$ControllerBusyTime = Not monitored, currently only log this for reporting purposes.
This is extremely preventive so you might want to tune it to your personal preference) $AvailableSpare = 50 (This means there are 50 reallocation blocks available.$CompositeTemp = 55 (this is 55 degrees celsius).The output variables will always contain data, this data can be used to threshold against in your RMM system. $DownloadURL = "" $DownloadLocation = " $( $Env:ProgramFiles ) \CrystalDiskInfo" #Script: $TestDownloadLocation = Test-Path $DownloadLocation if (! $TestDownloadLocation )). #Replace the Download URL to where you've uploaded the ZIP file yourself. This also creates a folder in program program files directory and unzips itself there. Please upload the zip file to your own web server or location to where the latest version of CrystalDiskInfo is hosted. The scriptĪs always, the script is self-explanatory. The script relies on Invoke-expression, and expand-archive, as such at least Windows 8.1 will be required. This piece of PowerShell makes SMART monitoring more agile and reliable, because we alert on more information than just the predicted failure values. We’ve used this in the past to troubleshoot or check disks for predictive failures manually, but figured we should also try the same automated. A tool made by CrystalMark which presents the values to you in a nice overview. To resolve this, I’ve created a set that uses CrystalDiskInfo. SMART itself could be a pretty decent early warning system when using all values supplied. This is due to RMM systems using only the Windows SMART output which lacks some critical values you should monitor. We all agreed that the issue with SMART monitoring is that often it is unreliable when using RMM systems. In a peer-group that I am a member of recently we’ve had a small discussion about monitoring the SMART status of hard drives.
0 kommentar(er)
