The 500-series chipsets are coming soon, and they’ll likely use the same naming scheme (we already know about Z590, at least). These processors use Intel’s new 500-series chipsets, though they still use the same socket. Intel is sticking with LGA 1200 for its 11th-generation processors, too.
This socket represents a key design shift, and they are not backward compatible with the older 300-series chipset. They also support a variety of additional tech, including HEVC, HDR, and VP9 10-bit encoding. These Comet Lake-S processors are more efficient than the previous generation and have the ability to support up to 10 cores. This is the new socket design on 400-series motherboards that were released in 2020 specifically for Intel’s 10th-generation processors, and they have 49 more pins than before. The latest socket upgrade from Intel is the LGA 1200. If you’re here specifically to find out what socket you have and what socket your processor supports, Intel has an excellent guide on doing just that. They can’t be upgraded without changing the motherboard entirely, so upgrading to a new generation of processor can require a complete system rebuild - though other components like the PSU, memory, and graphics card can usually be ported over. Physically, sockets are always located on a computer’s motherboard. If you’re curious, the other big manufacturer, AMD, uses its own equivalent, called PGA sockets. Since Intel is a primary creator of processors, the sockets the company designs are particularly important, so knowing the LGA that your new hardware is compatible with is important. When new processors require a different array of pins due to their design or improved functionality, a new socket is born.
#WANT TO UPGRADE FROM INTEL CORE 2 DUO E4600 SOCKET LGA 775 SERIES#
In the case of an LGA socket, it consists of a series of pins that correspond to flat connectors on the bottom of the processor.
The socket is the physical interface a processor connects to. Here’s everything you need to know about Intel’s LGA CPU sockets. Intel has continually updated its LGA socket over the years, adding more pins and different designs to expand functionality. For Intel, it’s land grid array (LGA) CPU sockets. Each of the two major processor makers, AMD and Intel, has its own type of socket. These sockets change every few processor generations to cater to new chip pin layouts and to take advantage of the new enhancements in performance and features. Fitbit Versa 3Ĭomputers have used socketed processors for most of the PC’s lifespan, with a few notable exceptions like Intel’s cartridge-based Pentium II and III aside.
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