Municipal Broadband: Equitable Access and Economic Growth

Municipal broadband has the potential to bridge the digital divide and foster economic growth in underserved communities. According to a study, 40% of rural Americans lack access to broadband internet.

In areas where municipal broadband is available, internet speeds are significantly faster. For example, a city in North Carolina saw a 10-fold increase in internet speeds after launching its municipal broadband network.

Municipal broadband can also create jobs and stimulate local economies. In one city, the municipal broadband network created over 100 jobs and generated $10 million in economic activity.

A key benefit of municipal broadband is its potential to reduce costs for residents and businesses. In some areas, municipal broadband is up to 50% cheaper than private providers.

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Municipal broadband is internet services provided by local governments or their partnerships with private entities. This model is primarily targeted at fostering network infrastructure in regions typically underserved by mainstream ISPs.

Local governments aim to fill significant service voids by providing reliable access to high-speed internet.

Municipal broadband is designed to compete with existing providers, not just to offer a similar service.

By partnering with private entities, local governments can leverage resources and expertise to build and maintain network infrastructure.

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Municipal broadband offers several advantages, including extending better access equity to rural areas and other populated locations that don’t represent profit potential to private companies. This can provide affordable broadband internet access in locations that may only have minimal or prohibitively expensive alternatives.

Municipal broadband can also create jobs and boost remote work in rural areas, which can have a positive impact on the local economy.

One of the main benefits of municipal broadband is that it can provide affordable internet access to areas that may not be profitable for private companies to serve. This is because municipal networks are publicly managed and lack the same profit incentive that private providers do.

However, there are also some challenges associated with municipal broadband. For example, the lack of profit incentive can lead to reduced efficiency in infrastructure expenditures, leading to greater costs.

Municipal internet projects also tend to be charged significantly higher rates for pole attachments, which can add to their costs.

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Here are some of the key advantages and challenges of municipal broadband:

Municipal broadband relies heavily on advanced network technologies to ensure extensive coverage and robust performance. These technologies include GPON (Gigabit Passive Optical Networks) and active Ethernet, which provide the necessary infrastructure for delivering high-speed internet, VoIP, and IPTV directly to end users.

Fiber optics play a pivotal role in the backbone of municipal broadband, supporting high-speed, high-capacity data transmission that modern internet users require. Unlike traditional copper lines, fiber optics can transmit vast amounts of data over long distances without significant loss of signal quality.

Municipal networks are designed to be secure, with Ethernet services providing a reliable and scalable solution for delivering broadband services. The Utah Telecommunication Open Infrastructure Agency, for example, provides service through a fiber network that is wholesaled to fifteen service providers who in turn provide retail services to the market.

Here are some key benefits of municipal broadband infrastructure:

Wireless public networks are a game-changer for cities, providing reliable and fast internet connections to residents and businesses alike. They use mesh networking, which involves relaying radio signals throughout the city via a series of access points or radio transmitters.

This approach is faster to build and less expensive to run than traditional hub and spoke configurations. In fact, mesh networks are now the preferred choice for companies due to their reliability and speed.

Municipalities deploy wireless public networks in various ways, including full service, open access, dark fiber, incremental expansion, and private-public partnerships. Each approach has its own unique characteristics and benefits.

Here are the five primary municipal broadband design approaches:

There are three basic models for the operation and funding of Wi-Fi networks: municipal-only networks, quasi-public networks, and private service providers using public property. The choice of model depends on the municipality's goals and resources.

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Municipalities around the world are taking the lead in providing reliable and high-speed internet services to their residents. In Stockholm, for example, the city-owned Stokab provides network infrastructure through dark fiber to several hundred service providers.

This model allows for a high degree of competition among service providers, which in turn drives innovation and better services for end-users. Reggefiber in the Netherlands performs a similar role, providing network infrastructure to service providers.

The Utah Telecommunication Open Infrastructure Agency takes this model a step further by providing fiber network services to 15 service providers, who then offer retail services to the market. This multi-layered approach ensures that everyone has access to high-speed internet.

