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Originally Posted by Victor
its very easy to make cell phones waterproof. its not like there needs to be advances in design, manufacturing or material. just throw a gasket on there and its waterproof.
im not sure why they dont.
Planned obsolescence? If all cell phones were waterproof, think of the money companies would be missing out on for replacement phones. (I know this isn't the optimal example of planned obsolescence, but if it really only takes a gasket or some other small upgrade, then it's kind of along those lines)
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I know you're getting a lot of hate in this thread
Yeah, what's up with that? I thought this would be a light-hearted thread where people point out the seemingly weird incongruencies between things that get upgraded in items that don't need it vs the basic trouble spots getting rare, if any, attention. I'm surprised no one has brought up cell phone call quality. But yes, this thread has turned more into 'flame the guy that we think hates our technology'.
Me no hatey the tech we have. Me likey. I just wish it would all be upgrade in parallel, I guess. Or at least a little bit closer to parallel.
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The quad core argument is a bit of a strawman as very few desktops have them
The politics forum is thataway!
Seriously though, I know dual core is standard. I have a dc cpu. It IS great ... for programs/OSs that actually make use of it.
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Of course this is fairly moot to the technology driven by technology comment as the multi core technology was developed for servers. So the answer to your question of what app needs quad cores is SQL Server, Oracle, Weblogic, IIS, etc.
Exactly, just as solid state drives aren't really that available for the home user. People who want quad cores can pay out the butt for them, as can those who demand SSDs. But dual core cpus are cheap and plentiful. And I guess I'm surprised that there's really no inbetween on the hard drive front, again, given that for home users, this has been the single bottleneck that has yet to be dealt with in an effective/affordable manner.
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SATA is a pretty lol reference as one of these high performance systems would generally use SAS. As is RAID 0 btw in the majority of cases.
I guess this is me making assumptions again. I assumed most servers making any use of raid would be doing so with scsi interfaces. Obviously very few server situations exist where you wouldn't want some form of redundancy, but I picked the easiest form of raid to identify with speed boosts.
But this is still just addressing the interface itself. A much faster interface infront of those spinning magnetic disks is still essentially the problem I have in the first place.