For community associations weighing an internet upgrade, the fiber-to-the-home advantages over aging copper networks have become difficult to overlook, from symmetrical speeds to weatherproof, future-ready infrastructure. We recently hosted a continuing education course featuring industry professional Justin Mila of Hotwire Communications, who instructed board members and property managers on the technologies serving Florida communities today and what truly sets a fiber connection apart.
This webinar explored the practical differences between coaxial, twisted-pair, and fiber optic cabling, how each type reaches a community and a home, and the technical markers that separate a genuine fiber-to-the-home build from a partial one. Attendees came away with concrete questions to ask any provider, from split ratios and service level agreements to how the cabling is installed and protected.
Disclaimer: This video is for educational purposes only. You will not receive credits for watching the recording. Credits were issued only to those that attended the course.
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Most communities are served by one of three cabling types, and the differences are easy to miss until performance suffers. Coaxial, the familiar cable-modem connection with the threaded plug, was often built in during construction and handled the demands of a decade or two ago. Twisted-pair copper, associated with DSL and U-verse style service, dates back even further to home telephone lines.
Both are copper, which corrodes over time, an especially pressing concern for South Florida HOA communities in salt-air environments. Copper also carries hard bandwidth limits and is typically delivered as a shared service, so speeds can sag during peak season when demand spikes. Fiber optics, by contrast, carries data as light through strands as thin as dental floss, with a capacity that current home devices have not begun to exhaust.
Fiber can enter a community in two ways, and the choice has real consequences. Overhead lines are quick and inexpensive to install, but they remain exposed to the elements; a single fallen tree or pole can take an entire community offline during a storm. Underground cabling costs more upfront but removes that vulnerability while keeping the property visually clean.
The strongest installations run fiber underground inside protective conduit rather than burying bare cable. Conduit means a damaged line can be replaced by simply pulling a new cable through, and it shields the connection from routine landscaping equipment. It is also worth confirming that a provider offers diversity in entry points, so a single point of failure during a weather event does not knock out service for everyone.
Many carriers advertise fiber, but the term covers four very different builds: fiber to the node, to the curb, to the building, and to the home. In each of the first three, fiber stops somewhere short of the residence and converts to coaxial or copper for the final stretch, reintroducing the same limitations fiber was meant to solve. Only fiber to the home carries the connection the entire way.
That makes one question essential during any bidding process: where does the fiber end, and what medium finishes the run? A true fiber-to-the-home build terminates at an optical network terminal inside the residence, which converts the light signal into usable Wi-Fi or wired service. For condominium and high-rise associations, that often means running fiber to a main telecommunications room and leveraging existing riser conduit so cabling stays out of sight.
“Fiber to the curb, fiber to the building, and fiber to the home, which is the gold standard. Make sure you are asking how they are delivering fiber, and where that fiber ends and converts to whatever other cable is in the infrastructure.” - Justin Mila, Hotwire Communications
Performance conversations tend to fixate on download speeds, but uploads matter just as much for video calls, cloud backups, and smart-home devices. Fiber can deliver symmetrical service, equal speeds in both directions, with current standards reaching well beyond a single gigabit and next-generation platforms already testing far higher. The underlying technology is a passive optical network, meaning the cable itself needs no power; with a battery or generator on each end, service can continue through an outage. Inside the home, the wireless standard matters too, since a current standard like WiFi 7 determines how much of that fiber speed actually reaches residents' devices.
A portion of any fiber network is shared among a cluster of homes, and the split ratio describes how many. A lower split ratio leaves more dedicated capacity for each residence and a better chance of consistently hitting advertised speeds, while a higher ratio pushes the connection toward shared, best-effort performance. Latency and jitter round out the picture: fiber commonly delivers latency in the single-digit milliseconds, and low jitter keeps that connection steady.
“The higher the split ratio, the less likely residents are to get their speeds. The lower the split ratio, the more likely they are to get their speeds and a phenomenal experience to boot.” - Justin Mila, Hotwire Communications
Beyond raw speed, fiber strengthens a community in ways residents notice. A dedicated fiber line is harder to tap than shared copper, improving security, and the weatherproof cabling holds up to saltwater and storms without the corrosion that plagues copper. Because the same cable can serve a community for decades, future upgrades usually mean swapping equipment rather than retrofitting the property, which protects the original investment.
Connectivity has also become a deciding factor for buyers. A new generation of homeowners expects fast, consistent service to live and work, and communities with modern infrastructure tend to command stronger property values. Securing a dedicated, written service level agreement is the final safeguard, and it is worth involving an attorney or consultant, much as boards do when evaluating a bulk telecom agreement for the association.
“That is the beauty of fiber optic technology. You are leveraging that one cable, that one investment, over a long-time span. It is not subject to the elements, you are not having challenges with corrosion or saturation, and you have a cable that is going to outlive not only us, but the community at large.” - Justin Mila, Hotwire Communications
Yes. Associations frequently negotiate perks such as commercial-grade Wi-Fi for clubhouses and pool areas, complimentary service for gates and the management office, a signing or door fee, or months of free service during onboarding. The goal is to lower the community's overall cost while adding value for residents.
Provider easements often last indefinitely, so a carrier may keep its equipment in place even after a contract ends, and an association cannot force a resident to drop a service they still want. When a provider's equipment is genuinely out of use, the association can usually request that the carrier restore the area or remove it.
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Ashley Dietz is the VP of Marketing at Campbell Property Management and has led the company’s educational and marketing initiatives since 2013. A Florida Atlantic University graduate with a bachelor’s degree in communications, Ashley specializes in community association education, digital outreach, and industry engagement for Florida HOAs and condominiums.