![]() ![]() Worst: The worst normalized value that your drive had in the past (where 99 is likely the factory setting). Again, how your hard drive converts raw data to normalized value is vendor specific. So a 114 in read/error rates is better than 113. Normalized: This is the above value normalized so a higher value is always better. Different manufacturers can use different structures and meanings for this data. Usually it's an easy to understand value (like power on hours or temperature), but sometimes it isn't (like the read error rate). But a quick intro: Value: This is the raw value that the controller reports. You have a good description of how SMART works on wikipedia. Which sounds dire, as they then go on to plug their amazing software, so beware the bias there.Īnother finding: has this to say in the top rated comment: " Though, it can be prevented with measures discussed at the end of this post." Like other SMART parameters, Raw Read Error Rate can’t be fixed. How to Safely Resolve RAW Read Error Rate – Without Data Loss Use a disk cloning utility to create a ‘healthy’ clone, and if needed, run a data recovery software on this clone to restore any lost data. In a nutshell, the drive is physically worn out, and it’s time to replace it. Here’s what RAW Read Error Rate means for a hard drive: Early indicator of drive failure. Quite critical! It can lead to permanent data loss, if not resolved timely. A higher RAW Read Error Rate indicates higher chances of disk failure. It’s a critical SMART parameter that indicates problem with the disk surface (platter that stores the data), the actuator arm, and the read/write head. It doesn’t affect the modern flash storage drives. "RAW Read Error Rate is a SMART disk error that appears only in the traditional hard drives. ![]()
0 Comments
Leave a Reply. |
AuthorWrite something about yourself. No need to be fancy, just an overview. ArchivesCategories |