Types of blue screens of death on Windows 7. How to find and correct errors in the code. Troubleshooting computer errors

Every year the amount of electronics in cars becomes more and more. On the one hand, it is safer. But, unfortunately, due to the huge amount of electronic technology, in the event of a malfunction of a modern car, it is impossible to do without special electronic equipment. After all, only thanks to special scanners can we find out the error code, with which we can find out the true cause of the malfunction. For example, using error codes, we can find out the reason for the appearance of the " Engine check". Here are some basic vehicle diagnostic trouble codes that will give you an idea of how to interpret the most common trouble codes associated with the Check Engine Light appearing on your dashboard.

Usually if " Engine check"(you can read more about this in our article) many car owners go to a technical auto center in order, with the help of specialists and computer diagnostics, to find out the reason for the appearance of an electronic engine error. But there are also many drivers who, after the “Check Engine” appears on dashboard are trying to determine the cause of the error on their own using a scanner connected to the diagnostic port OBD 2/OBD II cars, which fortunately are not very expensive these days.

Let us remind you that all have a special electronic engine control unit (ECM), which not only controls electronic injection, but also performs a number of other important jobs for the normal and efficient operation of the power unit. Also, the electronic computer (ECM) stores in its memory all error codes that occur during engine operation. Thanks to these codes, we can find out the cause of the problem in our car. The fact is that diagnostic trouble codes in the automotive industry. That is, in essence, a world standard has been adopted. This is why an error code for one brand of car usually means the same thing as an error code for another brand of car.

And so we have collected for you the most common fault codes of modern cars, with the help of which you can find out why the icon appeared on the dashboard. That is, you will be able to establish the cause of the malfunction, and naturally this will help you not to guess at the tea leaves, changing new spare parts, sensors and components at random, and also to immediately determine which component has failed. This will not only save you time during car diagnostics, but will also save you money and even nerves.

P0100 - Mass air flow error

The mass air flow sensor is located in the intake air duct located between the air filter and the engine intake manifold. The mass air flow sensor measures the amount of air intake. The mass air flow sensor converts air flow measurements into electrical voltage and transmits them to the engine control unit. There are also sensors that transmit information to the engine control unit not using electricity, but using certain frequencies.

The change in voltage or frequency is always proportional to the amount of air supplied. The air flow sensor signal, as we have already said, is controlled by the vehicle computer (ECM).

The engine control module (ECM) uses data from the mass air flow sensor (MAF) to know the load on the engine and calculate the required amount of fuel to inject into the engine.

If the signal from the mass air flow sensor entering the car's computer is outside the expected value (range), then the engine control unit detects a malfunction and issues an error code P0100, recording it in its permanent memory.

For example, the signal from the air flow sensor turned out to be higher than expected when the engine is not running or lower than expected when the engine is running.

Please note that cars with error code P0100 may have some problems: lack of power during acceleration, engine vibration, surging during operation of the power unit, etc.

In some cars, the appearance of code P0100 in the system can lead to the inclusion of emergency engine operation, in which the engine speed will be limited to 2500-3000 rpm.

If there are other errors in the system in addition to the P0100 code, then they must also be interpreted first.

Cause of error P0100:

Faulty or dirty mass air flow sensor

Open or short circuit in the mass air flow sensor in the electrical circuit

Open or short circuit in sensor or ground circuit

Other electrical problems with the MAF/MAF sensor wiring (rusty wires, bent terminals, poor ground, blown fuse, etc.)

Vacuum leaks

Restricted air flow after or before the air filter

Air flow sensor is not installed correctly

Engine Control Module (ECM) Problem

Examples: In some Nissan vehicles (for example, Nissan Maxima, Frontier, Sentra, Pathfinder, as well as Infiniti Q30, QX4), error code P0100 appears, usually due to a failure of the mass air flow sensor or due to broken solder on the sensor contacts .

Also in these vehicles, the air flow sensor can be damaged by dirt/dust, which will also cause the P0100 code.

To solve the problem of sensor contamination, Nissan recommends cleaning the air filter housing more often, which also needs to be changed more often, and installing only original Nissan air filters.

