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Other cable companies may also be able to manufacturer this cable. Work with your preferred connector and cable company to verify if they can provide the SATA power cable described in this document.

DCJack Femalepinout

Cable design diagram. Both pins 2 and 5 would need to have 2 wires coming out of the one pin. Top view shows which cable is connected to each pin.

DCJack FemaleConnector

The motherboard connection for this part does have 1 post that provides a mechanical key for the connection next to the last circuit, just like the 6 pin connector does.

Other cable companies may also be able to manufacturer this cable. Work with your preferred connector and cable company to verify if they can provide the SATA power cable described in this document.

DCpower jack wiring diagram

The 4 pin storage drive connector option recommended cable has two storage drive connections over the length of the cable.

Using the 6 pin motherboard connection with the key solutions provided below allows both the 6 pin (2x3 – supporting 4 drives) and 4 pin (2x2 – supporting 2 drive) cables to be plugged into the 6 pin (2x3) motherboard connector. Notice the 6 pin motherboard connector latch is wider to support the latch from both the 4 pin (2x2) and 6 pin (2x3) cable connector.

More connectors options may exist; Work with your preferred connector company to verify if they can provide the connector described in this document.

DCJackConnector

Two connector options listed below to support 2 drives or 4 drives per connector based on motherboard need. Both connector options follow the 3 mm ATX12VO SATA Power Header dual row vertical through hole product type. These connectors must support 5A per pin.

Motherboard needs to provide power for Storage devices because they need both 12V and 5V. The motherboard is recommended to provide power to either 4, 6, or 8 storage drives. Current and near future platforms support 6–8 SATA connections. Based on market, board size and cost considerations the amount of storage drives supported needs to be considered. Based on per storage drive max requirements of 12V @ 2-2.5 amps and 5V @ 1 amp, below are details for two options. If per drive power increases then number of drives per connector would also change.

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If a system designer needs to support more than 2 SATA devices per connector on the board a 6 pin storage drive power connector is defined. With a total of 6 pins the number of SATA devices that can be supports is 4 devices. The Micro Fit connector will only support 5 amps per pin, because of that the 12V wire can only support 2 drives in Series. To support more than 2 drives the cable would have to be in a “Y” shape with 2 drives on each leg of the “Y”. The 5V current is more than half of the 12V current therefore the one 5V pin can be used to support 4 SATA devices.