(Note: Posted here instead of the memory forum because I think it's of interest to a much greater percentage of the virtualization community.)
So based on my understanding that 8GB DDR3 UDIMMs were
a) a newly supported configuration (hence no supply) &
b) hypothetically possible to construct (if there were demand),
I did a bit of Googling last night.
My main aim was to at least find a damned roadmap as to when the things would be available.
Enter this article: (Daily Tech, I know , but it had parts numbers)
http://www.dailytech.com/Faster+Mem...ons+Entering+Mass+Production/article23102.htm
Which resulted in this:
http://www.google.com/search?q=M391B1G73BH0-CMA&hl=en&tbm=shop&aq=f
Wait, what?! Already released? And on sale at (seemingly) reputable stores? For a decent price?!
Ergo, question:
Can anyone think of a reason that (*reverse waves hand*) this isn't the memory I'm looking for?
Specifically, I'm interested in Sandy Bridge-based Xeon / C20x compatibility?
So based on my understanding that 8GB DDR3 UDIMMs were
a) a newly supported configuration (hence no supply) &
b) hypothetically possible to construct (if there were demand),
I did a bit of Googling last night.
My main aim was to at least find a damned roadmap as to when the things would be available.
Enter this article: (Daily Tech, I know , but it had parts numbers)
http://www.dailytech.com/Faster+Mem...ons+Entering+Mass+Production/article23102.htm
Which resulted in this:
http://www.google.com/search?q=M391B1G73BH0-CMA&hl=en&tbm=shop&aq=f
Wait, what?! Already released? And on sale at (seemingly) reputable stores? For a decent price?!
Ergo, question:
Can anyone think of a reason that (*reverse waves hand*) this isn't the memory I'm looking for?
Specifically, I'm interested in Sandy Bridge-based Xeon / C20x compatibility?