The correct answer is: B. FALSE
A three-layer switching topology can create latency within a cloud network. This is because the traffic has to travel through multiple layers of switches, which can add to the overall delay. Additionally, if there is congestion in any of the layers, this can further increase the latency.
A three-layer switching topology is a type of network topology that is used in cloud computing. It consists of three layers: the access layer, the distribution layer, and the core layer. The access layer is responsible for connecting the end devices to the network. The distribution layer is responsible for routing traffic between the access layer and the core layer. The core layer is responsible for carrying traffic between the distribution layers.
The three-layer switching topology is a common choice for cloud networks because it is scalable and efficient. However, it can also create latency within the network. This is because the traffic has to travel through multiple layers of switches, which can add to the overall delay. Additionally, if there is congestion in any of the layers, this can further increase the latency.
There are a number of ways to reduce latency in a three-layer switching topology. One way is to use a high-speed switch. Another way is to use a low-latency routing protocol. Additionally, you can reduce congestion by load balancing the traffic across multiple servers.
Overall, the three-layer switching topology is a good choice for cloud networks. However, it is important to be aware of the potential for latency. There are a number of ways to reduce latency, but it is important to choose the right solution for your specific needs.