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тАО08-06-2009 02:44 AM
тАО08-06-2009 02:44 AM
HP Proliant DL380 G6 Memory Upgrade
Dear all, we have a ProLiant DL380 x2.2/E5520 G6 (491325-421). Now we bought a second Processor x2.2/E5520 DL380 G6 (492239-B21)and memory updates to get 20Gbyte of RAM (1 x Memory 8GB PC3-10600R 1333MHz Single RDIMM 500662-B21, 1 x Memory 4GB PC3-10600R 1333MHz Single RDIMM 500658-B21 and 1 x Memory 2GB PC3-10600R 1333MHz Single RDIMM 500656-B21). We set up the memory as adviced by the memory configuration tool (see attachment). Since then our server is not rebooting any longer. Even after investigating hours I did not find the solution for this. Hope anyone here can help to resolve my issue. Thanks a lot!
3 REPLIES 3
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тАО08-06-2009 06:17 PM
тАО08-06-2009 06:17 PM
Re: HP Proliant DL380 G6 Memory Upgrade
Have you tried taking RAM out until you only have 1 stick in each bank, to see if it boots "naked"?
If still doesn't - try taking the 2nd CPU out.
(I know it's a pain :()
If still doesn't - try taking the 2nd CPU out.
(I know it's a pain :()
Systems Administrator
(if my post was helpful, please "mark as a solution" or give "kudos" - thanks)
(if my post was helpful, please "mark as a solution" or give "kudos" - thanks)
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тАО08-07-2009 02:31 AM
тАО08-07-2009 02:31 AM
Re: HP Proliant DL380 G6 Memory Upgrade
What do you exactly mean 1 stick in each bank? I tried taking out some RAM but it only starts up if I take the 2nd CPU out.
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тАО08-07-2009 04:47 AM
тАО08-07-2009 04:47 AM
Re: HP Proliant DL380 G6 Memory Upgrade
Two options come to mind regarding the CPU's. It may be that the CPU stepping of the original CPU and the new CPU are different. Update the system BIOS, and that may take care of the issue.
Using the original CPU, find any memory configuration that works. Replace the original CPU with the new CPU, not changing the memory. Install the new CPU in the socket that you removed the original CPU, and leave the original CPU out for now. If it boots in this configuration, try installing the original CPU in the second slot. Again, this may be a stepping issue, and the first socket should have the lower stepping CPU.
Using the original CPU, find any memory configuration that works. Replace the original CPU with the new CPU, not changing the memory. Install the new CPU in the socket that you removed the original CPU, and leave the original CPU out for now. If it boots in this configuration, try installing the original CPU in the second slot. Again, this may be a stepping issue, and the first socket should have the lower stepping CPU.
The opinions expressed above are the personal opinions of the authors, not of Hewlett Packard Enterprise. By using this site, you accept the Terms of Use and Rules of Participation.
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