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Mike Pennington
Mike Pennington
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802.11g is has a higher bandwidthbitrate (54mbs, realisitc 22-26mbs). It used 802.11g uses the same technologyradio-frequency bandwidth as 802.11b, but has to do with the QAM802.11g implements QAM / modulation. So So a 64-QAM modulation would give youincreases the bitrate to 54mbs theoretical speed. It's basically the accuracy of the wlan. How accuratly you can transmit/modulate your signal and how accuratly the client can receive and process the signal.

802.11g is has a higher bandwidth (54mbs, realisitc 22-26mbs). It used the same technology but has to do with the QAM / modulation. So a 64-QAM modulation would give you 54mbs theoretical speed. It's basically the accuracy of the wlan. How accuratly you can transmit/modulate your signal and how accuratly the client can receive and process the signal.

802.11g has a higher bitrate (54mbs, realisitc 22-26mbs). 802.11g uses the same radio-frequency bandwidth as 802.11b, but 802.11g implements QAM / modulation. So a 64-QAM modulation increases the bitrate to 54mbs theoretical speed. It's basically the accuracy of the wlan. How accuratly you can transmit/modulate your signal and how accuratly the client can receive and process the signal.

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Max
Max
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802.11g is has a higher bandwidth (54mbs, realisitc 22-26mbs). It used the same technology but has to do with the QAM / modulation. So a 64-QAM modulation would give you 54mbs theoretical speed. It's basically the accuracy of the wlan. How accuratly you can transmit/modulate your signal and how accuratly the client can receive and process the signal.