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  1. RouterOS Documentation. This document describes RouterOS, the operating system of MikroTik devices. Documentation applies for the latest stable RouterOS version. Also available in the documentation in PDF format for offline use (updated monthly).

  2. This manual provides an introduction to RouterOS built-in powerful scripting language. Scripting host provides a way to automate some router maintenance tasks by means of executing user-defined scripts bounded to some event occurrence. Scripts can be stored in Script repository or can be written directly to console .

  3. The console is used for accessing the MikroTik Router's configuration and management features using text terminals, either remotely using serial port, telnet, SSH or console screen within Winbox, or directly using monitor and keyboard. The console is also used for writing scripts. This manual describes the general console operation principles.

  4. Router keeps routing information in several separate spaces: FIB (Forwarding Information Base), that is used to make packet forwarding decisions. It contains a copy of the necessary routing information. Each routing protocol (except BGP) has it's own internal tables. This is where per-protocol routing decisions are made.

  5. Подробное описание изменений в MikroTik RouterOS 7.13.x. Официальный список исправленных ошибок, добавленного функционала и прочих доработок. Дата выхода первого набора изменений – 14 декабря 2023, дата выхода последнего набора ...

  6. Netinstall is a tool designed for Windows operating systems to reinstall MikroTik devices running RouterOS (except for non-MikroTik x86 devices). Netinstall re-formats the device's disk and copies over fresh files on to the system's disk, this can solve multiple issues when your device is not working properly. Always try using Netinstall if you ...

  7. PCC takes selected fields from IP header, and with the help of a hashing algorithm converts selected fields into 32-bit value. This value then is divided by a specified Denominator and the remainder then is compared to a specified Remainder, if equal then packet will be captured. You can choose from src-address, dst-address, src-port, dst-port ...