RECOMMENDED: There are plenty of users who have. A friend of mine recently asked me to suggest a good SSD optimization software for Windows operating system. As I am primarily using HDDs on my desktop and laptops, I decided to search the web for good free SSD optimization tools. A quick web search revealed that almost every SSD manufacturer offers free tool to manage and optimize solid state drive. Although these official tools don’t support SSDs from other manufacturers, they include plenty of options optimize SSD as well as Windows operating for optimal performance. For instance, the Samsung SSD Magician offers more features and options to optimize SSD and Windows OS than any other third-party paid software. In no particular order, following are the free tools available to manage and optimize SSDs on Windows 7, Windows 8.1 and Windows 10.
Corsair SSD Toolbox As the name indicates, helps you manage and optimize solid state drives by Corsair. With the Toolbox, you can view the real-time temperature, model and serial number of installed SSD(s). Additionally, the tool can be used to as well. Visit the following page to download the newest version of Corsair SSD Toolbox for Windows. Intel SSD Toolbox SSD Toolbox by Intel can be used to view drive information (model number, serial number), estimated drive life remaining, optimize the performance, update the firmware, and tune Windows operating system for optimal SSD performance.
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Crucial Storage Executive Tool Crucial Storage Executive tool is designed to help Crucial SSD users update their SSD to latest firmware, reset the drive’s encryption password, and view overall health of the drive. The tool is compatible with Crucial M500, M550, MX100, MX200, and BX100 SSDs installed on PC’s running Windows 7, Windows 8/8.1 and Windows 10. Samsung SSD Magician This tool is probably the best in the lot but is compatible with a handful of Samsung SSD models only. It supports Samsung SSD 840, 830, 840 EVO, 840 PRO, and 470 series only.
The OS optimization tool allows you optimize the SSD for maximum performance, maximum capacity and maximum reliability. The user interface of the software is also easy-to-navigate and use. SanDisk SSD Dashboard Just like other tools, SanDisk SSD Dashboard allows you view model and serial number of the drive, update the firmware version, and view current condition of drive health and fastest speed supported by the drive. The tool also shows performance graphs and allows you run the TRIM command to free up some space on the drive. SanDisk SSD Dashboard tool also allows you create bootable USB of the software to update the firmware without booting into Windows. Transcend SSD Scope Apart from getting detailed SSD information, you can use SSD Scope to update the firmware, securely erase SSD, perform diagnostic scan, enable TRIM, view SSD health and clone feature to move Windows operating system as well as data from an old drive to new one.
Toshiba SSD Utilities As with the case of other tools in its class, Toshiba SSD Utilities supports SSDs manufactured only by Toshiba. SSD Utilities is useful to view drive information, improve the performance, update drive firmware, and securely erase the drive. ADATA SSD Toolbox Users who are using SSD(s) from ADATA can use this SSD Toolbox to view drive information, optimize the drive, update the firmware, diagnose, and securely erase the drive. Full list of supported SSDs can be found on the download page.
SSD Tweaker Free Although the free version of SSD Tweaker offers very less options and settings, you can use the same to optimize Windows prefetcher, indexing service, disable date stamping, and boot tracing. Kingston SSD Toolbox SSD Toolbox from Kingston allows you monitor drive health, update drive firmware, erase data securely, and view drive information data. The tool supports sandforce-based Kinston SSDs installed in AHCI mode.
Windows 7 is designed to automatically turn off certain features such as Disk Defrag and Superfetch on drives it detects as solid state disks (SSD). To be sure I like to disable the components globally so I know I will not be putting extra stress on my SSD and decreasing its life.
Many believe you should also disable the paging file but I don’t recommend that. I’ll get into more detail on why later. Before we get started it is important to understand that if you have a mixture of SSD and traditional drives in your computer this tweak will disable Superfetch and Disk defragmenter for all hard drives. Both Disk Defragmenter and Superfetch are system services that can be disabled to prevent them from running. Follow these steps to disable them on your computer:. Click on the Start Button, type in services.msc and hit Enter. Scroll through the list and locate Disk Defragmenter, right click on it and select Properties. Change the Startup type to Disabled. Click Stop if the service is running.
Then, click OK to save the changes. Next, scroll down to the Superfetch service, right click on it and select Properties. Change the Startup type to Disabled. Click Stop if the service is running.
