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How to Prioritize Ethernet Over Wifi? Connection Preference Steps

Introduction If you have ever wondered How to Prioritize Ethernet Over Wifi?, you are not alone. Many laptops, desktops, and hybrid devices connect to both wired and wireless networks at the same time, and the operating system does not always choose the fastes

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Introduction

If you have ever wondered How to Prioritize Ethernet Over Wifi?, you are not alone. Many laptops, desktops, and hybrid devices connect to both wired and wireless networks at the same time, and the operating system does not always choose the fastest or most stable path. Ethernet usually offers lower latency, more consistent throughput, and fewer interference problems than Wi-Fi, so making it the preferred connection can improve video calls, gaming, large file transfers, cloud backups, and everyday browsing.

This guide explains how network priority works, how to change it on Windows, macOS, Linux, and common routers, and how to verify that your device is actually using Ethernet. You will also find troubleshooting tips, best practices, and answers to frequently asked questions. The steps are written for everyday users, but they also include advanced options for administrators who want more control.

Table of Contents

Why Prioritize Ethernet Over Wi-Fi?

The question How to Prioritize Ethernet Over Wifi? matters because Wi-Fi is convenient but not always predictable. Wireless signals are affected by walls, distance, neighboring networks, microwave ovens, Bluetooth devices, and even the position of your laptop. Ethernet, by contrast, creates a dedicated physical path between your device and the router or switch. That path usually has lower jitter, fewer retransmissions, and more stable latency.

Prioritizing Ethernet does not necessarily mean disabling Wi-Fi. In many setups, Wi-Fi can remain available as a backup while Ethernet handles active traffic. This is useful for docking stations, desktops with Wi-Fi adapters, laptops moving between rooms, and small offices where a wired connection is preferred but wireless access is still needed for phones or guests.

Common reasons to prioritize Ethernet include online gaming, live streaming, remote desktop sessions, large uploads, video conferencing, and business applications that are sensitive to packet loss. Even when speed tests look similar, Ethernet often feels more responsive because latency is more consistent.

How Network Priority Works

Operating systems choose network interfaces using routing metrics, interface order, DNS settings, and connection state. A lower metric usually means higher priority. For example, if Ethernet has a metric of 10 and Wi-Fi has a metric of 50, the system sends most traffic through Ethernet. If Ethernet disconnects, traffic can fail over to Wi-Fi.

Some systems use automatic metrics based on link speed. A gigabit Ethernet connection may receive a better metric than a slower Wi-Fi link, but this is not guaranteed. VPNs, virtual adapters, Docker networks, and security software can also change routing behavior. That is why the most reliable approach is to manually set the metric or move Ethernet to the top of the service order.

It is also important to understand that prioritizing an interface does not force every application to use it. Applications can bind to specific addresses, and split tunneling may send some traffic through a VPN. Still, setting the correct priority solves the majority of everyday connection preference problems.

Before You Start: Check Hardware and Cables

Before changing settings, confirm that the Ethernet connection is physically healthy. A damaged cable or loose port can cause the system to fall back to Wi-Fi even if Ethernet is technically prioritized.

  • Check that the Ethernet cable clicks firmly into both the device and router or switch.
  • Look for link lights on the port or dock.
  • Test with a known-good cable if possible.
  • Confirm the port supports the expected speed, such as 1 Gbps or 2.5 Gbps.
  • Update network adapter drivers if the connection drops frequently.
  • Restart the router if Ethernet shows as connected but has no internet access.

If Ethernet is not connecting at all, fix the physical or driver issue first. Priority settings cannot make a broken link work.

How to Prioritize Ethernet Over Wifi? on Windows 10 and Windows 11

Windows provides several ways to prioritize Ethernet. The easiest method for most users is the Network Connections control panel. Advanced users may prefer PowerShell because it is precise and repeatable.

Method 1: Use the Network Connections Interface Metric

  1. Press the Windows key, type ncpa.cpl, and press Enter.
  2. Right-click your Ethernet adapter and select Properties.
  3. Select Internet Protocol Version 4 (TCP/IPv4) and click Properties.
  4. Click Advanced.
  5. Uncheck Automatic metric.
  6. Enter a low number for Ethernet, such as 10.
  7. Repeat the process for Wi-Fi, but use a higher number, such as 50.
  8. Click OK on all windows and restart if needed.

