1. The current hardware uses a wider range of frequencies so it’s impractically massive to be used for mobile environments.
2. Plasma antennas are expensive and hard to manufacture.
3. High-frequency signals mean that antennas operating at higher frequencies could not penetrate walls like conventional Wi-Fi, so signals would have to be reflected throughout the buildings.
Plasma antennas could theoretically solve some of these problems because these can operate at a wider range of frequencies, but gas antennas are also more complex (and likely more expensive) than their silicon- diode counterparts, which are small enough to fit inside a cell phone. With plasma antenna technology, there are kinks to iron out, but researchers and engineers are optimistic to make this promising technology commercially available in few years.
More Topics You Like To Read :-
Advantages of plasma antennas
Limitations Of Plasma Antenna
Development In antenna technology
2. Plasma antennas are expensive and hard to manufacture.
3. High-frequency signals mean that antennas operating at higher frequencies could not penetrate walls like conventional Wi-Fi, so signals would have to be reflected throughout the buildings.
Plasma antennas could theoretically solve some of these problems because these can operate at a wider range of frequencies, but gas antennas are also more complex (and likely more expensive) than their silicon- diode counterparts, which are small enough to fit inside a cell phone. With plasma antenna technology, there are kinks to iron out, but researchers and engineers are optimistic to make this promising technology commercially available in few years.
More Topics You Like To Read :-
Advantages of plasma antennas
Limitations Of Plasma Antenna
Development In antenna technology

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