How Long Can a Hard Disk Last in Constant Use?

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SUMMARY

The discussion focuses on the longevity of hard disk drives (HDDs), highlighting a Western Digital Re drive that has operated continuously for over 12 years without bad sectors. Participants share experiences with various HDDs, including a 19-year-old drive and a 1 terabyte drive functioning for 8-10 years. The conversation emphasizes the importance of using NAS and enterprise-grade drives for reliability, as well as the role of heat in the degradation of consumer-grade drives. Regular SMART tests are recommended for monitoring drive health.

PREREQUISITES
  • Understanding of SMART (Self-Monitoring, Analysis, and Reporting Technology) logs
  • Familiarity with NAS (Network Attached Storage) configurations
  • Knowledge of HDD types, including consumer-grade, NAS, and enterprise drives
  • Basic concepts of data recovery from HDDs
NEXT STEPS
  • Research "SMART long test procedures" for HDD health monitoring
  • Explore "NAS RAID configurations" for data redundancy and reliability
  • Investigate "heat management solutions" for prolonging HDD lifespan
  • Learn about "enterprise-grade HDD specifications" and their advantages over consumer drives
USEFUL FOR

This discussion is beneficial for IT professionals, data center managers, and anyone involved in data storage solutions, particularly those interested in optimizing HDD longevity and reliability.

Vanadium 50
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There are some messages complaining how this, that or the other didn't last. I thought I'd share a counterexample. I was looking at SMART logs and one of my disks has been in constant use for over 12 years - a Western Digital Re.

I believe this is post "Caviar" and pre "Colors". 100,000+ hours in service. No bad sectors. No relocated sectors. I'm impressed.

Slightly less impressive was a 19 year old drive that still works, although its been in a box for 7 years.
 
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Indeed. I have a 1 terabyte drive that's been running for probably 8-10 years now with no issues.
 
Anecdotal evidence is a bad thing to rely on for failure rates. Yes, you can be lucky, but you also can have bad luck.
 
More impressive numbers: 43 billion rotations, and almost 7 million miles of travel (at the edge of the platter).

It's also remarkable how the technology has changed: in the first 20 years of IBM PCs you had (in the non-SCSI market) MFM, RLL, ESDI, PATA/IDE and then SATA. Now we have SATA.

FactChecker said:
Anecdotal evidence is a bad thing to rely on for failure rates.
I don't think anyone has said that one good drive is all the testing you need.
 
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Vanadium 50 said:
I don't think anyone has said that one good drive is all the testing you need.
That's true. The situation is complicated. HDDs can have a higher failure rate but are much more likely to be recoverable. A failed sector on a hard drive contains less data than blocks or chips on an SSD so the data is more likely to be recoverable. See this.
 
I've just set up a NAS RAID around half a year ago with already used (common) disks.

It has an UPS and won't be switched off, ever.

I expect it to serve at least a few years.

... just had to replace a half year old laptop HDD recently. Hurled left and right; switched off daily.
 
My NAS' power supply died thir morning. :frown:

It made that forms in the garbage disposal sound and a minute later than was it. I have a new supply, but connecting it up is harder than it might seem. Lots of cables in a small space.

FWIW, every single disk in it is >5 years old. I have a new spare on the shelf in cased one goes bad, and a spare in the NAS which gets used automatically.
 
Rive said:
I've just set up a NAS RAID around half a year ago
As an aside, I am using mostly NAS and Enterprise drives on mine. I started with "regular" drives and expanded when they failed, and what's left are largely NAS and Enterprise. Two Toshiba X300s (lasted much longer than the N300)'s, 2 IronWolves (or is that Wolfs?) and 3 Seagate Enterprise Capacities (formerly Constellation). Also a HGST Ultrastar for backup.

My suspicion is that heat slowly kills consumer-grade drives.
 
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Vanadium 50 said:
No bad sectors.
There are probably some small defects in the surface, but error correction has enough margin to correct for this.
 
  • #11
Strictly speaking, no relocated sectors. I do a weekly SMART long test, which should pick up problems.
 

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