from : Cybermq.com
Tokyo - Japan Aerospace Exploration Agency (Japan Aerospace Exploration Agency - JAXA), Saturday, launched a rocket into space, carrying an experimental satellite "Kizuna," which is the most advanced experimental project to bring Internet communication network system is super fast.
Launch of domestically built rocket named H-2A was a success from the Japanese space launch center in the province of Kagoshima, after being postponed from the previous schedule on February 15 last, according to Kyodo Tokyo, Saturday.
Kizuna Japanese experts to design as an effort to bring wireless Internet communication system (wireless) super fast which is able to reach the Asia Pacific region. It was also in response to the difficulty of the Internet network infrastructure on the mainland.
Geographic condition of Japan is mountainous and rocky indeed quite difficult for the implementation of Internet networking infrastructure throughout the country that is being accelerated by the Japanese.
Japan finally chose to accelerate the development of Internet via satellite network system which does not use wires and the options as well as efforts to anticipate if a permanent communications systems experiencing severe interference.
The ability to transfer data through Kizuna pretty awesome, namely at 1.2 gigabits per second. One gigabit = one billion bits per second. With that capability, Japan is also able to accelerate the research development of new-generation broadcasting technology, namely "high-definition televisions," or so-called "HD-TV".
Internet data transfer rate for the Japanese public relatively quickly by using a fiber optic network data transfer speed of at least 100 megabits per second (Mbps).
The manufacturer claims that the Kizuna satellite communication system is the fastest in the world today. Another benefit of super-fast data transfer capacity that is capable of developing long-distance medical consultation services.
The satellite itself is the result of collaboration between JAXA and the National Institute of Information and Communication Technology. The total cost spent for the project to reach 52 billion yen, from research, the launch until the operation.
Launch of domestically built rocket named H-2A was a success from the Japanese space launch center in the province of Kagoshima, after being postponed from the previous schedule on February 15 last, according to Kyodo Tokyo, Saturday.
Kizuna Japanese experts to design as an effort to bring wireless Internet communication system (wireless) super fast which is able to reach the Asia Pacific region. It was also in response to the difficulty of the Internet network infrastructure on the mainland.
Geographic condition of Japan is mountainous and rocky indeed quite difficult for the implementation of Internet networking infrastructure throughout the country that is being accelerated by the Japanese.
Japan finally chose to accelerate the development of Internet via satellite network system which does not use wires and the options as well as efforts to anticipate if a permanent communications systems experiencing severe interference.
The ability to transfer data through Kizuna pretty awesome, namely at 1.2 gigabits per second. One gigabit = one billion bits per second. With that capability, Japan is also able to accelerate the research development of new-generation broadcasting technology, namely "high-definition televisions," or so-called "HD-TV".
Internet data transfer rate for the Japanese public relatively quickly by using a fiber optic network data transfer speed of at least 100 megabits per second (Mbps).
The manufacturer claims that the Kizuna satellite communication system is the fastest in the world today. Another benefit of super-fast data transfer capacity that is capable of developing long-distance medical consultation services.
The satellite itself is the result of collaboration between JAXA and the National Institute of Information and Communication Technology. The total cost spent for the project to reach 52 billion yen, from research, the launch until the operation.
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