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08-Static Public IP Configuration in MikroTik with LAN Bridge and WLAN |Net Expert BD | Lesson 8 |

Mikrotik Bridge is a way to connect a number of network segment together in a protocol itself. The bridge feature allows the interconnection of hosts connected to separate LANs (using EoIP, geographically distributed networks can be bridged as well if any kind of IP network interconnection exists between them) as if they were attached to a single LAN. Packets that forwarded based on Ethernet address, no IP address. Because the packet forwarding done at Layer-2, all protocol can be via a bridge.

Why Use Bridges?

Bridges are important in some networks because the networks are divided into many parts geographically remote from one another. Something is required to join these networks so that they can become part of the whole network.
LAN (for example Ethernet) can be limited in its transmission distance. We can eliminate this problem using bridges as repeaters, so that we can connect a geographically extensive network within the building or campus using bridges. Hence geographically challenged networks can be created using Bridges.
The network administrator can control the amount of traffic going through bridges sent across the expensive network media

In this vdo i am going to show your Mikrotik configuar a PUBLIC IP and LAN Bridge and WLAN i mean . Its showed that how to enable Mikrotik WIFI

07- MikroTik Bandwidth Management over Burst Limit, Priority, Parent and Child Queue- Part-2

PCQ used to recognize the current direction and is used because it can Manage bandwidth in a fair, equitable and massive. PCQ on MikroTik used in conjunction with Queue, either Simple Queue and Queue Tree.
Lets Say, I have 7 PC which I will share a maximum bandwidth of 512k and a minimum bandwidth of 73 kb each PC. If only one of my PC is online then he will be able to BW max 512kb, but if there are two PC online BW divided by 2, and so on up to 7 with the distribution of bandwidth evenly.

Bursts are used to allow higher data rates for a short period of time. Every 1/16 part of the burst-time, the router calculates the average data rate of each class over the last burst-time seconds. If this average data rate is less than burst-threshold, burst is enabled and the actual data rate reaches burst-limit bps, otherwise the actual data rate falls to max-limit or limit-at.

Burst limit is the maximum limit of bandwidth that can be consumed
in a short time determined by burst-time

Burst Time is the period of time, in seconds, over which the average data rate is calculated.

Max limit is the maximum limit of bandwidth that can be consumed by the computer subject to limitation

A burst threshold is a trigger or an inverting point or a limitation of
the real bandwidth received as a burst-limit constraint.

In this video i informed that how to manage traffic over Brust limit, Queue Priority and Child and Parrent Queue .

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