others.
There is no scare, look at the interior lights everyone uses 700mA and 1A for LEDs like XP-G2, everyone wants long life and efficiency (which is better at normal currents than any max rating or any so called over-driving). I guess flashlight world is quite different, anyway nowadays we have TN36 at 5A-6A per 1 XM-L.
I am talking about for example Uniquefire, and i am sure countless other flashlight manufacturer, that don’t dare release a light out of spec. It is for those more conservative parts of the industry we need Cree to acknowledge, the very real possibility & reality that when using a DTP copper mcpcb, the Cree led’s can be driven much harder within safe parameters, than the current max spec of 3A.
We have the High Density & now High Intensity, Now we need the next step the High Output Cree binned Emitter. With for example fatter or extra bondwires to share the load, i suspect we can drive these led’s even harder but we are limited by the bond wires that burn up much sooner that needed.