The future of cable TV distribution is now.
Deploying fiber-to-home (FTTH) used to be something network operators planned for down the road. These days, though, FTTH is already here. It’s already growing. And it’s completely transforming how cable TV distribution networks get designed, built, and operated.
Operators have been relying on traditional coaxial cable networks for decades to deliver cable TV. As streaming has increased in popularity and consumers have come to expect faster speeds and better connections — they simply haven’t had a choice but to upgrade.
FTTH deployments are leading the way.
If you work in professional signal distribution, that sea change presents one very immediate challenge: what do you do about getting that fiber-fed signal through the coaxial wiring already inside of buildings? Where equipment from Thor Broadcast — a lineup of professional-grade HDMI to coax converter products — starts to play a crucial role in any modern hybrid setup.
Here’s What You’ll Learn:
- What Is FTTH and Why Should You Care?
- Why FTTH Is Transforming Cable TV Distribution Networks
- HDMI to Coax Converters Solve the “Last Mile” Problem
- How Fast Are Operators Making the Move to FTTH?
- What’s Next for the Industry
Fiber-to-the-home (FTTH) Explained
First, let’s talk about what FTTH is and why it matters.
FTTH stands for fiber-to-the-home and refers to broadband network architecture that uses fiber optic cable all the way to the home or building. Instead of terminating with copper or coaxial cable — FTTH continues the fiber optic connection to the endpoint.
Most people don’t realize how big of a deal this really is.
Bandwidth. Speed. Signal loss.
Fiber optic cable can transmit huge amounts of data at blazing fast speeds — with virtually zero signal loss on the route to the home. By contrast, traditional coaxial cable struggles to hold a signal over distance and can’t reasonably accommodate today’s bandwidth needs.
Consider this: Fiber now reaches over 60% of U.S. households, with a record-breaking 11.8 million homes passed in 2025 alone. If fiber wasn’t taking over the cable industry right now, those numbers simply wouldn’t exist.
FTTH Is Transforming Cable TV Distribution Networks
So how does FTTH impact the way cable TV gets distributed?
Whether you think about it or not, cable TV distribution has always been a simple problem: transporting the signal from point A to point B without losing quality.
Hybrid fiber coaxial (HFC) solutions did just fine for the longest time. They used fiber for the “trunk” of the network and relied on coaxial cable for “the last mile” into homes and businesses. Fibre-to-the-node (FTTN) split up the fiber even further to bring the signal closer to individual homes.
Coaxial cable has always been where the bulk of signal degradation occurs.
But once you run fiber directly to the home or business — everything changes.
Higher bandwidth capacities, zero signal degradation, symmetrical upload/download speeds, better support for ultra high-definition content, and more reliable connections. The list goes on. Simply put: FTTH enables operators to deliver TV in a much higher-quality format than ever before. IP-based TV delivery already works hand-in-hand with FTTH networks and is quickly replacing old-school broadcast delivery methods.
Guess what happens when you feed that IP-based signal into a coaxial terminal?
You’ve got a headache on your hands.
This is the main problem that HDMI to coax converters solve. Even if a home or business gets upgraded to FTTH, that in-house wiring is typically still coaxial. And bridging that gap between cutting-edge fiber delivery technology and legacy coaxial wiring already inside the walls? That can create some serious challenges.
HDMI to Coax Converters Bridge the “Last Mile”
That’s where an HDMI to coax converter comes in.
HDMI to coax converters take that fiber-fed HD or UHD signal into a building and convert it to run cleanly over existing coaxial cable wiring. Instead of ripping and replacing all of the coaxial cables already inside of a building, operators and installers can use HDMI to coax adapters to feed that signal through to the endpoints.
Useful, right?
HDMI to coax converter technology allows professionals to take advantage of FTTH deployments without tearing out perfectly good coaxial wiring. It makes the most sense in hotels, hospitals, sports arenas, MDUs, and any other building where ripping out coax isn’t financially feasible.
As more operators upgrade to FTTH, the demand for professional HDMI to coax converter solutions is increasing right along with it. They’re upgrading their network trunk to fiber — but they still need to push that signal through the interiors of buildings. HDMI to coax adapters are perfectly suited to fill that gap.
Why Are Cable Operators Rushing to FTTH?
Again: it’s simple supply and demand.
Cable and satellite TV providers aren’t dumb. They know that their networks have to handle more bandwidth than ever before just to keep up with modern expectations — let alone prepare for the future. HFC networks have suffered a 33% decrease in cable subscribers within regions now served by FTTH — that’s millions of customers.
At the same time, investing in FTTH deployments is looking like a no-brainer financially.
Experts are predicting the global FTTH market to grow from $56 billion in 2024 to over $110 billion by 2030. (That’s a compound annual growth rate of 12.4% if you’re wondering.) Spending isn’t going to slow down anytime soon.
One way or another, cable operators need to adapt to the times. Those who don’t risk falling behind, while everybody else continues to eat their market share.
It’s not just about the homes being passed by FTTH either. Commercial networks are upgrading as well. Hotel networks, sports venues, apartment buildings — you name it. That’s why there’s been such a sharp increase in demand for professional HDMI to coax converters and signal distribution equipment. Just like cable operators, they need to future-proof their networks too.
Another big reason? Consumer demand.
A whopping 65% of internet users already prefer fiber optic connectivity over cable or DSL when given the option. As more and more networks make the switch to FTTH… you can bet that more and more consumers are going to demand access to that level of connection speed and service from their internet provider.
The Future of Cable TV Distribution is Here
Here’s the deal: there’s no going back.
Expect FTTH deployments in the United States to grow by upwards of 50% in “homes passed” over the next five years. That means millions of new homes are going to face the exact same challenge.
They’ve upgraded their Internet service to fiber. (Yay!) But now they need a reliable way to distribute that signal through legacy coaxial wiring without losing picture quality.
Fed doesn’t cut it. Distributors need gear that can handle the higher bandwidth. Connect directly to commonly used professional HD/media players, and bridge the gap between HDMI and coaxial output cleanly.
That gear exists. And the companies who know how to use it to their advantage will be the ones who win.
Recap
The cable industry as we know it is changing. Fiber-to-the-home (FTTH) network deployments are skyrocketing — and they are completely transforming the game when it comes to cable TV distribution.
To summarize:
- Fiber internet is available to over 60% of U.S. households
- Coaxial cable terminals are where most signal loss happens
- HDMI to coax converters let you use existing coaxial wiring
- Cable operators have lost 33% of their suburban subscribers since FTTH became available
- The FTTH market will likely exceed $110 billion by 2030
- 65% of internet subscribers prefer fiber optic connections
Whether you’re wiring a new build or working on converting legacy networks to take advantage of FTTH opportunities, understanding this technology stack is more important than ever.
Fiber optic cable will power the backbone of your network. Coaxial cable will manage in-building distribution. But there’s a glaring hole in that logic — unless you use an HDMI to coax converter to bridge the gap between them.
