Toshiba Corporation today announced that it has developed NANO FLASH-100 much faster access for embedded microcontrollers, based on Toshiba's original NANO FLASH. The rich functionality and high speed capabilities of embedded microcontrollers require much flash memory with much faster access rates. Toshiba has recognized and responded to this by developing NANO FLASH which merges two features: high speed programming, based on NAND flash memory cell device technology; and NOR flash memory circuit technology.
Toshiba has subsequently brought this high level performance to its original microcontrollers and to ARM core-based microcontrollers. Now, as more users use ARM core-based microcontrollers, there is an emerging need for greater speed and large memory capacities. NANO FLASH-100 is highly suited to this market.
- The newly developed NANO FLASH-100 achieves a zero-wait cycle during random access at 100 MHz operation (note 1), the industry's top class. This allows the core in ARM-based microcontrollers to fully utilize the superior performance and code density of applications requiring high speed and large capacity memory.
- Using the ultra low power technology of NANO FLASH microcontrollers, a wide range of high speed, low power applications developments are available.
Toshiba will follow up on its first NANO FLASH-100 product, TMPM440F10XBG, with additional ARM core-based products and will continue the proactive development of flash memory technologies for embedded microcontrollers.
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