Almost every EIDE or SATA hard disk includes S.M.A.R.T. data. That information is collected
by the drive itself and contains data that the manufacturer considered relevant to check reliability.
The data is made up of several attributes that have a current value, a worst one, a threshold, some raw data,
and some flags. Basically, when any attribute's current value is below its threshold, the hard disk is
considered unreliable and likely to fail. By using several techniques, this report tries to give a wider
range of information, basing its analysis on advanced comparisons with normal values based on real
hard disks and on expert-like checks. The final results are not to be taken as an absolute truth, but
they are almost as good as a professional expert advice about your hard disk status.
Your hard disk is a SAMSUNG HD320LD with firmware BQ100-14.
The average temperature for this hard disk model is 34°C (min=23°C max=44°C) and yours is 41°C.
Troubled attributes:
SERIOUS ISSUE : your hard disk has 49 reallocated sectors. Hard disks do have spare sectors (usually from 256 up to 2560) used to replace bad ones. This remapping operation is transparent to the end user. Anyway, this can lead to degraded performances (because remapped sectors are in different places of the disk than the original ones and the head needs additional moving). If reallocated sectors grow over time, you might encounter some serious troubles. A backup of the most important data is suggested anyway.
The overall fitness for this drive is 79%.
The overall performance for this drive is 79%.
The link to get back and see a new report about this hard disk in the future is this. Consider that new hard disks and new checks are added over time.
DISCLAIMER: this report does its best to highlight issues and warnings related to your hard disk. It cannot be held responsible for any mistake. This page and its results cannot be used in any other way but the one defined by its author.
The average temperature for this hard disk model is 34°C (min=23°C max=44°C) and yours is 41°C.
| Attribute | Current | Raw | ||||
|---|---|---|---|---|---|---|
 |
Raw Read Error Rate | 94 | 000000008447 | |||
 |
Spin Up Time | 100 | 000000001F80 | |||
 |
Start/Stop Count | 99 | 0000000005F9 | |||
 |
Reallocated Sector Count | 95 | 000000000031 | |||
|
Seek Error Rate | 253 | 000000000000 | |||
|
Seek Time Performance | 253 | 000000000000 | |||
|
Power On Hours Count | 100 | 000000001ECD | |||
|
Spin Retry Count | 253 | 000000000000 | |||
|
Calibration Retry Count | 253 | 000000000000 | |||
|
Power Cycle Count | 100 | 0000000002E9 | |||
|
Hardware ECC Recovered | 100 | 000010C9E2A8 | |||
|
Reallocated Event Count | 95 | 000000000031 | |||
|
Current Pending Sector | 253 | 000000000000 | |||
|
Offline Uncorrectable Sector Count | 253 | 000000000000 | |||
|
Ultra DMA CRC Error Rate | 200 | 000000000000 | |||
|
Write Error Rate | 100 | 000000000000 | |||
|
Soft Read Error Rate | 100 | 000000000001 |
Troubled attributes:
Attribute Raw Read Error Rate failed in the past. Its current value is 94, the worst value was 1 and the threshold is 51.
According to the manufacturer, this is a pre-failure condition.
SERIOUS ISSUE : your hard disk has 49 reallocated sectors. Hard disks do have spare sectors (usually from 256 up to 2560) used to replace bad ones. This remapping operation is transparent to the end user. Anyway, this can lead to degraded performances (because remapped sectors are in different places of the disk than the original ones and the head needs additional moving). If reallocated sectors grow over time, you might encounter some serious troubles. A backup of the most important data is suggested anyway.
The overall fitness for this drive is 79%.
The overall performance for this drive is 79%.
The link to get back and see a new report about this hard disk in the future is this. Consider that new hard disks and new checks are added over time.
DISCLAIMER: this report does its best to highlight issues and warnings related to your hard disk. It cannot be held responsible for any mistake. This page and its results cannot be used in any other way but the one defined by its author.