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EP35-DS3R BIOS v1.06.59 INTEL Duo Core 2 E6850 4 x 1Gb Kingston DDR II 2 x 500Gb Western Digital HDD 1 x 80 GD Western Digital HDD 2 DVD drives The two 500 Gb HDD are in a SATA Raid 1 (mirror) controlled by the Gigabyte motherboard. These disks have XP Professional SP2 loaded on them in 2 partitions (one for XP and the other for data) The 80 Gb HDD has Zenwalk loaded on it and the system is a dual boot into either XP or into Zenwalk as required The system works perfectly apart from an intermittent and potentially disastrous system failure. Everyso often the system will freeze and not respond to any mouse movements or keyboard commands and requires a brutal power off to restart the system. In Zenwalk this was not much of a problem , since the OS is fairly robust and will handle the power off. The XP part of the computer is another matter ofcourse. A few times we've been lucky and the system has restarted with out any problems apart from damage to my nerves. Once it managed to corrupt the Registry and required a tremendous amount of work to fix. I am at a loss to explain the cause of this problem and would really appreciate some help. I had thought it was due to the vagaries of XP, but this morning it managed to freeze the Zenwalk system during the operation of one of the screensavers (subsequently disabled). On XP, it would seem that the mouse starts to go very erratic in its movements then the system freezes. It almost sounds as if the memory of the system is overloading, but its hardly being stretched by what the computer is actually doing (standard Office applications and some minor photo manipulation) Sorry about the sketchiness of the details but I'm geographically removed from the system and I will need to talk my client though running any diagnostics. Regards Michael |
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WOW, well first I would be sure there is no viruses or spyware to be on the safe side of things.
But I think you are correct when you think it is ram related. Sounds that way to me as well. Is there a floppy installed in the system, or can they burn a ISO File? If so or not, they need to somehow first run memtest86+ to see one of two things. I suspect either the ram is dying, or since it is 4x1GB config I almost would be sure the settings are all in Auto in the BIOS and this can be a issue from day one until fixed/set. Here is memtest86+ CD ISO and Floppy is available here, it is a DOS based app if you are not familiar with it, and will autorun. If they do not have a floppy and do not know how to burn a ISO you will need to somehow get a Properly Burned ISO of it to them so they can run it >>>> Memtest86+ - Advanced Memory Diagnostic Tool If they are not computer shy and know some of the BIOS, you really should ask them if they fell comfortable testing with only one stick at a time. This should be done at stock speed, stock timings, and manually set voltages. Test each stick one by one in slot one for a few passes of memtest86+ full test. I suggest one at a time because if you do it with all of them in and it errors out, you will eventually need to do one by one anyway to find the dead stick/sticks. If they do not feel up to this, then at least have them run it with all 4 sticks in. And tell them if it passes one full test to let it run for several hours if possible. If it does test out to be ok then none of the ram is dead/dying which of course is good, but incorrect or Auto (With 4gb 2x2 or 4x1 this is incorrect as well) settings the ram may or may not pass memtest86+ but can still fail in windows. And it may just fail in memtest as well because of incorrect/Auto settings so it is not always meaning a dead stick if things fail. As for settings, can you please pass this along to them and have them go into the BIOS and then into the M.I.T. Section and fill this out and give back to you so you can post here so I can have a look. I will assume already it is likely in Auto, which if you do not have a dead stick in the mix, would be the cause of instabilities. Sorry, to get into the BIOS Tell them when the system starts to hit the "Delete" key until the BIOS loads. Here is what you will need to have them fill out for you >>> Tell them to pay not attention to the numbers I have in there, just to enter what they have on their PC. If Auto enter Auto and so on. Code:
Robust Graphics Booster___________ [Auto] CPU Clock Ratio ____________ [8] Fine Clock Ratio ____________[0.5] CPU Host Clock Control_ [Enabled] CPU Host Frequency (MHz)__________ [333] PCI Express Frequency (Mhz)_______ [100] C.I.A. 2__________________________ [Disabled] System Memory Multiplier (SPD)____ [2.00] DRAM Timing Selectable_______ SPD __ [Manual] Performance Enhance = [Standard] CAS Latency Time________________ ? Dram RAS# to CAS# Delay_________ ? Dram RAS# Precharge Delay_______? Precharge Delay (tRAS)__________ ? ACT to ACT Delay (tRRD)_________ ? Rank Write to READ Delay________ ? Write to Precharge Delay_________ ? Refresh to ACT Delay______________ ? Read to Precharge Delay__________ ? Static tRead Value_______________ Static tRead Phase Adjust________ [Auto] System Voltage Control____ [Manual] DDR2 OverVoltage Control__ [+0.300V] PCI-E OverVoltage Control_ [+0.1V] FSB OverVoltage Control___ [+0.1V] (G)MCH OverVoltage Control [+0.1V] CPU Voltage Control_______ [1.25]
