Short answer: As of mid-September 2026, eero, Netgear, and ASUS hold FCC conditional approvals for new models, while TP-Link did not. Routers you already own and models authorized before March 23, 2026 are not banned, so there is no need to replace a working router.

This is a short status update, based on our reporting in our large-house router guide and press reports as of mid-September 2026.

• eero and Netgear were approved in April 2026.
• ASUS was approved in early September.
• TP-Link had not been approved as of mid-September reporting.

What it means for buyers

On March 23, 2026, the FCC added consumer routers produced in foreign countries to its Covered List, which blocks new models from receiving FCC authorization. Models already authorized can still be sold, and routers you own are unaffected. The FCC has waived its firmware-update cutoff for existing models until January 1, 2029.

If you’re buying a mesh system, our mesh guide for large houses notes which models are affected. We’ll update this post when any company’s status changes.

Short answer: If fiber is available at your address, choose it: it is the most consistent and the only type that routinely offers fast uploads. Cable is the safe second choice, and 5G home internet is a good fit when you want to skip long contracts or fiber and cable are not available. What you can buy depends on your address, so check before you compare plans.

The right type of home internet depends mostly on what is available where you live. Once you know your options, the choice usually comes down to upload speed, consistency, and how much you want to avoid contracts.

How do the three types compare?

When should you pick fiber?

Pick fiber when it is available and the price is fair. Video calls, cloud backups, and online gaming all benefit from fast uploads and steady latency. A fiber connection also gives you a better foundation for a mesh system, since any slowness you see is more likely to be your WiFi than your line.

When is cable the right call?

Cable is widely available and fast on download. If your household mostly streams and browses, a cable plan can be great value. Watch for two things: the price after the promotional period ends, and any monthly data cap. Both should be spelled out on the provider’s broadband label.

When does 5G home internet make sense?

5G home internet works well if fiber and cable are not available, or you want a simple plan without a long contract. Place the gateway near a window where signal is strongest, and test speeds at the times you actually use the internet. If you live in a large house, pair the gateway with a mesh system. Our guide to choosing mesh for a large house covers placement.

How do you check what you can actually get?

1. Look up your address on the FCC National Broadband Map to see which providers report service there.
2. Check each provider’s own address tool for current plans.
3. Read the broadband label for the plan. It lists the monthly price, any introductory pricing, and typical speeds.
4. Ask neighbors which provider works well on your street.

Should you rent the provider’s equipment?

Check your bill for an equipment charge first. Our guide to buying your own router vs. using your provider’s explains what the law says about equipment fees and what to check before you buy.

Before you blame your provider

If your speeds look low, test with a cable first. Our guide to fixing slow WiFi shows how to tell a provider problem from a WiFi problem.

Short answer: The TP-Link Deco X50 3-pack is $149 for Prime members, a genuine low about $40 under the comparable Eero kit. It suits a 2-3 bedroom home on a plan under 500 Mbps; on gigabit or faster, look at Wi-Fi 6E or 7 instead.

We checked the price history on this one: $149 for the 3-pack is a genuine low, not a markup-then-markdown trick. It undercuts the Eero equivalent by about $40 at this tier.

Good fit if you have a 2-3 bedroom home and a sub-500Mbps plan. If you’re on gigabit+ service, look at a Wi-Fi 6E or 7 kit instead — this one caps out lower than your connection.

Short answer: Bufferbloat is the lag you get when a busy connection makes data wait in a long queue. Test it with a speed test that measures latency under load, then turn on your router's smart queue or SQM feature and set it a little below your real speed. Wiring your console or PC also removes WiFi from the equation.

If your game or video call gets choppy whenever someone uploads a video or a device starts a big update, you may have bufferbloat. It is one of the most common causes of lag on otherwise fast connections, and it can often be fixed with one router setting.

What is bufferbloat?

Your router sends data to your internet provider through a connection with a fixed speed. When that connection fills up, extra data waits in a queue. If the queue is long, everything behind it waits too, including your game packets. That wait is bufferbloat, and it shows up as latency spikes.

How do you test for it?

1. Plug a computer into your router with Ethernet so WiFi doesn’t affect the result.
2. Close other apps, then run a bufferbloat test such as Waveform’s or Cloudflare’s speed test.
3. Look at latency under load, not just the download number. A big jump from your idle ping means bufferbloat.

If you’re not sure whether your slowdown is WiFi or your plan, see our slow WiFi test guide.

How do you fix it?

1. Find the setting. Look for Smart Queue, SQM, Adaptive QoS, or similar in your router’s app. Names differ by brand, and not every router has one.
2. Set the speeds a little below your real speeds. Use 85% to 95% of your tested download and upload speeds. This keeps the queue in your router, where it can be managed.
3. Run the test again. Latency under load should be much closer to your idle ping.
4. Wire what you can. Consoles and PCs that stay put should use Ethernet.

Which routers help?

If you are deciding whether a gaming-branded router is worth it, see do you need a gaming router.

Look for a router that lists smart queue management or SQM, or one that supports third-party firmware such as OpenWrt. When we review routers like the Asus RT-BE92U, we check where the QoS controls live and how easy they are to find.

What if it’s your WiFi?

If the wired test is fine but WiFi spikes, the cause is probably distance, interference, or the band your device is using. Try the free fixes in our guide to why WiFi is slow when your internet is fast.

Short answer: The FCC has raised permitted power for standard-power 6 GHz outdoor access points, closing a gap that kept the band mostly indoor-only in the US. It should allow longer-range 6 GHz mesh backhaul, starting with next year's hardware.

The FCC’s order, adopted last week, raises permitted power for standard-power 6GHz outdoor access points, closing a gap that had kept the band mostly indoor-only in the US.

For mesh vendors, this matters because 6GHz backhaul links between outdoor nodes were previously power-limited enough that most manufacturers stuck with 5GHz for anything beyond a single building. Expect the first outdoor-rated 6GHz nodes to show up at CES.

Nothing changes for hardware you already own — this affects new products built to the updated limits, not a firmware unlock for existing routers.

Short answer: The Eero Pro 6E 2-pack is $189, the lowest price we've tracked since launch and nearly $140 under the Wi-Fi 7 version. Buy it if your plan is under 1 Gbps; skip it for the Wi-Fi 7 model if you have multi-gig service or newer devices.

We checked the price history: this is the lowest the Eero Pro 6E 2-pack has been since launch, not an inflated “was” price. At $189 it undercuts the Wi-Fi 7 version by nearly $140.

Buy this if your internet plan is under 1Gbps and your devices are a mix of phones and laptops from the last four years. Skip it and save for the Wi-Fi 7 model if you already have multi-gig service or newer 7-capable devices.

Short answer: Don't put a Wi-Fi extender halfway to the dead zone. Walk toward the dead zone with a phone and place it where you still have two bars, which is often two-thirds of the way, and check the extender can hear the router on 5 GHz.

The common advice — place the extender halfway between your router and the dead zone — assumes uniform signal loss. Walls and floors don’t lose signal evenly, so halfway by distance is often wrong by walls.

A better method

Walk from your router toward the dead zone with a phone showing signal strength. Stop at the point where you’re still at two bars, not one. That’s your extender spot, even if it’s two-thirds of the way there rather than half.

The 5GHz trap

Extending on 5GHz only helps if the extender itself has strong 5GHz reception from the router — otherwise you’re relaying a weak 5GHz signal and making things worse. If your two-bar spot only gets a strong 2.4GHz signal, use that band for the backhaul even though it’s slower.