This tells Windows to prefer Ethernet when both connections are active. If Ethernet disconnects, Wi-Fi can still provide connectivity.

Method 2: Use PowerShell for Precise Control

PowerShell is useful for automation, remote management, and verifying the exact metric values. Open PowerShell as Administrator and run commands similar to the following.

Get-NetIPInterface | Select-Object InterfaceAlias, InterfaceMetric, ConnectionState

Set-NetIPInterface -InterfaceAlias "Ethernet" -InterfaceMetric 10
Set-NetIPInterface -InterfaceAlias "Wi-Fi" -InterfaceMetric 50

Replace the interface names if your system uses different labels. You can also set IPv6 metrics separately. After making changes, run ipconfig /flushdns and test a website or speed test to confirm behavior.

Method 3: Adjust Adapter Binding Order

Older Windows versions relied heavily on binding order. Modern Windows still allows you to view adapters, but metric changes are usually more effective. If you use a third-party VPN or virtual adapter, check its metric as well. A VPN adapter with a very low metric can accidentally override both Ethernet and Wi-Fi.

If you want Wi-Fi to remain connected but inactive for most traffic, do not disable it. Simply give Ethernet a lower metric and keep Wi-Fi available for failover.

How to Prioritize Ethernet Over Wifi? on macOS

macOS uses service order to decide which network interface is preferred. Ethernet is often already high in the list, but you can adjust it manually.

  1. Open System Settings.
  2. Go to Network.
  3. Click the three-dot menu or Advanced options, depending on your macOS version.
  4. Select Set Service Order.
  5. Drag Ethernet above Wi-Fi.
  6. Click OK and Apply.

On older macOS versions, the path may be System Preferences, Network, then the gear icon and Set Service Order. The concept is the same: the service at the top is preferred.

macOS may still show Wi-Fi as connected, which is normal. The service order determines which interface handles default traffic. You can verify the active route using Terminal commands such as netstat -rn or route get default.

How to Prioritize Ethernet Over Wifi? on Linux

Linux routing priority depends on the distribution and network manager. NetworkManager is common on desktop systems, while servers may use netplan, systemd-networkd, or manual configuration.

Using NetworkManager

You can set the metric for a connection profile. For example, use nmcli to adjust Ethernet and Wi-Fi metrics.

nmcli connection modify "Wired connection 1" ipv4.route-metric 100
nmcli connection modify "Wi-Fi connection 1" ipv4.route-metric 600
nmcli connection up "Wired connection 1"

Lower numbers have higher priority. After applying the change, check routes with ip route. The default route through Ethernet should appear first or have the lower metric.

Using Netplan on Ubuntu Server

On Ubuntu Server, edit the netplan configuration and set route metrics. A simplified example looks like this.

network:
  version: 2
  ethernets:
    eth0:
      dhcp4: true
      routes:
        - to: default
          via: 192.168.1.1
          metric: 100
  wifis:
    wlan0:
      dhcp4: true
      routes:
        - to: default
          via: 192.168.1.1
          metric: 600

Apply with sudo netplan apply. Be careful with YAML indentation, because a small formatting error can break networking.

Router-Level Preference and Network Design

Sometimes the best answer to How to Prioritize Ethernet Over Wifi? is not on the client device but in the network design. If you have many devices competing for wireless bandwidth, moving critical devices to Ethernet reduces congestion for everyone.

Router-level quality of service can prioritize traffic by device, application, or port. For example, you can give a work laptop on Ethernet higher priority than streaming devices on Wi-Fi. Some routers also support LAN aggregation, VLANs, and separate SSIDs for guests.

If you use a mesh system, connect the main node and any satellite nodes by Ethernet when possible. Wired backhaul dramatically improves mesh performance and can make Wi-Fi feel faster even for wireless clients.

Mobile and Tablet Considerations

Phones and tablets usually do not have Ethernet ports, but adapters and docks can add wired networking. On iPadOS and some Android devices, connecting Ethernet may automatically prefer it over Wi-Fi. If both remain active, check the network settings for an Ethernet section and disable Wi-Fi if you want a clean test.

For mobile hotspots, Ethernet may not be available. In that case, use 5 GHz or 6 GHz Wi-Fi, reduce distance to the hotspot, and avoid congested channels. The same principle applies: use the most stable path available.

How to Verify Ethernet Is Active

After changing priority, verify the result instead of assuming it worked. Speed alone is not enough because a fast Wi-Fi link can mask routing issues.

