I've not seen this one, but hopefully your company's IT dept. will be able to get it sorted (assuming you have one; no idea of the size). I'd suspect it will take some time working with Dell (phone calls), web searches,... but they should be able to solve it.For one, Windows 7 continuously drops the ethernet connection after a certain amount of time on all our Dell workstations of a few different models and a few different ages. We have all the drivers up to date, but they're all Precision series desktops. So it's likely the same driver bug across all of them.
Windows just decides it doesn't have a net connection anymore, and the internet connection test fails. We disable/re-enable and it works again. None of our Macs have this issue. But it's really annoying when we have these workstations sitting there doing series work on ethernet, and suddenly the drop the connection.
Edit: Now that I think about it, my home Mac Pro has done the same thing several times in Windows 7. It pisses me off because I only boot into Windows to game, and it drops my connection. I know it's done it several times in Star Trek Online, and each time I thought it was the server, but then I realize it's my whole connection.
true desired margins, not to mention the possible loss of other R&D projects due to the financial crisis that has been around for the last few years.IMO, yes. But there's other factors too, such as expected sales volume and desired margins.
I was thinking in terms of throughput, not capacity. Mechanical sucks at random access compared to SSD's.
i think that there would be a lot of potential for it to expand into something more. they could make the chip appear as a mountable, format-able drive - when you install the OS you choose to install it to the memory chip and away it goes. i dont see it being a very big problem provided that it is made to appear as a drive/partition. potential?Yep. ASUS does that on some of their boards, and I'd think EVGA does on a few as well. Not sure about anyone else, but it's on the high-end retail models that you tend to find it.
i guess. those estimates are high thoughThat article is beyond vague, as they've no test methodology, and it even states it's "estimates".
hmm yea im not quite sure yet what to believe. however history states that you are probably correct lol. research more is needed.My biggest problem is with how the arrived at their conclusions, as it's not clear for most people IMO. In simple terms, it's not even close to Real World Conditions. Every cell is rotated in the write sequence involving wear leveling. That means it's on empty disks, not those that have unchanging capacity that's been filled.
As most SSD's are rather small, that means most of the disk is filled with OS and application data. So only a small portion is actually available for new data, and it's that small portion along with the unused capacity that's really available to wear leveling. BIG DIFFERENCE.
true having the single layer does seem to greatly increase the longevity of the machine. i still think that the basics of the things are stupid, sort of seems half hearted.I look at it as a system as a whole. But the primary limitations are the NAND itself. SLC is better, but few users are using it (that's meant for enterprise systems, as they've the budgets for it).
aahh yea forgot about FeRAM! how is that coming along? ive never ever seen it anywhere in the consumer marketThere's newer forms of Flash, such as FeRAM. Write cycles of 1E16.![]()
i would look there - but you failLook here (Wiki), specifically at the right hand side (box) where it has a heading of Upcoming.
It's not out yet. The density needs to be increased before it's financially viable for manufacture.aahh yea forgot about FeRAM! how is that coming along? ive never ever seen it anywhere in the consumer market
oh ok. still blazingly fast/efficient though? i see that its non-volatile which is always goodIt's not out yet. The density needs to be increased before it's financially viable for manufacture.
fair point, to get the technology out there for:As per current SSD's, it's not half-hearted, but a result of what's available to work with (much cheaper BTW than starting from scratch for all of the technology used to create it). That is, they started with existing NAND tech, and made controllers to create SSD (increased throughput, and wear leveling was created to address the write cycle issues).
As an educated guess, I think so in some form or another, as there's been a significant investment in it. It'll be milked for all it's worth, and it can also buy time for the development of other technologies (as they're not being developed at blazing speeds due to limited budgets).is there any other R&D going on to replace NAND? it does seem a bit silly in the scheme of things, sure it works - but not for very long. are we stuck with NAND for 10+ years?
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Apple, criminy guys, if you will not update the MP in a timely and periodic manner, then at least allow clones for those of us interested in desktops?
As an educated guess, I think so in some form or another, as there's been a significant investment in it. It'll be milked for all it's worth, and it can also buy time for the development of other technologies (as they're not being developed at blazing speeds due to limited budgets).
, Apple has not really been slow -- in fact, sometimes they have been first out of the gate.
This is a myth at best. There has never been anything desktop related that Apple came out with including the 2009 cpus, that I couldn't have bought somewhere else before Apple released it, period.
As I read it, Apple would have nothing to do with what's been mentioned, as it's a hack capable system (no OS X installed as a means to get around any law suits from Apple, but presumably hardware that's tested out and works properly).Why would Apple intentionally give itself more competition? Silly rabbits.