Free disk defragmenter Archives

Free disk defragmenter Archives

free disk defragmenter Archives

free disk defragmenter Archives

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Ask a PC specialist or technician on how to make your slow, usually old computer to run faster again and they will advise you a common thing – defrag. Though defragmentation is not the only solution to the problem, fragmentation is a common problem to almost every slow computer. That’s why we see dozens of defragmenters offering solutions, some were free, some you need to pay to be able to use its full capabilities. For this article, we will examine some of the most popular free disk defragmenters to help you find which defragmenter is the best.

 

What is file fragmentation and defragmentation?

Let say you have a new computer. When you install and/or copy files to your hard drive, files and file fragments are copied and written next to each other (Figure 1). This is because there is plenty of free space.

Figure 1

 

Then you begin uninstalling and/or deleting files. Your hard drive now looks like this (Figure 2). There are now free spaces between files.

Figure 2

And then you install new applications, or copy plenty of files, or edit a couple of videos. The new file will be copied on free space in-between, and if the free space is not enough, it will look for another free space to write the remaining part of the file, thus making the file fragmented (Figure 3).

Figure 3

If the file is fragmented, when you access the file, the hard drive will look on another sector of your drive to find the remaining pieces of the particular file, making it slower and took a while load and open. Otherwise, if the file is not fragmented, the hard drive will not have to look somewhere else to find the remaining pieces of the file, making it faster to load and open the file.

Defragging/defragmenting is a process of putting together file fragments to speed up file access. That’s what disk defragmenter tools do. Other disk defragmenters also consolidate free space to avoid fragmentation of new files and put the most frequently accessed file to the fastest accessible part of the hard drive, usually the boot files (Figure 4).

Figure 4

Remember that disk defragmenters only work with conventional, mechanical hard drives. Modern solid state drives use a completely different technology to store data and never have to be defragmented.

 

Test System

Hardware

    • Intel Celeron G550 2.6 GHz Dual-core
    • Geil 2GB DDR3-1600
    • Seagate 500GB hard disk, 55 GB System Drive
    • nVidia GeForce 9600GT 512MB DDR3, Forceware 306.97

The 55 GB System Drive serves also as our test drive. All the applications and files used for testing are all in this drive.

 

Software

Disk Defragmenters

    • Auslogics Disk Defrag 3.6.0
    • Defraggler 2.12.628
    • MyDefrag 4.3.1
    • O&O Defrag Free Edition 14.1.431
    • Puran Defrag 7.5
    • Smart Defrag 2.6
    • Ultra Defrag 5.1.1
    • Windows Disk Defragmenter

Microsoft Windows 7 x64 with Service Pack 1

 

Methodologies

The following is the sequence we followed to do the tests for each disk defragmenter.

  1. Install all the necessary software, drivers, and all the disk defragmenter tools.
  2. Copy all the files that will be use for testing and running the benchmark.
  3. Create a disk image of the system drive.
  4. Do all the tests. This serves as our “Before” defragmenting results.
  5. Restore the image file of the system drive.
  6. Defrag using the Disk Defragmenter #N.
  7. Do all the tests. This serves as “Disk Defragmenter #N” results.
  8. Rerun step 5-8 using the next disk defragmenter.
  • We assigned points for each disk defragmenter to determine the best and worst performer for each test. We give 8 points for the best and deduct 1 point for each succeeding defragmenter. In case of tie, all the tied defragmenter will have the same point.
  • We included the “Before” defragmenting on the ranking, which means “Before” will also get points.
  • We rounded down the decimals of time in seconds. 5.6s and 5.1s are both 5s. In real time, you will not really feel the difference of 0.5s, 0.8s, even 0.1s so we decided to round down the decimals.
  • Aside from the defragmenting, we also used the optimization feature of the defragmenter, if available.
  • All time-related tests were measured using a stopwatch.

 

Tests and Results

Drive Status

We used defraggler to determine the disk status on “Before” and after defragging.

