E07-m1101d Pinout ((hot)) 【100% Verified】

If unused, leave them floating or pull down with a 10k resistor.

Note: Always inspect your module's silkscreen carefully, as older generic CC1101 boards utilized a 10-pin layout, whereas the standard E07-M1101D V2.0 utilizes an efficient 8-pin layout. New V2.0 E07-M1101D-SMA CC1101 · Issue #104 - GitHub

| e07-m1101d | ESP32 GPIO | Function | |------------|------------|-------------------| | VCC | 3.3V | Power | | GND (pin1) | GND | Ground | | SI (pin3) | GPIO23 | SPI MOSI | | SCK (pin4) | GPIO18 | SPI SCK | | SO (pin5) | GPIO19 | SPI MISO | | CSn (pin6) | GPIO5 | SPI SS | | GDO2 (pin7)| GPIO4 | Interrupt / status| | GDO0 (pin8)| GPIO2 | Optional | | RESET (pin9)| 3.3V via 10k| Pull-up | | GND (pin10)| GND | Extra ground | e07-m1101d pinout

These pins are highly configurable via CC1101 registers. Common uses:

Communication with the E07-M1101D is handled via the SPI bus. Below are practical wiring examples for popular development boards. Remember to use a stable 3.3V power source. If unused, leave them floating or pull down

#include <ELECHOUSE_CC1101.h>

The ESP32 is a common host for this module. It uses 3.3V logic, which is directly compatible with the E07-M1101D. Common uses: Communication with the E07-M1101D is handled

. Carries command and register configuration data into the CC1101. 7 MISO / GDO1

The "SMA" version (E07-M1101D-SMA) includes an SMA connector for external antennas, which significantly improves range compared to the spring antenna version. Power Stability: