Ryzen 9 3900x Game Crashes When Overclocked-Fix Now!

Why does Ryzen 9 3900x Game Crashes When Overclocked? This is a problem that affects most PC lovers and gamers who like to overclock their systems to achieve the best performance.

It is important to understand why these crashes happen because an unstable overclock can cause many game crashes, system instability and even hardware failure in the long run. Mainly, these crashes are linked with the wrong voltage settings, inadequate cooling systems, or unstable RAM settings when the user overclocks. 

 In this article, I will explain why games are crashing with an overclocked Ryzen 9 3900X, what I have learned myself to fix the problem, and what professionals have to say.

What Are Common Reasons For Crashes When Overclocking The Ryzen 9 3900X?

Yes, overclocking the Ryzen 9 3900X is possible and it will increase the performance of the CPU but this has to be done with caution because it may result to instability and system crashes. Here are some of the most common reasons for crashes when overclocking this processor:

Here are some of the most common reasons for crashes when overclocking this processor: 

 1. Unstable Overclock Settings: 

 Insufficient Voltage: The Ryzen 9 3900X needs a certain voltage to be stable at higher clocks as compared to the i9-10900K. If the voltage is too low, the processor tends to go unstable and this leads to crashing of the system. 

 It also often crashes if the CPU voltage is not set correctly. For instance, if the CPU voltage is set to high above 1. 4V then there is likely to be a lot of heat build-up and likely to burn the CPU while if it is set very low below 1. 2V then the CPU is likely to be starved of power during operations that are very demanding, thus causing it to crash. 

 Excessive Clock Speed: Its instability can be reached if the processor is overloaded, and it is not capable of handling the load it is given. Thus, it is necessary to determine the proper balance of performance and stability. 

 Incorrect Multiplier or BCLK Settings: These settings affect the processor’s frequency. If the configuration is not properly done the processor will crash. 

 2. Inadequate Cooling: 

 Overclocking causes the CPU to become more powerful in terms of consumption of power and heat by 30% to 50%. If there is not enough cooling, the CPU can quickly reach dangerous temperatures that lead to thermal throttling or a forced shutdown. High-performance coolers are suggested for the operation temperatures not to exceed 85 C during load. 

 High Temperatures: Overclocking puts more load on the processor; this means that the processor produces more heat. In case the cooling solution is poor the processor gets hot and can even crash. 

 Poor Thermal Paste Application: Thermal paste when applied poorly will cause poor heat dissipation thus resulting in heating up and instability. 

 3. Hardware Incompatibility: 

 Some of the motherboards and chip sets may not support overclocking well or they may be sensitive to it. Also, the cooling solutions can be mismatched or VRM (Voltage Regulator Module) quality is not good enough to deliver stable power and results in crashes while gaming. There is also the need to make sure that the CPU, the motherboard and other related components are compatible. 

 4. Software Conflicts: 

 BIOS Settings and Firmware Issues: This can be attributed to the outdated BIOS or wrong BIOS settings like the power limits or the Precision Boost Overdrive (PBO). These problems can be avoided by updating the BIOS of the motherboard and tweaking the overclock settings in the BIOS for instance by turning off C-states. 

 Outdated Drivers: Old drivers can cause conflict and instability and this is compounded by the fact that when overclocking. 

 5. Insufficient Power Supply: There is also the fact that overclocking can lead to a CPU’s power consumption rising by 15% to 25%. Inability of the power supply unit (PSU) to deliver stable power especially when there is a surge in the demand for power can lead to system shut down or crashes. Overclocked rigs can benefit from a PSU of 650W or more and the PSU should be 80 Plus Gold or better. 

 6. CCX Issues: 

 Asymmetrical Overclocking: It has two CCX modules and 12 cores and 24 threads with a boost clock of up to 4. 6 GHz. If they are not overclocked in a balanced way, it will result to instability of the system. 

 7. Incorrect RAM Settings: 

One of the issues that the user may encounter with the Ryzen 9 3900X is that its integrated memory controller is rather picky when it comes to RAM overclocking. Timings or frequencies that are too high (e. g. , RAM beyond 3200 MHz without correct voltage setting) can cause system instability and crashes. To make the overclock more stable one can use DRAM calculators to adjust the memory settings further. 

Personal Experience with Ryzen 9 3900X Crashes When Overclocked

During my first attempt at overclocking my Ryzen 9 3900X I faced several problems that are to be addressed below. CCX overclocks have always been a mess, which is probably why the Ryzen 5000 series does not bring back this design. I also learned that even such tools as 1usmus’ CTR no longer support the 3900X, something that demonstrates the issues with manual OC. 

