Queues are used to limit and prioritise the traffic based on your requirement and there is lots
of mechanism to configure the QOS in Mikrotik OS:
Why Do we need QOS ?
We can limit data rate for certain IP addresses, subnets, protocols, ports, and other parameters.
limit peer-to-peer traffic.
prioritise some packet flows over others.
configure traffic bursts for faster web browsing.
apply different limits based on time.
share available traffic among users equally, or depending on the load of the channel.
Queue Types in mikroitk .
1-FIFO-First In and first Out.
2-RED-Random Early Drop
3-SFQ-Stochastic Fairness Queuing
4-PCQ-Mostly this queening mechanism is being used in every-times .The queuing configuration is depends on your
requirement and one more thing this queue will be applied on per connection .It means which ever the bandwidth
you have mentioned inside the queue that same parameter will be applied on all the established connections .
For example if you classify flows by src-address on local interface (interface with your clients), each PCQ sub-stream will be one particular client's upload.
It is possible to assign speed limitation to sub-streams with pcq-rate option. If pcq-rate=0 sub-streams will divide available traffic equally.
Simple Queue .
This is one of the way to limit data rate for specific IP addresses and/or subnets,
Some Key points on Simple Queues .
Peer-to-peer traffic queuing
You can set the priority of each queues.
Note-
The queues will be working in ascending order so I mean to say that you have to make it proper alignment before you expect the impact of the queues .
of mechanism to configure the QOS in Mikrotik OS:
Why Do we need QOS ?
We can limit data rate for certain IP addresses, subnets, protocols, ports, and other parameters.
limit peer-to-peer traffic.
prioritise some packet flows over others.
configure traffic bursts for faster web browsing.
apply different limits based on time.
share available traffic among users equally, or depending on the load of the channel.
Queue Types in mikroitk .
1-FIFO-First In and first Out.
2-RED-Random Early Drop
3-SFQ-Stochastic Fairness Queuing
4-PCQ-Mostly this queening mechanism is being used in every-times .The queuing configuration is depends on your
requirement and one more thing this queue will be applied on per connection .It means which ever the bandwidth
you have mentioned inside the queue that same parameter will be applied on all the established connections .
For example if you classify flows by src-address on local interface (interface with your clients), each PCQ sub-stream will be one particular client's upload.
It is possible to assign speed limitation to sub-streams with pcq-rate option. If pcq-rate=0 sub-streams will divide available traffic equally.
Simple Queue .
This is one of the way to limit data rate for specific IP addresses and/or subnets,
Some Key points on Simple Queues .
Peer-to-peer traffic queuing
You can set the priority of each queues.
Note-
The queues will be working in ascending order so I mean to say that you have to make it proper alignment before you expect the impact of the queues .
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