 Fragmented FilesTotal FragmentsFragmentation (in %)Free Space
Before2781 (7.3GB) 26528156.6 GB
Windows Disk Defragmenter 68 (1.6G) 64627.3 GB
UltraDefrag46 (2.7GB)25847.3 GB
Smart Defrag 256 (1.5GB)160337.3 GB
Puran Defrag59 (144 MB)31607.45 GB
O&O Defrag Free41 (36.5 MB)29307.4 GB
MyDefrag39 (33 MB)13107.4 GB
Defraggler40 (32.5 MB) 30307.3 GB
Auslogics Disk Defrag 47 (37.8 MB)18907.3 GB


Each defragmenter reduced the fragmented files and size, the total fragments, and the percentage of fragmentation. But we found out that the number of fragmented files, the total fragments, and its percentage are not always relative to each other. Having lesser fragmented files doesn’t necessarily mean that you will also get to have lesser fragments and lesser percentage.

Take a look at UltraDefrag and Smart Defrag for example. UltraDefrag has lesser fragmented files and yet bigger fragmented file size. It also has lesser total fragments and yet higher percentage of file fragmentation. We also found out that you can also save additional free space after defragging. To be honest, I only found this out after doing the tests.

We didn’t include these results in our scoring because we are after for the actual results and benefits.

 

Boot-up and Shut down

We used BootTimer to measure the boot-up time and a stopwatch for the shut down.

Defragging won’t guarantee faster boot-up. Here, O&O Defrag improves the boot-up time by 9 seconds, but Auslogics, MyDefrag, and UltraDefrag took longer boot-up time than before defragging. But every defragmenter took shorter time on shutdown compared to before defragging.

 

Disk Performance

Defraggler’s built-in benchmark tool guarantees us that defragging will improve disk’s random read speed, but CrytalDiskMark didn’t. Some defragmenter improved the random read speed, but worsen the sequential write.

 

PCMark Vantage

Defraggler gets ahead of the rest of the defragmenters followed by Auslogics Disk Defrag.  MyDefrag, UltraDefrag, Smart Defrag gets lower points than before defragging, but the difference were small and it is almost negligible.

 

Gaming

For gaming tests, we used Fraps to measure the frame per second for STALKER Clear Sky and the built-in benchmarking utility for Trackmania 2 Canyon.

Only Puran Defrag and O&O Defrag made improvements on launching the game after defragging, the rest were just as the same as before defragging.  On the other hand, all of the defragmenters improved in loading level with Puran defrag made the biggest improvements of 8 seconds.

On frames per second performance, all of the defragmenters made no difference after defragging except for Puran Defrag, but even the 1fps improvement is insignificant.

All of the defragmenters made improvements in loading a level except for Smart Defrag while Defraggler, MyDefrag, and UltraDefrag made no difference in launching the game, the rest improved.

Auslogics Disk Defrag, O&O, and Smart Defrag made improvements on frames per second, the rest were just the same as before defragging.

 

Opening PDF File

We used a 131 MB file as test file using Foxit Reader.

All of the defragmenters made no difference after defragging except for O&O Defrag and Smart Defrag which took 1-second longer

 

Opening Video File

We used a 775 MB, 1hr 35min .vob video file as a test file, which was also the most defragmented file with almost 3,000 fragments before defragging. As we explained earlier, we expect the video to load and open faster after defragging.

Windows Media Player didn’t give as our expectations as there were some which made no difference, others took longer to open, and only 3 made improvements. On the other hand, VLC gave us what we expect. All of the defragmenters made improvements and made the opening of video to be faster by 5 to 6 seconds.

 

3D Application – Blender

We used Blender as our 3D application and a small rendering scene as our test project.

All of the defragmenters sped up the opening of project by 2 to 3 seconds, but all of the defragmenters, except UltraDefrag, made no difference after defragging on rendering the scene. The 1-second improvement of UltraDefrag is almost insignificant.

 

Photoshop  CS 5.1 x64

We used a 45MB PSD project for testing the loading and opening speed, a custom action for the speed test, and save the file as PNG.

There was almost no difference among the defragmenters in opening the project and saving it in a different format. In our speed test, only Defraggler made no improvement while the rest improved by 1 to 2 seconds.

 

Video Editing – PowerDirector 10

We used and 19MB, 220×176 wmv video file as our test file and produced it in WMV 9 HD Standard format, which is 1280×720 and with additional video effects.

All of the defragmenters made improvements on both launching the application and producing the video file, with O&O Defrag leading overall in this test.

 

File Archiving – 7-Zip

We used 70 jpeg files and a 976MB .exe file, for a total of  1GB as our test files for compressing and extracting using 7-Zip.

7-Zip didn’t show us that defragging will make extracting and compressing faster.

