LOW-ESP32 Hardware Monitor

Overview

LOW-ESP32 Hardware Monitor is a lightweight, powerful solution for real-time monitoring of your PC's hardware stats, directly on an ESP32 with a T-Display V1.1. With this project, you can effortlessly monitor your CPU, GPU, and RAM performance at a glance, all thanks to the Open Hardware Monitor server running on your PC.

Features

• Real-Time Monitoring: Display current CPU, GPU, and RAM statistics on your TTGO ESP32 T-Display.
• Minimal Setup: Easily configurable with minimal hardware requirements.
• Customizable Display: Adjust the display to show the information you care about most.
• Wi-Fi Enabled: Connects to your PC over Wi-Fi to fetch and display data.

Hardware Requirements

• TTGO ESP32 T-Display V1.1
• Wi-Fi Connection
• 

Default Ports/Localhost

• LibreOpenHardware - http://localhost:8085/
• Express.Js - http://localhost:5000

Installation

1. Clone the repository:

   git clone https://github.com/oauramos/LOW-ESP32-HardwareMonitor.git
   cd LOW-ESP32-HardwareMonitor

2. Install required libraries:

   • Install the required libraries in your Arduino IDE or PlatformIO environment:
     • ESP32
     • TFT_eSPI
     • WiFi
     • ArduinoJson

3. Configure Wi-Fi:

   • Edit the config.h file with your Wi-Fi credentials and the IP address of your Open Hardware Monitor server.

4. Upload the code:

   • Compile and upload the code to your TTGO ESP32 T-Display.

5. Run the Open Hardware Monitor:

   • Ensure your Open Hardware Monitor server is running and accessible via the configured IP address.

Usage

Once the code is uploaded and your device is powered on, the TTGO ESP32 T-Display will automatically connect to your Wi-Fi network and start displaying real-time stats from your PC.

• CPU Usage: Displays name, load, temp.
• GPU Usage: Displays name, load, temp.
• RAM Usage: Displays name, load, Max capacity.
• Disk Usage: Displays name, load, temp.

Customization

You can customize what information is displayed and how it is presented by modifying the code in the main.cpp file. The display layout and styles can be adjusted to suit your preferences.

Troubleshooting

• No Data Displayed?

  • Check that your ESP32 is connected to the correct Wi-Fi network.
  • Verify that the Open Hardware Monitor server is running and accessible at the configured IP address.
  • Ensure that the IP address in the config.h file matches the one used by your Open Hardware Monitor.

• Display Issues?

  • Confirm that the correct display settings are configured in the User_Setup.h file for your TTGO ESP32 T-Display.

Contributions

Contributions are welcome! Feel free to submit pull requests or open issues to help improve this project.

License

This project is licensed under the MIT License - see the LICENSE file for details.