Solving / Fixing BSOD 124 on sandybridge. READ OP FIRST!!
BSOD 124 / Freezing / Lock Up's etc....
There are three things covered in this thread:
There have been a number of reports regarding the bsod 124 and idle or random BSOD problem. It's not just a case of upping the vcore like previous gen cpu's. The random or idle bsod problem is similar to the 124 error in someways and there are a few things that you should know.
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Assuming you're using offset voltage (which I don't see no reason not to) here's how to disable / configure C3 and C6 Report on a couple of motherboards:
Asus Motherboards - HERE
Asrock Motherboards - HERE
Here are a few things that you should try before stress testing and if you get idle random bsods:
Again error 124 in SB is NOT just the vcore! if you have that problem post here. One other thing, check the stable thread (first page), it has valuable info that could be helpful to you.
Effects of C-States on SATA performance.
[email protected] explained how C states can have an effect on the sata performance, mainly sata III:
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Bit of info from the stable thread:
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10/02/2012
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Read the above thread from page 5, post 45, onwards and use the same method to try and eliminate the 124 error. This is a tedious process and one that requires patience and if you don't have that, then you shouldn't be overclocking!!! It is a great way to find out the potential of your chip and also the sweet spot for it, so be sure to read the above thread.
More info about VTT/QPI (VCCIO) and PLL voltage:
READ THIS:
GPU Drivers and their impact on stability
Also everyone knows how 'very well' gpu drivers perform lol so make sure you identify whether or not it's a gpu problem or overclock problem, head over to the gpu section, whether it be ati or nvidia and find out what drivers are the most reliable ones. For Nvidia I know the most reliable driver is the 266.58, nv users, download and install that to eliminate the gpu from the equation and to help pin point the root of the 124 error.
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LLC Setting and it's impact on overclocking with the use of Offset voltage
You should enable C1E and Speedstep and see if that helps, as it doesn't effect overclocking or stability under load, so there is no reason to disable them. If you use offset votltage in combination with C1E and Speedstep it will allow the voltage to drop along with the multiplier when it's at idle, however some have found that using offset can cause idle random bsods because of the low votlage and how quickly it rises when it's under load. The simple solution to that would be to reduce the LLC setting a litle to maintain a higher idle votlage, but will require you to increase the vcore a little.
Here is an example of how LLC can affect idle voltage:
This is using High LLC (50%) and an offset of + 0.150:
Idle Voltage
![Mru3F.jpg]()
Load Voltage (fluctuates between 1.472 and 1.480):
![XfDV4.jpg]()
This is Ultra High LLC (75%) and an offset of + 0.110:
Idle Voltage
![wCVF2.jpg]()
Load Voltage (fluctuates between 1.464/1.472/1.480/1.484):
![dvjUw.jpg]()
As you can see the idle voltage when using a 'lesser' llc control allows us to increase the vcore so that the idle voltage is not 'too' low. When using ultra high llc, we use less voltage but get similar or the same load voltage but the idle voltage is much less. That could be what the problem was, im not sure. By the way, I have said this countless times, the bsod code list is not 100% accurate, 101 could be even qpi/vtt.
Hope that it helps you
![thumb.gif]()
There are three things covered in this thread:
- BSOD 124 under load
- BSOD 124 whilst idling or light load
- Random BSOD whilst idling and light load which includes lock up's and freezing.
There have been a number of reports regarding the bsod 124 and idle or random BSOD problem. It's not just a case of upping the vcore like previous gen cpu's. The random or idle bsod problem is similar to the 124 error in someways and there are a few things that you should know.
Quote:
In both instances C1E and Speedstep should be left on as it has no effect on stability and it helps overall temps and the longitivity of your chip especially when using offset voltage. If you are recieving error 124 while stress testing then it could be 3 things, NOT just the vcore but could also be either the PLL voltage or the VTT (VCCIO). Due to recent findings, PLL voltage too high or too low will result in an error 124, that goes for VTT (VCCIO) aswell. BSOD while stress testing can be different from general everyday BSOD, this thread will try and help tackle both conditions.
Assuming you're using offset voltage (which I don't see no reason not to) here's how to disable / configure C3 and C6 Report on a couple of motherboards:
Asus Motherboards - HERE
Asrock Motherboards - HERE
Here are a few things that you should try before stress testing and if you get idle random bsods:
**If your sandybridge is giving you problems under light load or idle, then try disabling c3/c6, this usually applies to offset users, manual voltage users should try running C3 and C6 report on Auto.
