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@Prawn Yeah the life expectancy isn't why I'd consider driving them this low. I want the fixture to be safe to operate even if 1 of the strip were to burn. So from there, while 7 strips (~85.7W ea) sounds really good, I can't figure out a way to wire them so that they're exactly equidistant. But...

The math I posted is exactly what you just said bongsmilie I wanna drive the strips with even less current than that. Would 8 strips turn on when driven by the aforementioned driver (HLG-600H-48A)? If you took the time to read the OP, I stated I want the fixture to run cool even if 1 strip...

Correct me if I'm wrong. You said 65 mA per diode up to 200. Sticking with the 600H-48A, we get Rated Current = 12.5A. 12.5A/9 strips = 1388.89 mA. Or 77.16 mA per diode. With 8 strips we get 1562.5 mA per strip or 86.81 mA per diode. Why would 2 drivers be better? I'm not trying to overshoot...

Basically a 4' x 4'. One room, one lamp. What I've gathered so far is that I should wire them in parallel in an equidistant manner. I like the idea of having 1 bigger driver. Which of the 2 drivers I mentionned would be preferable for my setup?

Thanks guys. 3 drivers sound like more parts and more work. I looked up the HLG-600H-48A (HLG-600H-54A also), you think they would be efficient at all in lighting up the LT-FB24B strips? Also, how many could it handle? Help me out LED wizards bongsmilie

Hello riu, I have been eyeing the LT-FB24B strips for my first build. My goal is a "minimalist" ~600W fixture that is focused on efficiency. So while price is sort of an issue, I really want to drive that beast as low current as possible. Now, in the F-Series Data Sheet : Vf = [43.7 to 48.4] V...