What Is Difference Between PGA And LGA?

by | Last updated on January 24, 2024

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“Land grid array” (LGA) consists of a socket with pins that you place the processor on. PGA (“pin grid array”), on the other hand,

places

the pins on the processor, which you then insert into a socket with appropriately placed holes. In the modern computing era, Intel CPUs use LGA sockets, while AMD CPUs use PGA.

Is PGA better than LGA?

The motherboard can hardly be damaged by CPU misalignment. (More Durable Motherboard) It is much easier to repair bent pins on a PGA processor than on a LGA motherboard. (

Slightly Better Repairability

)

Is Ryzen LGA or PGA?

As of 2021, AMD’s mainstream Ryzen CPUs

are PGA

, while its HEDT lineup (Threadripper) is LGA.

What is PGA socket?

A pin grid array (PGA) socket is

the integrated circuit packaging standard used in most second- through fifth-generation processors

. These sockets are either rectangular or square, with pins arranged in a regular array on the underside of the package.

What is PGA LGA and BGA?


LGA are desktop sockets

. BGA are laptop sockets where the CPU is soldered to the board. PGA are laptop sockets where the CPU may be able to be removed.

Does AMD use LGA or PGA?

Like Intel, AMD decided to use

LGA sockets

for their higher pin densities, as a 1944-pin PGA would simply be too large for most motherboards.

Does Intel use PGA or LGA?

In the modern computing era,

Intel CPUs use LGA sockets

, while AMD CPUs use PGA.

Why does AMD use PGA?

While a shift to LGA may seem somewhat trivial, the change will mark a major shakeup in AMD’s desktop lineup. AMD has long stuck with a pin grid array (PGA) for its CPU packaging. … The reason we’ve not seen it much on desktop is

because BGA designs actually see the chip soldered permanently to the socket.

What is LGA in processor?

(

Land Grid Array

) A chip package with a very high density of contacts. LGAs differ from traditional chips with protruding pins that are inserted into a socket. An LGA chip has flat pads on the bottom of its package that touch contacts on the motherboard socket.

Do Intel CPU have pins?

Intel has been using LGA (“Land Grid Array” –

no pins on the CPU

, only “lands”) sockets since the LGA775 Pentium 4 about 10 years ago. As others have said above, the pins are in the socket and are somewhat fragile, so don’t mess with them nor drop anything on them. “Very fragile”. Intel got tired of bent cpu pins.

Did PGA use Intel?

In the modern computing era, Intel CPUs use LGA sockets, while

AMD CPUs

use PGA.

What is BGA package?

(

Ball Grid Array

) A popular surface mount chip package that uses a grid of solder balls as its connectors. Available in plastic and ceramic varieties, BGA is noted for its compact size, high lead count and low inductance, which allows lower voltages to be used. … See surface mount, chip package, MicroBGA and flip chip.

What is meant by PGA?


Golf

.

Professional Golfers’ Association

(with or without the apostrophe), the usual term for an organization of professional golfers.

What is an LGA connector?

A land grid array (LGA) socket can

provide compressive electrical interconnect between the printed circuit boards (PCB) and the processor

. … These sockets can provide a compressive electrical interface to the microprocessor package and are solder ball, surface mount attached to the PCB.

What is the latest LGA socket?

The latest socket upgrade from Intel is

the LGA 1200

. 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.

Can I upgrade PGA processor?

That depends on the socket of the motherboard. If it’s BGA, then the CPU is soldered in and cannot be upgraded. If

it’s PGA, then you theoretically upgrade it with a same powered

(35 watt TDP) processor. The laptop supports DDR3 RAM.

Charlene Dyck
Author
Charlene Dyck
Charlene is a software developer and technology expert with a degree in computer science. She has worked for major tech companies and has a keen understanding of how computers and electronics work. Sarah is also an advocate for digital privacy and security.