How to find out the model of the board. How to find out the model of the motherboard using Windows. Determining the type of motherboard through the system BIOS.

In conclusion, the most important thing is to know which laptop is right for your needs and aesthetic settings. Leave a comment in this article with appendix to the text. An affinity for computers since school age, this has also become my main business over the years. Author of articles and reviews on blog posts on the site and in a number of other places. Before installing any of the programs listed below, we recommend that you carefully read the manufacturer's license agreement.

Processors and microprocessors - two interesting articles on Wikipedia on the development of processors and the emergence of microprocessors in the 1970s, which allowed the creation of Personal Computer... Performance testing. Sandra also has free version which is more limited, but it will also be of great benefit to you. Its advantage over Sandra is that it has been translated into Bulgarian. If your computer was purchased before latest version, the program will have information about its components.

Check the processor temperature. Read the guide to find out how. You'll find electronic version manuals on the manufacturer's website motherboard... From assigning an administrator password to a physical locking system, everything will be useful.

It's frustrating to think about how easy it is to carry portable laptops. This time we will consider different ways securing your laptop from theft and these unwanted people sneak through your files. You will also learn how to bypass these security measures if the need arises. Let's take a look at some of the terms we will discuss and what they mean.

Visually identifying the model and manufacturer of the motherboard

This is the first thing the computer does after turning it on. Passwords operating system... This is the only security measure that is considered absolutely mandatory. If you keep your laptop at home 24 hours a day, 7 days a week, and you don't need extra precautions, take the time to do just that.

Step 2 - Try to lock your computer every time you get up. Step 3 - Make sure you don't tell anyone your password. Step 4 - Change all admin passwords from time to time. It's okay to do this every six months if you're not paranoid.

Unfortunately, these passwords are the least secure when it comes to physical security. Password passwords are a little safer, simply because a limited number of people know how to deal with them. Some computers do not display on-screen instructions or have a passkey.

Review the suggested menu to create an administrator password. Once you get there, click that option and enter your password twice to confirm. These passwords are much more difficult to remove and are generally reliable in protecting against unauthorized access to your laptop.

This will reveal the hijackers of the stolen laptop - while they are so "lit". This step is at least technical. Most department stores have various physical locks available. Many modern models have a security slot, which, at the manufacturer's choice, is located elsewhere.

If the worst happens and your computer gets stolen, this is your last line of defense. There are several programs designed to track your laptop if it is stolen. Once you master these steps, you will greatly increase your laptop theft protection against data leakage.

First, you need to know exactly what the bottom of the bottom of the computer is. Namely, it supplies electricity to all parts of the machine, while at the same time providing communication between the various components. In short, the bottom part connects the modules on the computer.

This part of the PC has come a long way over the past two decades. Now this may seem ridiculous to you, but then it was no joke that consumers had to connect various components, for example, a flopping disk. floppy disks... However, modern bottoms contain a wide range of built-in features and capabilities that directly affect the performance of your computer, with great potential for future updates.

We have already mentioned that the bottom is like an electronic highway through which individual computer components interact and work in sync. And this is not an easy task. The bottom signal sends signals, but they must be delivered in the correct manner to the correct recipient. To keep everything in sync, there are two processors at the bottom of the computer that control everything that goes on the bus: they are called the "northbridge" and "southbridge". To better understand their role, you can consider them as guards - nothing passes by them without their understanding and permission.

The Northbridge is responsible for managing the data available to the CPU, RAM, and video card. The South Bridge is responsible for transferring data to everything else. The two chips work together to make sure everything goes in the right direction and at the right time. When you click on a program icon to open, an impulse is sent from the bottom. This is "temporary memory" because as soon as you shut down the system, all this information is freed and deleted. The bottom then sends a command to the graphics card to calculate what is required for the visual, and then the video sends the information back to the bottom, which sends it to the monitor.

In fact, all of this happens so quickly that the information that starts with a mouse click to get to the monitor image moves in nanoseconds. The physical size and design of the motherboard is referred to as the "form factor". The sock is the most important thing when thinking about replacing a processor. Therefore, when buying a bottom, it is advisable to be the latest generation processor socket to support at least some processor models after yours.

The set of laptops that you can find with us is especially distinguished by its video card, which is among the top three mobile video adapters. As with RAM, the video card is identical to the video card. Since the models have similar parameters, we will compare them with their counterparts from other leading brands on the market.

How to find out which motherboard is on the computer

Perhaps you know how you feel when you are sitting at your computer and it is not, something is not working or is only partially working, or your computer suddenly starts doing what it thinks. At this and other moments we ask what is inside the computer, make sure everything works as it is, and find the cause of the failure. The easiest way is to inspect the inside of your computer from the comfort of an operating system, without having to unplug any cables, screw up, or visit the usually not-so-pretty places under the desk.

CPU speed and memory size are not the main part overall speed computer. The first thing we can ask is what processor we have and how much memory we have. Someone may still be interested in brands that tell us which instructions are supported by the processor.

The fact that the ruler system above shows that the use of more memory does not matter, this memory is used as a cache for fast loading and working with programs and files. The last line indicates the size and usage of the swap, i.e. the paging section. If the swap is too busy, he would like to buy computer memory.

Look at the motherboard first

You will see more information and you can also contribute by adding or adding them.

A second look at the motherboard

There are really a lot of them, and they cover all of your computer's hardware. Although the cached readings show amazing values, the second line with a much lower value is more important. If the value is too low, something is wrong. This is usually a good tab at the end of the manual. Here you will find information about the number of hours the disk has been running, the temperature of the disk, the number of times the disk has been turned on, and some interesting line related to the number of disk accesses. Of course, this table may differ depending on the manufacturer and type of disc.

The temperature of some computer components may also be the cause of the problem. However, the command output is reserved because some fluctuations are just standard and the sensors on the motherboard are usually not the most accurate. Finally, the most common cause of a strange system is computer memory... It is recommended to have multiple passes for memory check.

You shouldn't climb somewhere under the table.

One pass consists of several different tests. If the article helps you test new computer or to find out what's going on with the new one, it certainly makes sense. They help me with these tools. In today's work, we will focus on the motherboard, which is called the foundation of every computer.

This is a printed circuit board that mainly contains connectors. They connect to every computer component. Motherboards were very simple in the past. The processor was a small chip with no cooler, just plugged into a printed plate. All other devices, such as a sound card, video card, or even a disk controller, had to be connected via slots.

Today's motherboards usually contain virtually the entire computer, with the exception of memory and processor. Sound card, video card, Network Card, controller, we'll find everything. All of these devices can be made miniatures as there is no reason to buy and plug them in one at a time. Plus, most of them are usually all we need.

Where to see the name of the motherboard

But we usually buy another video card for performance. The integrated solution on the motherboard is only for office applications... And who doesn't like to play some game sometimes? Graphics cards are now so complex that they are basically just another motherboard with a processor, sometimes even more powerful than the main processor. But then, in video cards.

As CPU performance increases, the need for more efficient cooling also increases. Today's computers usually need massive coolers to be able to work at all. This is due to the fact that clock frequencies have already reached such heights that they are limited by the electric current itself. Chips have to be miniaturized more and more in order for the electrons to get shorter and faster through the chip. The result is higher chip speed, but also higher order heat dissipation.