SATA 22-Pin Female Connector Series, 15P Reverse-Cup Type, 180° SMT, Gold-Plated G/F, Electronic Signal & Power Transmission Connector for Server, Automotive & PCB Applications

This SATA 22-Pin Female Connector is designed for high-reliability signal and power transmission in compact PCB layouts.
Featuring a 15P reverse-cup terminal structure, 180° SMT mounting, and gold-plated G/F contact surfaces, the connector delivers excellent conductivity, low contact resistance, and long-term durability in demanding electronic environments.

The housing is made from UL94-V0 flame-retardant PBT with 20% glass fiber, ensuring dimensional stability and heat resistance during SMT soldering. High-precision phosphor-bronze terminals provide consistent mechanical strength, achieving ≥0.8 kgf retention force and ≥25 N unmating force without deformation.

This connector is widely used in servers, automotive electronics, industrial control systems, data-storage devices, embedded PCs, and customized PCB solutions.
Its robust mechanical performance and gold-plating make it ideal for high-frequency, high-reliability interconnection applications.

⚙️ Applications

• Server & Data Center Equipment – Used as SAS / SATA electronic signal and power connectors on HDD/SSD backplanes, RAID cards, JBOD/NAS and 1U/2U server boards.
• Communication & Networking Systems – For routers, switches, base stations and other networking equipment that need compact PCB connectors and reliable high-speed transmission.
• Industrial & Automation Electronics – Applied in industrial PCs, PLCs, motion controllers, data loggers and test instruments as PCB-to-wire or cable connectors.
• Automotive & New Energy Applications – Used in in-vehicle data recorders, infotainment units, EV chargers and energy-storage systems for signal and low-power transmission.
• Custom Wire Harness & Cable Assemblies – Suitable for OEM/ODM projects that require connector customization for PCB, wire and cable layouts in electrical and electronic devices.

⚠️ Notes

• Make sure the working voltage, current and temperature of your design stay within the connector’s rated values, with proper safety margin.
• Design PCB pads, holes and mechanical space according to the drawing and pitch, and avoid bending or twisting stress on the connector after soldering or assembly.
• Select appropriate wire gauge, insulation and cable structure based on current load, signal speed and bending requirements for both power and signal terminals.
• For IDC / crimp types, use matched tooling and press-force to ensure full insulation displacement; for solder types, follow a controlled soldering profile to avoid overheating the LCP housing.
• Insert and pull out the connector along the mating direction, avoid pulling on the cable itself, and do not exceed the specified mating/unmating force or durability cycles.
• Keep gold-plated contact areas clean and dry, avoid touching them with bare fingers, and store products in dry anti-static packaging before assembly.