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Hi Lsdmeasap,
Thanks for the quick response. The possibility of a virus or spyware I think I can rule out in this case for two reasons. Firstly, both the XP and Zenwalk Linux systems have been hit with the same problem and both OSs are isolated from each other for security reasons. Secondly,I have run a full check on both OSs and neither are showing any indications of infestation. I can make up an ISO disk for my client and may need to run it myself on the system to check the memory, though my client may be able to run it with a bit of instruction. I will get them to record the settings from the MB Intelligent Tweaker and post the settings on here. I will also get them to send me the dmesg log from Zenwalk which may show if there is any problem with the memory, although I don't remember seeing any mention of it the last time I looked, although I was not specifically looking for it. SystemRescueCD is also useful for running diagnostics on failing machines and in this particular case has the memtest+ tool available on the cd as a virtual floppy. Sysresccd-manual-en System boot floppy disks - SystemRescueCd which may be of use to the members of the forum Once I have any further information I will post on the forum, though I must admit I tend to think its an issue with the AUTO setting as well. Although , it has been said before in the forum, this is an extremely useful site and I'm glad I came across it. Given that I knew very little about Gigabyte boards, a few hours reading on this site has helped my understanding of them tremendously. Congratulations on the great work Regards Michael |
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Hi Lsdmeasap,
Well I've had my client running through the BIOS etc on the other end of the phone, much to their edification and amusement and we have come up with the following data Code:
Robust Graphics Booster [Auto] Robust Grapphics Booster [Auto] CPU Clock Ratio [9 x] CPU Frequency [3.00GHz(333x9)] CPU Host Clock Control_ [Disabled] CPU Host Frequency (MHz) [200] PCI Express Frequency (Mhz) [Auto] C.I.A. 2 [Disabled] Perfomance enhanced [Turbo] System Memory Multiplier (SPD) Auto] Memory Frequency (Mhz) 800 800 DRAM Timing Selectable SPD [Auto] ............................... Standard Timing Control ............................ CAS Latency Time 6 Auto Dram RAS# to CAS# Delay 6 Auto Dram RAS# Precharge Delay 6 Auto Precharge Delay (tRAS) 18 Auto ................Advanced ACT to ACT Delay (tRRD) 3 Auto Rank Write to READ Delay 4 Auto Write to Precharge Delay 6 Auto Refresh to ACT Delay 42 Auto Read to Precharge Delay 3 Auto Static tRead Value 7 Auto Static tRead Phase Adjust 0 Auto ..............System Voltage optimized ............................ System Voltage Control [Manual] DDR2 OverVoltage Control [Normal] PCI-E OverVoltage Control [Normal] FSB OverVoltage Control [Normal] (G)MCH OverVoltage Control [Normal] CPU Voltage Control [Normal] Normal CPU Vcore 1.35000V The values for the PC Health Status are, in part, Code:
Vcore 1.316V DDR 1.904V +3.3V 3.296V +12V 11.921V Current System Temp 32C Current CPU Temp 32C Current CPU Fan 1454 RPM Current Power Fan 625 RPM Checking on the linux system revealed the following soft/hardware data BIOS : Award Software International version F2 (01/04/2008) Memory: DIMM 800 Mhz (1.2 MHz) width 64 bits CPU : Intel Core 2 Duo CPU E6850 @ 3.00 Ghz clock 333 Mhz DVD Writer: Vendor Pioneer : DVD-RW DVD-115d The LSHW (list hardware) interface showed all four memory cards as being available and identifiable. I also gotthe clients to check through the log files on the linux system, specifically the dmesg log, that records in detail the system check of the memory during the start up and all the memory was reading and mapping correctly and that there were no error or warning messages in the log. The messages during the general start up also showed no memory errors. The only other factor I would mention is that the client said on days that the system had "frozen" were on cold days when the fan heaters were on in the office. This was not the case when linux froze, but that may have been due to a particular screensaver and simply produced the same result for differing causes (I will go through the messages log and see if it reveals anything) Unless there is anything blinding obvious in the above data, it would look as if I will have to run the memtest86+ on the weekend, when the system is not in use for the business. Thanks for the heads up on the old copy of memtest on the SystemRescueCD. Usually that group is scrupulous about having all the latest versions of the tools. Obviously not in this case Thanks in advance for any insights Regards Michael Last edited by mprimrose; 10-15-2008 at 12:29 PM. |
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Well Like I said you would likely find AUTO. That is just not going to be stable with 4x1.
