CRJ 5V Female USB 4-Pin Molex Power Adapter Cable - 12-inch (30cm), Black Sleeved - Power USB Devices with an ATX 4-Pin Peripheral Molex Power Supply Connection

this is the only sata power to usb cable I could find, on the internet, AND they didn't gouge the price due to that either, so that's niceit's simple, it works, and the braded cable is a very welcome added bonus!bought a few of these for various builds (namely the system vitals monitor inside my case) and some USB powered lighting

Needed this for an internal RGB strip that wouldn't turn off when the PC turned off while it was plugged into the USB port, but this worked fine, now when my PC turns off, the RGB strip turns off too

Used for an inexpensive RGB strip that was USB powered, but occasionally caused errors on conventional regulated computer USB ports. This allowed the lights to be turned on and off with the device without straining the other electronics...Works great!

It works, perfect for my case LED strip that need just power from USB, it was cheap. The pins in the molex end of the adapter are a bit cheap and as such you need to really be careful and fiddle with it to align the male to the female molex power connection. Once its in, its all good.

Connected this straight to my PSU so I could add some USB LED lighting for my PC case. Connects perfectly to my PSU molex wire and connecting a USB LED strip light worked without any issues. A great way to add some USB connectors for PC accessories whether in or out of the case.

I have countless SBCs and microSD cards with different OSs on them that I've toyed around with since the first Raspberry Pi was released. Biggest problem has been powering the SBCs with something more reliable/less clunky than a full AC adapter for each device. Enter: CRJ 4-Pin Molex to 5V Female USB Sleeved Adapter Cable. I found a cheap PSU with a bunch of Molex ports and got 4 of these cables and now I can properly power a slew of SBCs without having to worry about the quality of each charger/psu. I've burned several SBCs in the past due to using "smart" high powered chargers but the problem is that the SBCs don't properly communicate what they need versus what the charger can provide. So they would overpower the SBC and burn the boot drive (microSD card) after being used for a short amount of time. It took me at least a year to figure out that this was the cause of most of my problems.Now I use these cables with a computer PSU and I have zero issues. I'm considering building a rack setup in a PC case that would house 5+ SBCs at a time for testing/setup/deployment. It's amazingly easy with these cables.

I built a mini gaming PC and skipped out on paying the extra money for RGB parts. Bought this little adapter to plug in to an open port on my power supply and then ran USB light stripping around the inside of the case. Looks awesome.

Used it to plug in a generic USB RGB LED strip inside my computer case