Minicom


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Minicom

Minicom is a free, open-source communications software package for Unix-like operating systems that provides a text-based interface for communicating with serial devices, such as modems and terminal servers. It is commonly used by system administrators and power users who need to manage and monitor remote systems.

What does Minicom mean?

Minicom is a free and open-source terminal emulator for Unix-like operating systems, primarily used for accessing serial ports and modems. It provides a text-based interface for interacting with devices connected through serial interfaces, enabling users to establish connections, Send and receive data, and control various parameters.

Minicom’s user-friendly interface and rich feature set make it a popular choice for various applications, including:

  • Serial port communication: Minicom allows users to connect to and communicate with serial devices, such as modems, Embedded systems, and microcontroller boards. This enables the exchange of data, configuration, and control commands between the computer and these devices.
  • Dial-up networking: Before the widespread adoption of broadband internet, Minicom was widely used for dial-up modem connections. It provided a reliable and accessible method for connecting to remote networks and accessing dial-up internet services.
  • Terminal emulation: Minicom can emulate a variety of terminal types, such as DEC VT100 and VT220. This makes it compatible with many legacy systems and applications that require specific terminal capabilities.
  • File transfer: Minicom supports file transfer protocols such as ZMODEM and XMODEM, allowing users to send and receive files between computers connected through serial interfaces.
  • Scripting and automation: Minicom can be used to create scripts and automate tasks related to serial communication. This allows users to perform repetitive tasks or create custom applications that interact with serial devices.

Applications

Minicom is a versatile tool with numerous applications in various fields:

  • Embedded systems development: Minicom is widely used in embedded systems development for debugging, configuring, and testing embedded devices through serial interfaces.
  • Networking and telecommunications: Minicom plays a role in network management, remote access, and modem control applications.
  • Industrial automation: Minicom is used in industrial automation to communicate with and control programmable logic controllers (PLCs) and other industrial devices.
  • Research and education: Minicom is a valuable tool for research and educational purposes, enabling students and researchers to interact with serial devices and perform data acquisition and analysis.
  • Scripting and automation: Minicom can be used to automate tasks such as data logging, file transfers, and device configuration, making it a useful tool for system administrators and developers.

History

Minicom’s development began in the early 1990s by Miquel van Smoorenburg as a replacement for the aging Kermit terminal emulator. The first Release, Minicom 1.0, was published in 1994.

Over the years, Minicom has undergone significant enhancements and updates. Key milestones include:

  • 1996: Minicom 1.8 introduced Support for modem initialization scripts and XMODEM file transfer protocol.
  • 2000: Minicom 2.0 added support for additional terminal emulations and scripting capabilities.
  • 2005: Minicom 2.5 introduced a built-in file Manager and support for Kermit file transfer protocol.
  • 2010: Minicom 2.7 added support for UTF-8 character encoding and improved modem detection capabilities.
  • 2019: Minicom 2.8 introduced support for the latest Linux kernel versions and various bug fixes.

Minicom continues to be actively developed and maintained as an open-source project, with a dedicated user community contributing bug fixes and enhancements.