The motherboard is a GIGABYTE G31 CPU

If the performance is equivalent to PD820, it would be good to use E1500, if there is a stock, of course, use E3200, the cost-effective Celeron dual-core, the performance is better than 820.

Our store now happens to have a CPU trade-in activity, your PD820 can be sold to me at a discount, and then make up less money to buy an E5200 or E5300, you need to make up about 200 yuan**Triple Diamond Sellers.

E5300 but not into E5200 cost-effective engaged.

The E2200 is also good, cheap and easy to use.

The highest supported CPU of the G31 motherboard: Core.

2 e8600。

Core 2 Duo Pentium 4 Celeron D Pentium D series processors, the highest processor is the Intel Core 2 Duo E8600 processor, which is the leading performance in the dual-core processor, with G31 motherboard performance is very powerful, with mid-range graphics card, it can be competent for mainstream games, general design, rendering and other entertainment and work needs.

G31 motherboards can also support 4-core CPUs, it is recommended to use Core E series CPUs, such as E1400 E1500 E2200, which can be.

The CPU and the motherboard are closely connected, what CPU should the motherboard with, here is the content I brought about what CPU to wear with the GIGABYTE G31 motherboard, welcome to read!

What CPU does a GIGABYTE G31 motherboard come with:

The motherboard of the G31 chipset supports the CPU with the 775PIN interface, and there are many models. I checked the official website of GIGABYTE motherboards: from the old Celeron D325, the old Ben P4 560, to the 45nm Core Duo2 QX9770 can be supported.

There are also server versions of Xeon processors, such as the quad-core Xeon X3330.

The highest spec CPU supported by the GIGABYTE G31 chipset motherboard is the Core 2 Extreme QX9650.

The picture below is a screenshot of the high-end CPU from the G31 chipset motherboard CPU support list provided by GIGABYTE's official website

1993 GIGABYTE becomes the first motherboard manufacturer in the world to offer a motherboard compatible with 66MHz 586 processors and supports PCI bus. In the same year, GIGABYTE and Intel developed teams teamed up to become the first motherboard to launch a motherboard compatible with dual Pentium processors, as well as support for the EISA bus. 1994 GIGABYTE launched a motherboard product that supports dual 100MHz 586 processors and supports the EISA bus.

In the same year, GIGABYTE became the first motherboard manufacturer to launch a motherboard that supports both PCI IDE ports and 6 SIMM slots. In March of the same year, it signed a licensing agreement with Award Software and obtained the company's BIOS license.

1995 GIGABYTE becomes the first motherboard manufacturer to introduce on-board L2 cache. In the same year, GIGABYTE developed a motherboard product that supported dual 686 processors. In July of the same year, cash assets reached NT$76 million, and total assets increased to NT$96 million.

In October of the same year, monthly sales reached NT$300 million. 1996 GIGABYTE became the first motherboard manufacturer to launch a motherboard with CPU voltage detection. In the same year, GIGABYTE launched ATX motherboards with Pentium processors.

1997 GIGABYTE developed Automatic CPU Temperature Over-Conditioning (ACOP) technology and obtained a German patent for innovative technology. In the same year, GIGABYTE became the first motherboard manufacturer to be compatible with both 5V memory.

1.What CPU is available for ASUS G31

2.What kind of motherboard is the 5420CPU configuration.

3.What should I pay attention to when assembling a desktop?

4.What are the classifications of motherboards.

5.1000 or so desktops.

This motherboard supports CPUs such as Core 2, Quad, Core 2, Duo, Pentium 4, Celeron D, Pentium D, and other CPUs in the LGA 775 socket.

Up to a Core 2 Quad Q7700S CPU with an LGA 775 socket.

Hello friends, Onda G31V This motherboard integrates the display core, and the overall workmanship and power supply are relatively average.

There are a few factors to consider when upgrading a processor:

The first is whether the motherboard chipset can support it. Theoretically speaking, excluding other factors, it is theoretically possible to support up to Intel Core 2 QX9650, one of the highest-end processors of the LGA775 array, after refreshing the BIOS.

The second is the power supply of the motherboard. Angtou G31V This motherboard is only designed for three-phase power supply, generally speaking, each phase power supply can withstand about 30W of power consumption, that is to say, the power consumption of the processor recommended for upgrading this motherboard cannot exceed 100W, and the thermal design power consumption of Intel Core 2 QX9650 This processor is as high as 130W, and the thin power supply design of the motherboard must not meet the needs of the landlord to upgrade this processor;

Third, we need to consider cost-effectiveness and practicability. The motherboard of the landlord is more outdated, and it supports DDR2 memory, so there is no need to upgrade the processor that is too good, which not only wastes the performance of the processor, but also shortens the life of the whole machine because of the increase in power consumption;

To sum up, in the case of motherboard support, it is recommended that the landlord consider upgrading the Intel Core 2 quad-core Q9300 and other quad-core processors with a power consumption of less than 95 watts. Or consider the Intel Intel Pentium Dual-Core E6500 series Wolfdale core, which consumes only 65 watts of power.

