LAGGED
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Right at current, all wireless manufacturers are pushing the frequency of their products higher and higher into the Ghz range to achieve the throughput that modern software requires.
Because of this all wireless products have a short range (unless excessive power is applied which is illigal under the gov. regulations), and they all need LOS to be fully opperational.
This is my 2 cents worth (excuse the americanisum)
All wired networking runs off the ability to transmit power in the form of "+" and "-" volts in order to produce a pure binary stream. This runs off the mains which is AC current oscillating at 50Hz.
If (now PLEASE correct me if im horribly wrong) wired networks can achieve 10Mbps at 50Hz then why can a wireless network do the same at arround 50Hz. This would allow the signal generated to be reflected arround obsticals (thanks to the low wavelength of the wave) but also able to transmit large enough amounts of data.
Right That is the theory but im not 100% sure so please bare with it.
Any questions ask away
Because of this all wireless products have a short range (unless excessive power is applied which is illigal under the gov. regulations), and they all need LOS to be fully opperational.
This is my 2 cents worth (excuse the americanisum)
All wired networking runs off the ability to transmit power in the form of "+" and "-" volts in order to produce a pure binary stream. This runs off the mains which is AC current oscillating at 50Hz.
If (now PLEASE correct me if im horribly wrong) wired networks can achieve 10Mbps at 50Hz then why can a wireless network do the same at arround 50Hz. This would allow the signal generated to be reflected arround obsticals (thanks to the low wavelength of the wave) but also able to transmit large enough amounts of data.
Right That is the theory but im not 100% sure so please bare with it.
Any questions ask away























