Is it normal for one of the pins on each side of the PCI E graphics card to be broken?

Hello, this is a normal phenomenon, PCI-E graphics card gold finger will have this situation: it is said that the original design is for hot swapping, and the two short pins should be for security reasons, that is, to ensure that in case the graphics card is separated from the PCI-E slot of the motherboard in the state with points, the power supply can be cut off first to prevent hardware damage... However, it is recommended to cut off the power supply before moving the graphics card.

Normal, my graphics card is.

It's normal! Put the graphics card is PCI-E's DDR video memory 7100 model**, I'll help you take a look!

This is a vendor problem, if it can be used, it's fine, it's normal, I've seen something like that, but it's a memory module.

Let's go to the BIOS and see the settings first! Maybe the discrete graphics card is blocked in the BIOS.

Send it to the computer store! Someone has a little card that can detect it.

You can try cleaning up the slots.

There's a card called a detection card that uses a PCI slot, and you can try it with instructions.

If the chipset is AMD or Inter, and the graphics card plugged in is an ATI graphics card of the same series, you can crossfire (you must use a firefire bridge in the middle and high-end).

If the chipset is NVIDIA (most of them) and the graphics card plugged in is the same NVIDIA graphics card, you can build an SLI (you must use a firefire).

Of course, the premise is that you need a large power supply, as well as a good cooling environment.

High-end motherboards support double 16, and the normal ones are double 8 or 16 + 8.

Performance is slightly different.

The difference between PCI and PCI-E is the card slot in the middle.

PCIe-is significantly longer than PCI, PIC slots are generally white, PCI-E, black and yellow, mostly white, and white will not be used, and the current graphics cards are basically PCI-E and will not be PCI

The specifications of the PCI-E slot on the PC motherboard are 16x 4x 1x (I haven't seen the 8x specification at the moment, I don't know if there is a slot with this specification), the difference in the specifications of the slots is the different lengths, the internal difference is mainly that the slots with high multiples can support higher bandwidth (the number of long slot circuits is more), because the PCI-E can freely allocate bandwidth, so the 16x slots support 16x 8x 4x 1x bandwidth, while the 4x slots only support 4x 1x. There are also low-speed PCI-E devices that can be plugged into high-speed slots, but not vice versa (the length is not the same as that of AGP). The PCI-E 16X slot is designed for graphics cards, which are generally 16X, but the Shadow has a 1X 7300GT, which is slow and expensive (basically designed for C61V chipsets and the like).

Therefore, the requirements of PCI-E devices are that the specifications of the slots must meet the requirements of the device, but the actual bandwidth may not meet them.

You look at the length of the slot, and compare the ** of various motherboards on the Internet to know if you can use it.

To be precise, there are several types of PCI-E graphics card slots, while PCI-E graphics cards only have 16X.

Of course, there are several types of PCI-E graphics card slots, including 1x, 4x, 8x, 16x, and of course the best one is 16x.

The size of the slots for these graphics cards is the same, and both can insert PCI-E16X graphics cards.

However, the native slot of PCI-E is 16X, and the reason why it was divided into so many minutes later was mainly for low-end users, and a lower-end motherboard chipset was introduced, so it could not support 16X high bandwidth, so it was reduced to 8X or lower, so when inserting the same graphics card, 8X was worse than 16X, after all, the bandwidth was only half of the latter. The 4x and 1x ones are even lower. This is the same as the 4x and 8x in agp slots.

In addition, in high-end motherboards that support dual graphics cards, because the support capacity of the motherboard chipset is limited, it is also very likely to reduce dual 16x to dual 8x, or 16x+4x, and so on.

However, it is also very common to have only 1X PCI-E graphics card slots, and merchants are trying to deceive consumers and make consumers mistakenly think that this is a high-end PCI-E16X graphics card slot, but in fact, its bandwidth is only 1X, which is the same as the bandwidth of PCI slots, so it makes no sense to insert PCI-E graphics cards.

There are two types of PCI-E, one is 16x and 8x. Nothing else, think you're wrong! There is no difference between the two, just load, and it is written next to the socket!

Dell engineers? Isn't it PCI instead of PCI-E!

Let's look at this in the BIOS. Generally, PCI-E slots are not shielded, right? No one is going to block this, right?

And is this sure it can be blocked, anyway, I don't know. As for the integrated display,You are on the independent display,The display is plugged into the independent display,The default is the independent display,Whether it's playing games or doing anything, it's a separate display。 No need to block the display!

The current graphics card slots are mainly PCI-E X16, and graphics cards in other slots are very rare, and it is difficult to buy them even if you want to!

Ensure hot-swappable data installation If there is no defect, it cannot be hot-swapped.

That's a fool-proof design, I'm afraid that someone doesn't know how to plug in the AGP graphics card and burn it.

The difference between SD RAM is just the difference, and I don't think anything else makes a difference.