Category: Windows Vista » Tweak Performance »

Use process affinity to lock application to single core

21 January 2010 by Snakefoot | No Comments » | Trackback Off
Applications optimized to run on single CPU systems, will perform worse on multi CPU systems.

Activate ACHI to enable Native Command Queuing

18 January 2010 by Snakefoot | No Comments » | Trackback Off
Native Command Queuing (NCQ) can improve hard disk performance, as it optimizes the order to execute read and write commands.

Optimize processor power management

15 June 2008 by Snakefoot | 1 Comment » | Trackback Off
Use power management to throttle the processor when idle, and get a cool CPU temperature.

Change the Vista file copy to perform like in earlier versions

6 September 2007 by Snakefoot | No Comments » | Trackback Off
Configure the file copying method to use cached I/O requests instead of non-cached.

Description of the hard disk cache

19 April 2007 by Snakefoot | 7 Comments » | Trackback Off
The hard disk performance is very dependent on the configuration of the disk cache.

Disable the page file to avoid using the slow HDD

19 June 2002 by Snakefoot | 3 Comments » | Trackback Off
Disabling the page file to prevent Windows from unloading memory to the hard disk.

Disable the automatic updating of file access time

1 January 2000 by Snakefoot | No Comments » | Trackback Off
Lower the disk activity by disabling the updating of when a file was last accessed.

Disable creation of DOS compatible 8.3 filename

1 January 2000 by Snakefoot | 1 Comment » | Trackback Off
Speed up the creation of new files by not creating a 8.3 filename for backward compatibility.

Configure the page file for best performance

1 January 2000 by Snakefoot | 4 Comments » | Trackback Off
Finding the the optimal size and location for the Windows swap file.

Configure the Master File Table for the NTFS partitions

1 January 2000 by Snakefoot | No Comments » | Trackback Off
The Master File Table is the index for all files and directories placed on a ntfs partition and critical for ntfs performance.