Question

Suppose you are using a 1GB SSD. 256MB is already filled with data and you continuously and only write to page 0 with random data. Suppose the SSD supports 1024 erase cycles and there haven't been any erases yet, and log-structured storage is used so there is no write amplification. Assume we do not consider the impacts of overprovisioning. Approximately how much total data can be written to page 0 if wear leveling is not used? [ Select ] Approximately how much total data can be written to page 0 if wear leveling is used? [ Select ]

          Suppose you are using a 1GB SSD. 256MB is already filled with data and you continuously and only write to page 0 with random data. Suppose the SSD supports 1024 erase cycles and there haven't been any erases yet, and log-structured storage is used so there is no write amplification. Assume we do not consider the impacts of overprovisioning.

Approximately how much total data can be written to page 0 if wear leveling is not used? 
[ Select ]

Approximately how much total data can be written to page 0 if wear leveling is used? 
[ Select ]

Added by Deepa

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