In some cases, municipalities are even providing all layers of service, such as in Chaska, Minnesota, where the city has built and operated a Wi-Fi Internet network that provides email and web hosting applications. This approach allows for greater control over the network and services offered.

Here are some examples of municipalities acting as host sites for broadband infrastructure:

These examples highlight the importance of municipalities taking an active role in providing reliable and high-speed internet services to their residents.

Municipal broadband is on the cusp of significant innovation, with emerging technologies like 5G wireless, software-defined networking (SDN), and network function virtualization (NFV) poised to enhance its accessibility and capacity.

These technologies promise to improve network management flexibility, reduce operational costs, and provide even faster service deployment times.

By integrating such advancements, municipal broadband can continue to evolve and remain competitive with private ISPs.

Emerging technologies like SDN and NFV will allow for more flexible network management, enabling municipal broadband to quickly adapt to changing demands.

The integration of 5G wireless technology will provide even faster service deployment times, making it easier for municipalities to keep up with the growing demands of digital users.

The future of municipal broadband looks bright, with emerging technologies offering opportunities to augment traditional fiber-optic networks and improve network performance.

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Municipal broadband has been marketed as a way to close the digital divide by building more internet infrastructure in rural and low-income areas that private providers have historically avoided.

The funding spent on operating a public provider can result in serious levels of waste that would have been better spent on subsidizing experienced private providers to offer service in rural and low-income areas.

However, municipal broadband can provide faster internet speeds, reduce costs, and extend broader access across communities, making it a crucial factor in bridging the digital divide.

Chattanooga, Tennessee, is a prime example of municipal broadband's potential, transforming it into one of the first cities in the U.S. to offer gigabit internet speeds to all residents and businesses.

Vermont has positioned itself as a leader in supporting municipal and community-driven broadband initiatives, especially through strategic use of the BEAD program, aiming to achieve service speeds of at least 100 Mbps download and upload statewide.

Municipal broadband can catalyze technological advancement and economic prosperity at the local level, as seen in Chattanooga's "Gig City" initiative, which bolstered the local economy and established it as a leading model of digital equity and community development.

By deploying municipally managed networks, local governments can offer residents high-speed internet at competitive prices, often undercutting the rates of private providers, boosting local ISPs, and enhancing digital inclusion.

The Vermont Community Broadband Board actively awards grants to Community Union Districts, which are instrumental in executing local broadband projects that promise to bridge the digital divide, ensuring every Vermonter has reliable, affordable, and fast internet.

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Municipal broadband is heavily influenced by local, state, and federal regulations, which can either enable or restrict its expansion. The development of these networks is often hindered by bureaucratic hurdles and restrictive laws.

The Federal Communications Commission (FCC) has addressed the question of whether a municipality is an "entity" under the Telecommunications Act, concluding that a municipality is not an entity under the Act. This ruling has significant implications for municipal broadband projects.

Some states have laws that explicitly make it difficult for municipalities to enter the broadband market, forcing them to navigate a complex web of regulations before they can offer services. These laws can include requirements for compliance with vague legal requirements, specific financing mechanisms, and pricing mechanisms.

In some states, laws are in place that prevent municipalities from offering broadband service to residents if there is already a commercial provider present in the jurisdiction. This can leave rural communities with limited options for affordable and reliable internet access.

Here are some states with laws that restrict municipal broadband:

These laws can be a significant barrier to the development of municipal broadband, but some communities are working to contest or change them.

The United States policy on municipal broadband is a complex web of federal, state, and local regulations. The Federal Communications Commission (FCC) plays a crucial role in shaping this policy.

In the case of Nixon v. Missouri Municipal League (2004), the U.S. Supreme Court ruled that a municipality is not an entity under the Telecommunications Act of 1996, giving states the authority to determine their subordinate jurisdictions' abilities to enter the telecommunication market.

The 2014 case Verizon Communications Inc. v. FCC established that the FCC has jurisdiction to preempt state laws that restrict municipal broadband providers from expanding their services beyond their current boundaries.

The FCC has used this authority to challenge municipal broadband laws in North Carolina and Tennessee, citing Section 706 of the Telecommunications Act of 1996 to encourage broadband expansion through measures that promote competition in the local market.

