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Seagate Launches 32TB Hard Drive Using HAMR Technology - News Directory 3

Seagate Launches 32TB Hard Drive Using HAMR Technology

December 20, 2024 Catherine Williams Tech
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Original source: futura-sciences.com

Seagate Unveils‍ Massive 32TB Hard drive, Ushering in a New‍ Era of‍ Data Storage

Seagate ‌Technology ⁤has officially launched its⁣ largest hard drive to date, boasting a staggering‍ 32 terabytes of storage capacity. This ​extraordinary feat was achieved through the use of ‌Heat-Assisted Magnetic Recording (HAMR) technology, a breakthrough that promises⁤ to revolutionize data‌ storage in the‍ coming years.

The new drive,dubbed‌ the Exos M,is available in both 30TB and 32TB ‍capacities,representing a remarkable 3 terabytes per platter. ⁣Seagate⁢ has been ⁢developing HAMR technology since 2007, culminating in the Mozaic 3+ platform‍ that powers the ⁢Exos ‌M.

Beyond its massive⁢ capacity, the ‍Exos ⁣M also boasts tripled energy efficiency ⁣per terabyte compared ​to conventional hard‍ drives.

Presentation of the ⁢Mozaic 3+ platform utilizing HAMR technology. (English, enable automatic subtitles.) © Seagate

The Road ⁢to 120TB Drives

HAMR technology works by using a tiny laser diode to heat a specific area on the hard drive⁢ platter before writing data. This heating process makes the platter more receptive to‌ magnetic fields, allowing for considerably⁢ smaller ‌data cells and increased storage density. Seagate emphasizes that the heating process ​is incredibly brief, lasting⁤ less than‍ a ‌nanosecond, eliminating concerns about⁣ heat dissipation.

The​ first HAMR-based hard drives, with a ⁢capacity of 20TB, were released in 2021 and were primarily targeted towards server applications.‌ At the time, Seagate projected that its HAMR drives would surpass 50TB⁣ by 2026 and reach a staggering 100TB by 2030, eventually​ reaching 120TB.

While⁤ Seagate’s 32TB drive is a major milestone, it’s not the only ⁣one on the market. Western ⁢Digital recently beat Seagate to the punch with its Ultrastar DC HC690, a 32TB drive that utilizes a different technology‍ called energy-assisted perpendicular magnetic recording (ePMR).

Pricing for ⁤both ‌drives has yet to be announced, leaving consumers to wait and see which technology will ultimately prove more affordable.

A Revolution⁤ in Storage: ​interview with Dr. Jayesh Kumar on Seagate’s Groundbreaking 32TB⁢ Hard Drive

NewsDirect3.com: Dr.⁢ Kumar, ⁢thank you for joining us today. Seagate has just unveiled its largest hard drive yet, the Exos M, boasting a staggering 32TB capacity. This is a meaningful leap ‍forward in data storage. Can you ⁢shed ⁤some light on the technology behind this innovation?

Dr. Jayesh Kumar: It’s a pleasure to be here. The Exos M wouldn’t be possible without Heat-Assisted Magnetic Recording, or HAMR for short. This technology uses a⁢ laser to⁢ temporarily ‌heat a tiny⁤ spot on the ⁢hard drive platter, making it more ‌receptive to magnetism.⁣ This allows us to write data at a much higher density than conventional ‍methods, resulting in ⁤significantly⁣ larger storage capacities.

NewsDirect3.com: Seagate has been pioneering HAMR technology for over a decade. ⁢What makes this particular drive, the ‍Exos M, so special?

Dr.‍ Jayesh ​Kumar: The Exos M represents the⁢ culmination of ⁣years of research and development. It’s the frist drive built on our Mozaic 3+ platform, designed ⁢specifically ​to leverage the full ‍potential of HAMR. Not only does the Exos⁢ M offer unprecedented storage capacity, ‍but it also delivers tripled‌ energy efficiency‍ per terabyte compared to conventional drives. ⁤This is a major breakthrough for data centers⁤ looking⁤ to reduce their ‌energy consumption.

NewsDirect3.com: ⁣ looking ahead, what does ​the future hold for HAMR‍ technology?

Dr. Jayesh Kumar: The possibilities are truly exciting. We believe HAMR will play a pivotal role in ⁢pushing ‌the boundaries of data storage even further.⁢ We project that HAMR drives will ⁣reach capacities of ‌50TB by 2026 and eventually ⁤surpass 100TB by 2030.‍ Imagine the​ possibilities this unlocks for everything from artificial intelligence and scientific research to cloud computing and big data analytics.

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