Sscom 3.2 ❲TESTED❳

: Displays sent data in one color (e.g., green) and received data in another (e.g., blue), often including timestamps or interval measurements. Common Use Cases Firmware Testing

for Windows. It is a staple for engineers working with embedded systems, microcontrollers (like Arduino or STM32), and IoT modules to monitor and send data over RS-232, UART, or USB-to-serial interfaces. Key Features of SSCOM 3.2 Data Formats : Supports sending and receiving data in both String (ASCII) Hexadecimal (HEX) Customizable Parameters : You can freely set common serial parameters, including: : Common speeds like 9600 or 57600. : Typically 8. : Typically 1. Parity and Flow Control : Often set to "None" for basic debugging. Ease of Use : It is often distributed as a single sscom 3.2

: Displays incoming data from a microcontroller in various formats (ASCII or Hex). : Displays sent data in one color (e

For engineers working with ESP8266 Wi-Fi modules, SIM800 GSM modules, or HC-05 Bluetooth modules, SSCOM 3.2 is the perfect sandbox. Developers can manually send AT , AT+CSQ , or AT+CIPSTART to test network connectivity. Key Features of SSCOM 3

: Allows users to save frequently used command strings to dedicated buttons for one-click execution. ⚙️ Key Technical Specifications Baud Rates Supports common speeds from 110 bps up to 921600 bps. Data Formats

Ensure these match your device's configuration (standard is 8 Data Bits, 1 Stop Bit, No Parity). 3. Open the Port