Discover the Power of 5.8GHz Laser Technology for Efficient Radio Links

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In summary, the conversation discussed the possibility of using a 5.8GHz laser for a radio link instead of a 2m antenna. While it is possible to send a modulated signal using a maser, it requires specific gain materials and conditions and is generally more cumbersome than using an antenna. The wavelength of 5.8GHz corresponds to 5.2cm and a directional transmitter could potentially be made using conventional electronics. However, identifying the appropriate gain material is necessary before determining the feasibility of this option. It was also mentioned that masers can work using transitions in ions implanted in a solid medium, but they are not commonly used due to their cumbersome nature.
  • #1
ctech4285
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what would a 5.8ghz laser look like. i am just wondering because it would be so much nicer to do a radio link with a laser instead of a 2m antenna
 
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  • #2
At 5.8GHz it sounds more like maser.
 
  • #3
interesting did not know that
has anything like that been used for sending a modulated signal?
i would imagine it behaves like a laser right?
 
  • #4
Masers have been around for even longer than lasers. So yes, you can send information using a modulated maser.
 
  • #5
ctech4285 said:
what would a 5.8ghz laser look like.
One would need to know what the gain material is, and other details, before that can be answered.
i am just wondering because it would be so much nicer to do a radio link with a laser instead of a 2m antenna
Existing masers require a molecular beam in a vacuum chamber. Operating a vacuum pump is more cumbersome than having an antenna. Again, one would need to identify the gain material, and what conditions are required to achieve gain, before one can claim that it would be a nice easy device to operate.

The wavelength corresponding to 5.8 GHz is 5.2 cm, so I would think a good directional transmitter could be made using conventional electronics.
 
  • #6
hmm yeah what gas has electrons with the right energy state for that frequency?
 
  • #7
Redbelly98 said:
Existing masers require a molecular beam in a vacuum chamber.

No they don't. There are all sorts of masers (just as there are all sorts of lasers); some e.g, work by using transitions in ions (say Fe) implanted in a solid medium (say sapphire).

That said, masers ARE much more cumbersome to use than lasers so they are rarely useful in practical applications.
 

1. How does 5.8GHz laser technology work for radio links?

5.8GHz laser technology uses beams of light to transmit radio signals through the air, similar to how fiber optics transmit data through cables. The laser beam is modulated with the radio signal, allowing for efficient and high-speed transmission over long distances.

2. What are the benefits of using 5.8GHz laser technology for radio links?

Some of the main benefits of using 5.8GHz laser technology for radio links include higher bandwidth capacity, lower interference from other devices, and longer transmission distances. It also offers a more secure and reliable option compared to traditional radio frequency links.

3. Can 5.8GHz laser technology be used in all weather conditions?

Yes, 5.8GHz laser technology can be used in most weather conditions, including rain, fog, and snow. However, heavy rain or fog can cause attenuation of the laser beam, reducing the signal strength and potentially affecting the link's performance. In extreme weather conditions, alternative communication methods may need to be used.

4. How does 5.8GHz laser technology compare to other wireless communication methods?

Compared to other wireless communication methods, 5.8GHz laser technology offers higher bandwidth and longer transmission distances. It also has lower interference from other devices, making it a more reliable option for critical communication needs. However, it may have limitations in terms of line-of-sight requirements and weather conditions.

5. What industries can benefit from using 5.8GHz laser technology for radio links?

5.8GHz laser technology can be beneficial for various industries, including telecommunications, military and defense, transportation, and remote sensing. It can be used for high-speed data transmission, remote monitoring and control, and secure communication in these industries. It can also be useful in disaster recovery and emergency response situations.

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