 

Summary

Winner – O&O Defrag Free Edition

O&O Defrag Free Edition tops our chart with 209 points followed by Auslogics Disk Defrag with 200 points and Defraggler with 198 points. The worst performer was Smart Defrag 2 which performed worse than before defragging.

Defragging, with the right software, will improve the overall performance of your computer. But for some specific tasks and specific software, like Photoshop and Blender, defragging won’t do anything to improve the performance. Only in Defraggler’s benchmarking utility and in video editing where all the defragmenters made improvement after defragging.

Источник: [https://torrent-igruha.org/3551-portal.html]
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Hard Drive Defragmentation

PC Musician By Martin Walker

Fragmented hard disk data as represented in the Perfect Disk defragmentation utility.

Does defragmenting your hard drives, including the ones you use for recording audio, really result in better PC performance? Opinion is divided, so we take a considered look at the subject, as well as testing some of the most suitable 'defragger' utilities.

Defragmentation is essentially the art of rearranging files on your hard drives to enhance performance, and there are regular queries on the SOS Forums from people asking what is the best 'defragger' utility. Noticing these queries, I thought that I'd investigate a few such utilities and report back with my findings, as part of a more general roundup of software that proves particularly handy for the PC musician. However, during the course of my research I discovered so many conflicting opinions on the actual merits of hard drive defragmentation — ranging from those who recommend 'defragging' after every recording session to those who never do it at all, claiming either that it's unnecessary or that it can even degrade performance — that I decided to explore the whole subject in more detail, with the needs of the musician in mind.

What's Fragmentation?

Because Windows saves data wherever it can on your hard drives, often in unused gaps between other saved files, some files may end up in several scattered fragments. Reading such a file takes longer than reading one stored in a single piece, as the read/write heads have the additional travel time of jumping from the end of one fragment to the beginning of the next before continuing to read its data. As you carry on deleting and saving files, and particularly as your drive fills up beyond 70 percent or so of its total capacity, fragmentation may get worse.

Defragmenting the contents of your hard drive involves locating all the parts of each fragmented file and bringing them back together, by saving the now contiguous data to another more suitable location on the drive. This means that Windows only has to look in one place for each file, which can help its performance, by avoiding unnecessary read/write head activity, and can result in both Windows and its applications loading more quickly. General file access can also be smoother.

If you adopt the outer 'Current Project' partition and inner 'Project Backups' partition arrangement that I suggested in last month's PC Musician, before you start on any new project you'll be able to delete the entire contents of the outer partition, so that it starts with a clean slate and no fragmentation, for maximum performance. However, if you're maintaining large unpartitioned hard drives holding vast amounts of data, fragmentation can become an increasingly important issue. While your Windows partition may benefit from regular attention, drives containing audio and particularly video files may benefit even more, because they are not only much larger but also more likely to be regularly edited during a project, resulting in further fragmentation.

Internal Disk Geometry

Many large, modern drives contain multiple platters and four or more read/write heads, so we can't always visualise our files as being best laid-out neatly in one area of one platter — indeed, it may sometimes be preferable to have a single file spread over several platters, so that it's easily accessible to several read heads almost simultaneously. A drive may also feature cache memory of 8MB or more, which can also affect the issue of optimum file placement, because some of the required data may already be present in the cache (although reading and writing audio files nearly always results in large files that will soon swamp any cache).

Some commentators claim that multiple platters and large caches mean that defragger utilities that gather together all the fragments of long files into one neat area will automatically result in worse performance. They also imply that the utility developers are conning the public, because this approach undermines attempts by both drive and operating system to place the data according to their own internal algorithms. However, this view doesn't take into account the fact that defragger utilities are also written by file system experts, and their own algorithms are obviously honed and polished by practical tests with real-world systems.

It doesn't matter how much theoretical discussion there is: if you defrag your drive and can measure an improvement in performance, such as an increased number of audio tracks before your audio application conks out, that utility works for you! Unfortunately, in my discussions with defrag utility developers it became clear that their algorithms don't take into account the unique access pattern of multitrack audio applications with large simultaneous numbers of huge audio files — so, as they say, your mileage may vary!

