How to Optimize and Restore Performance of Your SSD with SSD Tweaker Professional Registered Portable
If you have a solid state drive (SSD) in your Windows PC, you may want to optimize its performance and extend its lifespan. One of the tools that can help you do that is SSD Tweaker Professional Registered Portable.
SSD Tweaker Professional Registered Portable is a utility that lets you tweak various settings related to your SSD in Windows XP, Vista, 7 and 8. It has a simple yet powerful interface that has been reviewed and recommended by many PC magazines and tech websites[^1^] [^2^]. You can download it from the official website or use the portable version that does not require installation.
SSD Tweaker Professional Registered Portable
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Some of the features of SSD Tweaker Professional Registered Portable are:
Windows Services: You can enable or disable various Windows services that may affect your SSD performance and reliability (Pro Only).
TRIM Status: You can query and set the TRIM status of your SSD, which is a feature that helps maintain the speed and health of your SSD by deleting unused data blocks (Pro Only).
TRIM Optimization: You can optimize the TRIM function of your SSD by adjusting the frequency and timing of the TRIM command (Pro Only).
Hibernation Settings: You can enable or disable hibernation, which is a power-saving mode that saves your current session to your SSD and shuts down your PC. Hibernation may reduce the lifespan of your SSD by writing large amounts of data to it (Pro Only).
Use Large System Cache: You can enable or disable the use of large system cache, which is a feature that allocates more memory to cache system files and improve performance. However, this may also reduce the amount of available RAM for other applications.
Ntfs Memory Usage: You can adjust the memory usage of the NTFS file system, which is the default file system for Windows. Increasing the memory usage may improve performance but also consume more RAM.
Disable 8.3 Filenames: You can disable the creation of 8.3 filenames, which are short filenames that are compatible with older versions of Windows. Disabling them may reduce the fragmentation and overhead of your SSD.
Disable Date Stamping: You can disable the date stamping of files and folders, which is a feature that records the last access date of each file and folder. Disabling it may reduce the write operations and wear of your SSD.
Disable Boot Tracing: You can disable boot tracing, which is a feature that records the boot process of Windows for troubleshooting purposes. Disabling it may reduce the write operations and wear of your SSD.
Windows Prefetcher: You can enable or disable the Windows prefetcher, which is a feature that preloads frequently used applications and files into memory to improve performance. However, this may also increase the read operations and wear of your SSD.
Windows Vista Superfetch: You can enable or disable the Windows Vista superfetch, which is a feature that analyzes your usage patterns and preloads applications and files into memory accordingly to improve performance. However, this may also increase the read operations and wear of your SSD.
Windows Indexing Service: You can enable or disable the Windows indexing service, which is a feature that creates an index of files and folders on your SSD to speed up searches. However, this may also increase the write operations and wear of your SSD.
System Restore: You can enable or disable system restore, which is a feature that creates restore points of your system settings and files periodically or before major changes. However, this may also increase the write operations and wear of your SSD.
Windows Defrag: You can enable or disable Windows defrag, which is a feature that rearranges files and folders on your SSD to reduce fragmentation and improve performance. However, this may not be necessary for SSDs as they have no moving parts and access data randomly.
DIPM Enable Support: You can enable or disable DIPM (Device Initiated Power Management), which is a feature that allows your SSD to enter low-power modes when idle or not in use. This may reduce power consumption and heat generation of your SSD.
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