Please do run memtest86+ over the weekend there if you can. Yeah that may be the newest "Memtest" available for linux is why it is on there. And there is a Few tests that go by similar memtest names. Here is what I would suggest for 4x1 at stock for that setup. I will provide Optimal, and "Should be stable/loose" settings, this way you can tell them all the higher/loose timings over the phone to use and see if it helps. And then if you are there to test the ram and have time you can try to tweak things down a little bit >>>> Actually, just noticed you will need to give me the exact Ram model # or a link if you know it so I can advise the correct voltage and timing. So this will pretty much be a partial set of settings for you until then (If you have them Install CPU-z and look in the SPD tab, not memory, you may be able to see the ram model #. There should also be JEDEC Defaults there, which are generic timings/voltages which I already know, but most ram has a specific voltage and timing set other then this set that would be needed fro 4x1 use. It is likely 5-5-5-18 or 6-6-6-18 (Which I see being used, but may be incorrect since it is all Auto) ram with a 1.8V JEDEC profile at 800Mhz, but some will be 4-4-4-12 or 5-5-5-15/18 with 2.0-2.1V So best to be sure before I advise you about that Code:
Robust Grapphics Booster [Auto] CPU Clock Ratio [9 x] CPU Frequency [3.00GHz(333x9)] CPU Host Clock Control_ [Disabled] CPU Host Frequency (MHz) [200] PCI Express Frequency (Mhz) [Auto] C.I.A. 2 [Disabled] Perfomance enhanced [Turbo] << Set to standard for best stability System Memory Multiplier (SPD) Auto] Memory Frequency (Mhz) 800 800 DRAM Timing Selectable SPD [Manual] ............................... Standard Timing Control ............................ CAS Latency Time 6 Auto Dram RAS# to CAS# Delay 6 Auto Dram RAS# Precharge Delay 6 Auto Precharge Delay (tRAS) 18 Auto ................Advanced ACT to ACT Delay (tRRD) 3 Auto Rank Write to READ Delay 4 Auto Write to Precharge Delay 6 Auto Refresh to ACT Delay 42 Auto <<< Must be 52+ for 4x1. Normally 56 -65 is best Read to Precharge Delay 3 Auto Static tRead Value 7 Auto << Auto, which is 7 may not work very stable with this ram if it is 1.8V rated ram Static tRead Phase Adjust 0 Auto ..............System Voltage optimized ............................ System Voltage Control [Manual] DDR2 OverVoltage Control [Normal] << MUST be manually set to the ram spec, which is on the sticker or once you get the model # I can check. normally 1.8-2.1 PCI-E OverVoltage Control [Normal] FSB OverVoltage Control [Normal] (G)MCH OverVoltage Control [Normal] << MUST be set to +0.2 - 0.3 for 4x1GB CPU Voltage Control [Normal] Normal CPU Vcore 1.35000V Also F3 Final BIOS is posted for that board, something you may want to also do when you get there this weekend >>> GIGABYTE - Support - Motherboard - BIOS - GA-EP35-DS3R (rev. 2.1) And here is info on a few ways to properly flash the BIOS >>> BIOS Flashing - A "How To ~ Qflash Guide" DO NOT USE @BIOS Well, let me know if you can the ram model or info I asked above and I will get you some direct answers before the weekend
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Last edited by Lsdmeasap; 10-15-2008 at 05:06 PM. |
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Hi Lsdmeasap,
I got my client to install and run the CPU-Z on their system. A very neat little program, which I hadn't come across before. The ability to generate the Register dump as a test file saves a lot of time in reading endless figures over the phone. The relevant bit for the memory is as follows Code:
