2-2013290-3 Connectors, Interconnects

Series:	--
Packaging:	Tape & Reel (TR)
Lead Free Status / RoHS Status:	--
Part Status:	Active
Moisture Sensitivity Level (MSL):	--
Connector Style:	SODIMM
Number of Positions:	204
Memory Type:	DDR3 SDRAM
Standards:	--
Mounting Type:	Surface Mount, 25° Angle
Features:	Board Guide, Latches
Mounting Feature:	Reverse
Contact Finish:	Gold
Contact Finish Thickness:	30.0µin (0.76µm)

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Memory Connectors - Inline Module Sockets

Inline module sockets, commonly known as memory connectors, are specialized computer components which complement the onboard memory of a system. This type of memory connector makes it possible for a user to add additional memory to their system or to the memory of other devices.Memory connectors provide multiple connection options including USB, PCI, ATA/IDE, SCSI, and eSATA. These connection types can be used to connect and configure multiple devices all at once. This type of connector also allows for communication between computers and devices such as printers and scanners.In addition to the connection types listed above, inline module sockets can be used with the latest memory modules which feature Plug-in-Module-Designs (PIMD) or Processor-in-Module-Designs (PIMD2). These modern memory modules can be easily plugged into a socket, providing faster data transfer speeds and reduced power consumption. This makes the use of inline module sockets ideal for applications such as embedded systems, where maximizing energy efficiency and reducing power consumption is essential.When it comes to the work principle of memory connectors, a single "chassis" enclosure contains the memory modules, which are held in place by a series of metal pins. These pins are connected to a controller board which processes the data passing through the module. The controller board contains a series of connectors, which are attached to the motherboard of the computer or device and also to the memory modules.When the memory modules or other devices are connected to the computer, the controller board sends signals to the memory modules and receives back responses which indicate the status of the connected device. This data is then relayed to the receiving device, which is able to read and interpret the data.The performance of memory connectors depends on the number of modules that can be attached and the speed of the data transfer they are designed to handle. The speed of data transfer is usually measured in megahertz (MHz) and the memory connector’s ability to handle higher transfer rates depends on the number of modules and the type of pin layout used.Inline module sockets are increasingly being used in industrial applications such as factory automation, medical technology, and transportation systems. They are perfect for applications that require high-speed communication between multiple devices, and can be an ideal solution for applications where power efficiency is a concern.These connectors are typically made from machined aluminum and offer superior durability, making them perfect for harsh environment applications. In addition, they feature low insertion force, and are compatible with multiple data rates, ensuring accurate and reliable communication between multiple devices.In summary, memory connectors are an ideal choice for computer systems and other devices that require additional memory and increased data transfer speeds. These connectors provide reliable and efficient communication, and are perfect for applications where energy efficiency and power reduction are top priorities.

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