What should be checked when P0100 appears:

1. The engine should be checked for vacuum leaks.
2. The connector and wiring between the mass air flow sensor and the engine control module (ECM) should be checked for opens or damage.
3. The air duct between the MAF sensor and the engine air intake should be inspected for cracks, breaks, loose clamps, or improper connections.
4. It is necessary to check the connector and wiring of the mass air flow sensor for reliable connection of the terminals, for corrosion and damage.
5. . If it is dirty it must be replaced.
6. Check the voltage and grounding of the sensor at the connector.
7. The sensor ground should be checked using a voltmeter or a scanner at different engine speeds. Then you need to compare the obtained data with reference data that was previously obtained from a fully operational sensor.

In most cases, if a P0100 error occurs and there are no other problems, you simply need to replace the sensor with a new one. After replacing the sensor, in some vehicles it is necessary to reset the adapted values of the sensor readings in the engine control unit.

A mass air flow sensor can cost from 1,500 to 30,000 rubles, depending on the make and model of the car.

Replacing the air flow sensor is not difficult at all. The ease of replacement naturally affects the cost of replacing the sensor at the technical center. So replacing the sensor at a car service center will not cost you much.

Remember that if you replace the mass air flow sensor with a new one, it is preferable to purchase an original sensor, since installing a non-original sensor may cause problems with engine operation.

By replacing the sensor with a new one, in most cars the P0100 error will automatically disappear from the system after a short time.

P0106 - Absolute Pressure Sensor/Barometric Pressure Sensor Error

Depending on the make and model of the car, every modern vehicle is equipped with a absolute pressure (MAP) sensor or a barometric pressure (BARO) sensor.

The absolute pressure (MAP) sensor measures the absolute pressure inside the engine's intake manifold, which is directly related to engine load. If the sensor (MAP) malfunctions, engine power and thrust are most often lost. Problems may also occur when the engine is idling. For example, the idle speed may be too high or too low.

The barometric pressure sensor (BARO) measures atmospheric pressure, which constantly changes depending on vehicle speed and engine load.

The car's computer uses data from the (MAP) and (BARO) sensors to adjust the amount of fuel injected into the vehicle.

In some vehicles, the computer may also use the MAP sensor to check the operation of the EGR system.

Cause of error P0106:

Blockage due to damage to the vacuum line that goes to the sensor

Electrical problems with wiring. Problems with the engine control module (ECM) mind or power supply

MAP/BARO sensor malfunction

Dirty throttle body

Problems with the exhaust gas recirculation system

Bad mass air flow (MAF) sensor

Mechanical problems with the engine

P0130 - Oxygen sensor error

Trouble code P0130 appears in the engine management system when the oxygen sensor voltage is outside the specified range. This error code can be caused by an open or short circuit in the oxygen sensor circuit, wear of the sensor, as well as due to the mixture of oxygen and fuel being too lean or rich, fuel leakage, depressurization of the exhaust system, etc.

The vibration of the knock sensor is converted into an electric current, which enters the engine control unit. Trouble code P0325 occurs when the computer detects that the knock sensor voltage is not at the specified equivalent value.

Usually problems are associated with a malfunction of the sensor itself or problems with the wiring that transmits information from the sensor to the computer.

P0340 - Camshaft Position Sensor Error

The camshaft position (CMP) sensor sends information about the position of the camshaft to the engine computer. This is necessary for ignition control, for fuel injection and for monitoring variable valve timing.

DTC P0340 appears in the computer when it cannot detect the signal from the camshaft position sensor.

This code usually appears when the camshaft sensor fails, there is a problem with the wires that transmit information to the computer, or there is a problem with the connectors. Also, a similar error may appear if there are mechanical problems with the engine, problems with the engine control unit, etc.

P0341 - Camshaft position sensor data mismatch with crankshaft sensor

The rotation of the engine camshaft is synchronized with the rotation of the crankshaft. The engine control unit constantly receives a signal from the crankshaft position sensor, which compares information from the camshaft sensor.

Trouble code P0341 means that the camshaft sensor signal is outside the expected range or its rotation does not correspond to the rotation of the crankshaft.

Cause of P0341:

Camshaft position sensor malfunction

Camshaft sensor installed incorrectly

Speed sensor damage

Presence of foreign materials between the camshaft position sensor and the speed sensor

Open, poor connection of the camshaft sensor connector

The timing belt or chain has moved one tooth (or link)

Timing belt or chain stretched

Problems with the synchronization mechanism

Electrical interference from secondary components of the ignition system (high resistance in high-voltage wires, faulty spark plugs, etc.)

