The PowerMiser is a pinnacle in low-power SRAM solutions, designed to cater to devices requiring extended battery life and minimal power consumption both when operating and in standby. Developed across several process technologies such as 28nm FDSOI and 22nm ULL bulk CMOS, PowerMiser demonstrates significant power savings, achieving up to 50% reduction in dynamic power while maintaining functionality over wide voltage ranges. With an ability to operate effectively at voltages as low as 0.7V and as high as 1.2V, PowerMiser facilitates flexible design adjustments for varying application needs without performance compromise.
This SRAM compiler supports capacities as high as 576Kbit and word lengths up to 144 bits, featuring multiple multiplexing factors to provide designers with varied sizing options. Its innovative "Bit Line Voltage Control" further optimizes power usage, especially in retentive sleep modes offering quick awaken capabilities or deep sleep for maximum leakage savings.
PowerMiser supports streamlined dynamic power efficiency suitable for critical applications like edge AI, where minimizing SRAM power usage is essential to product feasibility and competitiveness. Its architecture is geared towards future-focused designs, leveraging low power methodologies to meet contemporary low voltage operation demands in an increasingly battery-conscious world.
