Socket 754 is primarily designed for computer microprocessors with operating frequencies ranging from 2.4Ghz for desktops and 2.6Ghz for laptop computers. They were introduced in 2003.
A socket 754 motherboard is the primary substrate of a computer. It was designed and developed by Analog Micro Devices (AMD) to host Athlon 64 desktop processors. Socket 754 technology was retired in 2006 and has been replaced with socket 939.
No.
Most likely not, unless its a Socket 754.
The Socket 939 motherboard series was first released by the company AMD in June 2004. The Socket 939 was released to replace the Socket 754 and Athlon 64.
CPU socket 939 was released by AMD in 2004, it supports both single and dual core processors. Socket 939 supersedes socket 754 for Anthlon 64 processors, it is no longer in production.
Socket A, also known as Socket 462, is a CPU socket used by AMD for its Athlon XP and Duron processors. It was introduced in 2000 and supported various AMD CPU architectures, including the Athlon XP, which was popular for its performance in the early 2000s. Socket A utilized a PGA (Pin Grid Array) design, allowing for easy installation and removal of the processors. This socket type was phased out as AMD transitioned to newer architectures and sockets, such as Socket 754 and Socket 939.
Yes. You should be able to use an AMD Turion 64 in any Socket 754 motherboard.
No. The MSI KT4V is a Socket A motherboard. The AMD Mobile Athlon 64 3400 is Socket 754.
Each motherboard possesses certain socket type, for instance, from Intel LGA 771, LGA 775, Socket 478, 604, Socket M and P, for AMD Socket 754, 939, 940, AM2, AM2+, Socket F and socket S1. Thus, when you are going to buy a motherboard you have to have or buy a CPU with the same type of socket. A CPU with one type of socket will not fit another type of socket!
The AMD Athlon 64 socket refers to a series of CPU sockets used by AMD for their Athlon 64 processors, which were popular in the early 2000s. The most common sockets for these processors are Socket 754, Socket 939, and Socket AM2, each supporting different features and memory types. These sockets played a crucial role in the transition to 64-bit computing, allowing for improved performance and larger memory addressing capabilities compared to their 32-bit predecessors.
800
Idon't know exactly But it can't as far out as Menan because they switch to 754.