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Memory Connectors - Inline Module Sockets

Inline module sockets are memory connectors that have been designed as a secure, snap-in solution for mounting and connecting both memory and logic interfaces. These types of connectors are able to fit into a relatively small footprint but can provide larger features and capabilities due to their high density. The sockets feature dual port capability with both an upper and lower port, allowing for greater flexibility when mounting memory in compact, board space limited applications. The sockets are also designed to provide improved performance by providing better signal integrity as well as enhanced durability.

Application Field

The inline module sockets are widely used in board to board and backplane applications, providing high speed, low profile, and high density performance. They are ideal for applications such as routers, switches, and server motherboards. Additionally, the connectors are also used in embedded systems such as industrial automation, medical, telecom, and automotive applications. Applications that require a high-speed data transfer rate or memory expansion can take advantage of the inline module sockets due to their reliable and secure connections.

Working Principle

The working principle of inline module sockets is based on contact connection technology. The connectors are designed with a series of nickel plated contacts, which are housed in a thermoplastic insulator. When the socket is inserted into the mating connector, either directly or through an extension board, the contacts are engaged and a secure connection is established. The contacts are spring-loaded which ensures good contact force even under shock and vibration conditions. The sockets also feature a low insertion force which makes them easy to handle.

The sockets also feature a unique design that allows them to be integrated into a variety of systems. The sockets come in a variety of form factors and can easily be incorporated into a motherboard or housing. The sockets are also designed to meet the requirements of a wide variety of voltages and current ratings. In addition to being highly reliable, the sockets are also designed for excellent thermal performance, providing maximum power delivery to the connected board.

Conclusion

Inline module sockets are becoming increasingly popular for a variety of applications due to their small size, high-density interconnectivity, and reliable connections. These connectors are easy to install and are designed for a maximum performance by providing a reliable connection and improved signal integrity. Inline module sockets can be used in many different applications where higher speed, higher density, and lower power connections are needed, making them ideal for a wide variety of situations.