Prioriser Le Trafic Sur Mikrotik Router Os Rev.... Today

MikroTik RouterOS offers two primary mechanisms for prioritization: Simple Queues and Queue Trees. Simple Queues are ideal for basic per-IP or per-subnet bandwidth limitation. However, for true prioritization, the Queue Tree is superior. The Queue Tree works in conjunction with the /interface bridge or physical interfaces, utilizing the PCQ (Per Connection Queue) algorithm. PCQ dynamically creates sub-queues for specific flows (e.g., each IP address or each TCP connection), allowing the router to distribute bandwidth fairly while prioritizing critical packets.

Post-configuration, the administrator must validate prioritization using tools like Torch (for real-time traffic viewing) and Graphing (for historical data). The /queue simple stats command reveals packet drops; if the real-time queue shows excessive drops, the burst-limit threshold may be too low. Prioriser le trafic sur MIKROTIK ROUTER OS Rev....

A common pitfall in MikroTik prioritization is the default First-In-First-Out (FIFO) queue. To prevent "bufferbloat," administrators should enable Random Early Detection (RED) or SFQ (Stochastic Fairness Queueing) . For high-priority traffic, configuring the queue to use pfifo with a small tx queue limit reduces latency. The command /queue type allows custom creation of these queue disciplines. The Queue Tree works in conjunction with the