In another case, traffic exceeds a specific rate and is delayed in the queue and transmitted later when it is possible, but note that the packet can be delayed only until the queue is not full. Next figure explains the difference between rate limiting and rate equalizing:Īs you can see in the first case all traffic exceeds a specific rate and is dropped. delay packets that exceed specific rate limit in the queue and transmit its when it is possible – rate equalizing (scheduler) (100% rate equalizing when queue-size=unlimited).discard all packets that exceed rate limit – rate-limiting (dropper or shaper) (100% rate limiter when queue-size=0).Rate limiting can be performed in two ways: Traffic which rate that is less than or equal to the specified rate is sent, whereas traffic that exceeds the rate is dropped or delayed. Rate limiting is used to control the rate of traffic flow sent or received on a network interface. Requires marked packet flows from /ip firewall mangle facility. /queue tree menu - for implementing advanced queuing tasks (such as global prioritization policy, user group limitations).
#Ones auto queue how to#
There are two different ways how to configure queues in RouterOS: These hierarchical structures can be attached at two different places, the Packet Flow diagram illustrate both input and postrouting chains. HTB allows to the creation of a hierarchical queue structure and determines relations between queues. Queue implementation in MikroTik RouterOS is based on Hierarchical Token Bucket (HTB). share available traffic among users equally, or depending on the load of the channel.configure traffic bursts for traffic acceleration.limit data rate for certain IP addresses, subnets, protocols, ports, etc.
Queuing works almost on the same methodology used at banks or supermarkets, where the customer is treated according to its arrival. A queue is a collection of data packets collectively waiting to be transmitted by a network device using a pre-defined structure methodology.