I want to carry the main engine. Having decided what the CPU is AMD3800 I don t know what motherboar

1 Motherboard: ASUS M2N-X (powered by NVIDIA NFORCE 520 chipset, supports dual-channel DDR2 533 667 800 memory, supports ATHLON 64, ATHLON 64x2 ATHLON FX SEMRON processor, 3 PCI slots, 2 PCI-E 1x PCI-E 1x PCI-E 1 x 16x PCI-E 4 SATATII ports, supports RAID 0, 1, 0+1, 5 and JBOD) 640 yuan.

2 Graphics card: Huamai Sapphire X1650GT Platinum Edition with a small budget (700 yuan with a large budget Huamai Sapphire X1950PRO (1300 yuan 3 memory purchase 512MB*2 (Black King Kong Corsair Kington)

Motherboard,Gigabyte is okay,Graphics card,Dual sensitivity is okay,I'm using a dual sensitivity graphics card,**Well,You go to Pacific Computer Network to have a look。

I recommend that you configure the ASUS motherboard M2N-E memory with two 512M groups of dual channels for fast speeds.

M2N-E 512 x2 or 1g x2

Don't think about anything else, it's really nice!!

Since the AMD 860K processor uses the new socket type of socket FM2+, we need to use a motherboard with a socket FM2+ socket interface.

A55, A75, and A85 motherboards that were previously compatible with AMD 760K processors will not be compatible with AMD 860K processors in the future due to the FM2 processor socket, unless the motherboard manufacturer upgrades and improves them. Currently, the only motherboard that can be compatible with AMD 860K processors is the A88 motherboard, and a large number of A88 motherboards have been listed before, so the AMD 860K is suitable for the A88 motherboard.

Since AMD Athlon II X4 860K is a quad-core processor with mainstream performance, in terms of balance, it is suitable for matching mid-range mainstream discrete graphics cards, this year's mid-range mainstream graphics cards mainly include R7-260X and GTX750 graphics cards, so if you want to balance and pay attention to game performance, R7-260X and GTX750 graphics cards (price is around 800 yuan) are good choices.

No, because the AMD4000+ is an AM2 port and cannot be installed on an AM3 motherboard.

It is the same interface as am2+(940), and am2+(940) is just a specific number of pins added to the back to distinguish them.

It's one of a kind. The difference between AM2 and AM2+ is that the bus width is different, but the CPUs of both can communicate with each other, and it has no effect. AM2+ is the transition of AM2 to AM3.

Ferry interface. The difference between AM2 and AM2+ and AM3 interfaces.

AM3 is AMD's latest connector, and the number of pins in AM3 is different from AM2 and AM2+, with AM3 having 938 pins and the other two having 940 pins. AM3.

It's higher than AM2+, and much higher. The processors on the AM3 interface support DDR3 memory, while the processors on the AM2 and AM2+ interfaces only support DDR2 memory.

The AM3 processor is interoperable with the AM2+ processor. However, on the AM3 interface processor, there will be a loss of performance on the AM2+ motherboard.

2. AM2+ is just an upgrade to the AM2 interface.

AM2's HyperTransport is only the standard, while AM2+'s HyperTransport bus is. ht operating frequency.

is 1GHz, and the maximum data transmission bandwidth is 2GT S i.e. 8Gb S. The HyperTransport bus of the AM2+ processor supports the highest.

at which the data transmission bandwidth will reach .

A new processor interface is usually defined by the type of memory that supports newer updates, such as AM2 because it supports DDR2 motherboards.

Born. However, it can be seen from the specifications of the AM2+ interface that it does not support DDR3, and the future AM3 interface will fully support DDR3So am2+

It can only exist as a transitional interface.

The frequency of the AM2+ processor will affect the HT bus frequency. That is, what we call the transmission bandwidth will reach ie.

It's just the highest value that can be obtained in theory.

All motherboards that do not need to force AM2+ interface, just wait for AM3, and directly support DDR3

3. The difference between the AM2+ and AM3 interfaces is that the AM2+ is also 940 pins, while the AM3 is 938 pins! The two can't be mixed!

Distinction: The easier to see between AM2+ and AM3 is that there are four notches in the pins.

AM2+ has 2 missing needles and 2 needles, and AM3 has three needles missing all four gaps, that is, 2 more needles than 940, so it is 938 feet!

No, 4000+ is a 940-pin AM3 socket with only 938 pins, so it can't be used, the new CPU can be compatible with the old motherboard, but the old U can't get on the new board.

I have an amd

If you want to change a 4000+ CPU to a motherboard, can you get a 785G motherboard?