P0401 - Exhaust gas recirculation (EGR) insufficient

The main task of the exhaust gas recirculation system is to reduce the amount of nitrogen oxides (NOx) in vehicle exhaust gases. Nitrogen oxides are formed at very high temperatures. The exhaust gas recirculation system directs a small portion of the exhaust gases back into the intake manifold, where it dilutes the oxygen and fuel mixture, thereby lowering the combustion temperature of the fuel.

The flow of exhaust gases that are directed back into the intake manifold is controlled by the EGR valve. If a valve malfunctions, the system displays error P0401.

P0402 - Excessive Exhaust Gas Recirculation

The P0402 code appears in the vehicle's computer when it is detected that there is excessive flow of exhaust gases in the exhaust gas recirculation system. When the exhaust gas recirculation system is working properly, it directs only a small percentage of the exhaust gases back from the exhaust manifold to the intake manifold to reduce the combustion temperature of the fuel.

This system also reduces the content of nitrogen oxides in the exhaust gases, which are formed due to the high combustion temperature.

The exhaust gas recirculation system connects the exhaust manifold to the intake manifold using pipes and hoses, and is also equipped with a valve that regulates the flow of exhaust gases. For example, when the engine is cold, idling, or under heavy load, the EGR valve should be closed.

The engine control unit constantly monitors the flow of exhaust gases and, if necessary, adjusts the position of the recirculation system valve. If the exhaust gas flow exceeds the established reference values, the system displays error P0402. In this case, the car may experience problems with the engine idling. The speed on the tachometer may also jump, dynamics may disappear, etc.

P0403 - Exhaust gas recirculation valve control error

The engine control module controls the flow of EGR by opening and closing the EGR valve. Some cars have a vacuum EGR valve. Other vehicles are equipped with an electrically controlled exhaust gas recirculation valve (pictured).

If problems are detected in the electrical control circuit of the exhaust gas recirculation valve, error P0403 appears in the system.

The occurrence of an error may be due to a lack of power to the valve or due to wear of the valve itself.

P0410 - Secondary air system error

The secondary air system supplies the exhaust system with additional oxygen during cold starting to more effectively assist the performance of the catalytic converter. If problems are detected with the secondary air flow, error P0410 appears in the engine control unit.

This error occurrence may be due to a malfunction of the air pump or due to damage to the hoses and valves of the system.

P0420 - Exhaust system catalyst error (insufficient efficiency)

The catalytic converter is installed in the exhaust system and is an important part of vehicle emissions control. In order to monitor how well the catalyst purifies exhaust gases in the exhaust system, there are two oxygen sensors. One is usually installed before the catalyst. One after.

The car's computer constantly compares signals from both sensors while the engine is running. If the catalyst no longer performs its job effectively, the computer records errors P0420 (for oxygen sensor No. 1) and P0430 (for oxygen sensor No. 2) in the system memory.

In fact, there can be many reasons why error P0420 appears. But in most cases, the appearance of this fault code indicates a clear problem with the catalyst itself. Typically, in this case, the catalytic converter needs to be replaced.

Unfortunately, the catalyst of any car is an expensive component.

P0505 - Idle Speed Control Error

Code P0505 means that the vehicle's computer cannot regulate the engine idle speed properly. Typically, when this error appears, the car begins to malfunction. For example, the engine speed begins to jump, or the engine stalls at idle. Also, either the engine idle speed is too low or very high.

The P0505 code can appear for many reasons, ranging from a vacuum leak past the throttle body, clogged air passages, a dirty air valve, or a dirty throttle body. Also, if this error occurs, there may be problems with the wiring or connectors supplying the idle system.

How does the idle air system work in a car?

In modern cars, the engine control unit constantly adjusts the engine idle speed depending on conditions. This is done by increasing or decreasing the air flow that bypasses the engine throttle valve. You can clearly see how the idle system works while warming up a cold engine, when the system quickly warms up the power unit by adding engine speed and then gradually reducing its speed as the engine warms up.

Some vehicles also use an air control valve (IAC) or solenoid (pictured) to control air flow.

This system uses a valve to regulate engine idle speed, which is controlled by the engine control unit. Depending on conditions, the computer slightly opens or closes the air control valve (IAC).

Unless the vehicle is equipped with an IAC valve or solenoid that controls air flow bypassing the throttle valve, idle speed is typically controlled electronically, which opens or closes the throttle valve depending on the situation and conditions. Thus, the system can automatically either add or reduce the amount of air flow entering the engine.

