Checking Bandwidth with an Edimax Router Speed Test

An Edimax router’s built-in speed test can provide a quick view of the internet connection reaching your home network. It measures the connection between the router and an external testing service, helping you compare actual performance with the download and upload speeds advertised by your internet provider.

This is useful in Australia, where NBN performance can vary according to the access technology installed at an address. A Fibre to the Premises connection may behave differently from Fibre to the Node, HFC cable, fixed wireless or satellite service, particularly during busy evening periods.

The test can also help separate an internet service problem from a local Wi-Fi problem. If the router records a healthy result but a phone or laptop is slow in a distant room, the issue may involve wireless interference, signal strength or the client device rather than the NBN connection.

Before beginning, connect the Edimax router correctly and make sure its firmware and internet settings are working. The Edimax setup guide can help with accessing the router interface, locating the default gateway and selecting router or access-point mode when the installation is new.

What The Built-In Test Measures

A router-based speed test generally checks three main performance indicators: download throughput, upload throughput and latency. Download speed affects activities such as streaming, browsing and downloading files, while upload speed matters when sending photos, backing up data or joining video meetings. Latency, usually measured in milliseconds, reflects the delay between your network and the testing server.

The test runs from the router itself, rather than from a browser on a computer. This distinction matters because the router may be connected directly to the NBN device through Ethernet, avoiding some of the variables that affect Wi-Fi. The result is therefore a useful estimate of the broadband service entering the home.

Some Edimax models display additional information, such as the testing server, connection type or a history of previous measurements. The exact wording and location can differ between firmware versions. Look under menus such as Status, Internet, Network Diagnostics, Tools or Speed Test after signing in to the administration page.

A result is not a guarantee of the speed available in every room. It describes the router’s WAN connection at a particular time. A wireless client can record a lower rate because of distance, walls, neighbouring networks, device limitations or the use of a crowded 2.4 GHz band.

Opening The Edimax Administration Page

Connect a computer to the Edimax router with an Ethernet cable where possible. A wired connection reduces the risk of losing access while settings load and makes it easier to distinguish the router’s performance from weak wireless coverage. If a cable is not available, connect to the Edimax Wi-Fi network using the network name and password printed on the router label or supplied during setup.

Open a browser and enter the router’s local address in the address bar. Many Edimax products use a private address such as 192.168.2.1 or 192.168.1.1, although the correct address depends on the model and network arrangement. On a computer, the default gateway shown in the network details is often the most reliable address to use.

Sign in with the administrator credentials. If the router has already been configured, use the current administrator password rather than the Wi-Fi password unless the model uses the same details. Avoid resetting the unit simply because the first login fails; check the model label, the setup documentation and whether another router is handling the local network.

After signing in, confirm that the Edimax device is operating as the main router if it connects directly to the NBN connection device. In access-point mode, another router normally controls the WAN connection, so an Edimax speed test may be unavailable or may not represent the internet service in the same way.

Running A Reliable Bandwidth Check

Find the diagnostic or speed-test tool in the dashboard and start a test when the network is reasonably quiet. Pause large downloads, cloud backups, game updates and streaming on other devices. A smart TV, PlayStation, security camera or Google Drive synchronisation can consume bandwidth without being obvious from the computer running the test.

Allow the process to finish rather than closing the page when the first figure appears. The router may test download capacity before upload capacity and may need several seconds to establish a connection with a measurement server. Record the time, the displayed download speed, upload speed and latency.

For a fair comparison, run several tests at different times. An evening measurement in a busy suburb such as Parramatta, Chatswood or inner Melbourne may differ from a result recorded early on a weekday morning. Congestion can occur within the ISP network or the wider NBN service, while local Wi-Fi congestion can affect device-based tests.

Use this simple testing routine:

• Run one test with the router connected directly to the NBN equipment.
• Repeat the measurement at least three times, separated by a few minutes.
• Record results during a quiet period and during the evening busy period.
• Compare the router result with a wired computer test if one is available.
• Keep the test server and router location consistent between measurements.

Do not treat a single unusually low result as proof that the connection is permanently faulty. A temporary service event, maintenance window or overloaded test server can distort the reading. Several similar results are more useful than one isolated number.

Interpreting Download, Upload And Latency

Download performance is usually the largest number shown by the test. An NBN 50 plan, for example, may be expected to approach 50 Mbps under suitable conditions, while an NBN 100 plan has a higher advertised maximum. Actual figures depend on the provider’s plan, network conditions, the NBN technology at the address and the capabilities of the router.

Upload speed deserves equal attention when the household works from home or sends large files. Video calls, cloud storage and remote access can become unreliable when upload capacity is saturated. A family in Brisbane uploading a large set of photos while another person attends a Teams meeting may notice delay even when the download result looks acceptable.

