Bandwidth in Computer Networks
In the context of a computer network `Bandwidth` is one of the fundamental concepts that refers to the capacity of the network to transfer data from one machine or node to another. In simple terms, bandwidth is the maximum available data transfer limit of a computer network for e.g. network connection offered by an ISP generally offers a fixed bandwidth like 100 mbps (megabits per second) which means you have a network connection using which you can transfer a maximum of 100 megabits of data per second (upload or download).
But the actual capacity of the network may defer depending on various factors like network traffic, latency etc so the throughput received may be less or more than the assigned bandwidth value. Bandwidth is measured in mbps (megabits a second) referring to the amount of data in mega bits that can be transferred over a network in 1 second of time.
Difference Between Latency and Throughput
Difference Between Latency and Throughput: In a computer network computers are connected using different types of devices like routers switches, etc that form the network. One of the most fundamental concepts in computer networking is to test the connectivity between two computers, here is where different measures to evaluate the performance of the network come into play.
Latency is the measure of the delay users encounter when sending or receiving data over a network. Throughput, on the other hand, determines the network’s capacity to accommodate multiple users simultaneously, indicating how many users can access the network concurrently.
Latency and Throughput are two of the most important network performance evaluation measures. In this article, we have provided everything about what is latency, what is throughput, the difference between latency and throughput, and the similarities between latency and throughput.
Table of Content
- What is Latency in Networking?
- What is Throughput in Networking?
- Bandwidth in Computer Networks
- Difference Between Latency and Throughput
- Relationship between Bandwidth, Latency, and Throughput
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