Low-Power SRAM IP
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28
IP
from 12 vendors
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10)
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EverOn Ultra Low Voltage Embedded SRAM TSMC 22ULL
- Low operating voltage (down to the SRAM cell retention voltage)
- Low active power
- Multiple sleep modes for leakage management
- No need for separate SRAM power supply in DVFS or near-threshold designs – SRAM can operate from the logic supply.
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EverOn Ultra Low Voltage Embedded SRAM TSMC 40ULP Embedded Flash
- Low operating voltage (down to the SRAM cell retention voltage)
- Low active power
- Multiple sleep modes for leakage management
- No need for separate SRAM power supply in DVFS or near-threshold designs – SRAM can operate from the logic supply.
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EverOn Ultra Low Voltage Embedded SRAM TSMC 28HPC+
- Low operating voltage (down to the SRAM cell retention voltage)
- Low active power
- Multiple sleep modes for leakage management
- No need for separate SRAM power supply in DVFS or near-threshold designs – SRAM can operate from the logic supply.
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EverOn Ultra Low Voltage Embedded SRAM TSMC 40ULP
- Low voltage operation down to 0.6V
- Silicon proven
- Up to 75% dynamic power savings
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Capless LDO regulator in TSMC 22ULL 1.8V
- Low silicon area
- Fast transient response
- Low-Power (LP) mode to supply AON domain
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Capless LDO regulator in TSMC 22ULL
- Low silicon area
- Fast transient response
- Low BoM cost: no output capacitor required
- Low-Power (LP) mode to supply AON domain
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Capless LDO regulator in TSMC 22ULL
- Low silicon area
- Fast transient response
- Low BoM cost, no output capacitor required
- Low-power (LP) mode to supply AON domain with low quiescent current