Latency is measured in milliseconds and is especially relevant for online gaming, voice calls and interactive work. A lower, stable figure is generally preferable, but there is no universal threshold that suits every activity. Sudden variation, often called jitter, can be more disruptive than a moderately higher but consistent latency result.

The following factors help explain a result that differs from the plan description:

• The NBN access type and the quality of the line to the premises.
• Evening congestion affecting the internet provider or upstream network.
• A testing server located far from the Australian east-coast population centres.
• Router processing limits, outdated firmware or an unsuitable operating mode.
• Other household devices using bandwidth during the measurement.

Australian providers often publish typical evening speeds rather than promising the same result at every moment. Compare the Edimax reading with the provider’s typical evening-speed information and, where relevant, public measurement data such as the ACCC’s broadband performance reporting. The comparison is more meaningful when it uses the same time window and a similar connection method.

Separating Wi-Fi Issues From NBN Issues

A strong router speed-test result combined with a poor phone or laptop result usually points towards the local network. Test the client close to the Edimax router first, then repeat the test in the room where the problem occurs. A large drop between those locations suggests coverage, interference or building materials are affecting the wireless link.

Australian homes present varied wireless conditions. Brick walls in older Adelaide or Sydney houses can weaken signals, while large Queensland homes may have long distances between the router and bedrooms. Apartment buildings in Melbourne, Perth and Canberra can contain many overlapping networks, particularly in the 2.4 GHz range.

Use the 5 GHz band when the device is reasonably close to the router and needs higher throughput. Use 2.4 GHz when range is more important, although it is more vulnerable to congestion from nearby networks and household equipment. A dual-band Edimax router may show separate network names, allowing devices to be assigned to the more suitable band.

Keep the router in an open, elevated position rather than inside a cabinet or behind a television. Do not place it beside a cordless phone base, microwave, metal shelving or a large electrical appliance. If the home has persistent dead zones, an Edimax extender or a properly configured access point may improve coverage, but it will not increase the speed supplied by the NBN connection.

A wired test is the clearest comparison. Connect a capable computer directly to a LAN port with a suitable Ethernet cable, disable its Wi-Fi and run a browser-based speed test. If the wired result is close to the Edimax result while Wi-Fi is much lower, focus on wireless placement, channel selection and client compatibility rather than contacting the ISP first.

Using Results To Troubleshoot The Connection

Start by checking cables and indicator lights if the router’s result is substantially below the expected service speed. The cable from the Edimax WAN port to the NBN connection box should be firmly inserted, and the Ethernet cable should be suitable for the connection speed. On FTTC or HFC services, the NBN device may also display status lights that indicate a line or synchronisation problem.

Restarting the router can clear a temporary software or connection fault, but repeated restarts should not replace proper diagnosis. Save important settings before changing firmware, and install firmware only from a trustworthy Edimax source that matches the exact model and hardware revision. A firmware update can improve stability, although it cannot overcome a congested access line or a plan with a lower speed tier.

If every wired and router-based test remains well below the plan’s expected performance, contact the internet provider with a record of times and results. Include whether the test was performed over Ethernet, the NBN technology if known, and whether the problem affects all devices. This gives support staff more useful information than reporting that Wi-Fi “feels slow”.

If only one device performs badly, update its network driver, check its Wi-Fi standard and test it near the router. Older laptops and budget smart devices may support only slower wireless modes. A device can also display a high link rate while delivering a lower real-world throughput because of interference, background activity or limited hardware.

The speed test is most valuable as part of a repeatable record. Note the date, time, connection method, test result and any unusual activity in the home. After changing router placement, wireless settings or the internet plan, run the same checks again. This creates a practical before-and-after comparison instead of relying on memory.

Making The Test Part Of Routine Network Checks

There is no need to run a bandwidth test every day when the connection is stable. A monthly check, plus extra tests during a recurring slowdown, is usually enough for a household network. Schedule measurements around the times when the problem is most noticeable, such as the evening streaming period or the workday video-call window.

Keep expectations aligned with the service type. Fixed wireless and satellite connections can show greater latency than many wired NBN services, and weather or network demand may influence results. FTTP generally offers a strong technical foundation, but the selected plan, provider capacity and home network still determine the experience.

Use the Edimax result alongside real-world observations. A family in Newcastle may care most about uninterrupted streaming, while a home office in Hobart may prioritise upload consistency and video-call latency. A household in Perth with several gamers may pay closer attention to latency variation than to maximum download speed.

The built-in measurement cannot identify every fault, but it narrows the search. It can show whether the internet service is slow before Wi-Fi is involved, establish a performance baseline and provide evidence when an ISP support case is required. When the router result is healthy, attention can move to wireless coverage and individual devices.

Run the test from the Edimax dashboard, repeat it under comparable conditions and record the figures with the testing method. The practical takeaway is simple: use the router measurement to establish the connection’s baseline, then use a wired and wireless comparison to locate any performance loss inside the home.