How quickly can the Nano resume from deep sleep mode? We potentially need it to be running userland processes within 5s.
I found this thread for the Xavier NX stating 200mW, but I’m not aware enough of these devices to know how representative that one might be. When the Nano is in deep sleep (SC7) mode, what is its typical power consumption? Rough numbers are fine here, I care about order-of-magnitude. In this mode, everything is switched off including CPU, Wi-Fi. Deep Sleep Mode: Deep sleep mode of ESP32 is very efficient and consumes very less power when powered from the battery sources. This power mode of ESP32 consumes around 0.8 mA of current. Vehicle is inactive for 14 consecutive days Battery voltage drops below 9.5 volts Extreme cold/hot weather conditions.
wake-up time for the Nano for power budgeting and to explore possible implementation options, but I haven’t been able to find the following information either in the documentation or these forums. As switching states consume a lot of power, hence if you disable it, we can save a lot of power. I’m trying to evaluate power consumption vs. A sensor/microcontroller would detect when the Nano would need to wake up to capture/process data from USB sensors for a few minutes. We’re currently exploring using the Jetson Nano module in a battery-powered application in which we need to be able to survive ~1 week on a single charge, with most of that time being in a sleep/low-power state.
