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EverOn Ultra Low Voltage Embedded SRAM TSMC 28HPC+
sureCore’s EverOn™ Single Port Synchronous Ultra Low Voltage SRAM IP combines high-density foundry bitcells with sureCore’s low-voltage and low-power peripheral circuits, resulting in a memory that can operate from a single supply rail at voltages down to the bitcell retention voltage.
It allows for easy integration of memory into SoC designs using dynamic voltage and frequency scaling (DVFS) and/or near-threshold operation. The wide operating voltage range of the memory means that it can use the logic power supply, with no need for a separate SRAM supply, or for level shifters between memory and logic.
sureCore’s “SMART-Assist” technology allows robust read and write operation down to the retention voltage. Further architectural innovations include subdividing the memory into four banks, which in conjunction with enhanced sleep modes, provide greater system level flexibility. Each bank can be independently set to be active, or in light sleep, deep sleep or power off modes, and the periphery also has its own active, light sleep, deep sleep and power off modes. These power saving modes provide greater flexibility to tailor product performance around operational needs and to extend battery life – ideal characteristics for cutting edge wearable and Internet of Things applications.
It allows for easy integration of memory into SoC designs using dynamic voltage and frequency scaling (DVFS) and/or near-threshold operation. The wide operating voltage range of the memory means that it can use the logic power supply, with no need for a separate SRAM supply, or for level shifters between memory and logic.
sureCore’s “SMART-Assist” technology allows robust read and write operation down to the retention voltage. Further architectural innovations include subdividing the memory into four banks, which in conjunction with enhanced sleep modes, provide greater system level flexibility. Each bank can be independently set to be active, or in light sleep, deep sleep or power off modes, and the periphery also has its own active, light sleep, deep sleep and power off modes. These power saving modes provide greater flexibility to tailor product performance around operational needs and to extend battery life – ideal characteristics for cutting edge wearable and Internet of Things applications.
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