This brief presents and evaluates a pre-coding algorithm to reduce power consumption and improve data retention in NAND-based solid-state drives. Compared to the state-of-the-art asymmetric coding and stripe pattern elimination algorithm, the proposed write pattern format algorithm (WPFA) achieves better data retention while consuming less power. The hardware for WPFA is simpler and requires less circuitry. The performance of WPFA is evaluated by both computer simulations and field-programmable gate array implementation
Program disturb, read disturb, and retention time noise are identified as three major contributors t...
Abstract In NAND flash memory, once a page program or block erase (P/E) command is issued to a NAND ...
The data update mechanism for a solid-state drive (SSD) involves overprovisioning, e.g., a storage f...
High seek and rotation overhead of magnetic hard disk drive (HDD) motivates development of storage d...
The unparalleled cost and form factor advantages of NAND flash memory has driven 35mm photographic f...
NAND flash memory is a ubiquitous storage medium which has revolutionized the non-volatile memory in...
In order to avoid changing existing infrastructures, SSDs need to fit in the same physical space of ...
International audienceSolid-state drives (SSDs) based on NAND flash memories provide an attractive s...
3D-NAND memories based on Charge Trapping (CT) technology represent the most promising solution for ...
Different program algorithms are experimentally characterized on CT-NAND Flash Arrays at 4X technolo...
Low power consumption, virtually zero latency, extremely fast boot-up for OS and applications, fast ...
NAND flash-based solid-state drives (SSDs) are increas-ingly popular in enterprise server systems be...
We propose a new approach, called dynamic program and erase scaling (DPES), for improving the endura...
In many consumer electronics such as digital camcorders, notebooks, and tablet PCs, hard disk drive ...
Recent breakthroughs in NAND flash technology have made solid state drive (SSD) a viable storage dev...
Program disturb, read disturb, and retention time noise are identified as three major contributors t...
Abstract In NAND flash memory, once a page program or block erase (P/E) command is issued to a NAND ...
The data update mechanism for a solid-state drive (SSD) involves overprovisioning, e.g., a storage f...
High seek and rotation overhead of magnetic hard disk drive (HDD) motivates development of storage d...
The unparalleled cost and form factor advantages of NAND flash memory has driven 35mm photographic f...
NAND flash memory is a ubiquitous storage medium which has revolutionized the non-volatile memory in...
In order to avoid changing existing infrastructures, SSDs need to fit in the same physical space of ...
International audienceSolid-state drives (SSDs) based on NAND flash memories provide an attractive s...
3D-NAND memories based on Charge Trapping (CT) technology represent the most promising solution for ...
Different program algorithms are experimentally characterized on CT-NAND Flash Arrays at 4X technolo...
Low power consumption, virtually zero latency, extremely fast boot-up for OS and applications, fast ...
NAND flash-based solid-state drives (SSDs) are increas-ingly popular in enterprise server systems be...
We propose a new approach, called dynamic program and erase scaling (DPES), for improving the endura...
In many consumer electronics such as digital camcorders, notebooks, and tablet PCs, hard disk drive ...
Recent breakthroughs in NAND flash technology have made solid state drive (SSD) a viable storage dev...
Program disturb, read disturb, and retention time noise are identified as three major contributors t...
Abstract In NAND flash memory, once a page program or block erase (P/E) command is issued to a NAND ...
The data update mechanism for a solid-state drive (SSD) involves overprovisioning, e.g., a storage f...