Point-to-point topology is a type of network configuration in which each device on the network is connected directly to one other device. This means that there is only one path of communication between any two devices on the network
2. What is Point to Point topology
Point-to-point topology is a type of network configuration in which each
device on the network is connected directly to one other device. This
means that there is only one path of communication between any two
devices on the network
3. Advantages
Simplicity: Only two devices are connected, making it easy to set up and
troubleshoot.
Dedicated link: A direct link is established between the two devices,
resulting in a dedicated connection with no contention from other devices.
Scalability: Additional point-to-point links can be added as needed to
expand the network.
4. Disadvantages
Limited expansion: Only two devices can be connected, making it difficult
to expand the network beyond that.
Cost: Setting up point-to-point connections can be expensive, as
dedicated links are required for each connection.
Single point of failure: If the link between the two devices fails, the entire
connection is lost, making the network vulnerable to downtime
5. What is Daisy chain topologies
A Daisy chain topology is a network configuration where devices are
connected in a linear fashion, with each device connected to the one
before and after it. This creates a chain-like structure, with all devices
connected in series.
7. Linear Topology
Linear bus topology is a type of network topology where each device
connects one after the other in a sequential chain (shown right). In this
case, the bus is the network connection between the devices
8. Ring Topology
A ring topology is a network configuration where device connections
create a circular data path. Each networked device is connected to two
others, like points on a circle. Together, devices in a ring topology are
called a ring network.
9. Advantages
Easy to install and configure: The linear structure of a daisy chain makes it
easy to set up and add new devices.
Cost-effective: Only two connections are required for each device,
reducing the cost of cables and connectors.
Scalability: Additional devices can be added to the chain as needed to
expand the network.
10. Disadvantages
Single point of failure: If one device in the chain fails, the entire network
can be affected.
Limited distance: The distance between devices is limited by the maximum
cable length and signal attenuation.
Limited bandwidth: The overall bandwidth of the network is shared among
all devices, which can lead to slow performance.
