Product Description
This board-mounted SATA power and signal connector provides a compact high-reliability interface between PCB and cable assembly in storage and embedded electronic systems. The vertical male design mates with standard SATA female cable connectors, offering stable power and high-speed signal transmission for SSD, HDD and hybrid storage devices.
Gold-plated copper alloy terminals ensure low contact resistance and long-term durability under repeated mating cycles. The high-temperature, flame-retardant housing maintains dimensional stability during reflow soldering and harsh operating conditions. SMT pads with additional through-hole posts give strong mechanical retention on the PCB, making this connector suitable for industrial, server and automotive control units.
Customization options are available for pin length, plating thickness, and wire or cable assemblies to match specific PCB layouts, current requirements and mechanical constraints.
| Connector type | SATA 22-pin vertical male power & signal connector |
| Contact pitch | 1.27 mm combined signal and power rows |
| Number of positions | 22 pins (7 signal + 15 power) |
| Mounting style | SMT contacts with reinforcement through-hole posts on PCB |
| Contact material & plating | Copper alloy terminals, gold over nickel on mating area, tin on solder tails |
| Housing material | High-temperature thermoplastic, UL94 V-0, black |
| Rated current | Up to 1.5 A per power pin, 0.5 A per signal pin (proper derating required) |
| Rated voltage | Up to 12 V DC |
| Operating temperature | −40 ℃ to +105 ℃ |
| Compliance | RoHS / HF / REACH compatible; OEM/ODM customization available |
Applications
2.5" and 3.5" SSD/HDD storage devices and docking stations
Industrial computers, network storage, RAID cards and server backplanes
Automotive data recorders and infotainment units requiring compact SATA PCB connector interfaces
Embedded control boards, test equipment and custom electronic modules
Ensure correct mating orientation with the SATA female cable connector before power-on.
Observe recommended reflow soldering profiles and avoid overheating the plastic housing.
Follow current derating guidelines; do not exceed specified current per pin, especially on power contacts.
Keep the connector free from flux residue, dust and mechanical stress on the mated cable to maintain stable electrical performance.
