1-1565692-1

Memory Connectors - Inline Module Sockets

Inline Module Sockets are specialized memory connectors that provide computer systems with the required electrical connection for the use of single and dual inline memory modules (SIMMs). Inline Module Sockets are designed to provide a secure connection between memory modules and the host motherboard, while also protecting the memory modules from damage caused by vibration, shock, and other environmental conditions. Memory module installation and removal can be performed quickly and easily due to their pin design and dimensional form factor. Inline Module Sockets are often used in conjunction with SIMMs to increase RAM capacity for higher-end computer systems, such as those used in gaming, graphic design, and other memory-intensive applications.

Application Field

Inline Module Sockets are commonly used as a means to increase RAM capacity in computers. As such, they are often used in mid- to high-end gaming and graphics applications where large amounts of memory are needed. For example, they are used in desktop gaming and video production machines as a means to expand RAM. Inline Module Sockets are also used in servers to increase the amount of memory capacity available. Many enterprise-grade servers also employ Inline Module Sockets in order to maximize the amount of RAM available.

Working Principle

Inline Module Sockets work by electrically connecting a Generic Memory Module (GMM) to a host motherboard. The device consists of a series of metal contacts that are designed to contact the appropriate data and power pins on the GMM. These contacts are spaced to exactly match the pitch of the GMM and are often found on the sides or pins of the socket. When the GMM is inserted into the socket, an electrical connection is created between the GMM and the motherboard, allowing data to be transferred between the two components. Inline Module Sockets are designed to be extremely durable and resilient to a variety of environmental conditions including vibration, shock, dust, and humidity.

Inline Module Sockets also contain a series of mechanical locking features that are designed to secure the GMM in place within the socket. These features can include plastic clips, levers, and tabs. When the GMM is inserted into the socket and the locking features are engaged, the GMM is held firmly in place and is not prone to accidental removal. The GMM can then be easily removed from the socket by disengaging the locking features.

Conclusion

Inline Module Sockets are specialized memory connectors that provide computer systems with the required electrical connection for the use of single and dual inline memory modules (SIMMs). Inline Module Sockets are designed to provide a secure connection between memory modules and the host motherboard, while also protecting the memory modules from damage caused by vibration, shock, and other environmental conditions. Inline Module Sockets are commonly used as a means to increase RAM capacity in computers and are often used in mid- to high-end gaming and graphics applications. The device works by electrically connecting a Generic Memory Module (GMM) to a host motherboard and contains a series of mechanical locking features to securely hold the GMM in place.