Satellite backhaul means getting data of program from one
location which has to be further distributed over large network. For example, a
live television program has to be telecast from Germany throughout the world
and the program has to be further distributed through the satellite terminals.
The program signals have to be backhauled by some means of network (optical
fiber or by other satellite system) and hence Satellite
backhaul enables to get non-live video and audio files which are
broadcasted.
The mobile industry has played an important role in cellular
backhaul market through satellite. Mobile technology has been advancing at
a phenomenal rate. Nowadays mobile devices are the primary way to access the
internet by an individual. For the mobile operators, the key challenge is to
fetch some innovative technologies to backhaul voice and data traffic.
With the
increasing data traffic challenges, 3G and 4G technologies are deployed for the
competences of existing backhaul network and this trend is expected to surge in
years to come. In urban areas, many different technologies are being
implemented to deal with expanding demand including the use of metro Ethernet
network, microwave network and fiber optics. However, it is difficult to
implement these services in rural areas due to high cost associated with the
backhaul technology (fiber and microwave).
Applications such as YouTube, WhatsApp, twitter and many other
popular live streaming and online surfing apps are driving the bandwidth
demand. This demand gives an opportunity for the various transmission service
providers to bring innovative technology to the market. The emergency
communication cells over the satellite are being developed by the satellite
backhaul service providers and these emergency communication cells are
predominantly implemented in only those locations which have significant
cellular connectivity.
These type of solutions are usually owned and operated
by cellular operators where mobile cell towers are connected with satellite
backhaul solution. Asia Pacific (APAC) region currently leads the satellite
backhaul market due to emerging economies such as China and India and need for
connectivity among the masses. Further Europe and Middle East and Africa (MEA)
regions are expected to witness modest growth in satellite backhaul technology
due to the diversity in government’s economic performance and existing
infrastructure which includes combination of optical fibers and microwave
networks.
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The market is segmented by type of transmission medium, backhaul
technology and geography. Transmission medium segmentation includes wired and
wireless. Segmentation based on type of backhaul technology includes fiber,
copper, microwave and millimeter wave and by geography includes North America,
Europe, Middle East and Africa (MEA), Asia Pacific (APAC) and Latin America.
Some of the key players operating in the global satellite
backhaul market includes Gilat Satellite Networks Ltd, VT iDirect, Inc., Avanti
Communications Group plc., SES S.A., Hughes Network Systems LLC.,
Intelsat and O3b Networks.
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