Power cut memory function,hidden explosion-flashing function(When lit it up in any gear,half-press the trail twice fast,it is in the explosion-flashing gear,and half press again,return to the lighting model)
energy saving gear 5ma—-intermediate light 300ma—-highlight 1.8A—-bright light3.5A(decreasing to highlight automatically three minutes later)
Do not label it “BLF” if you are not using a Copper MCPCB with direct thermal path. Did any BLF member from the X6 groupbuy ok this? You can call it a “special edition” but I personally do not want to see “BLF special edition” added to any inferior version (without an ok from the groupbuy organizers).
The BLF special edition used a Copper MCPCB with direct thermal path.
Soon when we see someone with a “BLF special edition” we will have to ask: Is that a real one or the “other” version?
And before someone brings it up, yes, I know we can’t stop some junkfire brand from using any name they want but it is different when it’s a company we have worked with.
Easy guys. EE is trying. If there is no copper and copper is wanted then all that is needed is to tell them that DTP copper is required. I am sure that EE will try and cooperate. All he has done is leave out Banggood and come here directly. There is room for everybody to make flashlights for us the way we want them to be made
Added edit:
If "BLF" was not on the tube and light was named "Special Edition" then it could also be advertised on the "other" forum but they too will only want with DTP copper for the emitter. The only other issue is Aliexpress. Many will buy from Aliexpress because they cannot use PayPal. If a vendor is chosen (hopefully Banggood because they do help sales) then there should be only one vendor to avoid counterfeit "EE Special Edition" lights like we saw in the past.
I assume not, but there are boards out there that are not DTP but do perform better than others. I tested a non-DTP board (the base was copper, but in my opinion that was not crucial for the performance) in a comparison test of six ledboards, that performed surprisingly well, at 3.5A the light output was only 2% less than the DTP-boards, only over 5A it really began to perform less than the DTP-boards. link
For example, if the traces on the ledboard are of higher thickness copper and close to the led they widen into a 'poor' over the board surface (this one could be that way), the heat can go sideways and cross the dielectric layer over a large surface, thus helping the shedding of the heat in a different way than a DTP does.
In practice, some of the BLF-dogma's appear to be more nuanced than we think.