1410186-2

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Backplane Connectors - Specialized

Backplane connectors have long been used in the computer industry to make sure that the data connections between boards in a system are efficient and reliable. In recent years, a variety of specialized backplane connector designs have been developed to meet the needs of specific applications. One such specialized connector is the 1410186-2 type, which is used in storage systems and high-performance computing applications. This article will discuss the application field and working principle of the 1410186-2 type backplane connector.

Application Field: Storage Systems and High-Performance Computing

The 1410186-2 backplane connector is designed to meet the stringent performance requirements for storage systems and high-performance computing applications. It is based on the QSFP+ connector, which is able to accommodate four separate channels of traffic, and is compatible with the widely-used Serial Attached SCSI (SAS) protocol. The 1410186-2 is designed with a metal shell that ensures reliable electrical contact and a higher data rate for long-distance connections. In addition, the connector features an optimized design for performance in high-density applications such as storage devices.

Working Principle: Electrical Connections and FEM Protocol

The working principle of the 1410186-2 type backplane connector rests on two key features – electrical connections and the FEM protocol. The electrical connections that are made when the 1410186-2 is plugged into a system board are used to pass data between the board and the connector. This connection is based on differential signaling, with signals being sent over two separate signal lines – a “positive” and a “negative” – and both lines being connected at each end of the connection. This ensures high signal integrity and reduced crosstalk.

In addition to electrical connections, the 1410186-2 also utilizes the FEM protocol to ensure a reliable connection between the board and the connector. The FEM protocol is a low-level protocol that is used to manage the data flow between the board and the connector. FEM stands for Field Effect Modulator, and it ensures that the data is transferred reliably by controlling the distance between the two signal lines. When the signal lines are too far apart, the data transfer will be unreliable; when they are too close together, the data transfer will suffer from crosstalk. The 1410186-2 connector uses a special FEM protocol to ensure that the data transfer is optimal under all conditions.

Conclusion

The 1410186-2 type backplane connector has been designed to meet the performance requirements of specific applications, such as storage systems and high-performance computing. Its working principle relies on the combination of electrical connections and the FEM protocol, which ensures reliable transmission of data over long distances. As moreand more applications require high-speed data transmission, the 1410186-2 type backplane connector will continue to be a popular and reliable choice for solving connectivity issues.

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