A handful of users' have reported that even after priming 12hrs+ they have recieved random bsods, this does not really indicate that it's unstable.
The error codes are not 100% and are not ALWAYS correct, with that said, stress testing in your main OS is not a good idea. If possible get yourself a spare HDD and load up windows and run all your stress testing on that. The idea of having another HDD is so that when your running your stress testing, background processes are at a minimum and should help indicate the main source of bsods, disabling the internet connection is also a good idea, same with any type of antivirus. Just remember too many bsods in a OS can cause the OS to become unstable ie corrupted file systems etc. With that said, if you pass 12hrs once you should be able to pass again, however, this does not mean go OCD stress testing.
In a situation where you are getting random bsods try the following:
![thumb.gif]()
A handful of users' have reported that even after priming 12hrs+ they have recieved random bsods, this does not really indicate that it's unstable.
The error codes are not 100% and are not ALWAYS correct, with that said, stress testing in your main OS is not a good idea. If possible get yourself a spare HDD and load up windows and run all your stress testing on that. The idea of having another HDD is so that when your running your stress testing, background processes are at a minimum and should help indicate the main source of bsods, disabling the internet connection is also a good idea, same with any type of antivirus. Just remember too many bsods in a OS can cause the OS to become unstable ie corrupted file systems etc. With that said, if you pass 12hrs once you should be able to pass again, however, this does not mean go OCD stress testing.
In a situation where you are getting random bsods try the following:
- Try running C3 and C6 on AUTO with C1E and EIST Enabled (Only if you're using Manual voltage).
- If you are using Offset Voltage make sure you disable C3 and C6 Report, however leave C1E and EIST enabled.
- Clear CMOS (quick way - take the baterry out), load saved stable overclock, fresh windows install with pretty much nothing installed, no internet connection, nothing just a prime blend run. With minimum processes running and windows services, it would ba clear indication of stability without other 'things' such as a driver error, windows update, internet connection causing bsod.
- You could try the above or even a BIOS update, I stress that before you update, run stock setttings and then update the BIOS (**Don't update the BIOS on an overclock setting, you could risk bricking the mobo)
- Try Enabling all power saving features - C1E, EIST C3 and C6.
- Many have found that enabling SPREAD SPECTRUM reduces the voltage fluctuation.
- Try using Manual voltage instead of Offset.
- Go to control Panel/hardware and sound/power options and select High performance Mode.
- Take the RAM out of the equation, underclock it if you have to and see whether or not it continues.
- Try a fresh OS install on a spare HDD or something, remember as explained before, too many bsods in the os = corrupt file system = unstable OS
- IF you have an SSD Read THIS, it might help solve your problems.
- Run Prime on it's own and leave it!!!!
- Flash video bsod/freezing? Read THIS (Disable Hardware Acceleration)
Again error 124 in SB is NOT just the vcore! if you have that problem post here. One other thing, check the stable thread (first page), it has valuable info that could be helpful to you.
Effects of C-States on SATA performance.
[email protected] explained how C states can have an effect on the sata performance, mainly sata III:
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This is obviously an issue for those with high overclocks. I have upto this point advised to disable C3 and C6 reports due to idle random bsods when using offset voltage, otherwise they're left on auto (default).
Bit of info from the stable thread:
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I believe folmer's testing was with 4.6ghz, but not 100% sure but if it is then it kinda makes sense for all users that run sandforce based ssd's or sata III ssd's to disable C3 and C6 and that obviously means that they should use offset voltage and NOT manual.Originally Posted by FoLmEr;15119699
Yup I can attest to the C3-C6 states lowering throughput of SSDs.
Below are some tests I did earlier with my previous SATA II SSD (Corsair Force120).
WITHOUT C3-C6 states:
![attachment.php?attachmentid=231270&stc=1&d=1317343954]()
WITH C3-C6 states:
![attachment.php?attachmentid=231271&stc=1&d=1317344009]()
The drop is even greater w/ SATA III.
As you can see, though, only my writes are getting handicapped, but at 216MB/s it's pretty fast anyway, so I guess it's only almost a nobrainer. Other sysconfigs may yield different results, so you should test it yourself on your system altho generally I ALWAYS disable C-states while overclocking since I just don't see the need for them.
