A SRAM-Based FTL Design in Solid State Drives Using Block Associative Mechanism
IFITA), 2010 International Forum（2010）
摘要
When Solid state drives began to enter our life and gradually became the mainstream device in the storage industry. Some issues incur the people attention in pursuit of optimal performance. This paper proposed an on-chip SRAM-based FTL design to improve the efficiency of the SSD random write and reduce the amount of erasure operations. By simulation experiments of SSDsim, we demonstrated the efficiency of our design. At the end of this paper, I gave our future directions in this work.
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关键词
optimal performance,block associative mechanism,mainstream device,lifetime,future direction,ftl design,simulation experiment,flash translation layer design,mapping mechanism,solid state drive,sram chips,solid state,ssdsim,storage industry,people attention,erasure operation,ftl,solid state drives,sram-based ftl design,flash memories,on-chip sram,layout,optimization,chip,solids,computer architecture
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