The channel bandwidth can be either 2 or 8 MHz, depending on data rate.

The available channel bandwidth and achievable signal-to-noise ratio determine the maximum possible throughput.

This type of transmission results in reduced channel bandwidth.

B is the channel bandwidth in hertz.

In addition, wireless channel bandwidth is limited.

The method by which color and black-and-white sideband signals are interwoven within the same channel bandwidth.

Therefore, in many (if not most) real systems, the channel capacity is not easily related to the channel bandwidth.

The technology supports scalable channel bandwidth, between 1.4 and 20 MHz.

The available channel bandwidth limits the number of simultaneous conversations, since "dead" air time cannot be easily used for additional communication.

It may for example be defined as the maximum throughput or goodput, summed over all users in the system, divided by the channel bandwidth.