Manual to fix random BSOD / ACCESS_VIOLATION / browser page crashes | Razer Insider
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Manual to fix random BSOD / ACCESS_VIOLATION / browser page crashes

  • June 7, 2026
  • 4 replies
  • 134 views

If you have problems:

  • BSOD randomly due to kernel level issues.
  • Any browser web pages crashing with SYSTEM_ACCESS_VIOLATION error.
  • Any programs (especially games) may be random crashed without a specific reason.

And also:

  • Laptop with intel cpu 13th or 14th gen.
  • Any updates for system / firmware / drivers / programs - not solved issue.
  • System tools dism / sfc / chkdsk and RAM memory scans - not found any problem.

Then most likely next actions will help you fix these problems.

 

TL;DR:

  1. Install Intel Extreme Tuning Utility (only Windows 10+).
  2. Go to "Advanced View", then to "Advanced Tuning".
  3. Set "Performance Core" values so that the panel on the right displays the values as in the screenshot for the underlined parameters, and click "Apply".

That's all you need to fix it. Don't be afraid to change the values; the new parameter value will be highlighted, letting you know if it's the right one. They won't be applied until you click "Apply." You can also completely undo all changes by returning to "Compact View" (bottom left) and clicking "Revert."

 

Below is a more detailed description.

  • You should restore the "Performance Core" values every time after reboot and after return from Hibernation (not Sleep). You should restore the "Turbo Boost Power Max" values after connecting the charger, in case laptop work is unstable without reducing them. These values need to be restored because they are overwritten during these events.
  • You don't need to manually set all the parameters each time. They are set once, then can be saved as a profile in the "Profiles" tab. Subsequent settings are applied in a couple of clicks thanks to the saved profile.
  • The parameters values are most likely restored by the Razer drivers installed in the system. These drivers also control switching between balanced/turbo modes in Synapse. However, switching modes doesn't change the values themselves, but has a different effect. You can see the difference in performance between the modes by running a test in the "Benchmarking" tab for different modes.
  • I have a Razer Blade 16 (2024). When BIOS was version 1.03 for stable laptop works it was necessary to additionally reduce the "Turbo Boost Power Max" to defaults 115w and 135w. After BIOS updated to version 1.08 I left the parameters at 120W and 160W and each time changing only "Performance Core" values. In despite of scans of P-cores in OCCT found errors a couple of times that consistently don't occur with 115W and 135W, the laptop works stably and there are no the problems.
  • Update BIOS to 1.08 updated the CPU microcode 0x120 => 0x132. This stabilized the CPU power management to some extent, which was noticeable in the temperature graph under load. However, it doesn't fixed the problems. Therefore, lowering the "Performance Core" values is still required for stable works. And if you forget to do this, a browser tab crash will remind you.

Some vendors make changing these parameters much easier due to their advanced BIOS (UEFI) settings editor. Their users only need to change these settings once in BIOS. Razer laptops don't have these settings in BIOS for "Performance Core" parameters. So, you have to resort to these hacks. But at least it works.


Here are some threads where you can read more about the manifestations of this problem and attempts to solve it:
- https://www.reddit.com/r/techsupport/comments/1k4jp5a/comment/moyhj2y/ 
- https://www.reddit.com/r/chrome/comments/1q1u6vf/chrome_aw_snap_status_access_violation_crashes/ 
- https://www.reddit.com/r/chrome/comments/1cy9twz/comment/ll79bf1/ 
- https://community.intel.com/t5/Mobile-and-Desktop-Processors/Solved-Stability-issue-with-proc-I9-14900K-crash-BSOD/m-p/1648486#M79267 

There are cases that describe a problem with a specific CPU core. Perhaps this case can be solved using the method I described in this thread. However, this case can be used as an example of how to find the problematic core. Details: https://community.intel.com/t5/Mobile-and-Desktop-Processors/browser-occasionally-displays-a-status-access-violation-error/td-p/1457802 

And then using Process Lasso or Task Manager you can configure which cores can be used by the running process. This will eliminate the problematic core and stabilize works. Details: https://windowsforum.com/threads/how-to-permanently-set-cpu-affinity-in-windows-11-10-for-optimal-performance.369250/ 

Overall, this is a problem on the Intel CPU side that will not be resolved, and all that remains is to adjust the configuration to stabilize work. Details: https://community.intel.com/t5/Blogs/Tech-Innovation/Client/Intel-Core-13th-and-14th-Gen-Desktop-Instability-Root-Cause/post/1745963#M163 

4 Replies

  • Insider Mini
  • June 11, 2026

Very detailed! Thanks - do appreciate it. So it's rock solid now?

 

Have you done any exploration into undervolting btw? I managed to bump my multicore performance by 10% only from undervolting. Benchmarks and load were stable but then idle in Windows got me BSOD.

 

I have collated all decent resources I could find into 

 


  • Insider Mini
  • June 11, 2026

What settings do you run in Synapse with all of this btw? Apparently one should run it with overclocking enabled for undervolting: 

 


  • Insider Mini
  • June 11, 2026

Sorry here is the NotebookLM link https://notebooklm.google.com/notebook/80a24a0a-28aa-4175-b5f4-1d5991103f75?pli=1 


  • Author
  • Insider Mini
  • June 16, 2026

Hi, ​@stridskoma2 , thanks for links.

 

> So it's rock solid now?

Definitely yes, in questions about stability for me it fix all problems.

 

> Benchmarks and load were stable but then idle in Windows got me BSOD.

OCCT is definitely helpful for determining stability. I used it to check stability after changing CPU parameters. And it's really effective, unlike Cinebench, which in my case didn't find any issues with both r15 and r23 versions. I used OCCT to check stability in Linpack, CPU, and CPU+RAM tests. For the CPU tests, I only selected P-Core cores because I already knew the source of the problems. You can learn more about using OCCT at this link.https://rtech.support/guides/how-to-use-occt/ 

 

> What settings do you run in Synapse with all of this btw?

In Synapse for CPU I only use switches between Balanced and Turbo modes. But every time I set the desired parameters (screenshot above) in Intel Extreme Tuning Utility. I didn't even know there were additional settings in Custom mode and never used them.

 

> Have you done any exploration into undervolting btw?

I haven't tried undervolting. But when I searching existing solutions I came across solutions through undervolting. But all of them were for other laptop vendors, and I didn't find undervolting option in the BIOS. And I just learned about undervolting in Synapse from the video you linked. I think undervolting can help, but you need to experiment. And OCCT will definitely help with that.

 

I don't know how the CPU power settings in Custom mode are applied in Synapse. They most likely apply only to the current session and they will be applied again when Synapse loads after you turn on the laptop. For Intel Extreme Tuning Utility changed parameters applied only to the current session. But in program settings exist an option "Restore tuning after reboot" for restore changed parameters after laptop reboot. I don't use it, because Synapse override that values when loads. But for laptop/PC without Synapse it may be helped.

In Synapse for have posibility to change core voltage offset you have to change several params in BIOS.

It would be most efficient to be able to change these settings directly in the BIOS so that the settings are saved across reboots. To install once and completely fix problems. This is especially important if the laptop uses dual-boot systems (Windows and Linux).