About Google wifi ethernet backhaul, WiFi is one of the best forms of internet access that enables you to connect without requiring wired installations.
But it comes with the limitation of range and dead zones.
Therefore, one of the valid options is to install an ethernet backhaul system that extends WiFi reach to other zones via setting up access sites.
Today, we’re enlightening you on how to install your Google WiFi ethernet backhaul in detail.
Table of Contents
- What Is Wired or Ethernet Backhaul?
- Connecting Google WiFi Routers via an Ethernet Backhaul？
- Connecting Google WiFi Routers via an Ethernet Backhaul: Benefits and Drawbacks
- Google Wifi Ethernet Backhaul Problem and Workaround
What Is Wired or Ethernet Backhaul?
It’s primarily an internet system whereby users access the internet from a secondary access point such as an Ethernet switch or another router.
The secondary device receiving the signal derives the connection from your primary router via an ethernet cable.
An ethernet backhaul system aims to deliver a strong signal to a secondary point in the house.
With an ethernet cable as the connector, there’s no signal loss, so you can access the internet from other points as if you’re proximal to the router.
Therefore, it solves the problem of WiFi signal reach. Also, with an ethernet being a hardware connection, you will receive the maximum bandwidth per the ISP signal strength.
Connecting Google WiFi Routers via an Ethernet Backhaul？
An Ethernet Cable on a Router.
- First, you need to have two routers- the primary one receiving a signal from the Google Fiber supply cable and the second acting as the new access point.
- Next, initiate the pairing of the primary WiFi router and the Secondary router from your Google WiFi application.
- Link your primary router to the Google access point using an ethernet cable. You can use an ethernet switch to have numerous points (mesh network) where to connect ethernet cables.
Primarily this is necessary because a Google router features just two ethernet ports.
Hence one will connect to the primary router, while the second is the one you use to link to the ethernet switch to have more ports available.
Connecting Google WiFi Routers via an Ethernet Backhaul: Benefits and Drawbacks
A Router LAN Port.
What are some of the upsides and downsides of this system?
Benefits of an Ethernet Backhaul
- The primary upside is that you will receive internet at the correct speeds per your ISP’s provisions. The signal often dwindles when using WiFi, especially for those trying to access it away from the router. The ethernet backhaul system solves this issue by enabling distant connections of devices from a secondary point at the same speed.
- In addition to bridging the distance during connections, such a system is fast because a hardware connection results in no signal loss. The connection directly delivers the signal to your device without any external interactions, as in the case of directly using WiFi.
Downsides of an Ethernet Backhaul
What are some of the shortcomings of overlooking the WiFi pairing of routers over the ethernet backhaul system?
- Setting up the wired connections can have your house looking messy, especially if you want to deliver an ethernet to every room. This challenge often happens when you didn’t initially plan to set up an ethernet backhaul, so you didn’t have preinstalled connections.
- Also, the setup comes with an added cost since you have to purchase the ethernet cables and the secondary router/ethernet switch. Engaging a serviceman to set up the system for you also comes with an additional cost.
Despite these challenges, the benefits of an ethernet backhaul outweigh the alternatives of connecting routers via WiFi alone.
So it is worth the price and challenge; thus, these downsides shouldn’t discourage you from setting up the system.
Google Wifi Ethernet Backhaul Problem and Workaround
Troubleshooting an Ethernet Backhaul Challenge.
Sometimes, you may encounter challenges such as the inability of the system to deliver the network after setting up your ethernet backhaul.
Below are the troubleshooting measures to fix the loss of connection challenges.
Check the Hardware and Cables
A hardware problem will, without a doubt, hamper signal transmission between the two devices.
Therefore, the primary area of focus if you’re experiencing no signal, is to find out if there’s an existing hardware fault.
A tear or an abrasion on the wires can be a detrimental problem and hinder the supply of a solid signal to the secondary router.
Therefore, check out for any issues, and if present, the best way is to replace the cable, as repairing it may only partially solve the challenge.
Moreover, please confirm that the ethernet ports of the router and access points are okay, as they could also cause a connection issue.
Power Cycle the Systems
Here are the basic steps to follow for an effective power cycle:
- First, note that power cycling applies to all devices (both the router and access points), and thus you have to disconnect them from the power supply.
- After removal, allow the parts to stay without a connection for some time to lose the charge present. The ideal time should be approximately one minute or more.
- Finally, connect the devices to the power supply and switch the power on. After this, let the devices stay idle for about a minute. After this, your system has probably lost the accumulated charge and is ready to transmit signals normally.
There are fewer more effective ways to boost Google WiFi signal reach than via the ethernet backhaul system discussed above.
You can now perform an effective ethernet backhaul setup without significant challenges.
If you still can’t connect, there are remedies like those highlighted in this article. So take charge now and get your Google WiFi to all areas of your house.