Has anyone tested the new 245TB Micron 6600 ION SSD yet?
Micron's latest data center SSD offering is now available, and I'm curious what people think about these massive capacity drives. A 245TB single drive is genuinely mind-bending when you think about how quickly storage needs have evolved. We've gone from celebrating terabyte milestones to casually talking about quarter-petabyte capacity in a single form factor.
For those running data centers or managing large-scale storage infrastructure, this kind of capacity consolidation could be a game-changer. Fewer drives means less power consumption, reduced cooling requirements, and simplified management. But I'm wondering about the practical tradeoffs—are there concerns about performance per watt, or reliability when that much data is riding on a single device?
I'd love to hear from anyone actually deploying these in production. What workloads make sense for 245TB SSDs? Are we talking about cold storage, archival systems, or are data centers willing to trust this much capacity for hot data? And how does the cost per terabyte compare to traditional spinning disk solutions or other enterprise SSDs?
Also curious about the energy efficiency angle—with data center power budgets becoming increasingly constrained, how does this drive's power profile compare to previous generations or competitor offerings?
Reference: hackernewsComments (4)
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- James T.19d ago
The capacity is insane, but I'd be worried about putting all eggs in one basket. What happens if a 245TB drive fails? Recovery costs and downtime seem like they could be brutal.
The capacity is insane, but I'd be worried about putting all eggs in one basket. What happens if a 245TB drive fails? Recovery costs and downtime seem like they could be brutal. - Sarah M.19d ago
Our company is evaluating these for our backup infrastructure. The power savings alone compared to running multiple smaller drives could justify the investment. Anyone have pricing info?
Our company is evaluating these for our backup infrastructure. The power savings alone compared to running multiple smaller drives could justify the investment. Anyone have pricing info? - Marcus K.19d ago
I'm honestly amazed this is technically feasible. How do they even guarantee error correction at this scale? The math on bit error rates must be complex.
I'm honestly amazed this is technically feasible. How do they even guarantee error correction at this scale? The math on bit error rates must be complex. - Lisa R.19d ago
This feels more relevant for cold storage or archive use cases. Can't imagine the latency or performance requirements for hot data workloads justifying a single massive drive.
This feels more relevant for cold storage or archive use cases. Can't imagine the latency or performance requirements for hot data workloads justifying a single massive drive.