http://arstechnica.com/business/new...er-market-with-single-socket-opteron-3200.ars
Not that I expect this to generate a lot of love here
"The new processors use AMD's Bulldozer architecture. Two models sport two modules and four hardware threads, with a TDP of 45 W; the top model has four modules and eight threads and a higher TDP of 65 W. The processors combine server features such as memory scrubbing, full server validation, and longer lifecycles, with desktop features such as the AM3+ socket. It also has a low price, coming in at $99 and $125 for the 2.5GHz and 2.7GHz four-thread parts, and $229 for the 2.4GHz eight-thread unit. The processors can all be paired with up to 32GB RAM."
1U or less servers? Blades? This is just FX w/ECC, right?
These look to be a reasonable answer to a need I have for a number of physical and low cost servers for VT instruction.
This isn't what they are going to use for their new high density vendor purchase (SeaMicro?) That would be less exciting than Trinity based compute nodes....
Not that I expect this to generate a lot of love here
"The new processors use AMD's Bulldozer architecture. Two models sport two modules and four hardware threads, with a TDP of 45 W; the top model has four modules and eight threads and a higher TDP of 65 W. The processors combine server features such as memory scrubbing, full server validation, and longer lifecycles, with desktop features such as the AM3+ socket. It also has a low price, coming in at $99 and $125 for the 2.5GHz and 2.7GHz four-thread parts, and $229 for the 2.4GHz eight-thread unit. The processors can all be paired with up to 32GB RAM."
1U or less servers? Blades? This is just FX w/ECC, right?
These look to be a reasonable answer to a need I have for a number of physical and low cost servers for VT instruction.
This isn't what they are going to use for their new high density vendor purchase (SeaMicro?) That would be less exciting than Trinity based compute nodes....