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Home - Test and Measurement - A look at Verizon’s fixed millimeter wave testing
Test and Measurement

A look at Verizon’s fixed millimeter wave testing

by Kelly Hill May 1, 2017
written by Kelly Hill May 1, 2017 Share
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BRANCHBURG, N.J.– Verizon Communications is proceeding with planned trials of fixed wireless service that utilize millimeter wave, and exploring the engineering and testing challenges that come along with figuring out the best ways to assure and deliver a new service with new technology.

At last week’s 5G Innovation Summit, representatives from Verizon provided some insights into the set-up and progress of the millimeter wave testing. Krishnamurthy Sreenath and Howard Tang of Verizon’s “5G” network planning and strategy operations, pointed to the work that Verizon has done through establishing its 5G Technical Forum to work with vendors on developing a platform for fixed wireless trials using millimeter wave spectrum. The Samsung router which will support the fixed wireless service won recognition from PC Magazine at this year’s Mobile World Congress.  Verizon would like to see the ecosystem grow, Sreenth added, and the software-centric environment of 5G means that new vendors have the opportunity for easier and faster integration with new systems.

Verizon’s 5G-related preparation testing in conjunction with its trials has included assessing how well millimeter wave transmissions penetrate common housing materials.

“If you put devices behind a regular wall, you can still get some promising coverage,” Tang said. However, he added that low emissivity glass (often used in high-efficiency windows) “is basically a killer. … You don’t want to put devices behind it.”

Tang described a set-up of “structured and systematic outdoor-to-indoor testing” in the field  that involves three to hour clusters of end points to create small areas of coverage and assess coverage conditions with targeted single family homes or multi-dwelling units across multiple types of topographies. He noted that since the trials involved fixed wireless, they have a simpler architecture because they do not require full mobility or tracking error updates.

“As long as you have good penetration and good coverage, we can get to gigabit throughput,” Tang said. Watch an excerpt from Sreenath and Tang’s presentation at the 5G Innovation Summit below:

[embedyt] https://www.youtube.com/watch?v=GsSrl-7Im7M[/embedyt]

 

 

 

 

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Kelly Hill

Kelly Hill reports on network test and measurement, AI infrastructure and regulatory issues, including spectrum, for RCR Wireless News. She began covering the wireless industry in 2005, focusing on carriers and MVNOs, then took a few years’ hiatus and returned to RCR Wireless News to write about heterogeneous networks (remember those?) and network infrastructure. Kelly is an Ohio native with a masters degree in journalism from the University of California, Berkeley, where she focused on science writing and multimedia. She has written for the San Francisco Chronicle, The Oregonian and The Canton Repository. She lives in northern Virginia, not far from Data Center Alley.

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