Defragging Guidelines

Apple state that their users probably won't need to defragment at all if they run the Mac OS X operating system, because the Extended formatting (HFS Plus) of Mac OS X avoids re-using space from deleted files as much as possible, to avoid prematurely filling small, recently freed areas. Windows doesn't yet seem to be quite as clever, so defragging is still useful for the PC Musician. It also seems generally accepted that keeping plenty of free space on Windows drives or partitions (30 percent or more) will help Windows save new files more sensibly, rather than letting it work around gaps between existing files. The general advice given by most PC experts is that anyone who still creates their hard drives in FAT32 format should periodically analyse them to check fragmentation levels. Those who have adopted the more recent (and more secure) NTFS format are less likely to experience fragmentation, but they should also still occasionally check on fragmentation levels.

If you click on the Analyse button of Window's own bundled Disk Defragmenter tool, it will suggest you defragment a partition or complete drive once the fragmentation level reaches a certain threshold (implying a noticeable downgrading of performance) — although you can, of course, ignore its advice and defragment as often as you like, for smaller performance benefits. It certainly makes sense to do so after installing Windows, after installing lots of new software (and, in particular, games, which can sometimes include a huge number of files), or after a good clear-out when you may have deleted lots of files.

You can set up many defraggers to defrag at a specific time and date, but I always avoid such an approach, since my PC isn't switched on 24 hours a day and I don't want defragmentation to start if I happen to be busy doing something important at the time. Others may offer to run quietly in the background, but however clever they claim to be in detecting when the user is asking the PC to perform other tasks, I still err on the side of caution when running audio applications and disable such cleverness, just in case it results in a single click during an otherwise perfect take. I personally tend to instigate a routine manual defrag of my Windows drive once every month or so, if necessary.

When To Defrag An Audio Drive

Whatever your personal decision for your Windows and application partition or drive, when it comes to those used to store audio and video files even Apple are in agreement that people who create or modify large audio or video files might benefit from defragmentation (even when running Mac OS X). However, there's also a school of thought that says you're better off not tidying up huge audio files into single neat units, as I first explained way back in SOS April 2002. When reading long multiple audio tracks, your sequencer application will access a chunk of each one in turn, before returning for another chunk of each one. So storing them in interleaved chunks of the size your audio application uses may result in less drive activity than having any existing fragments painstakingly reassembled into neat monolithic files, one after the other.

The Disk Defragmenter utility bundled with Windows XP won't consolidate your free space into one neat chunk, as shown by the large number of white gaps between chunks of data displayed here.

At the time of writing the article mentioned above, I suggested that only the sequencer developers themselves could provide us with a suitable utility to rearrange audio files to suit their particular file requirements. However, in the absence of such utilities, I suggest that if you (for example) record 16 simultaneous live audio tracks into an empty partition and then play them back and do a little editing and mixing, you shouldn't defragment at all — your data will already have been laid down in possibly the best arrangement on the drive.

However, if you do lots of subsequent editing, or store various songs or projects on the same partition or drive, it makes sense to defragment, particularly if you notice any tell-tale signs of excessive drive activity. One classic sign is increased audio drive noise: a series of steady clicks indicates progressive head movements as each chunk is accessed, whereas erratic or frantic whirring suggests that the read/write heads are being thrashed to and fro and the drive may thus benefit from a defrag. Another tell-tale sign of erratic drive activity is occasional spikes on your audio application's disk meter. If these coincide with the start of a new verse or section it may simply be because your song has just started accessing lots of new audio parts simultaneously. However, if these spikes are more random, they may suggest the presence of lots of fragmented files. A defragger analysis will soon tell you. In the case of frantic drive activity you'll probably notice a drop in head noise after defragging — which would confirm the diagnosis.

Defragmented partitions will probably also take less time to back up, and will probably generate audio export files or render video or animation files more quickly. Moreover, consolidating the free space on your drive into one huge chunk can also make audio clicks and pops or dropped video frames during future recordings less likely, because future recordings won't immediately end up wedged into the remaining nooks and crannies. Such consolidation can sometimes prove as beneficial as defragmenting the files themselves.

Microsoft's Bundled Defragger

Having discussed the pros and cons of defragging your hard drives, we'll turn to what's on offer for doing the job. First, Windows XP and 2000 both include a Disk Defragmenter utility (a cut-down version of Executive Software's Diskeeper product), which can monitor your file activity to work out which files you access most often and then rearrange them on your hard drives to eliminate excessive head seek activity. This 'pre-fetch optimisation' only works if you have Task Scheduler enabled, but if you want to avoid the possibility of file rearrangement happening at an inopportune moment you can manually run the Defragmenter utility whenever you prefer.

