MSI Prospect 700R Sata Power Cable (connect to separate SATA power cabl
From
Skybuck Flying@21:1/5 to
All on Wed Oct 18 06:06:32 2023
I am almost done building my/Skybuck's Super PC for 2023. I am trying to figure out how to write-up this new personal computer.
So far I have documented 21 cables !
The only thing I am currently wondering about is the following:
Should I use a single 6 pin-to-4-sata power connectors to connect two harddisks and the PC Case Fan Controller Board + LCD panel ?!
Or is it smarter/safer to connect the PC Case Fan Controller Board + LCD Panel to it's own SATA power cable ? (There is only one sata power cable coming from this controller board, so I assume the ventilators and LCD are powered by the same sata power
cable and not buy the additional usb cables connecting to motherboard ? Though there are also USB and ARGB cables from the controller board to the motherboard ? Should I connect them too ? I assume so ? And I assume that these are maybe only for "control"
and not power ?)
Could MSI maybe explain better why USB and ARGB cables to motherboard are necessary to ? At least the ones that seem to be ment for ventilators, but maybe I am just a little bit confused about.
Anyway I also have some feedback about your MEG Ai1300P PCIE5 power supply. While the power supply is MODULAR, the SATA power cables ARE NOT, ironically enough.
So if I only need 1 or 2 sata power cables, there would be 3 and 4 dangling, because each cable comes with 4 sata connectors.
Maybe something to consider for in the future, maybe somehow modular power cables or maybe even some extra to only have 1 or 2 sata power connectors for easier cable management.
However the power supply already came with a huge ammount of cables ! ;)
Anyway thanks for now, I think I can manage it thanks to plenty of space behind in the MSI MEG Prospect 700R case.
In case I don't get an answer, I will probably 99.9% sure use TWO power sata cables, so TWO power ports from the Power Supply ?!
I am curious if this will make the Power Supply work harder, or easier, or if it doesn't matter ?! Which options would delivery the best/smoothest power to the harddisks ?!
I want the harddisk operating as smmmmmmmmmmmmmmmmmmmmmmoooooooooooooooottthhly as possible and have the best possible/stable/smooth power delivery ! ;) =D
Bye for now,
Skybuck.
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