Episode 51 - Make way for bigger hard drives with B S Teh, CCO of Seagate
Mar 14, 2024
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Discover how hard drives are evolving with new technologies like heat-assisted magnetic recording, potentially doubling their capacity. Learn from Seagate's CCO about the impact on data center operations and the future of storage technology.
Hard drives are not outdated; advancements like HAMR promise to double capacity.
HAMR technology revolutionizes hard drive capabilities through super lattice platinum alloy media and spintronics readers.
Deep dives
The Evolution and Innovation of Hard Drives
The podcast discusses the evolution and innovation in hard drive technology, challenging the perception that solid-state drives have made hard drives obsolete. Amidst speculation about the future of hard drives, the industry has demonstrated resilience and growth, with recent advancements like Mosaic 3 technology marking significant progress. Over the years, hard drive technology has evolved, focusing on increasing aerial density to pack more data into smaller spaces. Innovations like heat-assisted magnetic recording (HAMR) and spintronics readers have revolutionized hard drive capabilities, leading to unprecedented advancements.
The Technological Breakthrough of HAMR Technology
The podcast delves into the intricacies of HAMR technology, a groundbreaking innovation that addresses the limitations of traditional magnetic recording. Through super lattice platinum alloy media, HAMR tightly packs magnetic grains, overcoming stability issues at room temperature. By using heat-assisted writing with a laser, data can be written and manipulated effectively. Additionally, the seven-generation spintronics reader ensures accurate reading at high speeds. The integration of these technologies, along with in-house controllers, marks a significant leap forward in hard drive technology.
Commercial Viability and Future Prospects of HAMR
The podcast explores the commercial viability and future prospects of HAMR technology, emphasizing its potential for doubling aerial density every four years. Despite challenges and delays in its implementation, HAMR represents a substantial technological advancement in hard drive capabilities. The critical balance between technological innovation and economic feasibility has been a key driver in determining the timing of HAMR's market introduction. With the promise of enhanced capacity and cost savings, HAMR technology offers a compelling value proposition for data center operators, paving the way for future advancements in storage solutions.
Think hard drives have hit their storage limits, and should be replaced by solid-state units? You could be wrong.
Hard drives have been holding our data for nearly 70 years since IBM created the 350, which stored something like 4 Mbyte on dozens of spinning disks in a unit the size of a washing machine.
Today's devices are orders of magnitude better on every axis including price, capacity, size, and performance. But solid-state providers say it's time they moved over to make way for modern storage. Hard drives have been in a slump, but a new technique promises to double their capacity.
Seagate is the first to bring heat-assisted magnetic recording (HAMR) to the market, so we invited chief commercial officer B S Teh to tell us why it is such a big deal, why it's taken so long - and how it could change what you do in your data center.
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