filmov
tv
Nippon Labs SATA-FM 4 PinS to SATA M Adapter - HDP Shop
![preview_player](https://i.ytimg.com/vi/WV_XPiFXLLs/maxresdefault.jpg)
Показать описание
Nippon Labs SATA-FM 4 PinS to SATA M Adapter
Easy migration to SATA power
Convert an existing SATA power connector to Molex power connector
RoHS Compliance
SATA 15 Pin male to Molex 4 pin female adaptor
It converts a molex 4-pin female to SATA power connector for powering your SATA hard drives.
Top reviews from the United States
Great when you're missing the old plug style
My computer system is based around the Corsair AX1500i power supply, and I do have add-on cables that would give me a Molex plug. BUT in a high visibility case with lots of RGB, adding another multi-plug cable would be both irritating to squeeze between the PSU and hard drive cage, and difficult to hide neatly. The Asus ROG RGB controller only offers power from am external DC wall wart, or a Molex connector. It just so happens that I have three free SATA power plugs on the cabling tucked behind the hard drive cage, and this adapter fits in neatly. Problem solved, cabling unaltered, and now I have addressable RGB!
Easy migration to SATA power
Convert an existing SATA power connector to Molex power connector
RoHS Compliance
SATA 15 Pin male to Molex 4 pin female adaptor
It converts a molex 4-pin female to SATA power connector for powering your SATA hard drives.
Top reviews from the United States
Great when you're missing the old plug style
My computer system is based around the Corsair AX1500i power supply, and I do have add-on cables that would give me a Molex plug. BUT in a high visibility case with lots of RGB, adding another multi-plug cable would be both irritating to squeeze between the PSU and hard drive cage, and difficult to hide neatly. The Asus ROG RGB controller only offers power from am external DC wall wart, or a Molex connector. It just so happens that I have three free SATA power plugs on the cabling tucked behind the hard drive cage, and this adapter fits in neatly. Problem solved, cabling unaltered, and now I have addressable RGB!