Token ring is a networking technology that uses a logical ring topology to transmit data between devices. It was first developed by IBM in the 1980s and was widely used in the 1990s before being replaced by faster and more efficient technologies such as Ethernet. Despite its relatively low popularity today, token ring still has a number of advantages that make it an attractive option for certain types of networks.
One of the main advantages of token ring is its high level of security. Because data is transmitted in a logical ring, it is difficult for unauthorized devices to intercept or tamper with the data. This makes token ring particularly well-suited for use in networks with sensitive or confidential information, such as financial or healthcare networks.
Another advantage of token ring is its ability to support high-bandwidth applications. Because token ring uses a dedicated token to transmit data, it is less prone to congestion than other networking technologies that rely on a shared medium. This means that token ring can support higher levels of traffic without experiencing delays or dropped packets.
Token ring is also relatively easy to troubleshoot and maintain. Because it uses a logical ring topology, it is straightforward to identify and isolate problems when they occur. This makes it easier to maintain network performance and uptime.
In addition, token ring networks can be easily scaled by adding additional devices to the ring. This makes it easy to expand the network as the needs of the organization grow.
Finally, token ring is relatively simple to install and configure. It does not require complex configuration or setup, making it an attractive option for organizations with limited IT resources.
Overall, token ring is a reliable and secure networking technology that is well-suited for certain types of networks, particularly those with high security or bandwidth requirements. While it may not be as popular as other technologies, it still has a number of advantages that make it an attractive option for certain types of organizations.
Token Ring Topology Advantages and Disadvantages
But the token ring can work in bi-directional also. But it seems to us that Fast Ethernet probably is the better one because it is technologically as competitive, relatively simpler, easier to maintain and more cost effective. Although this hardware connects computers together like a physical star topology, it logically works as a ring topology. Answer: A single node failure or cable breakdown can separate every node attached to the Ring. Why Do We Use Token Ring Topology? In the case of Ethernet a large community of users were convinced to install a commonly agreed type of high performance network because manufacturers are able to provide standard add on features, which as they are produced in bulk, have been offer cheaper. Typically, each node connection cannot exceed 382 feet, depending on the cable type.
Token Ring Topology
. IBM first published the Token-Ring topology in March 1982. The P bits are priority bits, T is the token bit which when set specifies that this is a token frame, M is the monitor bit which is set by the Active Monitor AM station when it sees this frame, and R bits are reserved bits. After the THT, the token frame must be handed over to some other station. If data passes in a uni-directional way then it is known as half-duplex. Each address consists of a number The Pros and Cons of Each Technology When it comes to networking, there are a few technologies that are often compared and contrasted with each other. Therefore, for latency sensitive applications, Fast Ethernet is the better choice.
Explain the Token Ring Network (IEEE Standard 802.5) in Computer Network.
This ability and efficiency was a huge advantage at a time when network hubs were commonly used. Students can also find more Advantages and Disadvantages articles on events, persons, sports, technology, and many more. Computer Network, Larry Peterson and Bruce Davis, Morgan Kaufmann Publishers, 1996. If the network is to be expanded, this length can be up to 2. As we know now, Ethernet won, but if you just looked at the specs, there was no reason why it should have. It is the most common type of network in use today and is generally faster than a token ring network.