10/02/2012
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Possible way to eliminate 124 when stress testing - Tweaking VCCIO and PLLOriginally Posted by munaim1
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I think you maybe mistaken with C1E and Speedstep, both allow the cpu multiplier and voltage (whilst using offset) to drop at idle or light light accordingly. C3 and C6 are forms of sleep states as far as I'm aware. They can effect the throughput of SSD's and the sata controller, however I should have noted this in the OP, but it does not universally apply to all. Not sure as to why but some have better performance with their SSD's with C3 / C6 enabled whilst other's have the complete opposite affect. It is upto you to find out which works better for you whilst maintaining stability.Originally Posted by ShtKck
Hi, this thread has been a ton of help. Random 124's made me drop from 4.8 to 4.6 but then they started creeping up when I was just surfing... I realised that my SSD, a sandforce based one, may be having one of the issues with the C3/C6 states you address in the initial post. I stress tested for most of the day yesterday and was fine but I got another today just cruising the forums. So I'm going to try disabling them.
My only question is this, for some reason, and this may be wrong- I've always been under the impression that C3/C6 preserves the life of your chip and it's good to have it enabled because of longevity. Is this actually the case or am I dreaming it up?
For instance, C3 and C6 reports whilst disabled may stop random idle bsods, but may effect the throughput or on the other hand enabling may cause random bsods (with offset) but have no problems with the sata controller. It is indeed a dilemma and one that does not apply to everyone. I personally would prefer the first option, yeah it may cripple the SSD performance but atleast I'm bsod free![smile.gif]()
Info added to OP.
Read the above thread from page 5, post 45, onwards and use the same method to try and eliminate the 124 error. This is a tedious process and one that requires patience and if you don't have that, then you shouldn't be overclocking!!! It is a great way to find out the potential of your chip and also the sweet spot for it, so be sure to read the above thread.
More info about VTT/QPI (VCCIO) and PLL voltage:
READ THIS:
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Well, I can't say much about the GPU driver's as I have not personally used them. In regards to Prime testing I would say , you should really run it a little longer, especially because you do folding.
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Default VCCIO is around 1.05/1.07 I believe, VTT and QPI is the VCCIO setting for sandybridge, that is why Bsod 124 can be related to VCCIO. Increasing it does help stability, but if you reach a certain point, it'll just become unstable. It is either st on auto or increased, not usually lowered form it's stock setting.
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Unfortunatly I can't really say, I've been through hundred of overclocks and can't really remember, however there is one thing that does come to mind regarding vccio. Usually when you're overclocking ram going above 1.1v can help, but between stock VCCIO and 1.1v it can help general stability, but remember increasing it too much will more than likely cause you instability and generate the same heat that vcore would. People think that using vcccio is a substitute for vcore, unfortunatly I don't see it that way.
Increasing VCCIO (Vtt) helps when you start to strain the IMC of the chip, when using high RAM usage in prime95 etc (instability) therefore a small boost to the vccio can help with that stability providing that you have cooling in the first place to maintain your cpu's temperature.
Hope that makes sense.
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124 is a little tricky as you have gathered, turning that error code into something else can actually be done just by the VTT and PLL voltage alone, even if you get it to 101 atleast you know that's it's vcore that you need, or an error code showing OS corruption etc.
What I would advise is that you run the Hard FFT's for around 1 hour each and see how far you get, if you get the infamous 124, then I wuld recommend that you start with the PLL votlage, reduce it all the way to 1.5v and start again with the FFT's, keep on doing until you find one value (sweetspot) that nets you the most duration in prime and note that down, then take it back to PLL back to auto and do the same for the VCCIO, obviously use the smallest increments as possible and test with prime blend.
Hopefully when you find a sweet spot for both (could be PLL voltage at 1.6125v and VCCIO on auto or PLL voltage at 1.6875v and VCCIO on 1.095v)
You can combine them together and retest with prime and see what happens. It is a very tedious process and one that requires a lot of patience.
Hope that helps![thumb.gif]()
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To be perfectly honest, I really don't know. Because the proess can be tedious, I didn't really test it with a different mulitplier, it just depends on how it reacts to that particular overclock, so on that note I would say probably not, the vtt and pll sweet spot is probably depedndant on that particular multiplier. Sorry I cannot give you a exact answer to that question.
EDIT Just to add to what I said above and after a little bit of thinking lol:![tongue.gif]()
Actually, I can maybe try and explain this to the best of my ability, lets just say that between 4.5 to 4.8 you recieve bsod 101 after tweaking the vtt and pll for 4.5ghz, so at that point you would obivously continue increasing the vcore until you're stable, however they may be a point during that time that the 124 may arise, that doesn't mean that the vtt and pll sweet spot has changed and it needs to be tweaked again, because remember 124 can also be vcore, so on that note you continue increasing the vcore until you reach a point of stabiity, however that trully depends on the potential of that particular chip. But and this is important, overclocking is not a guarentee, so in order to 'find' your overclock you will need to set yourself a target and that should be by vcore and temp, not clock speed that will allow you to really see the potential of that chip under those conditions.