The Anniversary update of the Windows 10 operating system added many utilities and additional programs that the user may need. Microsoft has also introduced a new diagnostic application that allows you to determine the cause of the Blue Screen, a well-known error that causes your computer to restart. If the blue screen occurs frequently, it is important for the user to find out why it is happening and then take steps to resolve the problem.

How to find out the cause of a blue screen (BSOD) in Windows 10

Before the Anniversary update on Windows 10, you could only find out the cause of a blue screen in your computer's system files. Microsoft strives to reduce the number of interactions between the user and PC system data by releasing various utilities and diagnostic applications to detect blue screens.

To find out the cause of the blue screen in Windows 10 after the Anniversary update, you need to do the following:

It is important to remember that a blue screen does not always occur when running Windows due to a software error. It may appear due to problems with hardware (overheating or damage to computer components) or viruses. When the error is identified by the Windows diagnostic utility, you can find out more about it on the Microsoft website using the BugCheck error code.

Why you need to diagnose the cause of a blue screen

Many Windows users consider it normal for the computer to reboot several times a month due to a BSOD - blue screen. This error is familiar to many, and they do not think about the many problems it can lead to:

If a blue screen appears regularly, you must determine the cause of the error and eliminate it.

Nowadays, it is difficult to imagine life without PCs; computers help, and often replace humans, perform a huge amount of varied work. However, like any other equipment, they can fail, and an error indicating the nature of the problem will be reflected on the screen.

There can be quite a lot of different problems in computers; moreover, they can be both hardware and software. The difference is that a hardware error means the failure of any computer components, that is, the motherboard, processor, etc., while a software error is associated with an error in the operation of the software. To facilitate diagnostics, computers use error codes to help a technician identify a software problem. Unfortunately, the displayed error does not guarantee that the error that it means has occurred. This is due to the fact that the occurrence of one error could be provoked by another, but in the end it will be the latter that is displayed on the screen.

For example:

a blue screen appeared, displaying a RAM error code, this error occurs as a result of the failure of the memory module, you should not immediately think that it needs to be changed, and it’s time to throw away the old module. In most cases, this error occurs due to memory overload, that is, you launched an application that requires more memory than your computer has and it will be enough to restart it for further work.

In addition to error codes, the computer can signal the user about any problems with an audible signal, this is called a “Hardware Error”. As an example, when you turn on the computer and the standard system boot, you can hear one signal, this is the so-called POST (Power-On-Self-Test), testing components before starting, one signal means that the testing of components was successful, otherwise the computer signals will report an error. Sound errors can be deciphered using the instructions from the motherboard. Or use the description on the website.

Hardware errors

Hardware errors are divided into two types, sound and text.

Sound errors

When you turn on the computer, it immediately carries out a quick diagnostic of the system and, depending on its result, produces one signal indicating that everything is in order, or a series of sound signals indicating that one or another error has occurred. As a rule, beeps indicate quite accurately that an error has occurred. But the error can be caused by a number of malfunctions and before eliminating it, it is also necessary to identify the cause that generated this error.

Identifying beeps that indicate an error

For "AMIBIOS"

For "AWARD BIOS"

Text messages

If the video system is operating in normal mode, the computer can also display text messages about hardware errors, as a rule these are either additional to audio messages or separate messages, usually notifying that a minor error has occurred.

Identifying text messages that indicate an error

Of course, these are just a few of the huge variety of codes, but very often these are the codes that indicate that an error has occurred. If problems arise with your computer, of course, the best option would be to have it diagnosed by a technician, but it is worth considering that the message that an error has occurred is not uncommon and appears quite often for many users. Of course, you shouldn’t ask a technician for help every time your computer throws an error; first, try simply rebooting it; if you still can’t turn it on, or the error occurs again and again, then feel free to seek the help of a specialist.

Software errors

Software errors are the most common; when problems arise, the computer displays one or another error. Moreover, the way the error is displayed can be different, as a rule, it is a pop-up window with a message; in most cases, the text of the message itself contains a link and an error code. It’s impossible to even say exactly how many codes a computer can display, there are a lot of them. For example, operating system errors alone can generate more than 1000 messages, while many programs have their own errors. Unfortunately, software errors are not so accurate and often the real problem may be related to completely different things. However, for a professional technician, “an error code that appears says a lot,” by understanding the entire operating principle of the software and its dependence on the hardware, it is possible to hear the checksum beeps to understand what caused this error.

