GANIMEDE.E12 ESP12 Board with USB, Wi-Fi, mikroBus and Grove Sockets

Ganimede can be programmed in a variety of languages, all of them perfectly capable. For anyone getting started, MicroPython is certainly the ideal choice: an environment that is easy to learn yet surprisingly powerful. A detailed description of the steps needed to install the MicroPython environment, together with a set of examples, can be found in the Python section of the board GitHub repository:
https://github.com/ffich/Ganimede/tree/main/10_Python.

MikroBus is a hardware connectivity standard for microcontrollers and embedded devices, developed by the Serbian company Mikroelektronica. It was designed to provide a simple, convenient way to connect sensors, actuators and other components to microcontrollers of all kinds. The standard is based on a connector (or socket) with a standardised pin-out, shown in the figure below.

The best known products using the standard are the Click line of boards, also made by Mikroelektronica, of which more than 1,000 different variants are on the market, each with its own function and its own hardware. The specification of the standard is open source and available at the following web address: https://download.mikroe.com/documents/standards/mikrobus/mikrobus-standard-specification-v200.pdf. The specification allows other board manufacturers to use it in their own hardware, or even to contribute to the design of new devices.
Using a connectivity standard such as Mikrobus greatly simplifies embedded project development. Developers can concentrate on writing code, because the Mikrobus connector provides a simple, convenient solution for connecting components. The standard is also very handy for rapid prototyping, since developers can easily swap or add components in their project without having to worry about the hardware connection.

Grove is another very widespread standard in the hobbyist/maker world, created by SeedStudio. It is another hardware expansion standard but, unlike MikroBus, which uses a 16-way socket and breakouts fitted with matching connectors (so the boards plug straight into the socket), it uses a standard 4-way connector *** and breakouts connected by cable. The 4 pins of the standard Grove connector carry power and signals, and the signal pins are wired differently depending on the type of board connected:

• pin 1 – Yellow – Signal 1; may be I²C bus SCL, Digital I/O, Analog or UART RX depending on the board connected;
• pin 2 – White – Signal 2; may be I²C SDA, Digital I/O, Analog or UART TX depending on the board connected;
• pin 3 – Red – VC; common to all connectors;
• pin 4 – Black – GND; repeated on all connectors.

*** The 4-way connector for the Grove system is sold separately ( see the related products )

Here too there is a wide range of devices, roughly 200-300 of them, that can be connected to our Ganimede board. More information can be found at the following web address: https://wiki.seeedstudio.com/Grove_System/.

These features make it an excellent solution for building Internet-connected devices such as remote sensors, home automation devices and IoT (Internet of Things) products.

The ESP8266 SoC has a UART interface, an ADC module, an SPI module, an I²C module, a set of GPIOs and a PWM module. These interfaces let you connect the ESP-12 module to all sorts of sensors and external devices to build projects of every kind. The ESP8266 supports several network protocols such as TCP/IP, HTTP, DNS, DHCP, UDP and many more, which makes it a versatile Wi-Fi connectivity solution. On the programming side, the ESP8266 can be programmed in C/C++ as well as in scripting languages such as LUA, uPython and JavaScript, putting it within reach of a wide range of developers.

The SoC also supports various integrated development environments, such as the Arduino IDE and PlatformIO, real-time operating systems such as FreRTOS and various frameworks, including the popular NodeMCU and Tasmota development frameworks. In short, the ESP-12 module is a low-cost, compact way to build Internet-connected devices, making the most of the powerful features of the ESP8266 SoC. Thanks to its versatility and the wide range of peripherals available, the ESP-12 module is an ideal choice for many product development projects