Dealing with UNC Errors and RAID in Degraded Mode

Dealing with UNC Errors and RAID in Degraded Mode

The primary purpose of implementing RAID (Redundant Array of Independent Disks) is to ensure data availability even in case of drive failure. In a redundant RAID setup, replacing a faulty drive with a new one allows the RAID array to be rebuilt. However, if an...
How Reliable Are SMART Trips?

How Reliable Are SMART Trips?

Imagine that you check SMART (Self-Monitoring, Analysis and Reporting Technology) on your drive and you receive a SMART trip. Should you be replacing your drive immediately? Conversely, if it declares your drive does not have a SMART trip, does it mean that your drive...
Drive Reliability Challenges in Data Storage

Drive Reliability Challenges in Data Storage

As we have seen in the earlier post in the series, disk storage plays a vital role in preserving our data, whether it’s personal files, critical business data, or large-scale databases. With this ever-increasing demand for data storage, ensuring drive reliability is a...

Latest Versions

DriveMaster Release

DriveMaster 10: v10.0.1850

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ULINK NVMe Protocol: v7.0 (New)
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TCG Opal Family Certification: v6.5 (New)
TCG Opal Family SSC Multiple Namespaces Protocol Test Suite: v2.5
TCG Opal Family SSC Application Note: v6.0 (New)
TCG Enterprise Application Note: v6.0 (New)
ULINK TCG/I1667 Opal Family Protocol: v11.0 (New)
ULINK TCG Enterprise Protocol: v5.5 (New)

ULINK SATA/ATA Protocol: v10.0
ULINK SATA/ATA Regression: v9.5 (New)
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SATA-IO Host Digital: v3.0

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ULINK SAS/SCSI Regression: v5.5 (New)

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