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Verizon to trial LTE-U with SpiderCloud Wireless

LTE-U tests set to begin this summer

Verizon Wireless said it will test LTE in the 5 GHz band using the indoor small cell solution developed by SpiderCloud Wireless. The Silicon Valley company is developing a new radio for LTE-U, and trials are expected to start in the third quarter of this year. SpiderCloud said its LTE-U solution will be commercially available starting in early 2017, and CEO Mike Gallagher said he is highly confident that the Federal Communications Commission will not create regulatory hurdles to the technology.

The solution SpiderCloud is developing for Verizon will support LTE in licensed spectrum on one band and in unlicensed spectrum on the other. The company said its self-organizing network (SON) software enables its system to coexist with hundreds of Wi-Fi access points. Companies that make Wi-Fi access points have expressed concern that LTE-U will create significant interference with Wi-Fi.

Gallagher said his company’s small cell solution is ideal for unlicensed spectrum because it was developed from the beginning to behave like Wi-Fi in many respects. The solution is comprised of dual-band radio nodes supported by a local control point that sits on an enterprise customer’s Ethernet network. The control point can support up to 100 radio nodes. Each SpiderCloud node includes a baseband unit, meaning that the radios can “self-organize” in order to maximize throughput and avoid interference.

Because the small cells can support more than one spectrum band, they have the potential to eventually support more than one carrier in a single deployment. So far, the SpiderCloud small cells have been deployed in single-carrier environments. Vodafone has used them to support 3G, and Verizon has used them to support two bands of LTE.

“SpiderCloud has deployed and demonstrated its dual-carrier LTE in-building solution at Verizon’s enterprise customer locations across the country,” said Adam Koeppe, vice president of network planning for Verizon. “We look forward to working with SpiderCloud on LTE-U.”

LTE-U delivered through small cells gives carriers a way to keep customers on the LTE network when they enter a building that may not be well-served by the macro network. Small cells are at times more cost effective than other solutions, and when unlicensed spectrum is used the economics may become even more attractive to carriers.

“It doesn’t take much effort to take what they have in the small cell environment and just add an unlicensed component to it,” said Mike Alt, VP of RF network design at ExteNet Systems. “The unlicensed component of it is really going to be a carrier’s opportunity to expand the service for an existing paying customer without buying spectrum.”

LTE-U has strong support from Verizon and from chipmaker Qualcomm, the biggest maker of LTE modems. Qualcomm is preparing to test LTE-U for Verizon in North Carolina and Oklahoma. Qualcomm said last month that its tests would include indoor and outdoor small cells, but Gallagher expects the Qualcomm tests to focus primarily on outdoor small cells, while the SpiderCloud tests focus indoors.

Gallagher sees the potential to support LTE-U as a key differentiator for SpiderCloud. Ericsson’s Radio Dot and Huawei’s Lampsite are competitors that offer good integration with macro network equipment, but according to Gallagher neither of these will be able to support LTE-U.

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ABOUT AUTHOR

Martha DeGrasse
Martha DeGrassehttp://www.nbreports.com
Martha DeGrasse is the publisher of Network Builder Reports (nbreports.com). At RCR, Martha authored more than 20 in-depth feature reports and more than 2,400 news articles. She also created the Mobile Minute and the 5 Things to Know Today series. Prior to joining RCR Wireless News, Martha produced business and technology news for CNN and Dow Jones in New York and managed the online editorial group at Hoover’s Online before taking a number of years off to be at home when her children were young. Martha is the board president of Austin's Trinity Center and is a member of the Women's Wireless Leadership Forum.

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