Hexadecimal error code

Errors in hexadecimal code are displayed on the BSOD screen, or as it is also called the “blue screen of death”, many users are very afraid of this, mistakenly believing that this means something very bad with the computer and this is a fatal error. In fact, everything is not quite like that, let's start with the fact that this is a very useful thing, this screen really notifies the user that a truly fatal system error has occurred, however, in most cases, a simple reboot of the system helps. Of course, it will be very useful to familiarize yourself with the error that appears in order to understand what it means, but in most cases, users simply restart the computer and continue to use it until the next error occurs. Often, it is the fact that users, without trying to find out the cause of the error, reset it and continue to use it, leads to more serious malfunctions.

Table of the most common errors

Error	Description of the error
0x00000001: APC INDEX MISMATCH	Internal error in OS
0x0000000A: IRQL NOT LESS OR EQUAL	Device driver error
0x00000002E: DATA BUS ERROR	RAM error
0x00000004C: FATAL UNHANDLED HARD ERROR	Fatal access error (there may be many ways this error may occur)
0x00000004D: NO PAGES AVAILABLE	Driver error
0x000000050: PAGE FAULT IN NONPAGED AREA	The RAM module is faulty
0x000000051: REGISTRY ERROR	OS registry error
0x000000073: CONFIG LIST FAILED	An error in the registry or lack of space in the main HDD partition
0x000000074: BAD SYSTEM CONFIG INFO	Error reading system files
0x00000008B: MBR CHECKSUM MISMATCH	This error is often associated with a virus infection of the computer.

If any of these errors are displayed, then in most cases the help of a specialist is necessary, since it is quite difficult to fix it yourself and in most cases, in order for the error to be completely removed, as well as all the factors that caused this error to be removed, it is necessary to format and reinstall the system.

Reasons for a computer error code

The main reason for displaying an error message is a software glitch. To understand why it happens, you need to understand more deeply the principle of computer operation. The vast majority of computers have operating systems installed; an operating system is actually a program that, interacting with all the computer hardware, ensures the operation of additional software. Additional software is what the user installs on the computer, be it games or any work programs. Many, mostly large programs, must be installed before they can be launched. When installing a program, the program files are copied to a specific folder of the operating system for further work, while it makes an entry in its registry that a certain program is located in such and such a place. After installing the program, it starts. At the time of launch, the program sends a request to the operating system to provide it with the resources necessary for normal operation, for example, a certain amount of RAM, type of memory, etc. The operating system provides the necessary resources for the program to run. But it happens that it cannot provide the required amount of certain resources, for example because the computer does not have the required amount. Then, having not received the resources for normal operation of the program, an initialization error occurs, that is, a failure to prepare to launch the program; a message may also be displayed that the checksum is in error; in fact, it is the same thing, but has a slightly different fault structure. As a result, a message is displayed on the screen that an error has occurred. This error can be reflected either by the program itself, if it provides for this, or the message is shown by the operating system. The error code depends on who displayed the error message, the operating system or the application.

In addition to the operating system, various applications (programs) generate errors; this was done mainly for the developers of this software. Almost all possible application errors are pre-provided for in the software and if any error occurs, often the program not only shows the error code, but also prompts the user to send a report about this error. This report is sent to a specific address, pre-written in the program, at this address, all errors are distributed by code, roughly speaking, distributed into folders, and software developers can see what errors and in what quantity occurred. Having identified the most frequently occurring errors, developers begin to carefully review each such report. The fact is that a program or operating system, when sending an error report, often in addition to the error itself, sends important data for the developers of this software about the user’s computer, more precisely about its characteristics. For example, if a program uses 1GB of RAM in its work, then it is important for developers to know how much RAM is on the user’s computer. And having already analyzed all the received data, programmers release a so-called “patch” for the program, thanks to which any error in the program is corrected, which ultimately leads to more stable operation of the software and prevents the occurrence of errors.

A computer error has appeared

If an error is displayed on the monitor, this does not indicate problems with the computer. In the vast majority of cases, the error is caused by applications installed on the computer; in addition to applications, for the correct operation of many programs and external devices, drivers are used, and these are essentially the same programs that often cause an initialization error. In this case, the error is resolved by installing the required driver.

