Fiber Broadband Association

One of the most critical questions that each State and Territory must tackle in implementing the Broadband Equity, Access, and Deployment (BEAD) program is how to make efficient investments in the most reliable, capable, and sustainable broadband connectivity for those residents and businesses that have been left behind while reaching as many unserved and underserved locations as possible.

As state and local officials gear up to build fiber networks through Broadband Equity, Access, and Deployment (BEAD) and other programs, opportunities abound for leveraging various funding to demonstrate how to get the most economic and societal benefits out of their networks, according to US Ignite Co-founder and CEONick Maynard. “Our mission is to help support underserved communities by helping them with their main challenges, but also through economic development or startup and research commercialization challenges,” said Maynard. Going into its second decade of operation, US Ignite curr

Providing internet to every household and small business by 2030 may not take a village, but it will require the efforts of local officials and service providers working together to pave the way for fast and efficient construction, an effort that the National Association of Counties (NACo) says its members have been steadily working on. “About two years ago, we put together NACo’s Broadband Task Force,” said Seamus Dowdall, NACo's Associate Legislative Director for Telecommunications & Technology. The task force generated a report to define how counties could facilitate the deployment o

As the production of fiber continues to increase, so do improvements to its physical properties. Service providers are buying more quantities of bendable fiber and looking towards the next generation of 200-micron fiber which will provide increased density and likely reduce material usage. “If you break it down, you’ll see that [North America] fiber demand has tripled since 2015,” said Greg Williams, Business Unit Director, Fiber Cable Systems, Prysmian Group. “And it’s doubled since 2018.

As broadband needs continue to increase, service providers want to build a “No Regrets” fiber network capable of operating for decades and easily upgradable as user needs increase and technology evolves.

There are a variety of landline or wireless technologies that can deliver broadband. In most instances, wireless solutions have an advantage with respect to mobility and transferability (the ability to move broadband investment from one subscriber location to another). However, this advantage often disappears (and sometimes flips) when considering the increased operational expenses of wireless and the ongoing capital investment required.

UTOPIA Fiber,  America’s largest open access fiber network, built more than 4,387 miles of fiber-optic infrastructure in 2022 throughout Utah, Idaho, and Montana. This impressive feat was accomplished facing fierce headwinds from supply chain constraints and labor market shortages. Additionally, UTOPIA Fiber inked the deal to provide residential services to its 20^th Utah city, while also completing fiber buildouts in 14 cities, including UTOPIA’s 11 original cities.

A new best practice white paper explores micro-trenching, an advantageous fiber broadband deployment method. The report compares micro-trenching amongst other deployment methods as a valuable option in the fiber broadband construction toolkit and it also details the scrutiny that micro-trenching faces, success stories, and best practices.

Many cable companies boast about having more fiber than coax in their outside plant, and according to recent research from Omdia, those numbers are expected to dramatically increase over the next decade. “Forty-three percent of MSOs have already deployed PON in their networks,” said Jaimie Lenderman, Principal Analyst and Research Manager at Omdia covering the Broadband Access Intelligence Service. “It’s split between the largest and smallest providers. Middle-sized organizations are expected to deploy PON in the next 12 to 24 months or longer.” 

More fiber was deployed in 2022 than ever before. Research performed by RVA LLC Market Research & Consulting (RVA) shows that fiber providers passed 7.9 million additional homes in the US in 2022—the highest annual deployment ever, even with challenges in the materials supply chain and labor availability. According to RVA, there are now a total of 68 million fiber broadband passings in the US, up 13% over the past 12 months and up 27% over the past 24 months. Excluding homes with two or more fiber passings, 63 million unique homes have now been passed.