WIZ750SR-EVB

Evaluation and Demonstration Boards and Kits consist of products used to evaluate existing technology, test new designs, and demonstrate functions, features, and potential applications. WIZ750SR-EVB belongs to this type of product. It is an evaluation board for the WIZ750SR series Serial-to-Ethernet converter module manufactured by WIZnet.

The WIZ750SR-EVB board is based on the WIZ750SR-112 module and features a ARM Cortex-M4 MCU, 56 kbytes of SRAM, integral 10/100 Mbps Ethernet PHY, two serial ports, and two USB 2.0 ports. It provides a configuration menu of the serial-to-Ethernet module, jumpers that facilitate connection to other evaluation boards, and expansion connections that enable connection of further sensors and signal conditioning modules.

The working principle of WIZ750SR-EVM is simple. The device functions as a bridge between two serial devices and Ethernet. It provides user-configurable features, including: flexible data rate settings, TCP/IP protocol operation, 10/100 Mbps Ethernet support, and user security settings.

The board also supports different communication protocols, including UDP, TCP, and ICMP. The integrated MCU runs a program responsible for device setup and configuration, as well as handling of communication between serial communication and Ethernet Ethernet. It also provides status reports, error handling, and security settings.

The WIZ750SR-EVB board has a wide range of application fields. It is a useful tool for the development of products and solutions related to the Internet of Things (IoT). It can be used in the areas of industry automation, agriculture, irrigation, smart energy, and many others. It enables the quick realization of a proof-of-concept demonstration for prototype validation, and supports the creation of a convenient, centralized interface for client-server applications.

The WIZ750SR-EVB board is an efficient tool to quickly and easily connect serial devices to the Internet. It has a simple node-configuration menu, and a wide range of communication protocols, which make it highly suitable for product development, evaluation, and demonstration. The integrated MCU is highly efficient, and the device is able to handle complex tasks, such as handling of communications and security settings, that require significant compute resources. Furthermore, the board features integrated peripherals, such as Ethernet PHY, USB, and serial port connectors, which make it the perfect solution for applications that require conferencing, streaming, industrial automation, and beyond.