The city of Wilmington, N.C., and the surrounding county of New Hanover, N.C., are pioneering the utilization of wireless applications through innovative TV white space technology. Teaming up with TV Band Service and Spectrum Bridge, the city and county have kickstarted a groundbreaking network experiment. This network leverages white space spectrum to provide wireless connectivity to surveillance cameras and environmental sensors in a forward-thinking “smart city” initiative.


  1. What is TV white space technology?
    TV white spaces are unused TV broadcast channels made available following the transition from analog to digital TV.

    Answer: TV white space technology utilizes these available frequencies for wireless applications, offering increased connectivity possibilities.

  2. How does the Wilmington/New Hanover network use white space spectrum?

    Answer: The network focuses on monitoring capabilities and data collection, supporting various applications for the community’s benefit.

  3. What are the primary applications of the white space network in Wilmington/New Hanover?

    Answer: The network currently supports real-time traffic monitoring, surveillance in city parks, and environmental compliance monitoring in hard-to-reach areas.

  4. Are there plans to expand the network’s applications in the future?

    Answer: Yes, there are prospects for extending the network to offer expanded Internet connectivity for schools, medical monitoring, and additional environmental observation services.

  5. How does TV white space technology compare to existing cellular networks?

    Answer: While existing networks like cellular and Wi-Fi offer similar services, white space spectrum presents a potentially more cost-effective alternative for specific applications.

  6. What role does the FCC play in regulating white space spectrum?

    Answer: The FCC has been instrumental in opening up white space spectrum for unlicensed use, setting preliminary rules and fostering innovation in the field.

  7. What are the limitations of using white space spectrum at present?

    Answer: As the FCC’s rules for white space usage are yet to be finalized, commercial products cannot be sold, and networks are restricted to experimental purposes.

  8. How does the white space network benefit underserved communities like Claudville, Va.?

    Answer: In areas lacking traditional broadband services, white space networks offer connectivity solutions, as demonstrated in deployments like Claudville.

  9. What is Spectrum Bridge’s role in the white space network ecosystem?

    Answer: Spectrum Bridge focuses on developing software to facilitate white space use, enabling device makers to check for available spectrum and avoid interference.

  10. Which companies are involved in advocating for white space spectrum usage?

    Answer: Technology giants like Motorola, Dell, Google, and Microsoft have shown interest in leveraging white space spectrum for future products and services.

  11. What is the future outlook for white space technology in national broadband plans?

    Answer: White space technology is gaining traction in national broadband initiatives, with potential applications being explored for broader connectivity solutions.

  12. How do white space networks contribute to technological innovation and connectivity advancements?

    Answer: White space networks offer a platform for creativity and technological advancement, paving the way for enhanced wireless applications and services.


Revolutionizing wireless connectivity, the city of Wilmington, N.C., together with New Hanover County, is at the forefront of exploring the potential of TV white space technology. By collaborating with industry pioneers like TV Band Service and Spectrum Bridge, the community has embarked on an experimental journey to enhance surveillance, monitoring, and connectivity through innovative applications.

The current focus lies on leveraging white space spectrum for real-time traffic monitoring, city park surveillance, and environmental compliance monitoring. These initiatives showcase the diversity of applications that white space technology can support, offering a glimpse into a future where connectivity reaches new heights.

As the FCC continues to shape regulations around white space usage, the possibilities for expanding these networks into broader community-enhancing services are on the horizon. Companies like Spectrum Bridge are playing a crucial role in developing software solutions to streamline white space utilization, paving the way for a more interconnected and innovative future.

In a world where connectivity is key, white space technology represents a beacon of opportunity for underserved communities and technological innovators alike. The journey towards unlocking the full potential of white space spectrum is just beginning, promising a future where wireless applications transcend boundaries and empower communities to thrive.

Call to Action: Discover the possibilities of white space technology and join us in embracing a future where connectivity knows no limits. Visit our website to learn more about how white space networks can reshape the way we connect and communicate.