How to solve memory conflicts, how to solve memory conflicts

If you want to **, you have to replace the memory of 256, in fact, 512 is sorryGlowing ios

It adjusts the high-frequency memory to the low-frequency one. Or search Google for a software that changes the frequency.

Each SDRAM and DDR memory module will contain an SPD (Serial) that records the memory timing settings

presence

detect) chip, the memory manufacturer will set a parameter to ensure safe and stable operation, but if you consider the benefits that can make you 10% more performance at a time, and take a little time to try out the tighter memory timing parameters, it will definitely make you worth the price.

And in the BIOS settings screen you can find something like System

performance」、「memory

timings or configure

The name of the dramtiming project, basically, the factory setting value is by

spd, which means that the computer can directly take the timing parameters recommended in the memory module and apply the memory access, and the other thing you can change is to change it to enabled, which will not cause problems for your computer.

If you want to try changing the speed of the system, you can change the above options from enabled to disabled or user

defined, if your BIOS allows you to change it, as shown in the image above, you can set the appropriate parameters yourself, and some more will be explained below.

Reduced the hysteresis value of ras-to-cas.

When we want to access data, we need to specify the address of a row where the data is stored, that is, send a column called ras(row).

address

strobe) and then send out the CAS (column

address

strobe) signal to define the data position of the column, through which row and which column position is determined, you can find the correct data storage location, but between the RAS and CAS signals sent in succession, there needs to be a short pause to ensure that the correct position of the memory is locked, this is the so-called RAS-to-Cas lag in this article, the general value is the delay time of two to three memory frequencies.

Set up sdramrasto

The Casdelay value is to set the signal of RAS after sending out, after how many memory frequencies are sent before sending the CAS signal, the possible value range is 2 to 5, 2 is the fastest, each time you adjust a number and then test the stability of the whole system, the better the memory module, you can set the faster value and the system can still operate stably.

No, it's better to be at the same frequency, otherwise there will be a lot of problems even if it can be used. It is recommended that you sell two 256 and buy a 512 one, and you won't lose much.

Generally speaking, it is not a brand of memory that is prone to conflicts, and.

The combination of DDR333 256M and DDR400 512M may cause problems such as motherboard not being recognized.

It is recommended to use the same brand of memory stick.

There is no way to solve it, only the same brand can.

In the BIOS, change the memory clock to 333 to reduce the clock to use.

Oh, yes. It's not the same if your memory is too big.

The frequency and brand are not the same.

Let's go for it again.

If it is not a brand, it is easy to conflict, just change the brand.

If you want to **, you have to replace the memory of 256, in fact, 512 is embarrassed to adjust the memory of the high frequency to the low frequency. Or search Google for a software that changes the frequency.

The following network jujube change station is very useful for you:

Every SDRAM and DDR memory module will contain an SPD (Serial Presence Detect) chip that records the memory timing setting value, and the memory manufacturer will set a parameter to ensure safe and stable operation, but if you consider the benefits that can make you 10% performance increase at one time, taking a little time to try out the tighter memory timing parameters will definitely make you worth the price.

On the BIOS settings screen you can find the names of items like System Performance, Memory Timings or Configure DRAM Timing, basically the factory setting value is by spd, which means that the computer can directly access the recommended timing parameters placed in the memory module, apply memory access, and the other thing you can change is to change it to enabled, which will not cause problems for your computer.

If you want to try changing the speed of the system, you can change the options of the above clear rock key from enabled to disabled or user defined, if your BIOS allows you to change it, as shown in the figure above, you can set the appropriate parameters yourself, and some more will be explained below.

27.Reduced the hysteresis value of ras-to-cas.

When we want to access data, we need to specify the address of a row of data, that is, send a signal called ras (row address strobe), and then send a CAS (column address strobe) answer signal to define the data position of the column, which row and which column position are determined. You can find the correct data storage location, but there needs to be a short pause between the RAS and CAS signals sent in succession to ensure that the correct position of the memory is locked, which is the so-called RAS-to-CAS lag in this article, and the general value is the delay time of two to three memory frequencies.

The purpose of setting the SDRAM RAS to CAS delay value is to set the RAS signal to be sent out, after how many memory frequencies are sent before sending the CAS signal, the possible value range is 2 to 5, 2 is the fastest, each time you adjust a number and then test the stability of the whole system, the better the memory module, the faster you can set the value and the system can still operate stably.

The new memory is not the same as the original internal filial piety storage frequency, 2 ways to be cautious, change the oak, buy a good parameter or try to set the virtual memory parameters under the blos setting (how to set the specific settings), it is best to write what model of memory is asking.

Sometimes running all kinds of software is fine, but suddenly it freezes inexplicably, and running these applications after restarting is very normal, which is a phenomenon of fake death. Most of the reasons for this are memory resource conflicts in win 98. As you know, applications run in memory, and closing the application frees up memory space.

Crashes are a nuisance for operators. When the crash is performed, the performance is mostly "blue screen", the system cannot be started, the screen "freezes" does not respond, the mouse and keyboard cannot be entered, and the software runs abnormally interrupted. Although there are many causes of crashes, they are always the same, and the causes are never separated from both hardware and software.

Crash caused by hardware reasons, Q pet bear, brilliant home.

Replace the memory module.

Make sure your computer has a second-generation memory module.

It's still a third-generation memory module.

What's the conflict? Kingston memory is compatible.

Let's make the problem clear, buddy, how can memory conflict with virtual memory?

The easiest way:

Reinstall the system. It's not a one-click restore. (Also checked.)

CPU fan.

Is it going to turn, the north and south of the bridge.

It's a vertical skin, it's not very hot to the touch when it crashes and restarts, after all, it's summer. If you check it and it doesn't appear.

Fan. The problem of not turning and overheating has to go to steps 2 and 3.

2. Two items. Memory.

Tear them all down and clean them up.

Memory sticks. of dust, especially.

Goldfinger. Rub it vigorously with white paper a few times, do not rub it on the top of the gold finger.

of electrons. Take a handful of paint in addition.

Small brushes. At.

Mainboard. Memory plug Cao and the perimeter to clean up.

3. Insert a memory first and turn on the computer (the system must have been reinstalled). Try to run to see if there is a problem, if there is no problem, replace the memory with another one, and also try to see if there is a problem, and if there is no problem, plug the two together. (The theory is that if there was no problem before, and there will be no problem now, it should be solved satisfactorily).

If the two are plugged in together, there will be problems again, and you have to discharge the coms to the rear, and then put.

The graphics card shares memory.

Tone it down a bit. May you succeed.

If you pull out a memory and light up the machine, it proves that the memory is incompatible? Could it be that the memory you unplugged is broken? Or poor contact? Can the motherboard memory slots be guaranteed to be good? Have you tested it with a change of socket? Have you tried changing the memory? Where did you learn this hardware?

Answer: 1. You look at the tips I gave you and find out what loopholes you have in your operation, which may not be eliminated.

3. If you must have dual memory, you can not use two of the same memory, and it can be perfectly compatible. If the memory is plugged in, it is compatible and stable, otherwise it does not mean that it is incompatible. Compatibility problemsThere are solutions to compatibility problems, and there are solutions to the problems of not lighting up.

The ≠ is not compatible, and the memory is broken. Incompatible≠ not bright, crashed, and unstable operation are also incompatible.

Can you try inserting the memory module of ADATA separately and see if it can boot up normally?!

ADATA memory may have been poorly touched or damaged.

Of course, the same brand, the same series, and the same parameters of the two identical memory, for compatibility is better.

The frequency is the same. The particles used in memory are also different.

- On the importance of using the same brand for multiple pieces of memory...