Free Space Optical and Laser Communication Satellite Systems | TELEPIX
TELEPIX free space optical and laser communication satellite systems are known for its accuracy in the field, providing high-resolution satellite imagery.
TelePIX Laser Communication Satellite Systems
Laser satellite communication is optical communication that uses satellites. Satellites send information to Earth via laser signals, or invisible light signals. This makes data transmission much faster than using the radio frequencies that we currently use for communication all over the world.
The laser signals connect satellites with each other directly using so-called inter-satellite links. But they also connect satellites and receiving stations on Earth. A receiving station can also be built into an aeroplane, providing internet during the flight. Laser satellite communication works best if you build a network of multiple satellites. These exchange data among themselves and then send it back to Earth.
The advantages of satellite communication
Laser satellite communication allows you to send much more data. Its power consumption is much lower, and, at the same time, its efficiency is higher. Moreover, it can be as much as 10 times faster than normal communication. Using laser satellite communication, you can process a terabit of information per second. That's about 125 gigabytes. Its speed is the equivalent of simultaneously streaming 200,000 Netflix films in HD quality. Laser satellite communication is also much safer than radio communication because it's much harder to eavesdrop. That's why this form of communication is also very interesting for the Ministry of Defence.
Laser Communication Terminal
- A monostatic architecture shared Tx/Rx/PAT beam paths with a deployable single aperture
- Seed laser assembly within telecom optical C-band (1530~1565 nm)
- 6U CubeSat platform
If you are looking for free space optical and laser communication satellite systems, you can find them at TelePIX.
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