01-22-2007, 06:32 PM | #1 |
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External Hard drive Q
I picked up a 500 gb Western Digital Mybook external harddrive. I was doing a disk defrag today on my comp's C drive and I saw that my C drive is NTFS and my external is FAT32. I've already put a good 80 gigs on the external and from what i've seen people say to switch it to NTFS.
Would you guys say i'm ok leaving it as FAT32 or should I look into transferring the files to my regular comp and changing the external to NTFS? |
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01-22-2007, 06:35 PM | #2 |
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I prefer NTFS. I think the problem you may have is that you'll need to reformat to change the formatting and means losing what's there now. There may be a work around but I cannot recall atm due to a massive headache.
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01-22-2007, 06:39 PM | #3 |
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i want to say i reformated mine to NTFS and didnt lose anything...
but i would wait for an answer from somebody more experienced.... |
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01-22-2007, 07:57 PM | #4 |
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I think Win98 only works with FAT32, if that's a concern for you. NTFS is newer, and I believe faster and more efficient. If it's just a storage drive, it probably doesn't matter much either way I would think.
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01-22-2007, 08:06 PM | #5 | |
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01-22-2007, 08:36 PM | #6 | |
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I know for a fact that if you are downloading a file that is 4.3 gigs on a fat32 file system on a torrent program that it will hang at 90%. But this will not happen on NTFS. It has something to do with FAT32 handling a file under 4 gigs and can't over 4 gigs. I dunno.....have to google for the exact reason. I changed my file system on C: from FAT32 to NTFS with no issues. Twas easy. Last edited by o_soundchaser; 01-22-2007 at 08:44 PM. |
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01-22-2007, 08:39 PM | #7 |
A Very Sound Guy!
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also, dont UNIX based systems have a strong dislike for NTFS?
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01-22-2007, 08:41 PM | #8 | |
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Unix doesn't like NTFS...correct |
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01-22-2007, 08:42 PM | #9 | |
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01-22-2007, 08:46 PM | #10 | |
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Would you care to explain how to do it? How to read and write back and forth *NIX to NTFS? I'd really like to know cuz it would save me alot of grief. Last edited by o_soundchaser; 01-22-2007 at 08:56 PM. |
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01-22-2007, 09:52 PM | #11 |
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Converting your harddrive to NTFS won't cost you anything but time. Main thing about NTFS is that it can handle files larger than around 4 GB, it's supposedly more stable and a bit faster aaand there was some backup option.
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01-22-2007, 11:42 PM | #12 |
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NTFS hates *nix.
NOT the other way around. It's because M$ hates everyone and LOVES money. |
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01-22-2007, 11:59 PM | #13 |
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Here's how to convert from FAT32 to NTFS.
http://support.microsoft.com/kb/314097/EN-US/ Read thoroughly before deciding to do it. |
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01-23-2007, 12:00 AM | #14 |
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For information and downloads about Linux and NTFS
http://www.linux-ntfs.org/ Remember.... Google is your friend. |
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01-23-2007, 02:14 AM | #15 |
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The 4GB limit for FAT32 could be a real problem if you were dealing with things like DVD iso's.
Does anyone have a Flash Drive that is NTFS? Mine is FAT32, and it won't allow me to reformat it to NTFS. Not a big deal on a 1GB drive, but as Flash Drives get bigger we're going to want NTFS on them I would think. |
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01-23-2007, 04:30 AM | #16 |
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But I use thumb drives to bring things from one platform to another.
NTFS might be better in WINDOWS, but FAT32 is more compatible. |
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01-23-2007, 07:11 PM | #17 |
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I really have no plans of storing files over 4 gigs on the drive so I think i'm alright in FAT32. So far i've had no problems.
I can change to NTFS and apparently I *shouldn't* lose the files on there. I'm just wondering if the risk is worth the benefits. |
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01-23-2007, 07:12 PM | #18 |
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drum roll please
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01-23-2007, 07:30 PM | #19 |
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It's really no big of a deal if you're not handling files over 4GB. FAT32 will do you just fine.
