MIKROE-330

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The MIKROE-330 is a versatile and highly advanced evaluation and demonstration board featuring a massive array of I/O support. It is designed to provide the user with an easily configurable platform for their projects, while its various power-saving functions enable prototyping for a variety of applications. This board can be used to create various types of embedded systems, from home automation to industrial automation.

The MIKROE-330 is powered by an Allwinner H6 Cortex-A53 processor, with up to 1.5GHz quad-core performance. This processor offers remarkable performance while remaining low on power consumption and having an integrated static RAM. The board also features a dual-core GPU for graphical applications, with support for OpenGL ES and OpenCL.

The control and communication system of the MIKROE-330 is provided by its GPIO system, with 16 3-pin headers for various I/O devices. There are also 10 PWM channels, compliant with the PWM4.1 standard, which are connected to a brushed DC motor driver. As for communication, the board features Ethernet, USB, SPI and I2C connections, as well as two CAN connectors.

The MIKROE-330 also has a simplified selection of on-board features, such as a JTAG connector, a DAC and an ADC, as well as a DHT11 temperature/humidity sensor. This sensor, connected to the processor\'s GPIO, can be used to monitor and control temperature and humidity, if needed.

In terms of software support, the MIKROE-330 supports Linux, Windows and Android operating systems, with complete tutorials and source code in a variety of languages, from C to C#. The board also provides full access to the Linux kernel, allowing for custom drivers and modules.

In conclusion, the MIKROE-330 is a multi-functional and low-power evaluation and demonstration board, providing all the features required for board-level prototyping of different types of embedded systems. Its various powering and I/O features, support for various operating systems and simplified selection of on-board features makes the board an ideal choice for embedded applications.

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