4 ms·
I would love to see how this stacks up to enterprise SSDs. It is my understanding that they will last years under constant full-bus-speed rewriting.
by chisleu 12y ago
I would love to see how this stacks up to enterprise SSDs. It is my understanding that they will last years under constant full-bus-speed rewriting.
- mrmondo 12y agoCheck out the Intel DC p3600 / p3700 - very nice NVMe SSDs
- chisleu 12y agoAbsolutely correct. Those are some fantastic units. However I'm generally limited to 2.5" SAS/SATA interfaces. I hope to find some benchmarks like this on enterprise level stuff to fight the bullshit around SSDs not being capable of write intensive operations.
- mrmondo 12y agoI'll have you some benchmarks next week / the week after or so. I'm building custom storage servers and will be writing it up as I go: http://smcleod.net/building-a-high-performance-ssd-san/ http://smcleod.net/building-a-high-performance-ssd-san/
- trhway 12y ago>I would love to see how this stacks up to enterprise SSDs. the difference is number of writes an individual flash cell can take. Consumer - multi-level cell (MLC) - 1000-3000 writes (thus 240GB disks start to fail around 600-700TB written) where is enterprise SSD flash - single-level cell (SLC) - up to 100000 writes.
- chisleu 12y agoI'm talking eMLC. I don't see many SLCs on the market anymore.