Troubleshooting computer errors

In order for the error to be eliminated, a specialist conducts a complete diagnostic of the computer; this is the only way to find out the true reason for its occurrence. After identifying the cause, the malfunctioning software part is removed and replaced with another. Next, the performance is checked, as well as testing in various modes. If after carrying out restoration work and testing the error does not appear, various internal storages of the computer are checked for the remains of deleted files and deleted so that they do not cause another error in the future.

It is difficult to name the time it takes for a technician to fix an error; it depends on its type and nature. Most are fixed within a few minutes, but there are some that can take more than an hour, since the corrected error could harm the software and this also needs to be fixed. However, on average, it takes no more than an hour to eliminate the error, as well as the consequences of its operation.

conclusions

The error does not appear on its own, it is the result of processes taking place in the computer and its software; errors that appear again and again cannot be ignored, since this is ignoring the computer’s warnings and the incorrect operation of the equipment or software. Applications do not always work stably and errors that appear are extremely important for both ordinary users and developers of various software; they help check what is associated with a particular computer or software error. However, it can still be quite difficult for an ordinary user to determine a malfunction by mistake, due to the interconnection of various processes, so it is impossible to say with confidence that, having found a description of the error, this will be the problem and the error can be quite simply corrected. Quite often, in order to correct the error, as well as all the negative factors that influenced its occurrence, a complete reinstallation of the system is necessary. In this regard, if any computer error occurs, we recommend that you do not experiment with self-repair, as this can lead to more serious consequences, but contact the “ETekhnik” service center. The service center specialists have extensive experience in repairing computer equipment, as well as setting up various software; they will quickly figure out the cause of the error and fix all the problems.

Our prices

The prices of the “ETekhnik” service center are absolutely transparent, there are no markups or “surprises” for the client; after diagnostics, the technician names the exact and final price of the repair and only after approval by the client does he begin work. Thanks to a large customer base and solid material and technical equipment, the ETechnik service center offers not only high quality work, but also some of the best prices on the market. By contacting the ETechnik service center, you are turning to professionals.

Blue Screen of Death (BSOD) is one of the most annoying problems that a Windows user can encounter. Knowing how to determine the cause of the crash is one of the most important forms of diagnosing BSOD. An error with a blue screen code can occur for various reasons, and without analyzing what is causing the error, it is difficult to eliminate it. These are the main reasons for Blue Screen of Death BSOD:

Driver conflicts- Driver conflicts occur when two or more drivers cannot work with each other properly. This can also happen if multiple drivers are installed for the same device without uninstalling the previous version.
Hardware conflicts- Incorrect overclocking of a PC can immediately create a BSOD. Blue Screen of Death can also occur if your RAM sticks are not installed correctly or if a piece of hardware is starting to wear out.
Operating system (OS) errors- User error or malware can delete vital files of your OS. Significant missing files can result in a crippling error causing your PC to enter a BSOD cycle in which you get a blue screen every time your PC turns on.

Preparing to analyze a BSOD file dump

Whenever a BSOD error occurs, Windows dumps some information about it into a file on your PC, but trying to understand this dump file very complex. One of the easier ways to understand is to use the utility BlueScreenView by NirSoft, a free tool that finds these dump files and displays them in a more user-friendly form. First of all, you should check the settings for the memory dump report in the Windows system itself:

Click Win+R and enter sysdm.cpl

Go to the tab Additionally and select from below

Make sure you have the error logging settings enabled.

Now download the program BlueScreenView scroll to the center of the site to download the file. You will see three links as in the picture below, select the installer that is most convenient for you. If you want to Russify the program, then find Russian in the table below and download the file. The downloaded file will contain a "BlueScreenView_lng" file, just place it in the installation program at the root.

Find out Blue Screen of Death error codes

When you run the program, it will show you errors in files and memory dumps. As you can see in the figure below, I get a blue screen with an ndis.sys error and there seems to be a problem in the ntoskrni.exe file. In the top column, I can see the full file dump report, and by right-clicking on it, I can search Google for information on the fix. The error is most likely related to the installed virtual machine, or more precisely to the virtual network adapter and antivirus, which creates a blue screen error after sleep mode and the initial boot of the system.

How to Fix Blue Screen of Death Error Codes

I will give a couple of ways of what to do and how to eliminate errors using popular methods:

When, for example, a blue screen of death occurs in Windows 10, there will be QR code which will redirect you to the site.
On the site Microsoft There is already a database with BSOD errors and prompting tools.
Use the Microsoft Virtual Agent, enter BSOD in the first line and follow the instructions.
Microsoft also suggests running