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#11
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The modern trend of having 2-4 Gb of memory in a home PC continues to surprise me. I almost never open files that are larger than 50 Mb. Suspect that is also true for most users. |
#12
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You could always pick up this motherboard: http://www.newegg.com/Product/Produc...82E16813157092 And this processor: http://www.newegg.com/Product/Produc...82E16819116249 For not a whole bunch over your $100 price.... Of course, you could go with any 775 processor depending on how much you would want to spend, I was just referenceing the least expensive 'non-celeron' for an example. The main benefit is that you can use your existing AGP video card and ram and still have avaiable to you a PCI-Express graphics slot, two DDR2 memory slots and a couple of SATA controllers for upgrade paths. This motherboard will also support the latest Core 2 Duo chips as well, so you could really get some mileage instead of spending nearly the same amount on a dead end.... |
#13
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In article <45FDC655.F5C15EC4 (AT) yahoo (DOT) com>, cbfalconer (AT) maineline (DOT) net wrote: DK wrote: ... snip ... All right, thanks all. Just about everyone confirms what I suspected, the upgrade is not worth it. Actually, with the rate by which hardware industry introduces incompatible everything, it seems that any computer upgrade rarely if ever makes any sense. To my mind, the upgrades that make sense are (in order): 1. Switch to ECC memory, if missing Present. 2. Add memory The modern trend of having 2-4 Gb of memory in a home PC continues to surprise me. I almost never open files that are larger than 50 Mb. |
#14
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Kramer wrote: You could always pick up this motherboard: http://www.newegg.com/Product/Produc...82E16813157092 And this processor: http://www.newegg.com/Product/Produc...82E16819116249 For not a whole bunch over your $100 price.... Of course, you could go with any 775 processor depending on how much you would want to spend, I was just referenceing the least expensive 'non-celeron' for an example. The main benefit is that you can use your existing AGP video card and ram and still have avaiable to you a PCI-Express graphics slot, two DDR2 memory slots and a couple of SATA controllers for upgrade paths. This motherboard will also support the latest Core 2 Duo chips as well, so you could really get some mileage instead of spending nearly the same amount on a dead end.... Careful, though, if you plan on using DDR-400 in that board, it may limit you to 800MHz FSB, in which case a CPU designed for 1066 FSB, such as the C2D, would be underclocked. |
#15
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#16
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In article <460143cd$0$444$c3e8da3 (AT) news (DOT) astraweb.com>, "GT" ContactGT_remove_ (AT) hotmail (DOT) com> wrote: "DK" <dk (AT) no (DOT) email.thankstospam.net> wrote in message news:Kw2Mh.206$vV3.133 (AT) newsfe02 (DOT) lga... In article <45FDC655.F5C15EC4 (AT) yahoo (DOT) com>, cbfalconer (AT) maineline (DOT) net wrote: DK wrote: ... snip ... All right, thanks all. Just about everyone confirms what I suspected, the upgrade is not worth it. Actually, with the rate by which hardware industry introduces incompatible everything, it seems that any computer upgrade rarely if ever makes any sense. To my mind, the upgrades that make sense are (in order): 1. Switch to ECC memory, if missing Present. 2. Add memory The modern trend of having 2-4 Gb of memory in a home PC continues to surprise me. I almost never open files that are larger than 50 Mb. My Canon software opens files that are around 5MB in size. If I open 10-20 of them (50MB -100MB of files) and do some work in all of them (change white balance, crop, resize, convert from canon raw format to JPG etc), I can fill my 1.5GB RAM very quickly. My point is, don't be fooled by filesize - this has nothing to do with how much RAM the software will use. Once your 50MB files are opened and manipulated, you will definitely use more than 50MB RAM - I would expect you could easily be using 500MB RAM before you do barely anything!. All depends on the software and what you are doing. An experiment then. Open programs: software firewall, file manager, email, browser, newsreader, bitmap editor. Used memory: 202 Mb. Opened 54 Mb BMP file, used memory: 240 Mb. Made five copies of it, kept all six files open, used memory 502 Mb. Anything above that starts using pagefile. Six copies of the same file open at the same time is definitely an overkill. On top of that, I opened 10 Firefox windows, each filled with different Yahoo pages, used memory now is 562 Mb (installed physical 512) and there is *still* no appreciable slow down in any of the above programs. On top of that I can even play 600 Mb DivX file (used memory becomes 608 Mb) and it loads with delay but plays plays fine. In other words, I can do *anything* with that 50 Mb file *and* keep several intermediate copies of it open for comparison *and* keep all other priograms running fine. IMHO, this kind of load is very atypical for vast majority of users, wouldn't you agree? There is absolutely no question there are tasks that benefit from very large memory sizes but those are rare, particularly on the consumer market. |
#17
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(as for the other 2 posts - anyone who fries a CPU only has themself to blame NOT the CPU for being ignorant of proper system cooling and operating temperatures. |
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