Which two parameters must be considered when evaluating for severity on a Wi-Fi interferer? (Choose two.)

The number of active wireless clients reflects the scale of devices affected by interference, not an intrinsic parameter of the interferer itself that determines its severity.

The operating system of affected wireless clients is irrelevant to the physical characteristics and severity of a Wi-Fi interferer, as interference is a physical layer phenomenon.

While the physical location of the interferer influences its impact, 'location in the wireless infrastructure' is not a direct, quantifiable parameter of the interferer's inherent severity in the same way frequency and power are.

The broadcast frequency of an interferer is a primary factor in determining severity because interference occurs when signals operate on the same or adjacent frequency channels as the legitimate Wi-Fi network, causing signal collisions and degradation.

dBm (decibel-milliwatts) is a measure of the absolute power level of the interferer's signal. A higher dBm value indicates a stronger interfering signal, which will more severely degrade the signal-to-noise ratio (SNR) of Wi-Fi transmissions and significantly impact network performance.