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What's Gigabit Internet?
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What are Wi-Fi Standards?
Understanding Wi-Fi
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Mesh Wi‑Fi Explained
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Ting Internet Static IP Addresses

What's Gigabit Internet?

In this article
What’s a gigabit, anyway?A byte-sized historyGetting the most from your setupTesting your speeds
Take a byte out of this.

From kilobytes to gigabits, the internet’s come a long way and it’s kept up. These days, everything’s connected (even the kitchen). With faster speeds, you can stream, scroll, stir the sauce, and never miss a social update (shoutout to smart fridges) all while perfecting that risotto.

What’s a gigabit, anyway?

It’s one of those tech terms that gets tossed around a lot, but does it actually mean anything? Is it another fancy marketing buzz word made to sell internet?

Although it sounds fancy, it's not a buzz word. Gigabits (Gbps) and megabits (mbps) are the unit in which internet speeds are measured. 1,000 Mbps? That’s one gigabit.

You’ll see these numbers pop up when you’re downloading a game, uploading content, or streaming

Bandwidth Vs. Speed

There's 2 parts to how fast your internet is:

  • Speed is the pace.
    It's how quickly data travels to or from your device. It's measured in Mbps or Gbps.
  • Bandwidth is the capacity.
    ‍
    It's how much data can move through your connection at once.

You can have a fast connection, but if your bandwidth is limited with multiple people streaming, gaming, or downloading at the same time, things can still slow down. You might also notice different speeds depending on what task you’re doing and what’s included in your internet plan.

Download vs. upload: What’s the difference?

When people talk about internet speed, they’re usually talking about download speed.

Download speed affects how fast data comes to your devices. You'll run into it when:

  • Streaming video.
  • Loading web pages.
  • Downloading files or apps.

Upload speed, on the other hand, is how fast data goes from your device out to the internet. You'll use upload speeds when:

  • Sending large email attachments.
  • Backing up to the cloud.
  • Uploading videos.
  • Video calls.

With many older internet technologies like DSL or cable, upload speeds are way way slower than download speeds. That’s called an asymmetrical connection. It’s fine for streaming and scrolling, but if you work from home, make a lot of video calls, or share big files, slow uploads can mean lag, choppy video, and frustration.

Symmetrical speeds

Modern fiber connections usually offer symmetrical speeds. This means your upload and download speeds are the same. This helps with:

  • Smoother video calls.
  • Quicker cloud backups.
  • Better gaming performance.
  • Faster uploads.
  • Fewer slowdowns, even during busy hours.

With symmetrical gigabit speeds, uploading a video or updating a game takes minutes, not hours. The first time it happens, it feels to good to be true. After a while, it just feels normal.

Until you use someone else’s internet (LAN party anyone?) and think…wait, is there an internet outage?

A byte-sized history

The days of one user on the internet at a time are well behind us.

Streaming, gaming, remote work, smart homes: It’s all happening at once now, across multiple devices. With all the new internet connected devices, speeds have evolved to keep up. Here’s how things have changed:

Dial-up – 1990s
Speed: up to 56 Kbps
  • Used phone lines.
  • No calls while online.
  • Slow image loads.
DSL & Cable – 2000s
Speed: 1-10 Mbps
  • Always-on connection.
  • Light downloads.
  • Early streaming struggles.
Broadband – 2010s
Speed: 25-100 Mbps
  • Streaming and gaming boom.
  • slow uploads.
  • Smartphones become normal, requiring better Wi-Fi solutions.
Fiber – Mid-2010s
Speed: up to 1 Gbps
  • Symmetrical speeds.
  • More reliable than cable.
Gigabit – Today
Speed: 1,000 Mbps+
  • Smart home ready.
  • No slowdowns, even at peak.
  • Built for the future.

Getting the most from your setup

Having access to fast speeds is great, but it’s not the only thing that matters. Your experience also depends on:

  • Your router.
  • Your connection type.
  • Your devices.
Why do I need to worry about a router?

Your router is the hub that distributes your internet connection to your devices.

To handle gigabit speeds, your router needs to support Gigabit Ethernet and at least Wi-Fi 5 (although a higher standard means better performance).

Older routers, especially those limited to Wi-Fi 4 or Fast Ethernet (100 Mbps), can create a bottleneck and prevent your devices from reaching full speed, even if your fiber connection is fast.

Wired vs. wireless: What's better?

Once your router is set up, the way your devices connect: Wired or wireless, plays a big role in actual performance.

Ethernet (wired connection)
  • Most reliable, direct path to the internet.
  • A modern cable (Cat5e or better) can deliver higher speeds.
  • No interference, no signal drop-off.
  • Great for gaming, large downloads, or work setups.
Wi-Fi (wireless connection)
  • More flexible, but more variable.
  • Speed depends on router placement, distance, and interference from walls or other devices.
  • Different Wi-Fi standards offer different capabilities.
The role of your devices

Even with the best connection and router, your device’s hardware can affect speed.

  • Older laptops and tablets may have Wi-Fi chips that max out at 300–400 Mbps.
  • Phones often throttle speeds to save battery.
  • Streaming devices and smart TVs might only support Wi-Fi 4 or 5.

Testing your speeds

Running a speed test is a quick way to check your internet performance, but it’s only a snapshot of your connection on that device, at that moment.

Let’s say you’re testing from your phone, across the house, while someone’s streaming in the next room. The result might show a lower speed, but that doesn’t mean your internet is slow.

It just means you’re measuring your phone’s current connection, not the full capacity of your network.

Want a more accurate test?

To get a clearer picture of your actual connection speed, try this:

  • Use a wired connection: Plug directly into your router with an Ethernet cable (Cat5e or better). This skips Wi-Fi entirely and gives the most reliable result.
  • Pause other activity: Stop big downloads or video streams on other devices while testing. Shared bandwidth can lower your numbers.
  • Use a modern device: Older laptops and tablets may not handle gigabit speeds. Test on a device with gigabit Ethernet or Wi-Fi 6 support.
  • Close background apps: Programs syncing to the cloud or running updates can throw off your results.
  • Get closer to your connection: Testing near your router minimizes interference from walls or other devices.

A good test doesn’t just show your speed, it shows how well your setup supports it.

Think of speed tests as a tool, not the final answer. If your results seem low, it might not be your internet, it could be your Wi-Fi, your device, or the actual setup.

Other Articles in this Section
Understanding Ting Whole Home Wi‑Fi
Do I need to upgrade my devices?
What are Wi-Fi Standards?
Understanding Wi-Fi
Whats the deal with fiber?
Mesh Wi‑Fi Explained
Speed, Latency, and Jitter Explained
Ting Internet Static IP Addresses
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