 The described system also had its drawbacks: One of them was the voltage activity. To start with, I fixed it too steep, at approximately 1. 30V, causing instability particularly when gaming rigorously at certain levels that would require lots of FPS. For safer operation especially when the array is loaded keeps the FIT voltage close to 1. 23V is crucial. The stability is affected by temperature and thus one requires proper cooling especially if one has decided to push the voltage up. 

 Lastly, I realized that tweaking via the use of the BIOS was not a wise idea due to the headache it caused me. Precision Boost well offered better and more stable results in comparison to manual modes, that is why it is ideal for a high core count like the 3900X. While trying to get the highest performance possible for a while I directly experienced the amount of crashes one would get with much of the settings boosted, so using stock presets or using Precision boost turned out to be the more practical approach after these tests. 

User Experiences with Ryzen 9 3900X Game Crashes When Overclocked

1. Hunt: Showdown Specific Crashes 

 Several users have experienced issues with Hunt, Overclocking their systems showdown: 

 KC MrGreen: Although KC MrGreen managed to overclock both the CPU and the GPU, Hunt: Showdown continually crashed for him. He blamed this on RAM overclocking with instabilities that would cause crashes every five minutes. He tried to raise the RAM voltage but he realized it only gave him a short-term remedy.  

 Xing Xong Gaming: Like any other KC_Mr Green, . Xing Xong Gaming faced crashes exclusively in Hunt: Clash. Even when I overclock the RAM and increased the voltage of it, it seemed that the game engine had a problem with overclocking. Changing the RAM latency to default values did not solve the problem and he thought that the game engine might not be compatible with overclocked RAM. 

 2. General Overclocking Stability 

 Users have shared mixed experiences with overclocking beyond specific games.

 The Sin Of Cain: He was able to overclock his Ryzen 9 3900X and Nvidia RTX 2070 Super but struggled with streaming because of a lack of cooling. His CPU got burnt and this made his system to freeze. He stressed on the cooling that means a normal air cooler cannot be used, it requires something special. 

 Paft: Paft said that he was able to achieve stable gaming for more than 600 hours with both CPU and GPU overclocked. This means that, with appropriate adjustment of the setting, it is possible to have a stable performance. 

 Jakkauli: Jakkauli boosted his GTX 970 and Ryzen CPU and said that the game runs stable in Hunt: Showdown. However, he had crashes in other games, which means that though his setup was perfect for some applications, it was not perfect for all.

3. Troubleshooting and Adjustments 

 For resolving overclocking issues, users recommended the following steps:

 The Sin Of Cain: Recommending under-volting the CPU in order to decrease the thermal parameters. He changed his CPU’s voltage from 1. 5V to 1. 3V for better stability. 

 KC Mr Green: Wrote about his Ryzen 5 3600, mentioning that he got stability with 1. 2V at 4. 2 GHz. While he could go even higher he opted for cooler and relatively quiet system setup. 

 Boozebeard: Pointed out that game crashes usually mean unstable overclocking. He said that benchmarking programs should be employed to effectively check the stability of the overclocking process. 

 4. General Recommendations 

 For those dealing with overclocking issues, several experts offered advice:

 Arturo Cotino: Recommended not to overclock if some stability issues appear, as nowadays most processors are powerful enough and do not require overclocking. He stressed that the additional frequency increase is not worth the potential instability that it brings. 

 Darren Graham: Suggested individual components for overclocking and the use of software such as MSI Afterburner for small increases to check stability. 

 Vladislav Zorov: It was pointed out that unstable overclocks may result to incorrect calculations which in turn leads to game glitches and crashes. He also warned on pushing the processing power to the limit to prevent such problems.

Why Do Games Crash After Overclocking?

Overclocking leads to the increased utilization of your GPU and this may result in crashes. For example, if you overclock a GPU such as the NVIDIA RTX 3080 from its base clock of 1,500 MHz to 1,800 MHz, it is going to require a lot of power. Under load this GPU can consume up to 320 watts while by default it is designed to consume 290 watts. 

 If your power supply unit (PSU) is inadequate for instance a 650 watt PSU that you barely manage to get by with in stock settings then overclocking will strain it. This may cause power failure and hence system instability or crashes as noted below. To avoid this, make sure your PSU is rated higher than the total wattage needs of all components and it is advisable to have a margin of about 20-30%. For high end GPUs, the PSU should be 750W or higher. 

