FCM360W EVB Introduction
Supported Modules
Supported module model
Feature List
Basic Overview
The QuecPython_FCM360W_EVB development board is a compact and portable "pocket-sized" board designed specifically for QuecPython. It features a Type-C interface, allowing developers to easily use the board with just a USB Type-C data cable.
Feature Description
The main components and interface layout of the EVB are shown in the figure below.
Document download
EVB Resources
EVB Interface
J1 Pin Assignment
| Pin Header | Pin No. | Name | Feature |
|---|---|---|---|
| J1 | - | VCC_3V3 | 3.3 V |
| J1 | 26 | MAIN_RXD | UART0 |
| J1 | 27 | MAIN_TXD | UART0 |
| J1 | - | GND | Ground |
| J1 | 5 | CEN | Module enable control |
| J1 | 13 | IO22 | GPIO22 |
| J1 | 12 | IO21 | GPIO21 |
| J1 | 10 | IO16 | GPIO16 |
| J1 | 9 | IO4 | GPIO4 |
| J1 | 8 | IO14 | GPIO14 |
| J1 | 7 | IO15 | GPIO15 |
| J1 | 6 | IO20 | GPIO20 |
J2 Pin Assignment
| Pin Header | Pin No. | Name | Feature |
|---|---|---|---|
| J2 | 16 | IO25 | GPIO25 |
| J2 | 15 | IO24 | GPIO24 |
| J2 | 14 | IO23 | GPIO23 |
| J2 | 19 | IO17 | GPIO17 |
| J2 | 20 | IO13 | GPIO13 |
| J2 | 21 | IO1 | GPIO1 |
| J2 | 22 | IO0 | GPIO0 |
| J2 | 23 | IO3 | GPIO3 |
| J2 | 29 | IO2 | GPIO2 |
| J2 | 11 | RESET | Module reset control |
| J2 | 17 | BOOT | Module boot control |
| J2 | - | GND | Ground |
The following figure shows the pin assignment.
Tips
For more information about the EVB, please visit QuecPython Download
EVB Configuration
The pins of peripherals are shown in the table below.
| No. | Name | Model | Supported | Interface Type | Pin |
|---|---|---|---|---|---|
| 1 | USB to UART | CH340N | Yes | USB | 26 and 27 |
| 2 | Key | - | Yes | GPIO | 15 and 16 |
Getting Started Preparation
First, you will need a computer running Windows 10 or later.
- Step 1: Connecting the Development Board
Use a USB Type-C data cable to connect the Type-C port on the development board to a USB port on your computer to provide power.
- Step 2: Powering On the Development Board
Once powered on, the board will automatically start up. Wait for the power indicator light on the mainboard (labeled as POWER LED) to illuminate.
Once you've completed these steps, a constant POWER LED light indicates a successful startup.