who don't know if 7000 eats more bandwidth
Wow, so you really did just miss the entire point of that post.

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who don't know if 7000 eats more bandwidth

who don't know if 7000 eats more bandwidth
SHUSH YOU!
How could you EVER understand the need for 120 USB 3.0 devices and 60 HDDs all needing THEIR OWN port. Jeez![]()
true but i prefer keep my data on separate disks so if one gets a problem the others will be still ok.But you can change to accommodate.
You could cut your hard drives so you run the same amount of storage in less drives using RAID or something.
My board has a lot of USB 3.0 etc and was 260 quid.
true but i prefer keep my data on separate disks so if one gets a problem the others will be still ok.
so ?7000 are PCI-E 3.0, something AMD doesn't have, and if AM3+ is given more life, won't have in 2012 either. That said, Intel won't have PCI-E 3.0 till Ivy hits, but it's still 1155.
so ?
it still backward compatible to 2.0 , but my point was we don't know if 7000 eats more bandwidth from 2.0 16x so if it does then running it on a 2.0 8x would mean a higher performance hit than now..
understand now?
if 1hdd dies in the raid the whole raid misses up.RAID
if 1hdd dies in the raid the whole raid misses up.

You need to read up on the different RAID types![]()
i didn't say anything about 3.0But the PCI-E 3.0 at 2x would be the same bandwidth as a PCI-E 2.0 16X lane.
Rendering the point moot.
There wouldn't be any hit.
You missed the point.
Who gives a rats ass about dual 16x lanes? 8x 2.0 is plenty
Nope.
Because it's not going to be faster for what I do ; Gaming.
Also, emulation is much better on the 2500k than it would be an 8150.
It should be no surprise that AMD won't be very competitive. Why?
- The whole design screams out that it's not for the PC enthusiast. We still want 4 fast cores, not 8 average cores.
Does this include PCS2x, a PS2 emulator?
No, give me 8 average cores over 4 fast cores every day of the week.
i didn't say anything about 3.0
gurusan said
but im saying if 7000 eats more bandwidth from 2.0 16x so if it does then running it on a 2.0 8x would mean a higher performance hit than now..
Drive mirroring with RAID 1 allows you to directly access the data if one of the two drives goes kaput. Other RAID levels with parity need at least three to four drives plus you need to rebuild the RAID eventually if one drive is faulty but data is still readable.
I should hope so as it's not like anything else needs that sort of processing powerDoes this include PCS2x, a PS2 emulator?

Yes.
So they can sit around idle?
but im saying if 7000 eats more bandwidth from 2.0 16x so if it does then running it on a 2.0 8x would mean a higher performance hit than now..
No, so that all 8 (or 7 of 8) will get used 24/7
PCI-E 3.0 8X = PCI-E 2.0 16X, making your bandwidth argument moot. I don't see why you're missing that?
1155 might be 8x/8x, but it'll be PCIE 3.0 making it the same bandwidth.
My point exactly.
You're in the minority.
But if you'll be using 8 threads 24/7, you're right, 8 average cores all the way.
u said before this PCI-E 3.0 2X = PCI-E 2.0 16X, now your saying PCI-E 3.0 8X = PCI-E 2.0 16X.PCI-E 3.0 8X = PCI-E 2.0 16X, making your bandwidth argument moot. I don't see why you're missing that?
1155 might be 8x/8x, but it'll be PCIE 3.0 making it the same bandwidth.