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An introduction to the various frequency bands used for VSAT internet connectivity

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  Even though today most people in large cities do enjoy seamless internet access with ease, this provision is still a luxury for many. The options of availing internet service are usually limited to dial-up or satellite, for people residing in the suburban parts of Africa.    Satellite Connectivity in Africa  is pretty predominant, especially through VSAT technology. VSAT C and Ku-bands are essentially the two prime bands used for VSAT communications in the region. The C-band is particularly ideal for locations where there is heavy rainfall, like more tropical areas of Africa. On the other hand,  Ku  band is best suited for locations where there is a limited area for installation. This system includes a smaller dish size and is easy to install. There are many situations where  Ka-Band in Africa  is also used. On the whole, Ku-band works well for satellite applications that require smaller bandwidth, as the equipment associated with it is more cost-effective than C-band. Better insight

An introduction to the working of VSAT internet

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  Satellite communications are pretty predominately used in many parts of the world.   VSAT Internet in Africa , for instance, is quite popular. It allows people living in even rural or forested parts of Africa to enjoy seamless internet connectivity. VSAT internet is perfect for regions where typical terrestrial internet connectivity is not feasible. You simply need to get in touch with a good  VSAT Engineer in Africa   to get this system installed at your building. A very small aperture terminal (VSAT) basically is a small-sized earth station that helps in transmitting and receiving data, video, and voice signals over a satellite communication network. A VSAT comprises of two parts. The first is a transceiver that is placed outdoors in a direct line of sight to the satellite. The second is a device that is placed indoors to interface the transceiver with the end user’s communications device, such as their personal computer. It is the transceiver that is responsible for receiving o