The Windows Defragmenter is a freebie, which is always nice, but many musicians do become dissatisfied with it, as it has various limitations compared with the full version available direct from Executive Software (more on this in a moment). These limitations include the inability to defragment the MFT (Master File Table) on NTFS-formatted drives, directories on FAT32 formats, the paging file, and certain other system files. The freeware Page Defrag utility from www.sysinternals.com that I first mentioned in PC Notes October 2003 will take care of the paging file, but Microsoft's bundled defragger has still more limitations: it can't defragment more than one volume at a time, or be scheduled to run at a specific time, and these latter options prevent you from easily 'defragging' all your drives overnight, for instance, if you would like to. The utility can also take a long time to defragment a volume, even if it contains minimal fragmentation, and for musicians with huge audio and sample drives this can make 'defragging' an excruciating experience. Moreover, it doesn't consolidate the free space into one neat chunk, so even after defragging your neatly reorganised files may still end up spread across several areas of the drive with space between them — making it likely that the next large file you save will immediately become fragmented!

The Windows Defragmenter also requires a minimum of 15 percent free space on a drive to adequately do its job (not very helpful if you have a well-stuffed drive that could benefit from a tidy-up). However, the most annoying limitation is that it simply refuses to defragment some files, for reasons known only to itself. For instance, on my PC it avoids the 450MB of files that comprise Groove Agent 's drum kit. Microsoft are quite open about these limitations (you can read the full list of explanations in their Knowledge Base), but they leave many musicians wanting to search out a better option.

Defragging Tips

  • Ensuring that you have plenty of free space on your drive should always help to keep fragmentation levels low, but also offers another benefit: your files should end up being mostly placed in the 'outer' and therefore faster part of the drive for better performance. Some musicians even buy a drive of the 'next size up' to their immediate requirements, to ensure that this happens. It generally doesn't cost much more.
  • Creating separate smaller partitions for Windows, data, audio files, sample files and so on allows you not only to back up each one more quickly and easily, but also to defragment them considerably more quickly.
  • If you maintain a separate 'Current Project' partition for your audio files, you can back it up either by creating an image file to another partition or drive, using a utility such as Norton's Ghost, or simply by dragging all the files across using Windows Explorer. If you feel that the file layout created by your audio application may already be perfect, or may have resulted in a set of interleaved files that possibly provide better performance, an image file will preserve this exact layout for posterity. However, for audio backups you may prefer to use Explorer, since its method of copying all the files across in turn will result in zero fragmentation on the backup, and zero fragmentation if you later move them back for further editing. Using this approach, you may never need to defragment your audio partition.

Executive Software Diskeeper 9 Pro

A widely purchased alternative is Executive Software's Diskeeper 9 Professional (www.execsoft.co.uk) at £45 including VAT, or $49 from the US web site. I've seen claims from some users that this runs up to 10 times as fast as the cut-down version bundled with Windows. Unlike that version, it also offers complete rather than partial defragmentation (although it still does its work best if you have at least 20 percent of free space left on your partition). In addition, it consolidates free space, deals with critical system files when running its Boot-Time Mode, and can defragment multiple partitions simultaneously. None of these operations are offered by the cheaper Diskeeper Home version, which, although being offered for only £23 on UK and $30 on US web sites, should probably therefore be avoided.

Executive Software's Diskeeper 9 Pro is the 'full' version of the defragger bundled with Windows, and offers far quicker and more thorough performance, but consolidates free space as a separate process.

Both Home and Pro versions of Diskeeper offer a 'set and forget' feature that defrags in the background. Most musicians should really disable this, to avoid it cutting in at the wrong moment. (Incidentally, some users have found that despite disabling 'set and forget' mode it is automatically activated after a manual defrag and remains so until the next reboot — so don't defrag your audio drive with it and immediately try recording a huge live performance!)

I was impressed by Diskeeper 9 Pro 's straightforward yet thorough approach to both online and offline (ie. performed on the next boot before Windows is loaded) defragging. However, its multi-pass engine may end up taking longer to complete the task on congested drives than some rivals, since it may require several passes to achieve optimum file placement. Moreover, while it does consolidate free space, it does this as a separate, ongoing process as part of 'set and forget' mode, rather than as part of the defragging operation.

