Session 14 overview: Non-volatile memory
Hideaki Kurata, Roberto Gastaldi
Abstract
Hideaki Kurata, Roberto Gastaldi
Abstract
Historically, flash memory is the dominant choice in applications that require solid-state non-volatile memory. As applications grow, flash memory may not be the best fit from many perspectives such random access time, bit alter-ability, and ease of use. For example, in computer applications, improved system performance and cost can be realized by combining non-volatility, byte alterability and high performance in the same memory technology. Traditionally, slower flash memory in conjunction with DRAM has been used. In addition, flash memory is not well suited as an embedded non-volatile memory in SOC platforms due to the added complexity and cost. Up to now expensive flash is integrated into logic technologies to be used in embedded and portable applications.
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Historically, flash memory is the dominant choice in applications that require solid-state non-volatile memory. As applications grow, flash memory may not be the best fit from many perspectives such random access time, bit alter-ability, and ease of use. For example, in computer applications, improved system performance and cost can be realized by combining non-volatility, byte alterability and high performance in the same memory technology. Traditionally, slower flash memory in conjunction with DRAM has been used. In addition, flash memory is not well suited as an embedded non-volatile memory in SOC platforms due to the added complexity and cost. Up to now expensive flash is integrated into logic technologies to be used in embedded and portable applications.
Key concepts: Computer science, Semiconductor memory, Session (web analytics), Computer memory, Flash memory, Interleaved memory, Non-volatile memory, Embedded system