WASHINGTON The Platforms for Advanced Wireless Research (PAWR) program, funded by the National Science Foundation (NSF) and a consortium of 35 leading wireless companies and associations, today announced two finalists in the competition to name a fourth city-scale wireless research testbed aimed at studying novel ways to reduce the cost of broadband delivery to rural communities. The finalists are ARA, a Wireless Living Lab for Smart and Connected Rural Communities, led by Iowa State University and the city of Ames, Iowa; and NEXTT, the Nebraska Experimental Testbed of Things, led by the University of Nebraska-Lincoln and the city of Lincoln, Nebraska.
As part of the final round of competition, the NSF is providing, through the PAWR Project Office (PPO), funding of $300,000 each to ARA and NEXTT for further platform development work. This funding is designed to allow the platforms to develop a platform design that incorporates various novel broadband delivery technologies for research and experimentation. This work will ensure that the team ultimately selected for the next platform in the PAWR program is positioned for an accelerated deployment process at the start of 2021.
Both the ARA and NEXTT teams are focused on integrating multiple wireless technologies and supporting a range of configurations for last-mile and backhaul network architectures. These heterogenous network testbeds will create new possibilities for expanding affordable broadband service, and specifically for experimenting with delivery models designed to lower deployment costs and extend coverage in rural America.
Through the summer and fall, the ARA and NEXTT teams will work closely with the PPO to strengthen their deployment plans, match resources to specific platform needs, and tighten their operational structures to improve the chances for research success. The final selection of the fourth PAWR platform will be based on technology comprehensiveness including the level of interoperability and technology integration demonstrated as well as the proposed user experience for future researchers on the platform.
The final PAWR platform chosen will join three existing testbeds funded by the public-private partnership: POWDER in Salt Lake City, which is focused on software-defined networking and massive MIMO research; COSMOS in the West Harlem neighborhood of New York City, targeting programmable networks and innovation in optical backhaul; and AERPAW in the Research Triangle area of North Carolina, focused on wireless communications for unmanned aerial systems (UAS).
CableLabs President and CEO Phil McKinney and SCTE/ISBE President and CEO Mark Dzuban say the now-merged organizations will spur cable's rollout of 10G, DOCSIS 4.0 and fixed-wireless, as well as efforts to bridge the digital divide.
Todays access network architecture is under mounting pressure due to a continued surge in the number of connected devices, a proliferation of bandwidth-intensive customer applications and dramatic shifts in usage patterns related to the pandemic, such as work-from-home and e-learning.
Learn why now is the right time for cable operators to build greenfield networks or expand their existing networks with 10G PON, arming customers with high-speed symmetrical broadband. Gain a clear understanding of the drivers impacting the access network and the various approaches being considered to deliver higher speed services. Plus, find out the best practices that operators are employing as they leverage the latest in passive optical technology to future-proof their networks.
Topics to be covered include:
Node + 0 (Fiber Deep)
DOCSIS 3.1, DOCSIS 4.0 (FDX/ESD)
FTTP and 10G PON
Provisioning 10G PON within a DOCSIS B/OSS environment