Raxco Software Perfect Disk Workstation

Diskeeper 9 Pro has many contented users, but during my research two other products stood out as having particular strengths for the PC musician. The first is Raxco Software's Perfect Disk Workstation (www.raxco.com/products/perfectdisk2k) which, for about £40, has won a lot of admirers for the thoroughness of its speedy single-pass defragmentation, which nearly always means that all your files will be placed in their new optimum positions in one run. It also works well down to five percent of remaining free space if your drives are well stuffed. Perfect Disk Workstation may also be more suitable for anyone running Windows Server 2003 or a PC network (which normally require a more expensive Server version of most other defragmenters), and will cope with several huge drives of several terabytes in size. It also supports all levels of RAID, for those with more ambitious setups.

Although it may not provide the most versatile set of options, Raxco Software's Perfect Disk proved to be the fastest and easiest-to-use defragger on test, which should please any musician with several huge drives.

If you want the fastest results, the software's Smart Placement algorithms work well, although they may leave some tiny blocks of free space between files. While it takes a little longer, the 'Aggressively free space consolidation' option makes more sense for audio and sample drives. For the most thorough results, the offline defragmentation option can run on the next boot and (depending on the particular operating system and drive format) can deal with the Master File Table, page file, Hibernate file and directories. I found this option quick, easy and thorough.

However, although the user can specifically exclude certain files or folders during an online defrag, Perfect Disk deliberately doesn't support user-customised placement of files, claiming that "this provides little improvement in file system performance". I ended up having some long email correspondence with one of Raxco's System Engineers about this fact, and he maintained that file/free-space defragmentation has a far greater and measurable positive impact on file system/drive peformance than trying to place files at specific logical clusters in the hope that that they're on the 'fastest' part of the drive. Nevertheless, he did admit that he knew little about audio/video streaming, editing and processing, or the algorithms used by audio and video applications to maximise disk performance.

Overall, I was impressed by the speed and thoroughness of Raxco's Perfect Disk and, like various other people who had downloaded the demo version, I was first offered a 20 percent and then a 25 percent discount by email, bringing the final cost down to a very reasonable £30.

O&O Defrag 6.5

The other defragmenter that may particularly appeal to musicians, and that regularly seems to top the polls in mainstream PC magazines, is O&O's Defrag 6.5. This is largely because although it can sometimes take longer to perform its magic, it tends to result in lower fragmentation overall, even when its competitors claim not to be able to reduce fragmentation on a particular drive any further. The professional edition for use on a single PC running Windows NT, 2000 or XP also costs around £27, which is probably low enough to make it an essential purchase for many musicians. However, you'll need the more expensive Server version if you've got a network or run Windows Server 2003.

Like Perfect Disk, Defrag 6.5 supports any number of IDE or SCSI hard drives, up to terabytes in size, as well as RAID, and defrags the MFT, Registry and paging file. It offers plenty of background defrag options, such as automatic defragging once a particular drive reaches a pre-determined threshold defragmentation level, and neat twists such as automatically dropping into pause mode if you unplug your laptop from the mains (to preserve its batteries), then automatically continuing where it left off as soon as you plug it in again. Sadly, for the musician automatic functions such as these are mostly to be avoided.

With a variety of defragging methods on offer, O&O Software's Defrag 6.5 initially seems a perfect candidate for the musician, although on closer inspection the options may not do exactly what the doctor ordered.

It was the software's five optimisation strategies that particularly caught my attention. Stealth mode is the fastest method, most suitable for initial defragmentation and for large file servers. It also performs some free space consolidation, although full details of its strategy aren't explained. Space mode requires far less free space on the drive than the other approaches and it maximises the contiguous free space more thoroughly, whereas the Complete/Access, Complete/Modified, and Complete/Name methods additionally reorganise your entire file placement on the drive, according to when files were most recently accessed or most recently modified, or alphabetically.

I immediately started making plans to measure performance improvements after optimising my Gigastudio streamed sample partition using the Complete/Access mode, so that the instruments I used most often would end up at the beginning of the drive for quickest future access and best polyphony (remember that on most drives read performance drops from the outside to the inside by about 50 percent). It's impossible to guess the practical results of such a reorganisation, because while your most-used instruments will benefit from a faster transfer rate, this might place others used in a particular song further away, resulting in more read/write head activity to access them.