 Example: Potential power draw of an overclocked RTX 3080 could be 30 watts more than the reference design. If you PSU is only 650 watts and your system is using 600 watts at stock settings the extra 30 watts can cause power shortages and games will start to crash.

Note on Temperature Management

While addressing overclocking stability issues, it’s crucial to consider CPU temperatures. High idle temperatures can be a sign of poor cooling or other underlying issues.

Table of Clock Speeds of the Ryzen 9 3900X

Clock Speed	Description	Typical Values
Base Clock Speed	The base clock speed is the standard operating frequency of the CPU under normal conditions.	3.8 GHz
Max Boost Clock Speed	This is the highest clock speed the CPU can reach under ideal conditions with adequate cooling and power.	4.6 GHz
Typical Operating Range	During typical gaming or high-performance tasks, the clock speed varies depending on thermal and power limits.	3.8 GHz – 4.4 GHz
Single-Core Boost Speed	Refers to the boost clock speed achieved when only one core is active, providing enhanced performance for single-threaded tasks.	4.6 GHz
Multi-Core Boost Speed	The clock speed achievable when multiple cores are active, balancing performance across tasks.	4.4 GHz
Thermal Throttling Point	The point at which the CPU reduces its clock speed to prevent overheating and ensure system stability.	Varies, typically around 85°C
Voltage-Dependent Boost	Boost clock speed can be influenced by the CPU’s voltage settings, which may be adjusted for stability or higher performance.	4.4 GHz – 4.6 GHz
Default BIOS Settings	The clock speeds set by default BIOS configurations, optimized for standard performance and stability.	3.8 GHz Base, 4.4 GHz Boost

  Impact of Overclocking on Gaming Stability:

 Increased Performance: Overclocking can increase the clock speeds, which in turn increases the frame rate and hence better gaming performance. 

 Potential Instability: But on the other hand, overclocking can also cause instability in the system and this is more so in cases where the overclock has been done to a higher level or where the system has not been well configured. 

 Crash Frequency: Crash frequencies may range from the type of game, overclocking settings, and other aspects of the system. 

 Benchmark Testing: Some of the benchmark tests are useful in determining the stability of a system that has been overclocked. 

Known Compatibility Issues with Ryzen 9 3900X 

 Driver Conflicts: Certain games may not work well when used alongside certain versions of the AMD graphics drivers especially when overclocking is in operation. 

 Game Engine Optimization: In this case, the optimization of a game’s engine can have an impact on the compatibility of the game with Ryzen CPUs, especially when they have been overclocked. 

 Micro stuttering: Overclocking of the Ryzen 9 3900X has been reported to cause micro stuttering (small frame rate drops) in some games. 

 Individual Variations: The compatibility problems may differ depending on the definite game, the configuration of the computer and the parameters of the overclocking.

 How to Safely Overclock the Ryzen 9 3900X for Gaming?

Video Guide:

1. Preparation: 

 Update BIOS: Check the BIOS of your motherboard for updates in order to enable overclocking and to solve compatibility issues. 

 Install Cooling: Another important component is a cooling system, especially if you are planning to overclock your CPU – a quality cooler, for instance, an aftermarket cooler, will be necessary. 

 Backup BIOS Settings: Before changing the BIOS settings, make a copy of it. 

 2. Gradual Overclocking: 

 Start Small: First, try changing the clock speed (multiplier) or base clock (BCLK) by a few numbers. 

 Monitor Stability: When you are done with each adjustment, check the stability of the system through using stress testing applications such as Prime95 and FurMark. 

 Incrementally Increase: In a way, start with a lower overclock and then gradually raise it in small increments while checking for stabilities. 

 3. Voltage Adjustments: 

 Increase Voltage Gradually: When you raise the clock speed you will probably have to raise the CPU voltage to ensure stability. 

 Avoid Excessive Voltage: But, do not use excessive voltage since it can cause heat and sometimes destroy the equipment. 

 Monitor Temperatures: Monitor the CPU temperatures to ensure that they do not go high, which could lead to damage of the CPU. 

 4. BIOS Settings: 

 Enable Overclocking Features: You have to enable the overclocking settings in the BIOS, for instance, the “XMP Profile” for memory overclocking. 

 Adjust Memory Timings: Memory timings can be further adjusted to enhance performance and stability of PC. 

 Disable Power-Saving Features: Some options such as ‘Cool & Quiet’ should be disabled to give the CPU the full capability of its processing power. 

