With the WIZ550WEB module you’re immediately on the web

Summary of With the WIZ550WEB module you’re immediately on the web


This article introduces the WIZ550WEB module, an embedded web server solution using the W5500 chip and STM32F103RBT6 MCU for remote device administration. It highlights benefits like time/money savings and remote diagnostics for devices such as heating boilers. The evaluation board offers extensive I/O capabilities, while documentation and source code are available online.

Parts used in the WIZ550WEB Project:

  • WIZ550WEB module
  • W5500 chip
  • STM32F103RBT6 MCU
  • Wiz550WEB-EVB development board
  • 8 output relays
  • 8 digital inputs with optocouplers (TLP290-4)
  • 4 analogue inputs (0-12V)
  • 4GB microSD card

To administrate devices through a web interface is simple, fast and comfortable. Also can be added, that it´s a solution that saves time and money and in a vast majority of cases it´s beneficial for a producer and also a customer. Besides common “network devices” for example for data acquisition (telemetry – when we want a device to send measured data), a network connectivity is still more used at devices, whose functionality is not dependent on a web connection. Usually here belong devices, where this “extra functionality” brings several advantages.

With the WIZ550WEB module you’re immediately on the web

Example of such device can be for example a heating boiler, where a user can comfortably monitor its operation and change temperature and in case of a required service a producer can diagnostic the device remotely – without a costly personal inspection.

Novelty in this field is the WIZ550WEB module based on the W5500 chip (10/100 Mbps) from company Wiznet and the STM32F103RBT6 MCU. Hardwired core is highly stable and resistant to attacks. By means of the WIZ550WEB module you can use 16 digital I/O pins and 4 analogue inputs. It also supports serial configuration via AT commands.

The simplest way to start is to use a rich-featured development board Wiz550WEB-EVB with 8 output relays, 8 digital inputs with optocouplers (TLP290-4) and 4 analogue inputs (0-12V).

Detailed information will provide you documents Wiz550WEB_datasheetWiz550WEB_getting_startedand Wiz550WEB_users_guide. Also useful are Wiz550WEB and EVB kitu schematics.

Latest information and source codes can be found at https://github.com/Wiznet/WIZ550web.
In case of interest, please contact us at [email protected].

Advantages / Features:

  1. embedded web server based on the W5500 chip
  2. high stability and security thanks to a hard-wired solution
  3. simply usable module for Ethernet connection
  4. 16 configurable I/O pins and 4 analogue inputs
  5. 4GB microSD card included
  6. also available is a rich-featured evaluation board

For more detail: With the WIZ550WEB module you’re immediately on the web

Quick Solutions to Questions related to WIZ550WEB Project:

  • What is the primary function of the WIZ550WEB module?
    It allows users to administer devices through a simple, fast, and comfortable web interface.
  • How does the WIZ550WEB module ensure stability and security?
    It uses a hardwired core which is highly stable and resistant to attacks.
  • Can the module be used with devices that do not depend on a web connection?
    Yes, it adds extra functionality such as monitoring and remote diagnostics to such devices.
  • What microcontroller is integrated into the WIZ550WEB module?
    The module is based on the STM32F103RBT6 MCU.
  • How many digital I/O pins does the WIZ550WEB module support?
    The module supports 16 configurable digital I/O pins.
  • What is included in the Wiz550WEB-EVB development board?
    It includes 8 output relays, 8 digital inputs with optocouplers, and 4 analogue inputs.
  • Where can users find the latest information and source codes?
    Latest information and source codes are available at the Wiznet GitHub repository.
  • Does the module support serial configuration?
    Yes, it supports serial configuration via AT commands.

About The Author

Ibrar Ayyub

I am an experienced technical writer holding a Master's degree in computer science from BZU Multan, Pakistan University. With a background spanning various industries, particularly in home automation and engineering, I have honed my skills in crafting clear and concise content. Proficient in leveraging infographics and diagrams, I strive to simplify complex concepts for readers. My strength lies in thorough research and presenting information in a structured and logical format.

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