However, my plans were thwarted when I read the help file more closely, since O&O organise files in the opposite way to my desired placement, putting least-accessed files at the beginning of your drive. The rationale is that placing seldom-used files near the beginning makes future defragmentations quicker, as fewer files need to be checked and defragmented. As far as I could see, this is good for the future performance of the O&O utility but not for the musician, and sadly my email enquiry for more information remains so far unanswered.

I did try the Complete/Name strategy on my Windows partition, because this claims to speed up boot times, but on my (admittedly stripped-down) 5GB partition it made no measurable difference after 1.5 hours of file reorganisation. I also found setting up offline Jobs to perform the defragmentation of system files a confusing experience, and while most mainstream and business users will delight at the cleverness of the Activity Guard that monitors CPU usage, to ensure that you can always carry on working while defragging in the background, it again won't suit the musician who demands maximum performance from a PC for audio, and is far more likely to want to perform a defrag during downtime. Overall, I was impressed by Defrag 6.5, but at present I don't think it's the ideal product for the musician.

HDD Health

There's not much point in attempting to squeeze the last drop of performance from your drives if they're about to fail, and advance notice of this is always welcome. HDD Health from Pantera Soft (www.panterasoft.com) is a freeware 'failure-prediction agent' for hard drives that runs on Windows 95, 98, ME, 2000 and XP. Using the SMART (Self Monitoring And Reporting Technology) built in to all modern drives, it monitors various aspects of performance, such as spin speed and error rates, and attempts to predict impending failure. In the past I've always disabled SMART in my BIOS, because of the tiny extra overhead it imposes, but with faster modern drives this overhead ought to be almost undetectable.

It won't make your hard drive go faster, but the freeware HDD Health from Pantera Soft could alert you to its impending failure.

Although HDD Health can sit in the System Tray and run in the background, you needn't worry about it impinging on your audio track count, since by default it only polls your drives once every 15 minutes, and you can easily disable it when required or just run it once and exit each time you log into Windows. If it detects any changes that suggest possible problems ahead, it can inform you via a pop-up message, email, net message or event logging.

I've been running this software for several weeks, and although sometimes its announcements of minor changes to one parameter (such as 'Seek Error Rate changes from 79 to 80') on one drive can become annoying, I'm happy to put up with this if it manages to give me notice of impending doom. One SOS Forum user has reported that one of his drives failed disastrously about a week after just such a warning, by which time he'd backed up all data and bought a replacement, just in case. Be warned!

Final Thoughts

However much I'd like to provide hard and fast answers to the whole subject of defragmentation, the reality is that some of you may rarely suffer from the effects of fragmented files, while others could run into them on a regular basis. Since installing Windows XP I've run the bundled Microsoft defragger every month or so on my Windows partitions, and more rarely on my data ones. Since I don't record huge numbers of audio tracks, this makes sense for me. However, those of you who regularly record multitrack audio (and particularly those who do so at 24-bit/96kHz or higher formats) would be well advised to at least check fragmentation levels on a weekly basis. If you find that your particular regime of recording, playback and editing results in noticeable fragmentation, running a defragger utility on a more regular basis is sensible. Some may notice immediate benefits after doing so, such as audio apps no longer momentarily dropping audio or even stopping altogether during the densest part of a song. It may also result in lower drive noise.

On the other hand, with already low fragmentation levels I can see little point in religiously defragging after every take. Unless your songs are beginning to push the technical limits of your hard drive you're unlikely to notice any improvement in track count if you do this. The one exception is if your drive has less than 30 percent free space. In this scenario, your maximum audio track count is more likely to drop because of fragmentation, and frequent defragging may help — although buying a larger drive is a preferable option.

Having established that defragging is beneficial for most of us at some time, we come to the choice of defragger utility. I personally find the bundled Windows one incredibly slow and tedious for drives larger than a few Gigabytes, and the various limitations discussed earlier further reduce its attractiveness. O&O's Defrag 6.5 might be an ideal candidate for those who want to explore user-configurable file placement, but although this has provided measurable performance benefits for some users, on behalf of musicians I wasn't convinced by the arguments. For me, Raxco's offering was much simpler to use, in both online and offline modes, and was particularly speedy. For those with huge audio drives, I suspect that will be the deciding factor.

Источник: [https://torrent-igruha.org/3551-portal.html]
free disk defragmenter Archives

The Best Free Defrag Tool for Windows is Itself

Back in the days, defragging your PC was something everyone did on a regular basis, even if you had no clue what you were doing. What everyone did know was that it somehow made the computer run faster.

