Disk defragmenter consolidation
How Your HDD Works.What’s defragment consolidation on Windows 10? – Microsoft Community
Feb 14, · Defragmentation, or consolidation, of the free space on a hard drive is one of the most effective fragmentation prevention techniques. When free space is in large contiguous blocks instead of scattered around the hard drive in smaller sections, new files that get written to the hard drive can be easily placed in one piece/5(10). Sep 26, · Initially defragmentation will put all the pieces of files beside each other on your hard drive The Consolidation phase is when those files are then moved around on your hard drive to make the empty parts of your hard drive as big as possible, by packing the defragmented files tightly together – consolidating the free space ready for new files to be written to your hard drive. Aug 18, · Diskeeper pro does it on auto defrag mode (Diskeeper has an option for freespace consolidation.), but if you enable it’s fragmentation prevention feature called ‘intelliwrite’, then it will not consolidate all of the free space, instead it will optimize file distribution to minimize future file fragmentation from file : Makeuseof.
Disk defragmenter consolidation.What is Disk Defragmentation? – Definition from Techopedia
Aug 18, · Diskeeper pro does it on auto defrag mode (Diskeeper has an option for freespace consolidation.), but if you enable it’s fragmentation prevention feature called ‘intelliwrite’, then it will not consolidate all of the free space, instead it will optimize file distribution to minimize future file fragmentation from file : Makeuseof. Oct 02, · Click Disk Defragmenter. The Disk Defragmenter window appears. Note: You can also get to this screen as follows. Double-click My Computer. Right-click the drive (volume) you want to analyze or defragment. Click Properties. Click the Tools tab. Click the Defragment Now button. The Disk The defragmenter window consists of two main ted Reading Time: 4 mins. Consolidated means that all the files are defragmented and packed together in no particular order without empty space between the files. New files that are saved are saved to contiguous empty space after the consolidated group of files. My favorite defrag program is UltimateDefrag.
Defragging hard drive will consolidate its data
Defragging hard drive will consolidate its data |
What’s defragment consolidation on Windows 10?
Techopedia Explains Disk Defragmentation
Disk consolidating – Microsoft Community
Disk defragmentation used to be surrounded in mystery with advice being to never touch your computer mouse while defrag is running, doing it in Safe Mode and bracing yourself for the possibility of data loss from occasional power failure.
Many people still fear defragmentation or simply try not to think about it because of the old advice still coming up in internet searches.
In this article I will try to explain disk defragmentation and all related notions in simple terms to eliminate every fear or myth associated with it. To understand what disk defragmentation is, one first needs to understand how a hard disk operates, what a file system is and how fragmentation really happens. These may sound like very technical terms, but the notions are in reality quite easy to comprehend with a little explaining and some illustrations. Your HDD hard disk drive is the slowest part of your computer, because it contains moving parts — spinning platters and the read-write head.
This is what it looks like inside your computer:. Every time you open a file or the system tries to access a file , the CPU sends the request to your hard drive and the read-write head starts moving to retrieve the requested data.
The disk surface is subdivided into sectors and tracks see picture below. So if you can make the extra effort, then by all means please read through this part and try to understand the extremely technical terminology that is going to follow here.
Tracks are basically like the annual rings on a cut tree. And sectors are like the wedges in a pizza, except in computer terminology a single sector is the part of the pizza wedge that belongs to a single track and is usually bytes in size.
Different hard drive models may have a different number of tracks, and sectors. However, the fact remains that data stored on the outer tracks on any hard drive takes less time for the read-write head to access than data stored on the inner tracks. With huge amounts of data that is stored on the hard drive there has to be a way to organize and control it, which is what file systems do. The file system combines groups of byte sectors into clusters, which is the smallest unit of space to store a file or part of a file.
On NTFS hard drives there are usually 8 sectors per cluster, which means the size of a single cluster is bytes. This is the size of pieces each file gets divided into. Considering that sizes of many files stored on your hard drive are measured in megabytes or even gigabytes, dividing them into byte pieces, although necessary for a number of reasons, provides huge potential for fragmentation.
On a freshly formatted hard drive files get written in a continuous manner — all clusters belonging to a single file are neatly stored together and the file is all in one piece, since there is plenty of free space to write each file. And then you begin using your PC.
Fragmentation happens not because you do anything wrong or because your PC is bad, it is what happens with normal PC use. Imagine a hard drive with files stored neatly one next to another. Now say you delete a 1-megabyte file from the middle of this neatly stored group, and then save a 2-megabyte file to your hard drive.
Your system looks for free space to write the file to, it finds the 1-megabyte block of free space that you have just made available by deleting the old file, and starts writing the new file to it, and as one would expect, 1 megabyte later it runs out of space in this spot and starts looking for the next available block of free space.
If the next window of space is 1 megabyte in size, then your newly saved file gets broken into 2 pieces only. This is a simplified explanation of how fragmentation occurs. On the left you see a schematic representation of a file stored all in one piece in one location. On the right you see the same file fragmented into several pieces stored in different locations on the hard drive. Now imagine the amount of work the read-write head has to do to retrieve the file on the left and compare it to the amount if work it has to do jumping place to place to fetch the file on the right.
It is obvious that it will take longer to access the file on the right. The more pieces the file is broken into, and the further apart those pieces are scattered on the hard drive, the longer it takes for the read-write head to retrieve it, which results in slower performance. Besides file fragmentation itself, there is the issue of free space fragmentation, which in turn causes more file fragmentation.
This usually occurs when data gets deleted leaving small sections of free space scattered in-between remaining files. The result is that when new files get saved to the hard drive, the system breaks them up into pieces to fit in these small sections of free space.
Now that you know all you need to know about hard drives, file system and fragmentation, we shall move on to the main subject of this article, which is disk defragmentation. I hope it is clear why it is necessary to defragment your hard drive. This operation not only helps put file pieces back together, but can also consolidate free space so that there are larger blocks of space available to write new files thus preventing further fragmentation.
A good defragmenter will also include an algorithm for smart file placement that utilizes the knowledge of faster and slower data access zones on the hard drive. In simple terms, file defragmentation is the process of putting file pieces back together. What disk defragmenters do is re-write files into contiguous blocks of free space making sure that all file fragments are written in a consecutive order.
Defragmentation, or consolidation, of the free space on a hard drive is one of the most effective fragmentation prevention techniques.
When free space is in large contiguous blocks instead of scattered around the hard drive in smaller sections, new files that get written to the hard drive can be easily placed in one piece.
When rewriting files during disk defragmentation, defraggers try to place all files closer together so that the remaining free space is consolidated into larger sections. Knowing how a hard drive operates and how data is stored and accessed on it, you can more easily understand the theory behind smart file placement. There are actually more than a few ways files can be placed on a hard drive with the intent of improving system performance.
Different defragmenters may use different techniques or algorithms for placing files, some offering a choice of algorithms a user may pick to match their individual PC usage style. Defragmenters may try to keep together the files that are normally accessed together, such as a group of.
Placing system files to the fast outer tracks of the hard drive reduces the time it takes for your system to start up, as well as for applications to launch. This fast zone on the hard drive can also be used to place most frequently accessed files improving the speed of everyday tasks.
As you can see, disk defragmentation is not just putting file fragments together, there is so much more to it. All of the various techniques used in defragmenters offer great potential for improvement of system speed and performance. People who proclaim that defragmentation is not needed with modern hard drives may not have tried a modern defragmenter with a powerful optimization engine. As they say, seeing is believing.
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