Repeatedly, fiber optic lines are damaged, mostly from careless construction work, but murai, fire, earthquake and even volcanic eruptions can destroy the light ladder. If the glass fiber leads to a mobile phone station, it becomes offline. Vodafone alone has to struggle every three to five days in Europe. In some cases, laser -pled flight drones should remember that the network operator will show MWC (East Mobile World Congress) in Barcelona in March.
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Laser links for data transmission have long been working near the ground. Their reliability can be banned by various environmental factors, including fog, mist, or smoke as well as low -in -inter -innovative to climb birds or monkeys. In most cases, the connection of 99 percent of the work is not better than anyone.
Vodafone is now increasing laser terminals in the air. In Seville, the network operator claimed to have demonstrated the functioning. To do this, he used two flight drones, each of which was placed a laser terminal of the alphabet auxiliary star. In this way, the flight drone between each other established a wireless optical data connection at a distance of about three kilometers. Each drone was connected to a mobile phone station through a cable, called New German tethering. Thanks to tethering, the drone can also be supplied with electricity, which enables long flight time.
Stratospheric balloon to floor and back in the air
Tara is one of the companies that the Google group sees as a high speculative investment that can do great work when successful. It included Loon, which wanted to connect remote areas to the Internet with stratospheric balloons. This concept has not proved itself, but the new alphabet project in Tara developed for multi-ibat connections, energy-efficient laser terminals.
The first some floor deep, for example in 2021 for broadband connections of Congo capitals and broadband connections of the Democratic Republic of Congo on the Congo River. Tara Laser connected Anguila with neighboring islands, in many countries in India and Africa, Tonga online and bridges bring remote areas at the bridge network intervals. For short-term congestion in events, T-Mobile USA has also relied on Tara Laser compounds as a backhall for mobile mobile phone transmitters. Assuming a direct visibility, the terminals form up to 20 gigabit per second in a second and should be transferred to only 40 watt per terminal.
(DS)
