AXT410164

AXT410164

AXT410164 is an edge type rectangular connector for use in mezzanine board to board applications. It is designed to reduce the number of interconnects with increasing bandwidth and achieve high speed signal integrity while still providing robust connections in high vibration applications.

Application field

AXT410164 is designed to be used in a variety of board to board applications, such as:

• High speed data transmission
• Networking
• Computer storage
• High performance computing systems
• Digital signal processing
• Data center applications

AXT410164 is also suitable for applications requiring a high density of connectors in a small form factor, such as for blade servers and compact embedded systems.

Working principle

AXT410164 connection system comprises of stacked twin board assemblies with edge connectors. The edge connectors have a zero insertion force (ZIF) or lever lever mechanism, with up to 30 contacts or pins. The edge connectors are held in place by latch mechanisms on the mating surfaces and secured by screws on the side.

The contact pins are arranged in a tightly packed array to ensure high contact density and low inductance. The pins are plated with a gold finish to ensure low contact resistance and reliable connection. The connectors are rated for up to 5A or 44V, depending upon the application.

The connection system is designed to provide high speed signal integrity up to 6 Gbps in half duplex mode, as well as 460 Mbps in full duplex mode. The system also supports four-wire gigabit ethernet, and is compatible with various protocols such as SATA, SAS, and USB 3.0.

AXT410164 connection system is designed to withstand frequent plugging and unplugging, as well as environmental conditions such as vibration, temperature and humidity. The system is RoHS compliant and meets all industrial safety requirements.

Conclusion

AXT410164 is an edge type rectagular connector designed for mezzanine board to board connections. It features high density pins for high speed signal integrity, as well as reliable and robust construction. The connector system is compatible with various protocols and is designed to withstand demanding environmental conditions. It is suitable for a variety of board to board applications, including data storage, networking, and digital signal processing.