If you read about VTT just above (explained to Juano), I would say it doesn't really need to be changed once you find the sweet spot, as the IMC won't be stressed unless you really start pumping insane voltages and overclocking the RAM, so that just leaves the PLL voltage. Recent findings have suggested that lowering PLL voltage can help, however that is not universal amongst every motherboard, so whether or not that dependant on clock speed or the motherboard I really don't know, but I I would say motherboard. So to conlude, I would say I retract what I said before about maybe having to change the vtt and pll for higher multi's because imho the pll is tied to the motherboard and the vtt doesn't really have to change, therefore it just leave's the vcore. But again that is what think and I have gathered so far. I might be wrong lol![tongue.gif]()
GPU Drivers and their impact on stability
Also everyone knows how 'very well' gpu drivers perform lol so make sure you identify whether or not it's a gpu problem or overclock problem, head over to the gpu section, whether it be ati or nvidia and find out what drivers are the most reliable ones. For Nvidia I know the most reliable driver is the 266.58, nv users, download and install that to eliminate the gpu from the equation and to help pin point the root of the 124 error.
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BSOD 124 while running games??? READ this thread:http://www.overclock.net/intel-general/1039594-bsod-while-playing-bf-bc2-0x00000124.html
LLC Setting and it's impact on overclocking with the use of Offset voltage
You should enable C1E and Speedstep and see if that helps, as it doesn't effect overclocking or stability under load, so there is no reason to disable them. If you use offset votltage in combination with C1E and Speedstep it will allow the voltage to drop along with the multiplier when it's at idle, however some have found that using offset can cause idle random bsods because of the low votlage and how quickly it rises when it's under load. The simple solution to that would be to reduce the LLC setting a litle to maintain a higher idle votlage, but will require you to increase the vcore a little.
Here is an example of how LLC can affect idle voltage:
This is using High LLC (50%) and an offset of + 0.150:
Idle Voltage
Load Voltage (fluctuates between 1.472 and 1.480):
This is Ultra High LLC (75%) and an offset of + 0.110:
Idle Voltage
Load Voltage (fluctuates between 1.464/1.472/1.480/1.484):
As you can see the idle voltage when using a 'lesser' llc control allows us to increase the vcore so that the idle voltage is not 'too' low. When using ultra high llc, we use less voltage but get similar or the same load voltage but the idle voltage is much less. That could be what the problem was, im not sure. By the way, I have said this countless times, the bsod code list is not 100% accurate, 101 could be even qpi/vtt.
Hope that it helps you
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lol. I'll definitly be using this next week!
![thumb.gif]()
You're cool,Originally Posted by munaim1;14994922
This will be bumped everyday because it seems to be a common problem for a lot of poeple, not for me though![tongue.gif]()
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everytime i stressed my pc, it would bsod until i turned off the C states.
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I also have this problem. I manually set my vcore and it happens with C3 and C6 enabled and disabled. It happened last nite with my vcore at 1.365 so I bumped it up again to 1.370. I'm prime and IBT stable at 1.350. When the vcore was set to 1.365, I had VTT at 1.1## and PLL around 1.9##. I have put those back to auto since it didn't help and just moved the vcore up to 1.370.
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There is a difference with error 124 and idle random bsods, error 124 will usually happen under load, most likely during a stress test of some form, idle / random bsod and lockups happens randomly ie. browsing the net, checking explorer etc. and sometimes when you're not doing anything, that can be fixed if the Cstates are configured correctly.
Obviously with how the different mobo's have different BIOS settings, it sometimes gets a little confusing. I believe that for asrock mobo's (well some of them) have this page in their UEFI, this is an example of how the cstates can be configured with offset voltage to tackle the idle random bsods or lockups that some people get:
![110810194242.jpg]()
Hope that helps.
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If both of you are using Offset voltage, then the C3 and C6 reports can be disabled to prevent idle random bsods and lockups (freezing), however you must first determine stability using Custom prime blend with 90% of your available RAM.
There is a difference with error 124 and idle random bsods, error 124 will usually happen under load, most likely during a stress test of some form, idle / random bsod and lockups happens randomly ie. browsing the net, checking explorer etc. and sometimes when you're not doing anything, that can be fixed if the Cstates are configured correctly.
