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	Afghanistan: Video may have 'killed the radio star' but Virginia National Guard brings radio alive in rural areas
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        <h1 class="title">Afghanistan: Video may have 'killed the radio star' but Virginia National Guard brings radio alive in rural areas</h1>
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                 alt="An Army National Guard Soldier of the 116th Infantry Battalion, Virginia National Guard, with assistance of a Romanian soldier, sets up a shortwave antenna at Forward Operating Base Lagman, Afghanistan, Dec. 6, 2011. The short wave antenna is part of the effort to enhance communication between the supporting military elements and the local people in rural areas of the country."
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                <div class="image-title">An Army National Guard Soldier with assistance of a Romanian soldier, sets up a shortwave antenna at Forward Operating Base Lagman, Afghanistan, Dec. 6, 2011</div>
                <div class="image-caption">An Army National Guard Soldier of the 116th Infantry Battalion, Virginia National Guard, with assistance of a Romanian soldier, sets up a shortwave antenna at Forward Operating Base Lagman, Afghanistan, Dec. 6, 2011. The short wave antenna is part of the effort to enhance communication between the supporting military elements and the local people in rural areas of the country.</div>
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    <div><b>By Sgt. Francis O'Brien</b> <span class="date">/ Published Dec. 16, 2011</span></div>
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    <p>ZABUL PROVINCE, Afghanistan - The song "Video killed the radio star" was the first video played on MTV in 1981 and launched a music revolution. While the stars may be "dead," radio is not - not here at least. It is a primary form of spreading news and information throughout rural areas of the country.</p>
<p>Soldiers of the Virginia Army National Guard's 116th Infantry Brigade Combat Team are deploying technology in a revolutionary way in Afghanistan using a short wave radio transmitter that can reach almost every radio in Zabul province.</p>
<p>This is the first time a province-wide transmitter has been used in Afghanistan. The transmitter allows the Zabul provincial and district government to send messages to rural Afghan homes.</p>
<p>"No other unit in the International Security Assistance Force has ever done this at any level," said Army Master Sgt. Joel Fix, speaking of the novel application of the technology. "We have the ability to target the signal toward specific districts or the whole province."</p>
<p>Listening to the radio - thousands of which were distributed by NATO-ISAF - is a cultural norm for Afghans, many of whom follow both the BBC and Voice of America.</p>
<p>Fix, a 14-year veteran of the National Guard on his third overseas deployment, came up with the transmitter solution in response to a problem raised in discussions with Afghan officials: "How could the Government of the Islamic Republic of Afghanistan communicate to their people in remote areas?"</p>
<p>It was a particularly timely dilemma. As GIRoA expanded its influence into every district, GIRoA's continued legitimacy rested on the ability to reliably reach and involve ordinary Afghans in their parliamentary democracy.</p>
<p>Specifically, the district governors of Mizan and Day Chopan in Zabul province each wanted to invite the elders of their districts to grand shuras in September.</p>
<p>Day Chopan has the highest elevations of Zabul province with deep valleys unreceptive to radio signals.</p>
<p>The 116th, in partnership with Romanian troops and Soldiers of the Alaska-based 1st Battalion, 24th Infantry Regiment, all members of Combined Team Zabul, came together to brainstorm a solution.</p>
<p>Traditional options raised by CTZ such as leaflet drops, broadcasting radio transmissions from aircraft and even flying aircraft with loudspeakers attached were all denied.</p>
<p>"The government was looking for ways to communicate with people on a greater scale, but there were gaps in the coverage," Fix said. "Short wave radio is the solution we came up with."</p>
<p>Short wave radio is known in the United States as ham radio which allows two way communi-cations. The Zabul transmitter is one way. Most radios used by Afghans are receive-only.</p>
<p>"I was soliciting for bids for a transmitter and was referred to Don Butler to assist with the project," said Maj. William O'Neal a Smithfield, a member of the 116th.</p>
<p>Butler, an Air Force veteran from the '60's, is a ham radio enthusiast who provided design assistance for the transmitter.</p>
<p>"Ham radio is two way communications over short wave," Fix said. "Our transmitter is one way. With this configuration, no matter where they are, there's no reason the Afghans can't get a signal. The frequency is close to, but not the same as the one for the BBC. That makes it easy to find and remember."</p>
<p>The transmitter owes its success to a technique called Near Vertical Incidence Skywave, or NVIS, which involves bouncing radio signals off the ionosphere - a layer of the atmosphere.</p>
<p>Two NVIS antennas are placed horizontal to the ground unlike a traditional vertical transmitter. The second part of the NVIS antenna is called a ground wire and helps to boost the signal by forcing it to go straight up instead of outward and limited by the curve of the earth.</p>
<p>"In a traditional short wave broadcast, you get your antennas up as high as you can go," Fix said. "It bounces off the F2 layer of the ionosphere but gives you limited coverage with 'skip points.'</p>
<p>Using NVIS and our reflector wire, the signal goes up at a very steep angle and straight back down which can penetrate deeper into mountain valleys. When we were looking at this system, it was a no brainer."</p>
<p>The transmitter is operated and maintained by coalition forces including U.S. and Romanian soldiers and broadcasts content from the local government. At first glance it doesn't seem very impressive. Two antennas, the ever-useful 550-cord (parachute) and some wire that feeds into a box with one port and an on/off switch.</p>
<p>"Our goal is to transfer the transmitter to the provincial government as part of the transition," O'Neal said.</p>
<p>Unlike some new technologies developed and used as part of Operation Enduring Freedom, this transmitter is inexpensive and effective.</p>
<p>"It has resulted in a savings of around 3,100 percent," Fix said. "It would take 30-32 FM systems to cover the same area."</p><br />
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