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For network building team, 2017 will be the year of small cell poles

Small Cell Pole & Cell Phone Coverage

2017 will be a big year for small cell poles in and near South Dakota.

Jerry P. Andersen and his crew at Sioux Falls-based SDN Communications are overseeing the construction and underground cabling of 50 small cell poles to improve wireless services in the region, and plans are being made to install additional poles.

“Small cell deployment is going to be a big deal in the coming years,” says Andersen, manager of outside plant engineering at SDN.

He hopes to have the first of this year’s 50 poles up by the end of June and rest by early December, and expects additional installation projects will follow.

In some cases, the first round of construction might be slowed because communities are establishing regulatory procedures to install the new type of poles, which typically are placed in public rights of way.

“Once the regulation is in place, we can get them up pretty fast,” Andersen says.

Small Cell Pole Infographic

(Click image for larger version)

At 32 feet in height, small cell poles are considerably smaller than the 200-foot to 300-foot macro cellular towers they relieve. Small cell poles are more like street lights than macro towers.

SDN is working with Verizon Wireless, but the new poles also will accommodate a second wireless carrier.

Small cells help improve data flow in heavy-use areas, such as college campuses and shopping centers. The addition of small cell poles can improve and extend call capacity in high-traffic areas. They can enhance service in targeted areas of up to 1,500 feet.

Construction involves more than mounting a sturdy pole in the ground because most wireless communications really aren’t really wireless. They are only wireless until they reach the antenna of a tower or pole. Then the wireless communication is routed along underground fiber for most of its journey.

SDN currently is working with government officials in the cities of Sioux Falls, Brookings, Aberdeen, Sturgis, Yankton, and Sioux City, says Vernon Brown, SDN’s vice president of marketing and community relations.

Meanwhile, the increasing use of video technology is gobbling up bandwidth in many locations and, in some cases, clogging existing telecommunications infrastructure. That sometimes creates life-threatening problems. For example, after a principal was injured in a school shooting in Harrisburg in 2015, authorities had trouble communicating because so many students and other people were using their cellphones.

Challenges are likely to become greater in the future as, for example, when video capabilities are added to the region’s 911 emergency network.

“It’s not about voice calls anymore,” Andersen says. “It’s trafficking of data.”

Construction highlights of recent past

Engbarth Directional Drilling

Andersen and five outside plant engineers oversee two primary subcontractors: Engbarth Directional Drilling and Wiltech Fiber Splicing in construction projects related to maintaining and expanding SDN’s core broadband network.

The network includes 2,600 miles of sheath-covered fiber that SDN owns, plus an additional 30,000 miles owned by SDN member companies in South Dakota.

“We do about 100 miles of expansion a year,” Andersen says.

Two projects in western Minnesota highlighted the crew’s fiber construction activities in 2016. They built a 21-mile link from the Marshall area to Granite Falls and 13 miles from the Marshall area to Ivanhoe.

This year, Andersen’s crew is assisting in the construction of interfacing points to connect communications entities in Owatonna and in Medford, Minn.

2015 highlights included helping fill some gaps in the network expansion across southern Minnesota from South Dakota to Wisconsin, and from south of the Twin Cities to Iowa. SDN is the managing partner in the network expansion that connected an additional seven telecommunications companies to SDN’s core line.

SDN’s outside engineering staff also is increasingly helping business clients set up alternative routes to carry their electronic traffic. The redundancy protects them in case their primary route gets temporarily shut down in a disaster or for some other reason.

“That’s something we’re doing more and more of,” Andersen says. “These days, businesses can’t afford to be without service.”

SDN Communications is a leading regional provider of broadband connectivity, cybersecurity services and related telecommunications solutions.