DIMM #n General Memory type DDR2 Module format Regular UDIMM Manufacturer (ID) Kingston (7F98000000000000) Size 1024 MBytes Max bandwidth PC2-6400 (400 MHz) Part number 9905316-131.A00LF Serial number B71D9236 Manufacturing date Week 10/Year 08 Attributes Number of banks 2 Data width 64 bits Correction None Nominal Voltage 1.80 Volts EPP no XMP no Timings table Frequency (MHz) 266 333 400 CAS# 4.0 5.0 6.0 RAS# to CAS# delay 4 5 6 RAS# Precharge 4 5 6 TRAS 12 15 18 TRC 16 20 24 I had presumed from my notes that the MB was an ep35-ds3r, however it would appear from the CPU-Z data that the board may only be a an ep35-ds3. I'm not sure if this will make any difference to the memory settings or not. As far as I can see the only difference between the boards is a couple of SATA connections and an INTEL(R) chip . I will have a a peer inside the box on the weekend to see what the situation is Mainboard Model EP35-DS3 Southbridge Intel 82801IB (ICH9) rev. 02 Regards Michael Last edited by mprimrose; 10-17-2008 at 12:10 AM. |
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Yes, that is part of the info I would need. But nominal voltage may not be the voltage required for the 800 Speeds that you would want to run. Will they open the case, and remove or look at a ram module? If so I would like to get the model # that is in this format (KHX6400D2/1G) it should be on a sticker on each stick.
Ya, EP35 and P35 are pretty much the same minus the DES energy saving features and possibly additional connections that you mentioned If you cannot get this info, the below settings should be fine for stability and general system use >>>> Code:
Robust Grapphics Booster [Auto] CPU Clock Ratio [9 x] CPU Frequency [3.00GHz(333x9)] CPU Host Clock Control_ [Disabled] CPU Host Frequency (MHz) [200] PCI Express Frequency (Mhz) [Auto] C.I.A. 2 [Disabled] Perfomance enhanced [Standard] << Set to standard for best stability System Memory Multiplier (SPD) Auto] Memory Frequency (Mhz) 800 800 DRAM Timing Selectable SPD [Manual] ............................... Standard Timing Control ............................ CAS Latency Time 6 Dram RAS# to CAS# Delay 6 Dram RAS# Precharge Delay 6 Precharge Delay (tRAS) 18/24 ................Advanced Many of these can be manually set, but I will just give you settings for the main ones that should be for this ram configuration. The rest may be left in Auto ACT to ACT Delay (tRRD) 3 Auto Rank Write to READ Delay 4 Auto Write to Precharge Delay 6 Auto Refresh to ACT Delay 54-62<<< Must be 52+ for 4x1. Normally 56 -65 is best. I would set as per my original noted amount or 54-62. 42/Auto will not work for 4x1 Read to Precharge Delay 3 Auto Static tRead Value 7 8-9 << Auto, which is 7 may not work very stable with this ram if it is 1.8V rated ram. I would set this to 8 or 9. 8 will probably do fine Static tRead Phase Adjust 0 Auto << always leave ..............System Voltage optimized ............................ System Voltage Control [Manual] DDR2 OverVoltage Control [+0.1] The default of Auto/Normal is 1.8V, for stability +0.1 will be 1.9 and would be best when using 4 sticks PCI-E OverVoltage Control [Normal] FSB OverVoltage Control [Normal] (G)MCH OverVoltage Control [+0.2V] << MUST be set to +0.2-+0.3 for 4x1GB, +0.2 should be fine for the 4x1GB ram that is used in this case CPU Voltage Control [Normal] Normal CPU Vcore 1.35000V
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Hi Lsdmeasap,
Thanks for the quick response with the settings, I will try them out on the clients system on the weekend. A couple of quick comments/questions if I might? Given the internal arrangement of the motherboard and cabling in the computer casing, I don't think my clients are going to have a terribly easy time getting the model # of the memory sticks. I know I had a pain of a time trying to get a temporary FDD plugged in for one emergency (Getting an FDD installed soon by the supplier of the system to save on my nerves) The client is more interested in the stability and general usage of the computer, given this is a business system, rather than with the optimum performance required of a gaming machine, so I may just run with the settings you've given me and let you know the model # later. Would that be OK? I was wondering about the comment on the 800 Mhz speed for the memory. I notice from the CPU-Z results that the max bandwith of the memory is supposed to be 400 MHz. So I am not sure why the system is setting the Memory Frequency to 800 Mhz This is an area I know