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Today’s computing systems require reliable connections to the components of their backplane, such as processors, memory and switches. Backplane connectors are essential for ensuring these vital connections, and their selection can be critical in meeting performance, cost and density requirements. In the computing industry, the most common type of backplane connector is the DIN 41612, a two-row type connector.

The DIN 41612 is widely used in a variety of applications, including telecommunications, industrial automation, medical and military. It is suitable for high-speed data transmission of up to 12 Gbps and provides excellent reliability and signal integrity. The two rows of contacts are arranged in an alternating pitch pattern which adds flexibility in the design of the backplane. The contacts provide a reliable connection which is capable of withstanding exposure to moisture and extreme temperatures.

The DIN 41612 is a two-row, surface mount backplane connector with a 2 mm grid layout, providing up to 136 contact positions. This type of connector is generally used for data transfer between the cpu and memory, between cpus and peripheral cards, and between cpus and switches. The wide variety of contact positions allow for a variety of connections on the same application board. The contacts are secured with a locking mechanism that ensures that the connectors will not be dislodged or moved.

In terms of its working principle, the DIN 41612 backplane connector relies on a simple contact mating system that provides the connection between two boards. Two rows of contacts on each side of the connector is arranged in a specific pattern, with the opposite sides possessing a different pattern. When the two mating pieces are placed together, the contacts form a mechanical and electrical connection, allowing the two boards to communicate. The contacts are designed to prevent signal crosstalk and minimize signal interference.

The DIN 41612 backplane connector is a reliable solution for data transmission in application fields such as telecommunications, industrial automation, medical and military. Its two-row design provides increased backplane design flexibility and improved signal integrity, and its locking mechanism ensures reliable connections which are able to withstand harsh environments. With a wide variety of contact positions, the DIN 41612 is the preferred choice for many high-density backplane applications.

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