A point to a point topology is a network configuration where two hosts connect with each other, in a systematic fashion. For instance, if a router had to be configured in Vadodara, Gujrat, to link and use resources in Noida, Delhi, you want to ensure, you had a link in between them which can support the needs. If a permanent connection is needed, which is constantly dependable and available, you would require a T1 circuit. In this way, you can link together two sites, resulting in a point to point connection that’s both robust and dedicated.
Point to Point topology is thus based on the most fundamental concept of connecting two nodes using a common link. The bandwidth travels through the common link connecting the two nodes. Traditionally, Point to point connections would be using a cable or a wire for connecting two ends. However, in the age of wireless technology, point to point connections rely on a set of routers, devices and gateways as well as paths used by the data to travel.
There are three most common point to point wireless topologies.
A star topology refers to a point to point architecture, wherein isolated wireless devices or even nodes, directly communicate with a gateway or a central hub. Then, the gateway transmits the data to a centralized collection point, like a control room.
In contrast to a star topology, in which every device speaks to a gateway, a mesh topology makes the devices communicate to other network’s node. A message might be hopping from one node to another, till it reaches a specific gateway, an ability denoted as multi-hopping.
A cluster topology refers to a combination of mesh and hybrid topologies. In a star topology, a wireless device is clustered around the repeaters or routers which communicate with one another and the gateway in a point to multipoint or mesh topology.
So, what’s the right P2P wireless technology for you?
How it can help your business
A star topology might at times be applicable to simple applications where interruptions in communications will not intercept one from accomplishing the results as desired. If the reliability of data is critical, mesh topologies might be the best form of guard against loss of data or signal. It also comes with the added advantage of enabling easier expansion of the network. A cluster tree might be utilized if one needs to apply myriad topologies to different segments of the network. For instance, battery powered devices of measurement, can be connected in a star topology to routers that are line powered, which can be connected in a mesh topology.
Why Choose Us
But, what if you need a solution that demands high reliability, long battery life and an easier network expansion? The answer is self-organized networks. Here at Ravi Infotech, you will find the best P2P networking services in Vadodara. We understand that process environments tend to be dynamic. Hence, you would need a self-organized network that ensures high flexibility and built in intelligence. Our services offer a dynamic capability to re-configure itself to use the most effective communication paths. How? Connect with us and get the best P2P networking service in Vadodara.