Fiber optic broadband infrastructure development news from the United States

Aug 24, 2011

Three universities in the Mississippi State will be connected to a fiber optic cable network. The high speed communication network will link University of Mississippi, Mississippi State University and The University of Southern Mississippi. The broadband infrastructure based on fiber optic network is owned by AT&T. Communication through fiber optic cables will allow users to get more higher bandwidth services. The network connecting the universities in Mississippi is known as Mission. This research network will enable universities to access to global information resources more faster, which will provide academic competitiveness. Using AT&T’s network infrastructure is economically good to the universities.

Jackson State University, the State Department of information and Technology, The University of Mississippi Medical Centre, the Army Corpos of Engineers and the Stennis Space Centre are the other beneficiaries of the high speed broadband network.

In another development, the U.S Department of Agriculture revealed their plan to award US$ 1.14 million to the Karuk Tribe. This will help to expand the broadband infrastructure to the under-developed rural areas in the United States. The fund alloted to the Karuk Tribe to develop fiber optic network will provide high speed broadband services in the area. Karuk Tribe can have access to the fiber optic and wireless internet.

Karuk Tribe is working with Ener Tribe and West Coast affiliate for Native Link Communications to achieve roll out of fiber optic network and high speed internet access network. Under-developed regions will be benefited with the development of fiber optic networks as it will provide access to a number of facilities such as telemedicine, distance learning, communications between public safety agencies etc.

The Karuk Tribe plans to provide high speed broadband services first to the institutions and businesses and then move to the individual houses. This new fiber optic project will bring broadband service to Orleans. It is not more than one month that the development of Humboldt County’s redundant fiber optic line have started. Access Humboldt supports this new fiber optic project, which is the second tribal network in Humboldt. Yurok Tribe was already awarded one of the similar grant to increase internet access.

Karuk Tribe fiber optic network will be from Orleans to Yreka connecting the interstate 5 optical fiber cable line. With the construction of this new fiber optic line, approximately 570 tribal members and triable offices, institutions and business houses will be able to get connected to the internet services. Karuk Tribe plans to include digital phone services in the next phase of this project. Yurok Tribe’s broadband network is from Crescent to Weitchpec. It will use white space technology from Carlson Wireless.

Regarding Humboldt redundant fiber optic cable line, IPNetworks, based in San Fransisco has begun the deployment in July. The fiber optic cable has an aerial deployment route, that connects Eureka to Cottonwood. Humboldt redundant fiber optic network is connected to the Interstate 5 cable network.

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Developed in the 1970s communication systems using optical fibers has revolutionized the telecommunications industry and have been played a leading role in the formation of New Technical Age. Fiber Optic communication is a method of transmitting information from one place to another by sending pulses of light through an optical fiber.

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The fiber optic technology uses the light which forms an electromagnetic carrier wave. This will be modulated to carry information.. Optical fibers have clear advantages over other electrical transmission mediums. Optical fibers have largely replaced copper wire communications in core networks in the developed world and have been making inroads to the developing countries as well.

The communication process using fiber optics involves the following steps: Creation of the optical signal using a transmitter, relaying the signal along the Optical fiber, make sure that the optical signals do not get weakened, receiving the optical signal, and converting it into an electrical signal.Optical fibers are eco-friendly and Fiber optic technology is Green!

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