Obviously with how the different mobo's have different BIOS settings, it sometimes gets a little confusing. I believe that for asrock mobo's (well some of them) have this page in their UEFI, this is an example of how the cstates can be configured with offset voltage to tackle the idle random bsods or lockups that some people get:
Hope that helps.
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You are the SB guru. *bows*
Sent from my Desire HD using Tapatalk
Sent from my Desire HD using Tapatalk
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![smile.gif]()
LOL im certain there are far more knowledgeable guys/gals on here than me that know a lot more. SB aint much of a challenge lol, very user friendly if I say so myself, if the chip has the potential it's not that difficult to show it.
I'm having this same issue of random idle bsod. The problem is that I really want to leave C1E and C3, C6 disabled because while enabled they cause my SSD's performance to drop significantly (known issue). If I have them disabled I should use offset vcore right? Should I still have speedstep or spreadspectrum enabled? My overclock is completely stable at load with prime95 12hours and Linx but these random bsod while surfing the net are killing me!
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Surfing the net could be number of things, like the flash video fix which is available in the list in the OP. Could be a GPU driver crash etc, you should try and eliminate each scenario one by one before determining that the random bsods are caused by the C states or whether or not it's an unstable overclock etc.
Try setting the C states as it shown in the above screenshot.
wow really?? can you provide me with a link, this is the first I've heard about this 'issue'.
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C1E and Speedstep allow the multiplier to drop when the cpu idles, if you use offst the voltage drops along with it. Spreadspectrum should be left on unless your bclk is not locked to 100 or your messing around with the bclk. Disable it, if it shows 99.8 etc.
Surfing the net could be number of things, like the flash video fix which is available in the list in the OP. Could be a GPU driver crash etc, you should try and eliminate each scenario one by one before determining that the random bsods are caused by the C states or whether or not it's an unstable overclock etc.
Try setting the C states as it shown in the above screenshot.
Thanks for the reply. I'm currently running an offset vcore with all C states enabled and I'm hoping this fixes the the problem with random light load bsod's. The reason I disabled them to begin with was I had read it degrades SSD performance. I ran tests to confirm, my SSD has a transfer rate of 380MB/s with C states disabled (tested with HD Tune) and has transfer rate of 340MB/s with them enabled. I realize this isn't that huge of a difference so I'm willing to sacrifice the higher xfer speeds for no more bsod's. I'm hoping this works, I won't know for a while because they only seem to happen once every 24 hours or so.
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That's certainly something new to me, degrading ssd's because of the C states (Which ones exactly)??
![thinking.gif]()
I'll look into that, thanks for letting me know.
I tested this myself and can confirm first hand that when I recently switched to offset I purposely left C3 and C6 on auto to see whether or not I get any random freezing (lockups) and not long after a few hours it certainly did, I disabled them straight away and for the last 3 weeks it's been running perfectly. My voltage and multiplier drops at light usage and my temps are great. No problems here.
Just one more thing to add, try using less LLC and a higher vcore, the only reason why I changed from Ultra high to just high was because of the cpu voltage fluctuation under load, it was bouncing around when I switched to offest mode, changing it to High and increasing the vcore a little helped control the vcore a little better, im usually sitting at 1.472/1.480v now rather than 1.464/1.472/1.480/1.488 and that was with offset and ultra high lol.
Hope that helps clear a few things up
![thumb.gif]()
If you're using Offset then disabling C3 and C6 should do the trick, however C1E and Speedstep should always be left enabled regarldess of what you use, as they don't have any adverse affect on overclocking or stability.
That's certainly something new to me, degrading ssd's because of the C states (Which ones exactly)??
I tested this myself and can confirm first hand that when I recently switched to offset I purposely left C3 and C6 on auto to see whether or not I get any random freezing (lockups) and not long after a few hours it certainly did, I disabled them straight away and for the last 3 weeks it's been running perfectly. My voltage and multiplier drops at light usage and my temps are great. No problems here.
Just one more thing to add, try using less LLC and a higher vcore, the only reason why I changed from Ultra high to just high was because of the cpu voltage fluctuation under load, it was bouncing around when I switched to offest mode, changing it to High and increasing the vcore a little helped control the vcore a little better, im usually sitting at 1.472/1.480v now rather than 1.464/1.472/1.480/1.488 and that was with offset and ultra high lol.
Hope that helps clear a few things up
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