Due to this crystal structure and how it is influenced, F-RAM offers distinct properties from other nonvolatile memory options, including extremely high endurance ( exceeding 10 < small >< sup > 16 </ sup ></ small > for 3. 3 V devices ), ultra low power consumption ( since F-RAM does not require a charge pump like other non-volatile memories ), single-cycle write speeds, and gamma radiation tolerance.

Due to this crystal structure and how it is influenced, F-RAM offers distinct properties from other nonvolatile memory options, including extremely high endurance ( exceeding 10 < small >< sup > 16 </ sup ></ small > for 3. 3 V devices ), ultra low power consumption ( since F-RAM does not require a charge pump like other non-volatile memories ), single-cycle write speeds, and gamma radiation tolerance.

Due to this crystal structure and how it is influenced, F-RAM offers distinct properties from other nonvolatile memory options, including extremely high endurance ( exceeding 10 < small >< sup > 16 </ sup ></ small > for 3. 3 V devices ), ultra low power consumption ( since F-RAM does not require a charge pump like other non-volatile memories ), single-cycle write speeds, and gamma radiation tolerance.

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