Then, click OK to save the changes. Many sites on the web also tell SSD users to disable the paging file because it allegedly wears down the disk too much. While the paging file is an active file on your computer it is not written to as much as you would suspect. According to Microsoft, reads to the paging file outnumber writes by about 40 to 1. Additionally, Microsoft recommends placing the paging file on a SSD claiming, “there are few files better than the pagefile to place on a SSD.” Setting the SSD concerns aside, disabling the paging file on a computer with less than 3 or 4 GB of ram will result in poor performance. You may even create out of memory errors depending on what applications you use. Overall, it is just not worth disabling. Check out the to learn more about solid state disks and Windows 7.
Boot To DISKPART If need be, view this tutorial at the link below for an out-line of the process. 1) In the command window that opens type diskpart then hit the key then type list disk if you have more than one SSD / HDD in the machine it'll list them all. Have a to view additional important information on this entire process. Click any image to enlarge 2 ) Now in the command window type select disk # ( # = target disk number) then, you will get 'Disk # is now the selected disk'.
Should You Optimize Ssd
3 ) Now type you will get a blinking cursor telling you that clean all is working like in the second snip down, just relax and let it work. 4 ) When it finishes you'll get 'DiskPart succeeded in cleaning the disk' in the command window. To leave diskpart at any time and return to the Windows 7 installer type exit two (2) separate times and hit after each and you will be returned to the installer to continue the installation process. Create a Partition 1) Create a single partition of the entire HDD / SSD Still in the same command window, to create a partition of the entire HDD / SSD, it is suggested if you are using one of the larger, 1 - 2TB HDDs that you use the outline in #2 below to create a single 100GB partition to do the installation to or #3 below if you would like to include the new Windows 7 System Reserved partition, as we're now seeing serious issues with some trying to install to such large partitions.
Do not format the created partition(s) with the installer if you create them using this process as the installer will delete all this info, the second snip shows how to select 'where to install' during the installation process, click to highlight/select the 'Windows 7' partition and click next. Now skip down to #5 below to start the installation. Click any image to enlarge 2 ) Create a specific size partition If you wanted to create a specific size partition, say 100GB you would add the size you want to create in MBs like in the command below. Create partition primary size=102400 1024MB = 1GB - 1024x100 = 102400, you can use/create any size you like.
You can always the Windows partition to include the remaining unallocated space on the HDD / SSD or additional Primary partitions or an partition after the installation completes if you choose. Do not format the created partition(s) with the installer if you create them using this process as the installer will delete all this info, the second snip shows how to select 'where to install' during the installation process, click to highlight/select the 'Windows 7' partition and click next. Now skip down to #5 below to start the installation. 3) C reate the System Reserved partition If you should want to add the 'System Reserved' partition back after the clean all, see this snip; of course you would have to select to install Windows 7 to the partition labeled as 'Windows 7' during the install and do not format either partition with the installer. The reason for suggesting to create the System Reserved at 200MB instead of the new default of 100MB is an attempt to curb some of the issues we're now seeing with the partition being too small when dual/multi booting and it also being needed for use with the Windows 7 and programs.
You can always the Windows partition to include the remaining unallocated space on the HDD / SSD or additional Primary partitions or an partition after the installation completes if you choose. The second snip shows how to select 'where to install' during the installation process, click to highlight/select the 'Windows 7' partition and click next. 4) See this tutorial for the 'align' argument 5) That's it, you're now done with the command window, type exit to leave diskpart and exit again to close the command window; if you're using a Windows 7 full installer it will go to the 'Select Language' screen to continue the installation process as usual. For those using a or a Vista installer type exit to leave diskpart and exit again to close the command window; at the System Recovery Options dialog box that's still open click Restart to finish the process. Keyboard Logitech Wave Mouse CM Sentinel PSU Corsair HX650W Case Cooler Master Storm Scout Cooling Corsair H80 2x12cm Noctua NF P12, 2x14cm case fans Hard Drives Samsung 840Pro 128GB SSD, Seagate Barracuda 500GB SATA2 7200rpm 32MB cache, Seagate Barracuda 1TB SATA2 7200rpm 32MB cache, Internet Speed Dismal Antivirus Avast Browser Opera Next Other Info Haswell laptop: HP Envy 17t-j, i7-4700MQ, GeForce 740M 2GB DDR3, 17.3' Full HD 1920x1080, 16GB RAM, Samsung 840 Pro 128GB, 1TB Hitachi 7200 HDD, Desktop: eSATA ports, External eSATA Seagate 500GB SATA2 7200rpm, External WD USB 500GB.