nothing about so I don't know if the discrepancy is relevant to the problem, or if it is good or bad, or if I am simply confused. The last time I looked at the MIT on this system I think the standard and advanced timing control settings were greyed out from memory. From the documentation I think Ihave to set the "DRAM Timing Selectable SPD [Auto]" value to [Manual] to allow me to edit these values. Is this correct? I was planning to set the BIOS first off and then make sure I had no problems with the system in starting up and accessing stuff. After that I was going to run the MemTest86+ against the full set of memory to see if I encountered any errors. I may even run Memtest86+ first off to establish a base line if the test is not likely to cause any problems. Any thoughts? The system is still under warranty (less than 6 months old) and having discussed the issue with the client, if the memory is showing a problem I am inclined to replace the whole set with new copies of the same memory sticks. I realize that I should test each individual stick, but this raises a couple of issues. If I have set the BIOS to deal with 4 x 1GB memory sticks, are the settings going to be detrimental to an individual stick in the system and should I thus change the settings back to status quo before I run the tests on the individual sticks? The other point is that its been an age and a day since I got my fingers dirty plugging and unplugging stuff inside boxes (management is kept well away by staff from anything breakable for obvious reasons lol). Nervousness is not good when fiddling in tight corners in a system and would be better done by the people who built it. With the BIOS upgrade, I might postpone that to another day unless there is a major reason connected with the current problem that would require the upgrade. Its an extremely busy period for my client and I don't want to add in any further complications than I need to. Thanks as always for your help in this matter, since its way outside my areas of expertise. Michael Last edited by mprimrose; 10-17-2008 at 02:35 PM. |
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Ya, woud be fine about that model #. I just wanted it to be sure of the voltage I gave you, but you can easily look when you get there and see if it is printed on the stick. If no voltage is noted, but a Model # is just google it and you should find the voltage. It will likely be fine on the default/auto of 1.8V but I would set 1.9V anyway with 4GB in there
DDR means Double Data Rate, so 400Mhz is 800Mhz operating speed when the memory Multiplier is at 1:1 (2.00 in Gigabyte boards) with the CPU Speed. CPU Speed is QDR, Quad Data Rate so 4 x FSB/CPU Host Freq. Something many get confused with, so dont feel bad about it. Yes you will need to set that to manual to enter the correct values for 4GB, and you can ignore any voltage warning you get when changing voltages. Those are just provided as a reminder to users who have not asked or do not know about changing them. Best to test each stick one by one, so you do not have to after you find errors with the whole set. But if you plan to get all new, then it wont matter so much I guess as one error would mean all new either way. You should however set those things in the BIOS before you run memtest, as without it I have no doubt you will see errors Hmm, yes leave things on Auto if you plan to test each stick one by one, manually enter the thing I mention if you plan to test them all. As for getting inside the PC, well that is up to you I guess. It is easy, and ram only is held down by two latches one on each side and can only be re-inserted one way because of a "Key" notch in the middle so you can't put it back in wrong either. but if you do not feel comfortable with these things then maybe you should take it back. And if you do, for sure ask them why they left things in auto for a 4x1GB setup Good luck with this, and for sure post back to let me know how you got along and what you did or did not do.
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