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01-23-2007, 07:35 PM | #20 |
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To clear all this up NTFS vs. FAT32, from http://faq.arstechnica.com/link.php?...7b77c8e37cbd2f
(my additions in italics) NOTE: There are plenty of articles on the web about NTFS and FAT32... I just picked this one because it's less geeky and still factual. ----------------- The great debate rages on as to which is better...NT File System (NTFS) or File Allocation Table 32-bit (FAT32). If you are reading this, then you probably haven’t yet decided which to use, and my goal in writing this is to help you make that decision. Each file system has its pros and cons, but first let's start with the obvious...which Operating Systems can read which file systems? If an OS you want to run can’t read or write to NTFS or FAT32, then you might as well not read any further (unless you’re curious, like me =) Read/Write Windows XP Yes/Yes Windows NT 4.0 Yes/Yes Windows 2000 Yes/Yes Linux Yes/Experimental a work in progress A brief history of the FAT file system The FAT is simply a "database" of where each file is physically located on the disk, so that the OS can read your data. The reason that FAT went from 12-bit years ago to the 32-bits used today is...the larger the disk gets, the larger the number the FAT has to use to be able to access all the data. All data on a disk is divided up into chunks, called clusters. A cluster on a FAT formatted disk can range in size from 2k to 64k (or larger if your sectors are larger than the normal 512 bytes), depending on the size of the disk. Each of these clusters has an address in the FAT, and the more clusters you have, the larger the address has to become. The maximum size for a FAT16 partition was 4G, because 4G divided up into 64k clusters comes out to 1111111111111111 (65535), which is the largest number possible with a 16 bits. FAT32 removes that limitation by switching to a 32-bit addressing system, meaning that (in theory) you could have a single partition that takes up 4,294,967,295 clusters, or 134,218G. Now for the Pros and Cons: NTFS/FAT32 Security built-in Yes/No Journaled Yes/No Support for multiple data streams Yes/No Built-in file compression Yes/No Support for partitions > 2G Yes/Yes Readable and writable by most major OS's out-of-the-box No/Yes More general info... Speed: NTFS and FAT32 are very similar in speed, but as the size of the disk increases, the gap widens. NTFS actually stores small files in the Master File Table (MFT), to increase performance. Rather than moving the heads to the beginning of the disk to read the MFT entry, and then to the middle or end of the disk to read the actual file, the heads simply move to the beginning of the disk, and read both at the same time. This can account for a considerable increase in speed when reading lots of small files. Journaling: NTFS is a journaled file system, meaning that it keeps a journal of all changes made. If you lose power in the middle of writing some data, when the machine comes back up, it can roll back changes, according to its journal. This doesn't necessarily mean that you won't lose any data at all, but it means that if part of the MFT is corrupted, it can be fixed. If the same thing were to happen to a FAT32 partition, and part of the FAT were corrupted, the partition would be unmountable (unreadable), and you would lose everything on the disk. Note: not perfect but better than not having it. Security: FAT32 offers no security whatsoever, whereas NTFS offers very good security. All files and directories can be secured with a great degree of granularity. You can specify who can read, write, list, and change files, read/write permissions, read/write attributes (read-only, etc.), and a few others. The thing to keep in mind here is...all of this security is easily circumventable with a Linux boot disk. Physical security is the most important security. Data Streams: Another feature of NTFS is something called "data streams." A data stream is a kind of "file within a file." Data can be separated into multiple streams, for a variety of reasons, not the least of which is for compatibility with Mac's. Mac's use a "resource fork" to keep track of what application created a file, and therefore what application to open it with, among other things. When you put a Mac file onto an NTFS volume, the actual data from the file is put into a primary data stream, and the resource fork is put into an alternate data stream. This way you don't have to have extra files laying around just to keep track of the resource fork. And it's all transparent. For more info on data streams, you can visit this page. Compression: A commonly-used feature of NTFS is file compression. Many people have the idea that compression is bad, because of the way most compression is done. In Windows 98, for example, if you compressed a drive, it would take everything on that drive, and put it into one big file, using a special driver to make it look like all the files were still separate. This saved a lot of space, because there was no more cluster slack, but it also meant that if any part of the file got corrupted, all your data was gone. NTFS compression is far better. It compresses each file individually, and is extremely efficient. It's so efficient, in fact, that you will sometimes see better performance from a compressed NTFS volume than an uncompressed volume. This is due to the fact that more data can be read in a given amount of time, and because the OS is very efficient at decompressing it on the fly. Note: Given the size of disks today, compression is pretty much a non-issue and rarely used. Last edited by o_someoldguy; 01-23-2007 at 07:58 PM. |
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