- What is a multipoint connection?
- What is difference between point to point and multipoint connection?
- What are different types of connection?
- What are two examples of hybrid topology?
- What is link configuration?
- What is hybrid topology?
- Why do we need protocols?
- What is line configuration and its types?
- What is a LAN topology?
- Where is hybrid topology used?
- Which topology is best?
- What are the two types of line configuration in network topologies?
- What are the two types of line configuration also categorize the four basic topologies in terms of line configuration?
- What are the two kinds of multipoint connections?
- What are the type of connections?
- Which topology requires a multipoint connection?
- What is a component of LAN?
- What does bus topology mean?
What is a multipoint connection?
Multipoint Communication means the channel is shared among multiple devices or nodes.
In this communication, There is dedicated link between two nodes.
In this communication, link is provided all times for share the connection among nodes..
What is difference between point to point and multipoint connection?
The main difference between point-to-point and multipoint connection is that in a point-to-point connection the link is only between two devices i.e. a sender and a receiver. On the other hand, in a multipoint connection, the link is between a sender and multiple receivers.
What are different types of connection?
Different Types of Internet ConnectionsDial-Up (Analog 56K).DSL. DSL stands for Digital Subscriber Line. … Cable. Cable provides an internet connection through a cable modem and operates over cable TV lines. … Wireless. Wireless, or Wi-Fi, as the name suggests, does not use telephone lines or cables to connect to the internet. … Satellite. … Cellular.
What are two examples of hybrid topology?
Examples of hybrid network topologies include the following: The star-wired ring, which is a set of start topologies connected by a ring topology as the adjoining typology, and. The star-wired bus, which is made up of a set of star topologies interconnected by a central bus topology.
What is link configuration?
Link configuration defines the type of line service that your Point-to-Point Protocol (PPP) connection profile uses to establish a connection. … To define a Point-to-Point Protocol (PPP) line that is associated with an analog modem, select this line service.
What is hybrid topology?
Hybrid topology is an integration of two or more different topologies to form a resultant topology which has many advantages (as well as disadvantages) of all the constituent basic topologies rather than having characteristics of one specific topology.
Why do we need protocols?
Answer: Network protocols are needed because it include mechanisms for devices to identify and make connections with each other, as well as formatting rules that specify how data is packaged into messages sent and received.
What is line configuration and its types?
Line configuration refers to the way two or more communication devices attached to a link. Line configuration is also referred to as connection. A Link is the physical communication pathway that transfers data from one device to another.
What is a LAN topology?
Topology is the physical and logical arrangement of a network. The logical arrangement of a network refers to how the workstations, servers, and other equipment relate to each other in terms of traffic flow. … There are three primary LAN topologies: linear bus, ring, and star.
Where is hybrid topology used?
For example, if there is a Mesh topology in one office department while a Ring topology in another department, connecting these two with bus topology will result in Hybrid topology. Combination of Star-Ring and Star-Bus networks are the most common examples of the hybrid network topology.
Which topology is best?
A Star Network Topology is best suited for smaller networks and works efficiently when there is limited number of nodes. One has to ensure that the hub or the central node is always working and extra security features should be added to the hub because it s the heart of the network.
What are the two types of line configuration in network topologies?
What are the two types of line configuration? There are two types of line configurations: Multipoint and point to point. A multipoint line configuration connects multiple users, while a point to point connection maintains individual connection links between all pairs of users.
What are the two types of line configuration also categorize the four basic topologies in terms of line configuration?
CATEGORIZE THE FOUR BASIC TOPOLOGIE IN TERMS OF LINE CONFIGURATION. There are four basic network topologies – bus, ring, mesh and star topologies. Multipoint configurations are: Bus and Ring. A bus topology consists of a single cable connecting all devices in the network.
What are the two kinds of multipoint connections?
In this connection two or more devices share a single link. There are two kinds of Multipoint Connections : If the links are used simultaneously between many devices, then it is spatially shared line configuration. If user takes turns while using the link, then it is time shared (temporal) line configuration.
What are the type of connections?
Types of Broadband ConnectionsDigital Subscriber Line (DSL)Cable Modem.Fiber.Wireless.Satellite.Broadband over Powerlines (BPL)
Which topology requires a multipoint connection?
Bus topologyExplanation : Bus topology requires a multipoint connection. Because, in this there is a single communication channel, that is shared by all the systems in a net work. So bus topology require multipoint connection.
What is a component of LAN?
A LAN consists of a group of computers and devices connected by switches and hubs. For this LAN to gain access to the Internet it must contain a router. The speed of the network greatly depends on the configuration of the switches and hubs.
What does bus topology mean?
Local Area NetworkA bus topology is a topology for a Local Area Network (LAN) in which all the nodes are connected to a single cable. The cable to which the nodes connect is called a “backbone”. … The bus topology is e.g. used by Ethernet networks.