Q1 Mossfet Summary:
Drain (D) → connected to RCM point
Source (S) → connected to GND
Gate (G) → controlled by the circuit
👉 When Gate = HIGH → Q1 ON → RCM → GND
👉 When Gate = LOW → Q1 OFF → RCM floats HIGH

Q2 Mossfet Summary:
Gate (G) → connected to modchip GPIO
Drain (D) → connected to Q1 gate node
Source (S) → connected to GND

👉 When GPIO = HIGH:
Q2 turns ON
Pulls Q1 gate LOW or manipulates it depending on design

👉 When GPIO = Hi-Z / LOW:
Q2 OFF
Resistors define Q1 gate state

🧠 Final clean mapping table
MOSFET	Gate (G)	Drain (D)	Source (S)
Q1	Control network	RCM point	GND
Q2	Modchip GPIO	Q1 gate node	GND


Boot Sequence:
POWER OFF: Hardware → forces RCM LOW
POWER ON: Hardware → still LOW → RCM triggered
MCU BOOTS: GPIO HIGH → disables grounding → RCM HIGH
SLEEP: GPIO floats → circuit holds HIGH → no effect
POWER OFF: Everything resets → back to LOW