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Following up on our previous Seagate HAMR drives video, we're diving deep into the most common viewer questions about these next-generation high-capacity storage devices. Get the facts on acoustic performance, thermal characteristics, ZFS rebuild times, and long-term reliability concerns.

What You'll Learn in This Tech Tip:
✅ Acoustic Performance: Are HAMR drives louder than conventional drives?
✅ Temperature Analysis: Real-world thermal testing results
✅ Rebuild Times: Actual 30TB drive rebuild performance data
✅ Reliability Deep Dive: Seagate's engineering validation and our testing approach

Key Takeaways:
Sound Levels: 28-30dB idle, 32-34dB seeking (same as other EXOs drives)
Temperature: Negligible 1°C increase (27°C vs 26°C under load)
Rebuild Time: 52.1 hours for 25TB of data (84% full RAID-Z1 array)
Reliability: 20x industry standard requirements (3.2PB per head vs 152TB spec)

This follow-up addresses the most pressing concerns about HAMR (Heat Assisted Magnetic Recording) technology, providing real-world data and manufacturer specifications to help you make informed storage decisions.

Got more questions about HAMR drives or high-capacity storage? Drop them in the comments below! We're planning deeper dives into reliability testing and potentially collaborating with Seagate engineers for more technical content.

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Related Content:
Previous Video:    • Seagate’s 30TB HAMR Drives Explained – Are...  
Seagate Report/Article: https://www.seagate.com/ca/en/blog/ma...

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