I’ve written many articles in the past about defragmenting your hard drive, the boot sector, the paging file and even the registry. During the days of Windows XP, defragging was necessary and it made a significant difference in performance.

Over time, many companies started selling third party defragging tools that supposedly did the job faster, better and more accurately. Some were actually fairly good, but most pretty much did the same thing as the built-in Windows defragment tool or even worse. It wasn’t surprising to run a third-party defrag tool and have your computer actually run slower than before.

Third Party Defrag Scenarios

The only time I have actually seen a reason to recommend a third-party defrag tool to anyone was if the person had a complex setup on their PC with different types of data stored in different locations. For example, if you have four different hard drives installed on your PC, each containing different types of data like music, videos, operating system files, etc, then a third-party tool can let you defrag each drive in a different way.

If one drive has a lot of small files that are accessed often, you could use a third-party tool to defragment that drive so that the files are sorted by the last accessed time or creation time. For a drive that has a bunch of large music or video files that don’t get accessed very often, you could sort them on the disk by folder size or file size.

You could even defragment only certain files or folders instead of the entire drive if you wanted. Obviously, as you can see, this is really only useful for certain specific scenarios and the time and effort spent doing all of this may not even yield any dramatic results.

The only other scenario where a third-party defrag tool worked well was with a client who had a hard drive that was almost full. I was able to use a third-party tool to move all the data to the beginning of the disk. This freed up some extra space and helped speed up the PC a bit.

Windows Built-In Defrag Is The Best

For 99% of the people reading this article, the built-in disk defragmenter tool in Windows is perfect for keeping your hard drive running smoothly.

A bunch of people have actually gone through the trouble of testing out a lot of different defragment tools like Defraggler, MyDefrag, etc and have found that in Windows 7 and above, they don’t speed up read or write access to data on the hard drive by any noticeable amount.

This is because hard drives nowadays are much larger and therefore have a lot more free space. With the extra space, Windows doesn’t have to fragment your files as much.

In addition to larger hard drives, modern machines and hard drives can access data much faster than earlier. So even if you have a partially fragmented hard drive, it most likely won’t even make any difference in how fast the data can be accessed. Only if you have a very fragmented hard drive will you start seeing some slowdowns, but this is virtually impossible because of the built-in Windows defragmenter.

In Windows 7, it’s called Disk Defragmenter and in Windows 8 and higher, it’s now called Optimize Drives. By default, it’s scheduled to run once a week, which pretty much keeps all your drives near 0% fragmentation. Here’s my Windows 7 PC after 2 years of use without ever manually running a defrag.

I’ve already written a detailed post about Optimize Drives and Disk Defragmenter in Windows 8 and Windows 7, so feel free to check that out if you want more info.

SSDs Don’t Need Defragmenting

Lastly, even the days of automatic defragmentation are dying because of SSDs (solid state disks). An SSD doesn’t read and write data like a traditional hard drive and doesn’t need to be defragged. Actually, Windows will automatically disable disk defragmentation on a solid state hard drive because defragging can reduce the life of an SSD.

If you are looking for truly significant performance gains when reading and writing data, then you should upgrade to an SSD. Even the cheapest and slowest SSDs are many times faster than traditional spinning hard drives.

On my Windows 7 machine, the boot time went from over 40 seconds to under 5 seconds when I switched from a 7200 RPM hard drive to a 256 GB Samsung SSD. SSDs are usually much smaller in size due to their higher cost, but just loading the operating system onto an SSD can make a huge difference, even if you store all your other data on a separate slower spinning hard drive.

Conclusion

Hopefully, everything I said above made sense, but if not, here’s the takeaway. If you are running Windows XP on an older machine, you really should upgrade. If you can’t, then manually run the built-in disk defragmenter. If you are running Windows Vista or higher, there is nothing you have to do becauseWindows will automatically defragment any traditional hard drives and will exclude SSDs.

If you’re a tech geek and want to squeeze every last ounce of juice from your PC, then install a reputable third-party defrag tool and configure it to your liking. Otherwise, relax and enjoy your already optimized hard drive. Another good way to speed up a PC that is better than defragmenting is uninstalling unused or junk software. Enjoy!

Источник: [https://torrent-igruha.org/3551-portal.html]
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