Fiber-To-The-Home vs. Fiber-Powered Internet: Why the Difference Matters

Today’s internet customers have more choices that ever before. In many areas, you may now see multiple providers advertising new speeds, new technology, and even fiber internet. That’s a good thing! Competition creates options, but with more options also comes more confusing terminology.

Words like fiber-to-the-home, fiber-powered, fiber-backed and fiber-rich sound impressive, but they don’t all mean the same thing. Understanding the vocabulary can make a big difference in the reliability, speed and performance you actually experience in your home.

At Kudzu Networks, we believe informed members make the best decisions – so let’s break it down.

Not All “Fiber” is the Same

When providers advertise fiber internet, there are typically two very different network designs behind the scenes:

Fiber to the Home (FTTH) = what Kudzu Networks delivers

This means fiber optic cable runs all the way from our network directly to your home. Your internet connection is 100% fiber from start to finish.

Fiber-Powered (Hybrid Fiber Coax) = what many other providers use

In this setup, fiber runs part of the way to a neighborhood, then switches to coaxial copper cable for the final stretch to your home and others around you.

Yes – fiber-powered is better than older internet technologies, but it still comes with limitations that full fiber does not.

Why Full Fiber Makes a Difference

1.Fewer Power Supplies = Better Reliability

  1. Fewer Power Supplies = Better Reliability

One of the biggest differences between fiber-to-the-home and fiber-powered networks is how many points of power are required to keep your internet running.

  • Kudzu Networks’ fiber-to-the-home: Only two power supplies are needed
    • One at our network facility
    • One at your home
  • Fiber-powered networks: require three or more powered devices between you and the provider
    • These additional neighborhood points of power increase the risk of outages

When power goes out, every extra powered connection becomes a potential failure point. Fewer power supplies mean greater reliability, especially during storms or severe weather, which is something our members know matters.

2.No Copper = No “Noise”

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