System Manufacturer/Model Number Self Built:kellymac35/TOSHIBA LAPTOP X775 3DV78 OS WINDOWS 7 Ultimate x64 Full CPU INTEL i7 930/INTEL i7 2630QM 2.9 GHz With Turbo Boost Motherboard EVGA X58 3X SLI CLASSIFIED/TOSHIBA Memory MUSHKIN ENHANCED 12GB/8GB SAMSUNG DDR3 1333 MHz Graphics Card EVGA GTX570 S.C(SLI) FERMI /GTX560M 1.5GB of GDDR 5 DISCRETE Sound Card REALTEK ON BOARD /BUILT IN HARMAN KARDON STEREO SPKS Monitor(s) Displays TOSHIBA 32' /17.3' LCD 3D READY 120 Hz LED BACKLIT Screen Resolution 1360x768/1920x1080. Similar help and support threads Thread Forum How to Optimize Windows 7 This is a list of suggestions that will help show you how to optimize Windows 7 by speeding up and improving it's performance. You can pick and choose which ones you would like to do, or feel comfortable doing. If you do not notice an increase in performance. Tutorials hi, guys was on windows 7, put a new ssd drive into this laptop ( samsung evo 850) used there magician software to help it run better, but did turn off defrag when on win7, got the free version of windows 10 on the above laptop, checked the defrag option was turned off in. Performance & Maintenance When using diskpart, I'm noticing it never wants you to format when I go back in to the installer. Am I correct in assuming diskpart will format the drives with NTFS?
Do I need to realign the SSD on the reinstall? Thank you:) Installation & Setup does anyone have any pointers for optimizing a hard drive before a windows 7 reinstall? Chillout Room More at: Optimize Your Windows 7 PC - PC World Performance & Maintenance Our Sites Site Links About Us Find Us.
Stay Away From Programs That Claim to “Defragment” Your Solid State Drive Solid-state drives. Modern operating systems like Windows 7 and Windows 8 won’t attempt to defragment SSDs. Good, up-to-date disk defragmentation software should refuse to defragment SSDs.
On a traditional mechanical drive, there’s a single head that moves over a spinning platter to read bits of files. If these files are broken up into multiple pieces in multiple places on the platter, the head will have to move around to read the file — that’s why fragmentation slows mechanical drive down and why defragmentation helps — the head doesn’t need to move as much. A solid-state drive doesn’t have a head or any other moving parts. It doesn’t matter where the file is on the drive or how many pieces it’s in, it will take the same amount of time to read the file. Defragmentation is actually bad for a solid-state drive, as it will add additional wear. Solid-state drives have a limited amount of writes in them, and anything that results in many needless additional writes will decrease the life span of your drive.
If you find an SSD optimization program that claims to defragment your SSD for maximum performance, stay away. The same goes for using old defragmentation programs that aren’t aware of SSDs — avoid defragmenting your solid-state drive. The Verdict: Defragmentation is always bad, stay away! Some Programs Send TRIM Commands, But the OS Already Does This On a traditional magnetic drive, files you delete in your operating system aren’t immediately removed from disk — that’s. It’s just as fast to write a new file over that old data, so there’s no reason to waste disk resources erasing any parts of the disk. That would just slow things down whenever you deleted a file. On a solid-state drive, cells must be erased before writing to them.
If you delete a file and the data is left lying around, it will take longer when you need to write to those cells as they’ll have to be erased first. The first solid-state drives suffered from this problem, so we invented TRIM to deal with it. When you delete a file on a modern solid-state drive using a modern operating system, the operating system sends a TRIM command to the drive, telling the drive that the file has been deleted.
