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Backplane connectors can be categorized into three different types: Hard Metric, Standard, and Low Voltage Differential Signaling (LVDS). Each type of backplane connector has different features, uses and applications. Hard metric backplane connectors are designed to handle higher power levels and higher data rates than the other two types.

Hard Metric backplane connectors are used for connecting multiple printed circuit boards (PCBs) within a system. They are used in a wide range of applications, including communications, computer, consumer electronics, and military applications. The connectors feature an array of pin-keys which are used to ensure that the connector is plugged in correctly. The keys are arranged in an array so that it is easy for people to easily determine the correct connector orientation.

The standard backplane connector is a universal style of backplane connector designed to be compatible with all standard size backplanes. It is widely used in PC and communications applications, and can handle data rates of up to 4.5Gbps. These connectors come in both male and female genders, with the main difference being the presence of a latch mechanism on the male version.

The Low Voltage Differential Signaling (LVDS) backplane connector is a type of small form factor connector that can accommodate up to 32 high speed, differential pairs of conductors. The small form factor of the LVDS connector allows for easier installation and maintenance, and is ideal for use in high speed communications systems. The LVDS backplane connector is also used in computer, consumer electronics, and military applications.

In general, backplane connectors can be considered to be the backbone of a system. They provide the physical link between multiple printed circuit boards, and the associated power and signal lines that are needed to properly facilitate communication between them. The various types of backplane connectors serve unique purposes in different applications, so it is important to choose the right type of connector for each application to ensure optimal performance.

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