Motherboard support HT 30 problem, GIGABYTE motherboard HT30 how to overshoot

Upstairs is a copy party,I've always used AMD's platform,CPU、Motherboard or something is quite familiar,The first computer is AMD,Now it's ATHLONII X2 240,It should be noted that,My motherboard doesn't even support,Only support,My motherboard model is ASUS 590SLI,The AM2 motherboard of the year,It's not AM2+,You can use AM3's CPU,Performance has no impact,And the supported AM2+ motherboard,It's definitely on AM3, Of course, to flash the BIOS, although the CPU of AM3 supports DDR3 and DDR2 two kinds of memory, while the motherboard of AM2+ only has DDR2 memory interface, it does not affect the performance, this is my actual test and experience, my buddy's machine is also 240

Summary: The motherboard of AM2+ must be able to use the U of AM3, as long as the BIOS is flashed, it can be recognized and used normally, and the use of DDR2-800 memory does not have much impact on performance.

If the motherboard's HT is set, it won't affect the CPU performance! But if you're a dual-core CPU, then it's okay, if it's a 4-core CPU, it's troublesome!

HT will not affect the performance of the CPU anymore.

2 cores, 4 cores can be on, but they can't fully exert performance, and the other 6 cores definitely can't support it.

This requires the support of the motherboard BIOS (BIOS has decided that my relative's AM2+ motherboard can be on my AM3's AMD630 after upgrading the BIOS, and the reason why I am on my AMD630 is because I asked you to check the motherboard's official website.

Because the current motherboard HyperTransport bus transmission bandwidth is still at the level, the working frequency is 1GHz, and the maximum data transmission bandwidth is 2GT S that is, 8GB S. The HyperTransport bus of the AM2+ processor supports the highest operating frequencies.

If you have a motherboard overclocking problem, you can try to freeze your life and treat all kinds of dissatisfaction.

1. AMD's motherboard can support 3 types of processors with only AM2 or AM2+ interface.

2. It depends on the motherboard manufacturer, not all motherboards with AM2 and AM2+ interfaces can support AM2, AM2+, and AM3 interface processors, and motherboard manufacturers need to update BIOS to support them (first-line manufacturers can basically do it, but channel manufacturers basically cannot).

3. The principle is that the pin definitions of the CPU are basically the same, and most of the pin definitions of the AM2, AM2+, and AM3 interfaces are the same, so they can be supported as long as the motherboard BIOS is upgraded (but some of the pin definitions are still different, so some functions of the new processor cannot be supported).

4. There is no definite answer to which motherboard is better, so take what you need. Because the motherboards with AM2 and AM2+ interfaces only support DDR2 memory, not DDR3 memory.

5. AMD's chipset has no performance loss for supporting these three types of processors, but some features may not be supported (such as instruction sets and the like, which I haven't studied carefully).

6. However, some chipsets of NVIDIA have a performance loss for AM3 processor support, such as the C68 chipset of AM2 interface, although the processor of AM3 interface can also be supported after upgrading the BIOS, but the data transfer rate is lost.

On November 19, 2007, AMD officially released the HyperTransport bus specification, which provides several frequencies and can support up to 32 channels. Under the 32-bit channel, the unidirectional bandwidth can support the highest transmission efficiency. Considering the characteristics of its DDR, the transmission efficiency of its bus can reach unprecedented.

HT30 is not a specific motherboard model, you may be talking about a motherboard that supports buses and can support SSDs. The common feature of these motherboards is that they only support interfaces, which will have some impact on SSD performance (sustained read and write speeds), but the actual experience is still greatly improved. It is recommended to buy a Toshiba TR200 240G SSD to install the system and common software.

The GIGABYTE HT30 supports SSDs, as long as a hard drive can be installed, SSDs are supported.

There is no incompatibility between the graphics card and the motherboard, and now the mainstream graphics card slots are PCI-E, which can be used universally and will not be incompatible.

PCI Express is a new generation of bus interface, using the current popular point-to-point serial connection in the industry, compared to the shared parallel architecture of PCI and earlier computer buses, each device has its own dedicated connection, no need to request bandwidth to the entire bus, and can increase the data transfer rate to a high frequency, to achieve high bandwidth that PCI can not provide.

PCI Express interfaces vary based on bus bit width, including x1, x4, x8, and x16 (x2 mode will be used for internal interfaces instead of slot mode).

Mainly look at the motherboard graphics card interface specifications and graphics card interface specifications, you can know, the two motherboards and graphics cards you said are compatible, because they both support PCI-E 16X

Plug in the ignition, the light is compatible, and the light is not compatible.

In general, A cards are perfectly compatible on Intel platforms, but N cards are on A platforms, and there are many compatibility problems.

Secondly, the N card is not perfectly compatible on the Intel platform.

The basic PCI-E interface of the mainstream graphics card can be used in common.

At present, there is no need to know the bus frequency in detail with the CPU with the motherboard, in fact, it is very simple.

It is to directly see whether the interface of the CPU and the interface of the motherboard are consistent, if so, and then choose the first-line ASUS Gigabyte MSI.

Or ASRock Intech.

Basically, it can be supported.

CPU parameters can be viewed with the CPUZ software.

Graphics card parameters can be viewed using the GPUZ software.

The overall configuration of the desktop computer can be viewed with the AIDA64 software

In addition, there is also software that can test the performance of the whole machine, such as 3DMark, chess can measure CPU performance, and so on.

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