 Check for Overclocking-Specific Settings: Some BIOSes contain additional settings which are related exclusively to overclocking. 

 5. Recommended Overclock Settings: 

 Clock Speed: It is quite typical to start with the Ryzen 9 3900X by boosting the base clock by 100-200 MHz. 

 Voltage: In case of silicon quality and cooling you may have to add voltage by 0. 05-0. 1V. 

 Memory: If XMP is to be used, the XMP profile should be turned on and further memory timings can be tweaked.

What Is the Safe Overclock Settings for Ryzen 9 3900X? 

 Safe overclock settings for the Ryzen 9 3900X generally fall within these parameters:

 Clock Speed: Safe overclock for the Ryzen 9 3900X is usually around 4. 2 GHz to 4. 3 GHz on all cores, but in order to get the max boost frequency of 3. 9 GHz, one of the cores has to be at 100% utilization. Some chips may get even higher stable clocks (up to 4. 4 GHz) based on the silicon lottery, cooler, and voltage delivery of the board. 

 Voltage Settings: To maintain the stability of the CPU, the CPU core voltage (Vcore) should be kept between 1. 25V and 1. 35V. Going above 1. 4V should not be used in the long-term stability because it may harm the CPU in the long run. For most of the stable overclocks, the value usually obtained is at 1. 3V to 1. 35V, this is achieved in maintaining the performance and temperature.  

 Memory Settings: Make sure that RAM is set to stable frequency, which for Ryzen 9 3900X should be 3200 or 3600 MHz with good timings and voltage for DDR4 which is typically around 1. But higher memory speeds may not be stable unless a proper voltage and timing are applied to the memory. 

  How Do I Fix Crashes While Gaming? 

 Adjusting voltage settings to prevent crashes involves careful tuning:

 CPU Core Voltage (Vcore): It is recommended to start with moderate Vcore setting of about 1. 3V then check for stability. In case the system freezes or becomes unstable, raise the voltage by 0. 01V. For gaming, it is recommended to keep voltage at 1 V or less, preferably at 1V. 25V and 1. 35V to maintain stability and to avoid heat build up. 

 SoC Voltage (System on Chip Voltage): The SoC voltage controls the memory controller and Infinity Fabric as well as the memory modules. Bring the SoC voltage to about 1. 1V to 1. 15V. This voltage influences the stability of memory; hence, tuning is critical, especially when using RAM with increased clock speed. 

 LLC (Load Line Calibration): Reduce Load Line Calibration settings to moderate level, that is Level 3 or 4 on almost all motherboards. This setting ensures that the voltage output does not drop during load as is usually the case when gaming, thus preventing instability. 

Overclocking is a process of boosting the operating frequency of a computer’s hardware components beyond the manufacturer’s recommended parameters and while overclocking, it is essential to enable or disable some of the BIOS settings. 

What BIOS Settings Should Be Enabled or Disabled for Stable Overclocking?

 For stable overclocking on the Ryzen 9 3900X, the following BIOS settings should be carefully adjusted: 

 Precision Boost Overdrive (PBO): Always turn off PBO when overclocking the CPU with the help of manual methods. PBO automatically changes clock speeds and voltages based on temperature and power delivery which is in contrast with overclocking settings and thus leads to instability. 

 Core Performance Boost (CPB): Deshable Core Performance Boost to avoid an automatic increasing of the CPU beyond the overclocking speed that has been set. This also ensures that the CPU operates at a certain voltage, and does not jump to a higher voltage or drop to a lower one. 

 C-States and Cool’n’Quiet: Turn off C-States and Cool’n’Quiet to ensure that the power is delivered stably and to prevent the CPU from reducing the clock speed and voltage of the idle state and becoming unstable when fully loaded. 

 Memory Settings (XMP/DOCP Profiles): Make XMP/DOCP of your RAM active so it can run at the rated speed. If you face instability issues, then manually tweak the timings and voltages since some of the XMP profiles are aggressive when overclocking the CPU. 

 Voltage Offset Mode: In order to avoid high voltage but at the same time ensure stability, apply a negative voltage offset of (-0. 05V to -0. 1V). This can go a long way in decreasing heat emission and at the same time increasing the lifespan of the CPU.

How Important is the XMP Profile for System Stability when Overclocking? 

 Enabling XMP for Easy Overclocking: The XMP (Extreme Memory Profile) which enables the users to increase the RAM frequency to its rated speeds by enabling the memory profiles for frequency, timimgs and voltage in BIOS. Enabling XMP for the Ryzen 9 3900X also provides the best RAM performance that can enhance the system’s smoothness and boost frame rates in games. 