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The drive erases all cells containing the data, ensuring that writing to those cells is fast in the future — they’re empty and ready to go. TRIM support was added in Windows 7, so both Windows 7 and Windows 8 support TRIM. If you’re using Windows 7 and delete a file on an SSD, Windows will inform the SSD that the data is no longer needed and the SSD will erase the cells. (The latest versions of other modern operating systems like Mac OS X and Linux also support TRIM.) Some SSD optimization programs claim that they’ll run TRIM on a schedule, informing the SSD of the areas the operating system thinks are empty and allowing the SSD to TRIM them, just in case the TRIM command didn’t work properly earlier. If you’re using an older operating system like Windows Vista or you were previously using such an operating system on the drive, it’s possible that deleted parts of files are still waiting around and waiting to be TRIMMed. Sending such TRIM hints once could theoretically help in such a situation, but it shouldn’t matter If you’re using Windows 7, which sends TRIM commands when files are deleted.
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On Windows 8, the Disk Defragmenter is now named the Optimize Drives tool. It will optimize disks by defragmenting them if they’re mechanical or sending TRIM hints to them if they’re SSDs. This means that running another program that sends TRIM commands on a schedule is completely unnecessary on Windows 8, although even Windows 7 shouldn’t need this feature. The Verdict: Optimization utilities that send TRIM commands are harmless, but unnecessary. If you’re using an older version of Windows with an SSD, upgrade to Windows 7 or 8. Other Programs Consolidate Free Space We previously mentioned that cells on an SSD must be erased before they’re written to.
This can be a problem — a single cell contains multiple writable pages. If the drive needs to add additional data to a partially empty cell, the cell must be read, erased, and the modified data written back to the cell. If files are scattered all over your drive and every cell is partially empty, writing some data will result in a huge amount of read-erase-write operations, slowing down write operations. This shows up as.
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Solid-state drives have controllers that run firmware, which is a kind of low-level software. This firmware handles all the SSD’s low-level tasks, including consolidating free space when the drive reaches a certain level of capacity, ensuring that there are plenty of empty cells instead of many partially empty cells. (Of course, there must be free space to consolidate —.) Some optimization programs claim they’ll consolidate free space by moving data around on your solid-state drive with an intelligent algorithm. In a world where this was possible, the results of this would vary from drive to drive. Some firmwares may wait too long before using their own free space consolidation process.
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Benchmarks run of solid-state free space consolidation utilities against different firmwares would likely show inconsistent results, as the difference will depend on how good a job each drive’s firmware was doing. In general, a drive’s firmware would probably do a decent enough job that you wouldn’t need to run an optimization program that does this for you. Such programs will also result in additional writes — if a drive waits too long, it may do so to minimize the amount of writes to the drive. It’s a trade-off between free space consolidation and write avoidance.
However, there’s another catch here: The drive controller itself handles the mapping of physical cells on the SSD to logical sectors presented to the operating system. Only the SSD controller really knows where the cells are located. It’s possible that the drive might present logical sectors to the operating system that may be next to each other for the operating system’s purposes, but far away from each other on the actual physical SSD. For this reason, using any sort of software program to consolidate free space is likely a bad idea — the program doesn’t really know what’s going on behind the SSD controller.
This will all vary from drive to drive and firmware to firmware. Some firmwares may present sectors to the operating system in a way that maps to how they appear on the other drive, while aggressive optimizations on other drives may result in very large distances between sectors on the main drive. There may be some drives with controllers that present the sectors how they appear on the drive and with bad free space consolidation algorithms — such third-party tools may work well on such drives, but don’t count on it. The Verdict: Your SSD is already consolidating free space for you. It’s likely doing a much better job than a software program that can’t see what’s really going on on your drive would do.
Such programs will likely just waste your computer’s resources and wear down the SSD. “Optimization” is Unnecessary You don’t need to run an SSD optimization program. As long as you’re using Windows 7 or 8, your operating system is already sending all the TRIM commands your SSD needs. For free space consolidation, your drive’s firmware is likely doing a better job than software ever could. And don’t even consider defragmentation — that would be a waste of time even if it wasn’t actively harmful, which it is. Taking proper care of an SSD is a matter of.
Don’t fill it to the brim, perform many unnecessary writes, or disable TRIM. There’s no need for an SSD optimization program, as unfortunate as that will be to the bottom-line of disk defragmentation companies trying to diversify their businesses as traditional mechanical hard drives become less common. Image Credit.
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