HOW TO SEE WHAT THE CPU IS IN THE EASIEST WAY IN WIN98

Method 1, of course, is that the first item in the boot display is the main frequency of the CPU.

Method 2: If you are in the win98 system, right-click the "My Computer" icon to select Properties, open the window, look at the lower right computer part, where it is in the CPU frequency.

Method 3: Install Optimizer or Super Bunny.

In win98, the easiest way is to right-click on the "My Computer" icon on the desktop, if you can't see it, you can only install the software.

Of course, press the 'Del' button when you first boot up (use other keys for each motherboard, prompted) and go to the BIOS to check the CPU information

My computer icon right-click on the properties, open the window, look at the computer section, where it's on the CPU frequency.

The quickest way to see it is when it starts up, and the easiest way is to right-click on my computer, and install an optimization master to see the most detailed content. I'm going to focus on the above statement.

Click on My Computer, right-click and select Properties.

Not only can you see the CPU, but also the memory and other devices can see it.

1.It can be seen with the Optimizer.

2.You can also see it by going to My Computer Properties - Hardware - Device Manager - Processor.

In the start menu, click Run, type dxdiag Run, and you'll see

All the basic information is inside.

Right-click with the mouse"My computer"Click on the properties to see the computer's CPU

Open my computer, right-click on the C drive to view the properties, and you can see it.

Install an optimization master and you'll have everything on your machine.

Yes, pretend to be an optimization master

By the way, let's see if it can be optimized

Rabbits, optimization masters, all good.

If the optimizer uses it indiscriminately, it will break the system.

The best one is in the BIOS.

Click Start, click Run, type the following command in the dialog box, everything is available on the substrate, more detailed.

dxdiag

If it's convenient, look at your installation list to understand.

Click Run in the start menu, type DXDIAG in Run and hit enter to see what the CPU is.

The answer is as follows: Start Menu - Programs - Accessories - System Monitor.

The 98 system doesn't come with anything like a task manager.

To see if you have to download a third-party program.

Today's dual-core CPUs all support 64-bit operating systems. If it is older such as P4, it depends on the model, there are 6 supports, and 5 is 32 bits.

Use CPU-Z software to check whether the CPU supports 64-bit.

Now the general computer can be installed 64-bit, but now there are not many 64-bit software, so win7 has a virtual XP

You can use the software CPU-Z.

The function of software temperature control is limited, so it is better to do a good job of heat dissipation.

Realflow itself doesn't have rendering capabilities, so you're talking about simulate, right? If you want to occupy a larger CPU when solving, first, the amount of computation should be large, and second, the speed of the invoked instructions should match the CPU performance. For the first point, it is easy to understand, if you solve not a lot of particles, and the impact of daemon on particles is not very large, it will not take long to solve at this time, and this kind of project itself does not have high requirements for hardware configuration, so you don't need to care whether the CPU is working with high load; The second case is that your project itself is computationally intensive.

The process of solving is also very long. You want to reduce the solution time by making your CPU usage a little larger. But first, you need to see if the other hardware matches the CPU performance.

Especially the memory size. If you don't use online computing, the memory of a single machine must reach 8G so that you don't have to wait for the solution to be turned off directly. It is best to have a memory of 16G, because ** is not much worse.

The graphics card should also be configured a little better, at least to GTX560. The hardware configuration keeps up, and it depends on the operating system, if you are familiar with Liunx, use it. But if you are not familiar with it, you should choose win7 64-bit operating system.

Why can't 32-bit keep up, because 2 is to the 32nd power, that is, more than 4G memory is a waste for 32-bit operating systems. The size of the available memory is the width of the instruction channel, if the instruction channel is relatively too narrow, the CPU will not be able to play no matter how good it is. To put it simply, the speed with which the commander gives instructions is more than enough, but the execution below is too slow.

Choose a good motherboard, good memory, add voltage, and increase the external frequency.

P3 and P4 can't be exceeded, and the frequency is locked.

Celeron 2 and 3 can be superb, and the main frequency and frequency multiplier can be changed in the BIOS.

Change it directly into the BIOS, the simplest and most direct, use with caution!

There are some brands of motherboards that offer overclocking software, which can be overclocked directly in the system after installation.

It's not a web browser, it's it.

You're running a web page, aren't you?

Just close the web page.

CPU architecture and encapsulation:

1) CPU architecture The CPU architecture is determined according to the type and specifications of the CPU installation socket. At present, commonly used CPUs can be divided into two architectures: Socket X and Slot X according to their installation socket specifications.

Taking Intel processors as an example, there are three types of CPUs in the Socket architecture: Socket 370, Socket 423, and Socket 478, which correspond to Intel PIII Celeron processors, P4 Socket 423 processors, and P4 Socket 478 processors, respectively. s

The CPU of the Lot X architecture can be divided into two types: slot 1 and slot 2, which are installed using the slot of the corresponding specifications.

Slot 1 is the architecture adopted by earlier Intel PII, PII, and Celeron processors, and Slot 2 is a larger socket designed to install a CPU in the P and P sequences that is dedicated to workgroup servers.

2) CPU packaging method The so-called packaging refers to the installation of the shell of the semiconductor integrated circuit chip, which is connected to the pins of the package shell with wires through the contacts on the chip, and these pins are connected to other devices through the slots on the printed circuit board. It plays the role of mounting, fixing, sealing, protecting the chip and enhancing the electrical and thermal performance.

The CPU is packaged in the form of a single socket socket (PCA) and the CPU is packaged in the form of a single-sided socket (SEC) in the form of a single socket socket.

"CPU architecture" is divided into standard definitions and commonly used definitions, and the standard definition is more comprehensive and includes commonly used definitions.

The standard is fully defined

The "architecture" that is often discussed by folk hardware enthusiastsIn fact, it refers to the microarchitecture of the processor or the core codename, and there are many ways to view it, the simplest is to use third-party software such as "CPU-Z" to view.

Open CPU-Z, and you can see the "codename" in the first tab of the software, that is, the "core codename", which is what we often call the "CPU architecture". There is a pattern to follow, each generation of CPU that comes out of a company is a new architecture, even if it is only fine-tuned, it will change the codename. For example, the third generation of Intel Core I is IVY, the fourth generation is Haswell, and the fifth generation is Broadwell......

At present, each mobile phone operating system has corresponding hardware detection software, such as the Android platform "Android Optimization Master" will be displayed.

For example, the current mainstream Cortex-A8, A9 and the upcoming commercial A15 are all based on the ARM V7 instruction set, which only improves pipeline efficiency and power consumption, and optimizes multi-core parallel computing.

CPU-Z can be seen in this software.