  • Disconnect and reconnect Ethernet, then check the active network icon.
  • Run a speed test before and after unplugging Ethernet.
  • Use ping to a stable host and compare latency.
  • Check the routing table to confirm the default route uses Ethernet.
  • Download a large file and monitor adapter activity in Task Manager or Activity Monitor.

On Windows, Get-NetRoute -DestinationPrefix 0.0.0.0/0 shows default routes and metrics. On macOS and Linux, route get default or ip route can reveal the active gateway. If the gateway IP matches your Ethernet subnet, the wired path is likely active.

Troubleshooting Common Issues

If Ethernet is prioritized but traffic still uses Wi-Fi, several hidden factors may be involved.

  • VPN interference: A VPN may install its own default route. Check VPN settings and split tunneling.
  • Virtual adapters: Docker, VMware, VirtualBox, and Hyper-V can create adapters with low metrics.
  • Incorrect interface names: Your Ethernet adapter may be named something other than “Ethernet.”
  • Driver problems: Update or reinstall the network adapter driver.
  • Router issues: The Ethernet port may connect at 10 Mbps or half-duplex due to a bad cable.
  • IPv6 differences: You may have set IPv4 priority but not IPv6 priority.
  • Application binding: Some apps choose their own network interface.

When troubleshooting, change one setting at a time and test after each change. This prevents confusion and makes it easier to identify the actual cause.

Best Practices and Tips

Use these tips to keep your network preference stable over time.

  • Give Ethernet a clearly lower metric than Wi-Fi, but do not use zero unless required.
  • Keep Wi-Fi enabled for failover unless security policy requires it to be disabled.
  • Label your network profiles so you can identify them quickly.
  • Document metric values for office or lab environments.
  • Update firmware on routers and docks regularly.
  • Use quality cables, especially for runs longer than a few meters.
  • Test after operating system updates, which may reset network settings.
  • For gaming or streaming PCs, consider disabling Wi-Fi in BIOS or Device Manager if Ethernet is permanent.

A good rule is to make the preferred path obvious to the operating system. Clear metrics and service order reduce ambiguity and prevent random switching.

Ethernet vs. Wi-Fi Comparison

Feature Ethernet Wi-Fi
Latency Usually lower and more consistent Can vary with distance and interference
Throughput stability High Moderate to high, depends on signal
Interference Minimal Affected by walls, devices, and congestion
Mobility Limited by cable length Excellent within coverage area
Setup Requires cable and port Quick wireless pairing
Best use cases Gaming, calls, uploads, servers Phones, tablets, casual browsing

Frequently Asked Questions

Should I disable Wi-Fi when using Ethernet?

You usually do not need to disable Wi-Fi. Prioritizing Ethernet keeps Wi-Fi available as a backup. Disable Wi-Fi only if you need to eliminate wireless interference, reduce power use, or enforce a wired-only policy.

Will prioritizing Ethernet make my internet faster?

It can improve real-world performance by reducing latency and packet loss, but it will not increase your internet plan’s maximum speed. If your Wi-Fi is already excellent, the difference may be small.

Can both Ethernet and Wi-Fi be connected at the same time?

Yes. Many systems support simultaneous connections. The priority setting determines which one carries default traffic. This is helpful for failover and for accessing different network resources.

What metric value should I use?

There is no universal value, but a common approach is Ethernet at 10 or 100 and Wi-Fi at 50 or 600. The exact numbers matter less than the relative difference. Keep VPN and virtual adapters in mind.

Why did my priority setting reset?

Operating system updates, driver updates, new network profiles, or VPN installations can reset or override metrics. Reapply the setting and document it for future reference.

Can I prioritize Ethernet at the router?

You cannot force a client to choose Ethernet from the router, but you can design the network so wired devices get better QoS, dedicated ports, and wired backhaul. Client-side priority is still the direct solution.

Conclusion

Learning How to Prioritize Ethernet Over Wifi? is a practical way to make your network more reliable. Whether you use Windows, macOS, Linux, or a mixed environment, the core idea is the same: give Ethernet a lower metric or higher service order, keep Wi-Fi available if you want failover, and verify the active route after making changes.

Start with the simplest method for your operating system, test carefully, and address VPN or virtual adapter conflicts if needed. With a few adjustments, you can enjoy the stability of a wired connection while keeping the flexibility of wireless networking when you need it.