HM2P07PNU1H5GFLF

Backplane connectors have become essential components of modern telecom and computing systems, particularly for those used in high speed, high-density server systems. This is where the hard metric backplane connector HM2P07PNU1H5GFLF comes into play. HM2P07PNU1H5GFLF is a high-performance backplane connector designed to meet the requirements of high-speed data transmission and high density applications.

HM2P07PNU1H5GFLF is designed specifically for use in high speed, high-density server systems. It features the unique feature of two-piece connectors that have the same size and shape, but the female part has more contacts than the male part (7 and 5 respectively), allowing the connector to be used in the tightest of spaces. This is made possible by a special manufacturing process, which is designed to optimize the density of the connector. The result is a connector that has an extremely small footprint and superior durability and reliability.

The HM2P07PNU1H5GFLF is a hard metric backplane connector and is compatible with two types of mating connectors, namely the standard 25- and 50-pin connectors, as well as new, wide-pitch DA-15 connectors. Hard metric backplane connectors have an integrated board-to-board mating system that provides a reliable, low-impedance connection, even when subjected to the highest levels of shock and vibration.

The working principle of the HM2P07PNU1H5GFLF is as follows. When the two pieces of the connector are mated, the female part has twenty-five small pins that contact the male part, while the male part has seven larger pins that contact the female part. This ensures that the connection between the two parts is secure and reliable. The contact points are sealed with a silica gel sealant to ensure that no dust or other contaminants can enter the connection and affect its performance.

The HM2P07PNU1H5GFLF is a hard metric backplane connector suited for high-speed, high-density server systems. Its two-piece design makes it ideal for tight installation spaces, and its integrated mating system ensures a reliable, low-impedance connection. Its use in these systems ensures optimum performance and reliable data transmission.