Does windows need a new FS?

Yes, it needs updating IMO.

The fact that it needs constant defragging is reason enough to update it.

Surely there are faster, better, more secure and more efficient file systems that could be developed or used?
 
The simple fact you still need to defrag NTFS is a cry for needing an update.

But wait, it's much more important they interrupt and hinder the user before doing anything logical.

Are you sure?
Really, are you sure?
I'm going to do it anyway.
You can't leave me unattended, I have to tell you about these new features that you aren't ever going to use!
Are you sure?
 
Can't remember the last time I defragged. It's not a bad FS, it pretty much does what it says on the tin. Obviously the priority in making a new FS is to have compatibility across FAT16, FAT32 and NTFS which I guess isn't the easiest thing to do. Also it would have to give significant benefits.



M.
 
The simple fact you still need to defrag NTFS is a cry for needing an update.

But wait, it's much more important they interrupt and hinder the user before doing anything logical.

Are you sure?
Really, are you sure?
I'm going to do it anyway.
You can't leave me unattended, I have to tell you about these new features that you aren't ever going to use!
Are you sure?


Defragging, is outdated. Do you have to in OS X, Linux, BSDs or Salris/OpenSalaris. I linked to the features article so you guys could read it. Like the Unix file systems sound good.

* Excellent expandability, and support for large storage devices.
* Directory-level and file-level security and access controls, including the ability to control which users or groups of users can read, write or execute a file.
* Very good performance and efficient operation.
* The ability to create "flexible" file systems containing many different devices, to combine devices and present them as a single file system, or to remotely mount other storage devices for local use.
* Facilities for effectively dealing with many users and programs in a multitasking environment, while requiring a minimum of administration.
* Ways to create special constructs such as logically linked files.
* Reliability and robustness features such as journaling and support for RAID.
 
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There's nothing wrong with ntfs, it's very powerful. Under normal use (ie home user, averaged sized files etc) you'll never have to defrag a disk in its life.
 
There's nothing wrong with ntfs, it's very powerful. Under normal use (ie home user, averaged sized files etc) you'll never have to defrag a disk in its life.

Complete pish. After a year the system will bog down, because it will need a defrag.
 
I just installed my OS and some software and games on a fresh disk, turned out it was 33% fragmented straight off. There's plenty of benefit to defragging, and it is needed fairly regularly.
 
I just installed my OS and some software and games on a fresh disk, turned out it was 33% fragmented straight off. There's plenty of benefit to defragging, and it is needed fairly regularly.

Only because the file system is pants at space allocation. defragging is not a tool, it is a bodge work around for a failed system.
 
I don't disagree with you there. It's hard to create a filesystem that can allocate the space effectively if it doesn't know what's coming though, certainly not without introducing way more disk reads and writes.

Am I right in thinking, with the advent of SSDs, there's less benefit to defragging as seek times are drastically reduced?
 
I just installed my OS and some software and games on a fresh disk, turned out it was 33% fragmented straight off. There's plenty of benefit to defragging, and it is needed fairly regularly.

Wow, on a fresh install see my point exactly. Have you seen that with Linux/OpenSalaris/Unix/BSD.,
 
I just installed my OS and some software and games on a fresh disk, turned out it was 33% fragmented straight off. There's plenty of benefit to defragging, and it is needed fairly regularly.

Define 'plenty of benefit' - have you measured load times etc. with a stopwatch?
 
Define 'plenty of benefit' - have you measured load times etc. with a stopwatch?

Well if I did that i'd be slightly worried about how seriously I was taking it!

Perhaps it's not as much nowadays, with faster disks and all. Still, I want to extract the best from my system, there's no reason not to do it.

Back when I had a win98 machine with a 13GB HDD, defragging (although it took ******* ages) gave a very noticeable performance boost, especially when loading into windows. I'd say a good 20 secs off the time until it stops disk thrashing on startup since the disk was usually so full.
 
Well if I did that i'd be slightly worried about how seriously I was taking it!

Perhaps it's not as much nowadays, with faster disks and all. Still, I want to extract the best from my system, there's no reason not to do it.

Back when I had a win98 machine with a 13GB HDD, defragging (although it took ******* ages) gave a very noticeable performance boost, especially when loading into windows. I'd say a good 20 secs off the time until it stops disk thrashing on startup since the disk was usually so full.

FAT/FAT32 do slow down noticeably when very fragmented. NTFS does not slow down noticeably at all unless it is incredibly fragmented (and still won't on an SSD disk because of the ultra fast seek time).

All you achieve by regular defragging is wearing out your hard drive quicker, it puts a big strain on it which regular normal use does not.

All these 3rd party defrag programs are basically a rip-off, they give zero to negligible performance benefit.
 
Do you have any benches or tests to support that? Not that I don't believe you, i'd just be interested to read what they have to say.
 
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