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Frivie · Guest

I'd Imagine Steve Irwin would be happy, and I'm guessing putin could do the job as a zoo-keeper just as well, if not better...
Why do I continue to live in Florida?

Rinkle · Guest

“Is that supposed to be very funny? Or very original? None of it.

Desiree · Guest

if visby is obscure then I demand grimeton vlf transmitter in varberg..
The video was not made by the Huffington Post, nor by Jon Stewart.!

Mershanda · Guest

And it was just a really damn good movie.?
You'll have to help me and find the press releases that describe their products as unexceptional, ordinary, not worth the money, etc. Marketing usually entails some advertising, hyping, whatever. But moving on...138MB/s does not test the capacities of the interface, but considering the previous gen drives, the baracuda SATA 2.0 drives 3Gb/s drives, had a sustained speeds speced at 125 MB/s sustained (I maintain that this spec is meaningless, real world testing in controlled environments are the only tests I would trust, but again, I digress) I would suggest that perhaps increasing IO speed affects drive performance somewhat, somehow... Could because of momentary data throughput peeks that the faster interface can accommodate, could it be that during sustained reads there are momentary spikes in the data throughput? Perhaps, but i'm just a dumb expert so what do I know... (I'll grant that sadly I found no 7200rpm 2tb drive spec on the seagate site, and that comparing a 1.5tb 7200 rpm drive is questionable at best, but these specs are simply not comparable to other manufacturers because, frankly, they could be using anything to determine the specs). I also suppose I may have made my paragraphs too long so you may have missed the fact that I said SSDs, with their tremendous random read/write performance were more suited for OS/APP/swapfile use, and this includes browsers, and this is especially true when you consider the small capacities of SSDs, as opposed to these 2tb drives which are really suited for media storage/backup/mass storage in which large files are commonplace (the cylinders, being endemic to all HDs without exception, were irrelevant i thought in comparing relative performance differences of sata 2.0 and 3.0 drives, but again, i digress) . Given the targeted market for 2tb drives you'll either have main market users who don't much care or enthusiast who'll almost certainly use the large drives as secondary storage.Of course fragmentation affect Hd performance but I had assumed people understood this by now, and could understand that for heavily fragmented drives SSDs are far superior performers, and the file not being read sequentially would not benefit so much form a faster drive. Another mistake, apologies.Which takes me to the final point: Seagate has released their new drive generation, price the same as competitor's new 2tb drives, but with a faster IO. So even if the IO upgrade has but a marginal but positive effect on overall drive performance, which I never implied otherwise, why not do it? If there is no advantage to using the old IO interface then why are there complaints at all? Why cry foul that seagate is doing it? What, exactly, is the complaint? is my point.I'm not suggesting people who currently have 2tb drives should trash them to get these new ones, by no means, but come on! You're really complaining that seagate has released hardware using new technology that is both backwards compatible and adds almost zero cost to the product, and that they sent out press releases about it? I mean, really?

Doriya · Guest

if you are going to be in public office and have an affair, and your not smart enough to figure out how to keep it private, you should be kicked out for being an idiot...

Emilyn · Guest

We are already doing things we can't undo, we dump our wastes into the air and sea.

Bruce · Guest

Why the hell does everyone keep doomsaying this "fatal" mistake? My machines are all mid-range to cheap and have typical amounts of ram (3 out of 5 have 2GB or less) and have run 2k XP, 2k3, and Vista (briefly, before it matured), and 7 beta. Uptimes for 2k, XP, and 2k3 are "however long after Patch Tuesday until I remember that I disabled the automatic update service so it would stop harassing me about wanting to reboot." On the one machine that has 4GB, I semi-frequently leave Firefox open until it alone takes 300+MB, alongside at least a dozen other light to heavyweight applications not counting background programs. I've never seen an "out of memory" error or BSOD in the last 5 years (except in Vista), physical RAM usage rarely reaches one half, and the whole system zips along at the same brisk speeds regardless of indexing configuration (some older ones do indexing and even crawl network drives, others with twice the performance and RAM disable the service and run no faster). Oh, and I call shenanigans on Indexing Service and Remote Desktop...I use both frequently without a hint of issue. (To clarify, none of my Windows machines have any page file whatsoever...but it was configured properly. The pagefile allocation was removed, not merely it's use disabled. If you are getting "out of memory" errors of any kind, I'd suggest looking into that. The proper place to configure pagefile is My Computer -> Properties -> Advanced -> Performance -> Advanced -> Change (Virtual Memory), and don't just set 0-byte files, actually check "No paging file" for every partition.)Application load times are unaffected. Document load times are unaffected (And how could they be? Windows simply doesn't even do that kind of caching--unless you're on Vista, it only caches library code which simply doesn't take that much space or make that much difference.) These clinical benchmarks are worthless. They are totally arbitrary and non-representative of real-world usage. The variance in results isn't statistically significant nor even larger than the margin for error...and how could they be when they're measuring what's actually the smallest potential influencing factor and failing to isolate other variables?Unless you're running Linux, RAM isn't even a little like your hard drive...80% full might as well be 10% full. Only the last 15% hurts. In the hypothetical situation where your computer is doing major matrix crunching on a huge but continuous data set that may by itself fill more than 40% of the RAM, some gain may be achievable. This is because while memory fragmentation doesn't really affect read/write performance, it does affect /(de)allocation/ performance, and so Window's proactive pushing of inactive data the back burner can improve the speed with which new space can be reserved for writing.But in real-world scenarios, a non-constrained environment is better off not wasting time and bandwidth grinding data between page file and RAM. Pagefile is a relic from an age past. The attempt to constantly use predictive analysis to optimize RAM usage in Vista was a total reversal...trying to pull data *into* RAM rather than clear it out...and the resulting drive thrashing is what initially made it perform so sluggishly. Even today it tends to grind a little and just isn't quite as snappy under light loads. Such optimization heuristics were/are a progressive idea, but the implementation has to be pretty impressive just to break even...and then there still has to actually be a performance bottleneck to hide.The one real killer performance bottleneck today is still (as always) the hard disk, which makes idle preloading a good idea if it's truly non-intrusive. But why would you want to tax it further by putting transient data *back onto it?* Why especially when in a typical system the "application data that is actually being worked on" never experiences space constraint in RAM anyway?

Yolaf · Guest

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