 Impact on System Stability: XMP makes memory overclocking easier but stability is not always ensured especially in Ryzen systems where the memory controller is embedded in the processor. Enabling XMP profiles in RAM that are rated above 3200 MHz can result in instability or crashes and the problem is made worse when the CPU’s Infinity Fabric clock is out of sync. 

 Fine-Tuning After Enabling XMP: It was also found that after enabling XMP, there may be a need to manually tune to get a stable performance. These can involve altering DRAM voltage, SOC voltage, and FCLK in order to match with the CPU and the motherboard. For instance, while setting the DRAM voltage to 1. Bring the 35V and the SOC voltage to 1. 1V to 1. It has also been noted that 15V can aid in the stabilization of the system particularly when using high speed RAM. 

 Testing and Validation: With XMP enabled, it is necessary to perform stress tests to check for memory stability on a system. Any tool that you run, such as MemTest86 or HCI Memtest, should return zero errors after running for several hours. If some problems are discovered, additional modifications of the timings and/or voltages may be required to get a stable performance.

How to Troubleshoot Game Crashes When Overclocking Ryzen 9 3900X?

As with any overclocking process, there is a possibility of game crashes when using the Ryzen 9 3900X but these are easily solvable. Here’s a detailed step-by-step guide to diagnosing and fixing these problems: 

 Verify Overclock Stability with Stress Tests: Begin with evaluating the CPU stress with help of programs such as Prime95, AIDA64, or OCCT for at least 2-4 hours. Such tests mimic high workloads that if passed, will help identify instability in your overclock settings.

Should the system fail during these tests it means that your CPU overclock is unstable: In such cases, one should decrease the clock rate by 100 MHz or decrease the value of the core voltage by 0. 05V increments to obtain stability to the current situation of using fixed increments. 

 Check for Overheating Issues: Check CPU and GPU temperatures with HW Monitor or Ryzen Master software during gaming or stress tests. The optimum temperature for Ryzen 9 3900X should not go beyond 85°C when under load to avoid throttling or system crashes. 

If the temperatures go beyond this limit, then you should consider enhancing the cooling solution (for example, changing from an air cooler to a water cooling system with an AIO liquid cooler) or you can reduce the overclocking by as much as 20 to 30%.  

 Optimize Voltage Settings: Imbalances in voltage are some of the leading sources of instability among electrical power systems. Make sure that the CPU core voltage (Vcore) is set between 1. 25V and 1. 35V. A voltage setting above 1. 35V further aggravates the problem by elevating the probability of thermal runaway and system instability.

If you have the problem of game crashes, then try to reduce the Vcore gradually to 0. 01V. Also, it was found necessary to change the SOC voltage to approximately 1. 1V to 1. 15V to stabilize the memory controller and Infinity Fabric,”. 

 Disable Unnecessary BIOS Features: Go into the BIOS and turn off settings such as PBO and CPB because they bring about fluctuations in clocks and voltage that can lead to instability. Also, disable C-States and Cool Quiet settings to avoid any fluctuations in power delivery as it may lead to system crashes.

Test Memory Stability: Memory instability can also lead to game crashes especially when working with high frequency RAM with small timings. To test for RAM errors, the user should run MemTest86 or HCI Mem test for 6-12 hours.

If errors are noticed then try raising the DRAM voltage to a maximum of 1. 4V or try loosening the memory timings. Make sure that the RAM speed and the Infinity Fabric clock (FCLK) are synced in a 1:1 ratio specifically when using DDR4 RAM above 3200Mhz. 

 Inspect Power Supply Stability: Lack of power or a weak power supply system may cause system lock up at intervals while gaming especially when the demand on the power supply is high. Check your power supply unit (PSU) to make sure that it has enough wattage (minimum of 650 watts, and it should be an 80 Plus Gold rated). 

Using HW Monitor or multimeter, control the 12V rail voltage; it must not go beyond 11. 8V to 12. 2V under load. Any other voltage readings outside this range may suggest a PSU problem that requires the replacement of the PSU.  

 Analyze Windows Event Viewer for Errors: Search for error logs regarding crash in the Windows Event Viewer. Search for the “Kernel-Power” or “Application Error” events as they may help in understanding what led to the crash.

For instance, Kernel-Power errors that are recurring usually point to power issues, whereas Application Errors may be due to software clashes. These logs should be used to modify your overclock settings or diagnose particular parts of your computer. 

