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Introduction
Seagate has announced advancements in their Heat-Assisted Magnetic Recording (HAMR) technology, aiming to deliver 100 TB disk drives using 10 TB per platter. Despite the promise, the path to mass production has faced significant delays since HAMR’s inception nearly 25 years ago.
Key Details
- Who: Seagate Technology
- What: 100 TB disk drives utilizing HAMR and Mozaic technology.
- When: Mass production is expected to ramp up in early 2026.
- Where: Targeted for cloud service providers (CSPs) and enterprise applications globally.
- Why: Higher storage capacities respond to growing data demands in various industries.
- How: HAMR technology utilizes a laser to heat the recording medium, allowing for stable data storage at exceptionally high densities.
Why It Matters
Seagate’s innovations impact several areas within IT infrastructure:
- AI Model Deployment: Greater storage capacity facilitates expansive datasets required for training advanced AI models.
- Storage Operations: Enhanced efficiency in storage solutions will likely lead to reduced costs and improved data management strategies.
- Cloud Adoption: CSPs can leverage increased capacity for hybrid and multi-cloud solutions, enabling more granular data management and faster accesses.
Takeaway
IT professionals should monitor the rollout of Seagate’s HAMR drives closely, as shifts in storage technology can redefine scalability strategies within enterprises. Prepare to adapt storage solutions that align with these advancements for future-proofing data infrastructure.
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