Up to Q8200 quad-core.

At present, the E5400 is about 430 yuan and the E7500 is about 650 yuan.

If the power supply is sufficient, it can be connected to the Core 2 Q series.

The interface of the G31 motherboard is LGA775 and supports 775 series CPUs.

The chassis is one of the most basic and important components of the microcomputer. The motherboard is generally a rectangular circuit board, on which the main circuit system of the computer is installed, generally there are BIOS chips, IO control chips, key and panel control switch interfaces, indicator plugs, expansion slots, DC power supply connectors of the motherboard and plug-in cards and other components.

The motherboard has an open architecture. Most motherboards have 6-15 expansion slots for PC peripherals to plug in control cards (adapters). By replacing these plug-in cards, the corresponding subsystems of the microcomputer can be partially upgraded, so that manufacturers and users have greater flexibility in configuring models.

In conclusion, the motherboard plays a pivotal role in the entire microcomputer system. It can be said that the type and grade of the motherboard determine the type and grade of the entire microcomputer system. The performance of the motherboard affects the performance of the entire microcomputer system.

Motherboard, Mainboard, Mobo; Also known as motherboard, system board, logic board, motherboard, bottom board, etc., it is the center or main circuit board that constitutes a complex electronic system such as an electronic computer.

Hello landlord, the interface of the G31 motherboard is LGA775, which supports 775 series CPUs

Processor Model Architecture Cache Clock Speed FSB.

E8600 45nm 6MB L2 Cache GHz 1333 MHz

E8500 45nm 6MB L2 cache GHz 1333 MHz

E8400 45nm 6MB L2 Cache 3 GHz 1333 MHz

E8300 45nm 6MB L2 cache GHz 1333 MHz

E8200 45nm 6MB L2 Cache GHz 1333 MHz

E8190 45nm 6MB L2 cache GHz 1333 MHz

E7500 45nm 3MB L2 Cache GHz 1066 MHz

E7400 45nm 3MB L2 Cache GHz 1066 MHz

E7300 45nm 3MB L2 cache GHz 1066 MHz

E7200 45nm 3MB L2 cache GHz 1066 MHz

E6850 65nm 4MB L2 Cache 3 GHz 1333 MHz

E6750 65nm 4MB L2 Cache GHz 1333 MHz

E6700 65nm 4MB L2 cache GHz 1066 MHz

E6600 65nm 4MB L2 cache GHz 1066 MHz

E6550 65nm 4MB L2 cache GHz 1333 MHz

E6540 65nm 4MB L2 Cache GHz 1333 MHz

E6420 65nm 4MB L2 cache GHz 1066 MHz

E6400 65nm 2 MB L2 cache GHz 1066 MHz

E6320 65nm 4MB L2 Cache GHz 1066 MHz

E6300 65nm 2 MB L2 cache GHz 1066 MHz

E5300 45nm 2MB L2 Cache 800MHz

E5200 E4700 45nm 65nm 2 MB L2 Cache 2 MB L2 Cache GHz 800 MHz 800 MHz

E4600 65nm 2 MB L2 Cache GHz 800 MHz

E4500 65nm 2 MB L2 cache GHz 800 MHz

E4400 65nm 2 MB L2 cache GHz 800 MHz

E4300 65nm 2 MB L2 cache GHz 800 MHz

The above is the processor supported by your motherboard, I hope it can help the landlord.

The highest spec CPU supported by the GIGABYTE G31 chipset motherboard is the Core 2 Extreme QX9650.

The picture below is a screenshot of the high-end CPU from the G31 chipset motherboard CPU support list provided by GIGABYTE's official website

Nowadays, the mid-to-high-end are supported,In view of the performance of this motherboard,The highest on the Pentium Core dual-core E 5200 bar,Boxed about 500,The performance is quite powerful,Plus4G memory,2G X2。 In the future, you only need to upgrade a discrete graphics card and it will last for many years.

There are on the market, 775 CPU it supports, as for the graphics card, all are fine, as long as your power supply is strong enough.

The motherboard of the G31 chip ......Support Core Dual Core....Quad-core ......775-pin CPU