 Test Different Games and Benchmarks: Of course, some games and benchmarks are more overclocking-sensitive as compared to the others. If crash only happens in certain games, then try to reduce the overclocking settings, whether it is CPU or GPU or even try to play the game in normal settings and check if the crashes are still present.

If the game performs well at stock, then your overclock settings must be adjusted to be friendly with that particular game. 

Re-evaluate Overclocking Goals: In case a more complex troubleshooting doesn’t result in achieving stability, it is high time to reconsider the overclocking aims. Of course, to achieve slightly lower rate (for example, 4. 1 GHz instead of 4. 3 GHz) is sometimes enough to achieve almost the same increase in performance, but guaranteeing stability.

It also prevents problems related to the deterioration in efficiency, and the growth of instabilities, which is associated with the excessive stimulus of the CPU. 

Can RAM Cause Game Crashes When Overclocking Ryzen 9 3900X?

Of course, RAM can lead to game crashes when overclocking the Ryzen 9 3900X because of the memory frequency, tight timings, and incorrect voltage. Frequency above the CPU supported RAM or unstable XMP profiles can cause instability.

To avoid crashes, ensure that the RAM speed and Infinity Fabric clock (FCLK) are at par while the DRAM voltage should lie between 1. 35V and 1. 4V, and check stability with such tests as MemTest86. Compatibility with the motherboard and sufficient cooling are also two other factors that should be considered to prevent RAM-related crashes. 

 How to Resolve Kernel-Power Errors on Overclocked Ryzen 9 3900X?

Step	Action	Explanation
1. Upgrade Power Supply	Ensure PSU has sufficient capacity for overclocking.	Use a PSU with at least 750W and 80 Plus Gold certification to handle high power demands.
2. Configure Power Limits in BIOS	Set appropriate CPU power limits (PPT, TDC, EDC).	Configure PPT to 140W, TDC to 95A, and EDC to 140A to prevent over-powering and overheating.
3. Implement Effective Cooling Solutions	Use high-performance air or liquid coolers.	Choose a cooler capable of handling 200W thermal output to maintain temperatures below 80°C.
4. Optimize RAM Voltage and Timings	Adjust RAM voltage and timings to optimal settings.	Set RAM voltage to 1.35V and ensure timings are stable for overclocked speeds, such as CL16.
5. Monitor VRM Temperatures	Check VRM (Voltage Regulator Module) temperatures under load.	Use temperature monitoring software to ensure VRM temperatures stay below 90°C during high loads.
6. Set Static Voltage in BIOS	Configure a fixed CPU Vcore voltage in the BIOS.	Set a static voltage between 1.25V and 1.3V to prevent voltage fluctuations during high loads.
7. Disable Automatic Overclocking Features	Turn off features like Precision Boost Overdrive (PBO) and Auto-OC.	Disabling automatic overclocking can prevent unpredictable power spikes that cause system instability.
8. Utilize a Uninterruptible Power Supply (UPS)	Use a UPS to provide stable power and prevent outages.	A UPS with battery backup and surge protection ensures consistent power supply during system stress.
9. Validate with Hardware Diagnostic Tools	Use tools like OCCT or Prime95 for stress testing.	Run hardware diagnostics for 4-8 hours to identify potential faults in the CPU, GPU, or RAM.
10. Examine Peripheral Devices for Faults	Disconnect or test peripherals like GPUs, SSDs, and network cards.	Faulty peripherals can draw excess power or cause electrical interference leading to Kernel-Power errors.
11. Inspect for Physical Damage	Check for any physical damage or loose components in the PC.	Look for signs of burnt circuits, damaged cables, or loose screws that may cause short circuits.
12. Update Windows and Chipset Drivers	Ensure the latest Windows updates and chipset drivers are installed.	Keeping drivers up to date ensures compatibility and power management improvements from software updates.

Conclusion:

In the case of game crashes, this may occur if you overclock your Ryzen 9 3900X, it is necessary to check the balance of the system and cooling. By overclocking this CPU, the core voltage of this CPU can be brought to as low as 1. 4 volts and increase power consumption to a great extend hence the need to be dealt with properly so as not to cause instabilities.

A good cooling is required; for example, an exemplary air cooler or a 240mm AIO liquid cooler can keep the temperature below 85°C while under load. Furthermore, ensure that your power supply is capable of delivering more than the power consumption of your system; a 750-watt PSU is enough for both the CPU and the GPU. Optimizing these aspects can assist in attaining a stable OC and avoid crashes during heavy gaming. 

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