Hi,
I currently have an HP Proliant ML350 G5 laying around that I would like to consider for a proxmox ve build.
For that I would make an hardware upgrade, so it would get:
- 2x Intel Xeon L5420 2.50GHz LGA771 (SLBBR);
- Total 32Gb DDR2 667MHz, PC2-5300F-5 (I believe it's the max it can take).
Everything else is what came with the server.
My objective is for this server to have a proxmox ve backup instance. That is, if my main proxmox ve server has a problem, I can put the VMs up and running, then focus on fixing the main server problem.
The question here is whether this hardware, and more specifically the CPUs, can handle a proxmox virtualization environment.
For example, intel ark spec site states:
Intel® VT-x com Tabelas de página estendida (EPT) : No
https://ark.intel.com/content/www/b...or-l5420-12m-cache-2-50-ghz-1333-mhz-fsb.html
Would this or anything else have impact that can make this possibility a no-go?
I'm thinking before going out and spend the money on the upgrade components.
Many Thanks.
I currently have an HP Proliant ML350 G5 laying around that I would like to consider for a proxmox ve build.
For that I would make an hardware upgrade, so it would get:
- 2x Intel Xeon L5420 2.50GHz LGA771 (SLBBR);
- Total 32Gb DDR2 667MHz, PC2-5300F-5 (I believe it's the max it can take).
Everything else is what came with the server.
My objective is for this server to have a proxmox ve backup instance. That is, if my main proxmox ve server has a problem, I can put the VMs up and running, then focus on fixing the main server problem.
The question here is whether this hardware, and more specifically the CPUs, can handle a proxmox virtualization environment.
For example, intel ark spec site states:
Intel® VT-x com Tabelas de página estendida (EPT) : No
https://ark.intel.com/content/www/b...or-l5420-12m-cache-2-50-ghz-1333-mhz-fsb.html
Would this or anything else have impact that can make this possibility a no-go?
I'm thinking before going out and spend the money on the upgrade components.
Many Thanks.