There are instances where it's useful (either to improve sustained transfer speeds, or get capacity at a lower cost). But for random access performance, there's not much of an increase in throughputs in real world usage (it doubles in theory, but it's not seen in practice; too many variables that can't be controlled).Forget any RAID option for SSD
So I agree that for the usage, a single disk is a better way to go (even wanting to stripe for cheaper capacity has the "cost" of another port and drive location).
For home and enthusiast users, I can see their point (they don't want to deal with the technical support issues over it that result from novice users).An intresting article about Raid: http://www.pugetsystems.com/articles.php?id=29
But I disagree with the comments for workstation use. It definitely has its place in that market (not just on rare occasion), not just servers.
Did you confirm this with an Apple employee?Just for the record, the CPU is not intended to be customer upgradable. Every attempt to upgrade your CPU will void the warranty. Everyone who intends to do this should be aware of this.
Seems ludicrous to me, as the socket was designed to make this an easy process, but I could see it happening with Apple products.
Exactly.Anyhow, since the CPU's in all 2010 models are lidded, the upgrade itself is as easy as in a normal PC. There is nothing special about it. Take the heat sink off, swap the processors, apply new thermal paste and screw the heat sink back on.
Worst case, just keep the original processor/s on hand, and swap the replacements back out for the OEM units if it ever has to go to the Apple store or shipped to a repair facility for service (ye olde "what they don't know won't hurt them" idea