The key is that most AM3 motherboards only have DDR3 slots, while 4000+ does not support DDR3 memory.

What motherboard does AMD4000+ go with 2009:

There are also many motherboards that can be on 4000+, as long as you find a motherboard that supports AM2, and the refreshed BIOS can also support the AM3 interface CPU, or choose directly.

AMD Phenom II X4 925 2800MHz 512KBX4 6MB DeNEB 45nm C2 95W 4000 The BIOS of the flashing motherboard can support the CPU of AM3, but the performance is at a loss compared to the native AM3 motherboard completely.

I can tell you responsibly that it will not burn.

The power supply of the host computer is equivalent to a meter fuse, and the computer accessories are the electrical appliances of your home. If you have a 10A fuse on your meter, it doesn't mean that your appliances don't have to use 10A current. This 10A only means that the maximum amount of electricity that your home can use is 10A, and if it exceeds it, it will burn the insurance.

In the same way, if you install a 350W power supply on a computer with a power consumption of 200W, then your computer's power consumption is the same as 200W, which is not more power consuming than before, and the power supply itself does not produce power consumption. Conversely, a higher wattage power supply will also save you power. Because the power supply also has a conversion efficiency, usually when we install the machine, when the power consumption of the whole machine is calculated, it will be equipped with a power supply that exceeds a wattage.

Because the power supply is running at about 80% efficiency, the power saving is the highest, and the conversion efficiency is higher.

Dizzy, the rated power of the power supply is not enough to heat up and burn off, how can it be burned if you change it to a higher one? Why did you change it? Do you want to add a separate display? As long as it is not the legendary 8800GTX god card, the rest of the cards, regardless of the new card, the old card and the high and low end, are enough with a 4-core CPU!

If you buy an 800W rated and put it on your computer without a separate display, the power is still about 200W or more! If you don't buy a discrete display, you don't need it! It is recommended to buy 2 lots of 9600gt or 9800gt, and be careful not to buy shrinkage!

The 9800GT is the G92 core, and the 9600GT is the G94 core!

The bit width of both cards is 256bit, and the minimum memory capacity is 512M!

**Go and see for yourself! The main best to buy the consumer security store!

No, the power mentioned on the power supply is the rated power, which can also be understood as the maximum power, and when the power supply is running, it is determined according to the configuration of your computer. The cost of electricity is also determined by the configuration of your computer, but in general, the high-power power supply is less power-efficient than it, but the power supply is like the heart, and some surplus computers will be more stable. Your configuration of 300w is more than enough.

No, because the size of the rated power of the power supply is only to manage the input and output of the power, if the various parts on the motherboard do not need to exceed their own power, then it will naturally be controlled, the high-power power supply just provides you with a larger bandwidth of power, of course, the power supply also has peak power, the peak power is sometimes higher than the rated power, the question you ask is completely useless, just like giving you 2 buns, you can only eat one, and the other one you don't want to eat, you can throw it away without eating, Could it be that the bun itself will run in front of you and jump into your mouth?

As for the electricity consumption you mentioned, it depends on all your parts, if these electronic components need 200W in the store, then they will naturally use you so much, if they don't need that many points, they will naturally not lose so much electricity. But as for the power rating you said, if it is 350W, then, no matter how low your power demand is, the minimum power loss of this power supply will be 350W, understand?

Your whole machine is more than 200w points on more than 200w points, it will not cost more electricity, and the large rated power supply is to ensure the stability of your machine, and it can also be used for future upgrades.

Won't burn. If you buy a power supply with high conversion efficiency, it will not consume more electricity.

CPU: AMD Athlon X2 250 380 Cost-effective dual-core, ready for mainstream games.

Motherboard: Spartak Kuroshio BA-150 399

Graphics card: Dilan Hengjin HD5670 Hengjin 1G 699 The performance is extremely good, which is equivalent to GTS250.

Memory: Kingston 2G DDR3 1333 140 HDD: Seagate 500G 275

Power supply: Xianma Chaoying 270W 148

Chassis: Parkson C162 138 Great Wall W-08 128 Display: Great Wall L1970 730 yuan.

Total: about 2900 yuan.

3000 can buy what you ask for.

870 chipset without integrated graphics brother.

Only 880g and 890gx are available with integrated graphics.

1G independent display is nothing, it depends on the specific model, low-end 1G independent display or garbage.

The crossfire of the integrated display + independent display is meaningless, if you have a crossfire on the double independent display, use the motherboard of 890.

Sapphire HD5750 512M Overseas Edition 699 Within the budget, this card is more cost-effective, Sapphire card, nothing to say.