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done. failure on my side. 
One cpu was only an 2.5ghz ... what a shame .... 
 
 
I've receive a cpu in a package with description &quot;3.1ghz 5460...&quot;...and inside there's an 5420 with 2.5ghz ... 
Back to HP ... 
 
Thanks, best regards
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done. failure on my side.
One cpu was only an 2.5ghz ... what a shame ....


I've receive a cpu in a package with description "3.1ghz 5460..."...and inside there's an 5420 with 2.5ghz ...
Back to HP ...

Thanks, best regards

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Dear community 
 
Equipment: 
- DL380G5 
- 2 phys QuadCore x5460, 2x6MB 3.1GHz CPU 
- 32 GB RAM 
 
 
Facts: 
- When I configure the DL380 with only 1 phys CPU the bios says it will work with 3.x GHz 
- When I configure the DL380 with 2 cpus, each phys cpu will only works with 2.5 GHz 
 
I've checked the power settings in the bios...reconfigured from 
'Dynamic Power Savin' to 'Static High Performance', but no success so far, same results. 
 
 
Can someone explain what's happen here? 
Is there any switch to show up each with 3.1GHz? 
Any performance reduce trough the amount of memory or the double cpu's? Is it normal? 
 
thanks, 
best regards, 
A.F: 

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Dear community

Equipment:
- DL380G5
- 2 phys QuadCore x5460, 2x6MB 3.1GHz CPU
- 32 GB RAM


Facts:
- When I configure the DL380 with only 1 phys CPU the bios says it will work with 3.x GHz
- When I configure the DL380 with 2 cpus, each phys cpu will only works with 2.5 GHz

I've checked the power settings in the bios...reconfigured from 
'Dynamic Power Savin' to 'Static High Performance', but no success so far, same results.


Can someone explain what's happen here?
Is there any switch to show up each with 3.1GHz?
Any performance reduce trough the amount of memory or the double cpu's? Is it normal?

thanks,
best regards,
A.F:


HP DL380 G5, Problems with CPU speed (2phys)

Servers are computing devices that are similar to desktop computers in that they have the same basic components, but are significantly different in size, configuration and purpose. Servers are usually accessed over a network, and many run unattended, without a computer monitor, input device, audio hardware or USB interfaces. Many servers do not have a graphical user interface (GUI), and are configured and managed remotely. Servers typically include hardware redundancy such as dual power supplies, RAID disk systems, and ECC memory, along with extensive pre-boot memory testing and verification. Critical components might be hot swappable, and to guard against overheating, servers might have more powerful fans or use water cooling.