This SAS 68-Pin Solder-Type Female Connector is designed for high-speed, high-bandwidth signal transmission, supporting the latest PCIe 5.0 and SAS standards.
It features a durable copper-alloy terminal structure with gold-over-nickel plating on the contact area to ensure excellent conductivity, corrosion resistance, and long-term stability.

The solder-type construction is optimized for secure PCB mounting in applications requiring strong mechanical stability. The terminal solder area uses bright-tin plating, offering superior solderability for mass-production environments.

With an extended operating temperature range of –20°C to +85°C, low contact resistance, and reliable mechanical performance, this connector is a robust solution for servers, storage systems, communication devices, automotive electronics, and industrial control equipment.

Key Features

• Supports PCIe 5.0 / SAS High-Speed Transmission
• Gold-plated Contact Terminals (≥50µ" nickel underplating) for exceptional signal integrity
• Bright Tin Solder Area for strong and stable solder joints
• High Mechanical Reliability with enhanced withdrawal force (≥6N per updated spec)
• Low Contact Resistance ≤30mΩ ensuring stable electrical performance
• Durability up to 500 cycles in high-frequency mating environments
• RoHS 2.0 + Halogen-Free Compliant
• Ideal for High-Frequency PCB Designs and Precision Electronics

⚙️ Applications

1. Server & Storage Equipment

SAS HDD/SSD

RAID expansion cards

Storage backplanes

Data center servers

2. Communication & Networking Devices

Routers and switches

Edge computing devices

Telecom base stations

3. Industrial & Automation Systems

PLC controllers

Industrial IPC motherboards

Motion control modules

4. Automotive Electronics

ADAS data logging

Vehicle storage modules

Smart cockpit controllers

5. High-Density PCB Designs

Compact electronic systems

Multi-board interconnection modules

⚠️ Notes

• Ensure proper soldering temperature to avoid housing deformation.
• Keep gold contact areas clean and free from dust, oil, or oxidation before assembly.
• Follow ESD protection procedures during handling.
• Make sure PCB hole pitch matches centerline pin distancing per drawing.
• Avoid excessive insertion force that may cause terminal deformation.
• Store connectors in moisture-proof packaging until assembly.
• Avoid pairing with low-quality or oxidized male connectors to maintain signal quality.
• Follow RoHS/HF environmental requirements during production and storage.