Showing posts with label about ring topology. Show all posts
Showing posts with label about ring topology. Show all posts

Tuesday, March 15, 2011

General Overview About Ring Topology - Part-II

Regardless of the statements tributes priorly, now just get step in into the spot where we will get to know how the data packets are transferred over the Ring Computer Networking Topology. Once a sender initiated a request send packets over network, it will be passed to the adjacent node firstly, if the header information quoted along with the token matches with the adjacent node, it will accept it to continue with the transmission, else it will retransmit the request to its own adjacent in the network for matching up the IP addresses and in this way the process moves on in a ring style. Erstwhile the desired recipient gets the request from its own adjacent node and IP addresses are matched up and justified that the request is meant merely of it, it will then issue an acknowledge to the sender to initiate as well as set free the token over the network so that other nodes could also use it waiting in the queue for its turn.


All such kinds of activities are maintained and handled by an agent named as Multi Access Unit – MAU for a short. It has got similar job like a traditional hug have in a star topology, but the difference comes in context of how data packets are treated over the network topology. Wherever we are concerned with Hub, it simply broadcast signals to all stations attached with it, while an MAU in a ring topology creates a logical ring by transmitting request neighbor wise until and unless the end recipient gets it. Considering the entire storyline you should get to know and make sure in addition too that either ring topology is suitable with your business or requirements or not. However, an IT Consulting Los Angeles firm will help you out to the best level and will guide you what sorts of topology and implementation will give you the best output.

General Overview About Ring Topology - Part-I

Topology, which is the layout of how computer systems and other networking devices are connected together to create a vibe of communication and sharing between users. There are many types of topologies could be adopted to initiate and maintain such environment, for instance, star, bus, ring, mess, and tree topology.



For the special moment, I will focus on Ring Topology, how it works and its merits and demerits. In the most fundamental aspect it works on a factor known as token, and for this reason it is also known as Token Ring Network. A token is a kind of permission a node would have in a ring topology to transmit data packets. Whenever a node intended to transmit packets over network setup, it needs to have a token, once it is gifted with the token, it can merely then send packets to the suggested recipient. During the time preceding as it get a token, it attaches the recipient information along with it, when recipient receives the packets, it acknowledge the sender with respect to the request of incoming packets. This acknowledgement trigger sender to set the token free all over the network for rest of the nodes so that it can also get its turn for sending data packets. It was all about how a node get an opportunity to transfer its data packets to its desired computer networking recipient.