5353869-1

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Memory Connectors - Inline Module Sockets

The 5353869-1 connector is part of a very specific group of memory connectors known as inline module sockets. Developed in the early 2000s as a way of more efficiently connecting memory modules to one another without the need for any sort of additional wiring, inline module sockets have largely replaced the traditional ribbon cables for connecting memory modules. Inline module sockets offer a number of benefits as compared to traditional ribbon cables, the most significant of which is dramatically increased reliability.

Application Field

The 5353869-1 inline module socket is specifically designed for use in server and workstation systems. It was developed to allow for the more efficient and reliable connection of memory modules to the mainboard, eliminating the need for cumbersome and unreliable ribbon cables. These inline module sockets offer increased signal integrity, faster, more efficient connections, and improved overall reliability.

Working Principle

The 5353869-1 inline module socket operates on a simple premise. When a memory module is inserted into the socket, the internal spring-loaded connector pins make contact with the memory module’s pins, establishing an electrical connection. The internal connector pins are then held securely in place with the single latch, ensuring reliable and consistent connections. This method of connection greatly reduces the chances of interference and data loss as compared to using ribbon cables.

Advantages of Inline Module Sockets

The most important advantage of the 5353869-1 inline module sockets over ribbon cables is improved reliability. This is due to its spring-loaded connector pins and secure latch which make sure that the connection between the module and socket is reliable and consistent. It also offers increased signal integrity, as the connector pins make more and firmer contact with the memory module pins. In addition, the 5353869-1 inline module socket is much easier to use than traditional ribbon cables, making it far more user-friendly.

Conclusion

The 5353869-1 inline module socket is an extremely useful tool for connecting memory modules to a mainboard. Its spring-loaded connector pins and secure latch provide reliable and consistent connections, as well as increased signal integrity. It is also much easier to use than traditional ribbon cables, making it an ideal choice for server and workstation systems. In general, inline module sockets offer numerous advantages over traditional ribbon cables when it comes to connecting memory modules.

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