Can 3 memory with different frequencies be mixed?

1. First of all, it is necessary to divide into one generation and two generations! Unless the motherboard has socket support, it cannot be mixed!!

2. Different frequencies, but belonging to the same generation 1 or the same generation 2, can be mixed, and the obtained frequency is the same as the memory of the lower frequency.

3. Your first memory Ramaxel brand (generally the memory that comes with the brand machine) 512MB DDR2 667 memory Retail new seems to be not, it's all brand machine disassembly.

4. 3 can be plugged in at the same time, hard Thai TF560 This board seems to have 4 memory sticks, support 8G, it should be able to plug in, provided that these 3 memory sticks are compatible!

Theoretically, it can be used, and the memory with the lowest main frequency is the highest frequency reduction operation, but look at your 3 memories are not the same brand, and I don't know if the memory chip is the same, and there may be more incompatible situations.

The first two frequencies are the same. It can be mixed, and the third one is 800 frequency. Try plugging in the third slot. If the stability is not good, don't use it. , or directly with only 2g slivers. Which 2 give away,

Theoretically, yes, but even if it is well compatible, it is only possible to work at the lowest frequency, so it is not recommended.

Absolutely no mixing! Don't waste any time and break all the slots! I'm a pro, believe me!

Theoretically, yes, but it's more likely to be incompatible.

That depends on whether your motherboard supports it or not, and there is also a compatibility problem with various brands of memory! Theoretically, it is possible to mix and insert, but it is not recommended to mix and plug! ~

Yes, it's better not to, it definitely has an impact on the machine!

Yes, the low-frequency ones are plugged into the first slot close to the CPU.

Oh, yes, but together it's definitely not 3g, you know.

It's strange that it can be turned on when it's all plugged in!

I've got two plugged in and I'm using them.

Hello Theoretically, yes.

But put the front at a low frequency!

Generally yes, but his performance will not be good. He had compatibility issues.

Yes, but the frequency may be limited to 667, see if there is a place in the BIOS to adjust the memory frequency to see if 800 can be stable, if so, then use 800.

Two memory sticks with different frequencies plugged together may be incompatible, blue screen, and crash; It is also possible to coordinate efforts closely. It depends on the specific situation.

1. If DDR1 and DDR2 are used, there is a greater chance that the memory of different frequencies will be incompatible together.

2. If it is DDR3, the motherboard will automatically reduce the high-frequency memory to work at the low frequency to improve compatibility and stability.

Therefore, try not to store two different frequencies together. Especially when upgrading, try to use the same frequency. If you really can't find it, you can use one gear higher, but don't use two gears higher.

For example, if you have 1066 memory, you can use 1333, but don't use 1600. Otherwise, there is a greater chance of incompatibility.

For example, DDR3 1333 and 1600 of the same generation mix, then it will only run at 1333, and the same DDR4 2133 and 2400 mix and match will only run at 2133, so the mix and match will only run at the lowest frequency.

OK. However, it will cause the high-frequency memory module to be used at a lower frequency. The selection of memory basically depends on three major items.

The main frequency is considered, because the memory of different main frequencies is plugged together or the motherboard does not support the motherboard at all, which will cause compatibility problems. The first one is 800MHz and the second one is 1066MHz. The result was a 1066 drop to 800 runs.

Although it is said that the larger the capacity of the memory, the better. But to be honest, the average user uses 4G of RAM, which is more than enough. Moreover, the 32-bit WinODWS system can only support the memory capacity.

No matter how big the system is, it won't be recognized. Therefore, if you want to upgrade to 4G or more, you must use a 64-bit system.

Reaction time is another indicator of memory. CL is the abbreviation of cas latency, which refers to the latency time required for memory to access data, simply put, the response speed of memory after receiving instructions from the CPU. The general parameter values are 2 and 3.

The lower the number, the shorter the time it takes to react. This liquid is a problem caused by the production process, so it is a must-see factor when purchasing brand memory. (represents the quality of the manufacturer).

It can be mixed, and the dual channel composed of different capacities is called elastic dual channel.

As long as it is the same generation of memory, memory of different brands and frequencies of different capacities and different times is also compatible, and it can be formed into dual-channel, and the timing and frequency will automatically be reduced to the lowest memory.

In fact, to increase the computer memory, try to choose the same brand and model of memory, and install it together to achieve the purpose of improving the speed of the computer and running safely and stably. Whether the memory modules can be mixed depends not on the brand of memory, but on whether the motherboard supports memory mixing. As long as the motherboard can be installed, the memory can theoretically be installed together.

The compatibility is almost the same, and now it's not so picky.

As for the performance, AMD doesn't know, anyway, Intel supports asymmetric dual channels, if you 4G+8G, 4G in 8G is dual channel with the original 4G group, and the remaining 4G single calculation is equivalent to you inserting 3 4G, but only 2 have dual channels.

Hello, theoretically, it can be used at the same time. The following is an answer to the frequency dual-channel compatibility aspects one by one.

If your original memory is 533 and you do run at 533 (it shows memory frequncy 533 MHz at single channel when you boot up), then the new strip will also run at 533. At this point, an agreement has been reached on the issue of frequency.

If the original memory is 667 and runs at 667 frequency, the 533 memory will also run at 667 frequency, that is, the memory is overclocked in a general sense. Although most well-established memory modules can be exceeded to 667 without voltage, the frequency needs to be reduced in order to be stable. Change the ratio of CPU external frequency to memory to ensure that the memory runs at a frequency of 533, so that the frequency is consistent without overclocking.

Dual-channel, if your motherboard supports it"flex mode", it is possible to make two different memory groups dual-channel. Plug the memory into the first and third memory slots on your motherboard, and if it shows memory frequncy when you boot it...flex mode (sorry I can't remember what was said in the middle) means that flex dual-channel mode is supported.

Although this dual-channel performance improvement is not as strong as dual-channel memory of the same capacity, it is not a small improvement for the Intel platform. Even if you can't set up dual channels, there are advantages and disadvantages to expanding the memory capacity. If it is an AMD platform, whether it is dual channel or not has not improved much, and it will not be discussed.

If there is no hard compatibility problem, it can be considered compatible.

Make sure that the two memories are not overclocked, and do not crash in use, and can be used normally. If you are not sure, you can also use memory diagnostic tools such as MemTest and Stress Prime 2004 to pass the test if you do not make an error for a few hours.

Given the number of scary answers appearing upstairs, I can give an example myself.

Apacer DDR2 800 2G Sliver + Kingston 512MB 667 Sliver (Extreme enough?) Group flex dual channel, no voltage to let the 667 run at 800, Vista boot on, choose Vista's built-in memory diagnosis tool, restart and run the whole test. Then I played the game for 4 hours.

Finally, if the 2 memory can't be turned on at all, the motherboard alarms, or can't get into Windows, please unplug the power and plug in the 1G strip in the future. There are still risks, and prevention is better than prevention.

It's best not to use them together. Although the high-frequency one can be adjusted to the low-frequency one, it is easy to make mistakes and reduce the stability of the system.

There will be a blue screen, and it will burn, and it will not form a double pass, and it may be slower than 1 memory.

It's best to change to a 533 or 667.

It's good if you use one, and if you use more, it will affect each other, and if you want to make the network fast, you can get a good CPU, and by the way, you should also use the system disk well.