Which frequency mode opens up extra channels?

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Multiple Choice

Which frequency mode opens up extra channels?

Explanation:
The concept being tested is expanding available spectrum by bonding adjacent channels into a wider channel. This wider channel, often called a “superchannel,” allows more spectrum to be used at once, increasing data capacity and effectively opening up more channel resources within the same frequency range. By using a larger channel width (for example, moving from 20 MHz to 40/80/160 MHz where supported), you create a single, wider channel that carries more data, which translates into more usable channels and higher throughput. The other terms don’t refer to a standard frequency mode that enlarges the available spectrum, so they don’t provide the same increase in channel availability.

The concept being tested is expanding available spectrum by bonding adjacent channels into a wider channel. This wider channel, often called a “superchannel,” allows more spectrum to be used at once, increasing data capacity and effectively opening up more channel resources within the same frequency range. By using a larger channel width (for example, moving from 20 MHz to 40/80/160 MHz where supported), you create a single, wider channel that carries more data, which translates into more usable channels and higher throughput. The other terms don’t refer to a standard frequency mode that enlarges the available spectrum, so they don’t provide the same increase in channel availability.

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