Hi there,
It’s all Here, They can be controlled and maintained with LP processor check it out… 
3.9 Low Power Management
With the use of advanced power-management technologies, ESP32-C6 can switch between different power
modes. ESP32-C6 supports:
• Active mode: CPU and chip radio are powered on. The chip can receive, transmit, or listen.
• Modem-sleep mode: The CPU is operational and the clock frequency can be reduced. Wi-Fi base band
and radio are disabled, but Wi-Fi connection can remain active.
• Light-sleep mode: The CPU is paused. Any wake-up events (wireless power management module, SDIO
host, RTC timer, or external interrupts) will wake up the chip. Wi-Fi base band and radio are disabled, but
Wi-Fi connection can remain active. Users can disable the CPU and most peripherals except SRAM and
wireless power management module (as shown in ESP32-C6 Functional Block Diagram) to further reduce
current consumption.
• Deep-sleep mode: CPU, SRAM, and most peripherals are powered down. Only the LP memory is
powered on. LP peripheral states can be configured. Wi-Fi connection data are stored in the LP memory.
The LP CPU is operational.
HTH
GL 
PJ 