In 2015, the FCC voted to assert its jurisdiction to challenge municipal broadband laws, setting a precedent for future regulatory actions.

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Municipal broadband development is heavily influenced by local, state, and federal regulations, which can either enable or restrict expansion.

Some states have laws that explicitly make it difficult for municipalities to enter the broadband market, requiring them to navigate bureaucratic hurdles before offering services.

These legal and policy challenges affect implementation and growth of municipal broadband.

States with explicit roadblocks include Alabama, Florida, Louisiana, Montana, Michigan, Missouri, Nebraska, Nevada, North Carolina, Pennsylvania, South Carolina, Tennessee, Texas, Utah, Virginia, and Wisconsin.

Bureaucratic barriers include compliance with vague legal requirements, refraining from using specific financing mechanisms and pricing mechanisms, proposal-stage barriers, phantom cost requirements, and additional tax burdens imposed on community-owned broadband networks.

Some state laws mandate that municipal broadband services match prices with those of an incumbent ISP, removing the opportunity for the municipal broadband network to introduce more competition into the local market.

Municipalities are barred from using local funds or local taxes to cover initial investments required in building out broadband infrastructure in some states.

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Laws require any municipal broadband system to be self-sustaining, limiting local authority to bundle services like voice and data.

There are currently 53 million households in 16 states that have laws restricting municipal broadband.

A handful of states have legal roadblocks in place for municipal broadband projects, but some are in the process of contesting or changing those laws.

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Municipal broadband networks can be found in cities across the United States, providing high-speed internet where private ISPs have failed to reach or chosen not to invest.

These networks have been successful in leveling the playing field, ensuring that all citizens can participate in the digital age.

Municipal broadband is not just a utility service, but a foundational platform for future-proofing cities, fostering long-term growth.

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Amsterdam has a municipal broadband project called Citynet Amsterdam, which is a partnership between the city and private investors that provides fiber cables to 40,000 buildings.

The European Commission has made broadband internet access a priority as part of its "Europe 2020 Strategy" with goals to provide 30 Mbit/s of Next Generation Networks coverage for all citizens and 100 Mbit/s or more for 50% of households by 2020.

By 2025, the European Commission aims to provide access to 1 Gbit/s for all schools, transport hubs, and main providers of public service, and upgraded download speeds of 1 Gbit/s for all European households.

The publicly run municipal network model is a common system in Nordic countries, where the local government installs and runs the broadband system.

Minnesota has made significant changes to its laws regarding municipal broadband. In late May 2024, the state removed restrictions that required municipal governments to obtain a referendum "supermajority" of 65% of voters to proceed with telecommunications exchanges. This change was made through an omnibus commerce policy bill signed into law by Governor Tim Walz.

Prior to this change, municipal governments faced significant hurdles in offering broadband services to residents. The removal of these restrictions has opened up new opportunities for communities to develop their own broadband infrastructure and provide high-speed internet to residents.

As a result of these changes, Minnesota municipalities are now free to pursue broadband projects without the need for a supermajority vote. This shift in policy is likely to have a positive impact on rural areas, where access to high-speed internet is often limited.

The removal of these restrictions is a significant step forward for Minnesota's broadband landscape. It will be interesting to see how municipalities take advantage of this new freedom to develop their own broadband infrastructure and improve internet access for residents.

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Municipal broadband is a game-changer for local economies. By providing high-speed internet access, these networks enable job creation and sustain economic growth within communities.

Cities across the United States have seen significant economic benefits from municipal broadband initiatives. The availability of robust internet services attracts businesses looking for reliable connectivity.

This is a critical infrastructure need for today's digital economy. The construction, maintenance, and operation of municipal broadband infrastructure create jobs, ranging from technical support to network management and administration.

These jobs contribute to local economic vitality and stability. By examining success stories from cities with municipal broadband, it becomes clear that these networks are not just a utility service but a foundational platform for future-proofing cities.

Municipal broadband levels the playing field, offering high-speed internet where private ISPs have either failed to reach or chosen not to invest. This ensures that all citizens can participate in the digital age.