What is Socket S1?

Socket S1 is an AMD® socket made for the location of central processing units (CPU) for mobile computer technology or laptop. The S1 socket includes 638 contacts and comes with a rotating locking unit instead of a lever device like most other drawers. Since July 2011, there are four processors for working with this socket, although there are others that may fit into the S1 socket. As far as energy is concerned, the S1 socket can reach about 1.8 to 3.2 Gigahertz (GHz), with most processors moving in approximately 2.1 to 2.5 GHz; This socket can also support four cores at the same time. Before retiring, there were four overall revision of this outlet, the last one added new core and memory support. There are 660 contacts, but 22 of them are connected, so 638 is electronically active; There is a small square in the middle without contacts. The control or locking of the Unit differs from other drawers. For most drawers there is a lever that is pulled out to unlockCpu; For the S1 socket, the controller is half turned to unlock the CPU.

For the S1 S1, four processors were officially created. These include Athlon 64 X2®, Turion 64 MK®, Turion 64 X2® and Mobile Sempron®. All four of these processors are used in notebooks rather than on desktop computers.

All sockets are made to support a certain range of energy, which helps the CPU to fulfill its duties. The S1 socket can reach up to 3.2 GHz and has a low range of 1.8 GHz. CPUs usually hit the center of this range, between 2.1 and 2.5 GHz. The data transfer rate for memory ranges from approximately 800 to 1,333 megahertz (MHz).

There were four revisions of the S1 socket, the last referred to as S1G4. These revisions have been improved compared to ounory by involving additional basic support, up to four separate cores for higher processing capabilities. This socket also supports synchronous dynamic dynamic memoryž with random access (SDRAM) that earlier versions did not support. While the latest revision has many new supportive support, it is physically identical to other versions; All differences are present electronically.