Why My Linksys Velop Stuck In Dual Band Mode? How To Fix This?

A common option for families that need to effortlessly expand Wi-Fi coverage over several rooms or levels is the Linksys velop mesh Wi-Fi system. Tri-band and dual-band velop variants are available, the latter is more potent and provides superior performance, particularly in bigger households. Tri-band versions increase speed and range by distributing the load across link devices using three different frequency bands: two 5 GHz bands and one 2.4 GHz band. But according to some customers, their Linksys velop stuck in dual band mode, which essentially disables one of the 5 GHz bands and lowers performance overall. For consumers who intentionally bought a tri-band system because of its improved capabilities, this problem can be very annoying.

There are a number of possible reasons and solutions that may assist. We’ll look at probable reasons of Linksys velop stuck in dual band mode as well as solutions in this blog.

Knowing Variances Among Velop’s Dual-Band and Tri-Band

Let’s define dual-band and tri-band modes first before delving into the root reasons of the problem:

Dual-Band: Makes use of two frequency bands: 2.4 GHz and 5 GHz. Many Wi-Fi routers provide this feature, which is suitable for moderate use in small to medium-sized houses.

Tri-Band: Expands the system’s “lanes” to accommodate device traffic by adding a 5 GHz band. For bigger houses or settings where several devices—such as laptops, gaming consoles, streaming devices, and smart home appliances—are being used concurrently, tri-band systems are perfect.

Velop should utilize all three frequency bands while it is in tri-band mode. Its performance will be limit if it is trap in dual-band mode, which only allows it to use the 2.4 GHz and one 5 GHz band.

What’s Keeping Linksys Velop Stuck in Dual Band Mode?

Your velop system can be using dual-band mode rather than tri-band mode for a few reasons. These are the most typical reasons:

1. Node Models that are Incompatible

You may combine several node types, such as dual-band and tri-band nodes, with velop systems. The system as a whole may convert to dual-band mode to preserve compatibility if you’re adding dual-band nodes to your system.

Solution: Make sure your mesh system has tri-band models for every node. To restore complete tri-band capability, think about updating any dual-band nodes that are mix in with tri-band models.

2. Firmware Problems

Firmware bugs can occasionally result in the system functioning improperly. Velop nodes are intend to acquire firmware updates automatically from Linksys, if there is an issue with the software or the update procedure, the node may become trap in dual-band mode.

Solution:

Firmware Update Manually: To see whether there are any firmware upgrades available, use the Linksys app or go to the web-based interface.

If so, make sure you’re using the most recent version by manually installing the update.

Factory Reset: You might want to try restoring the node to factory settings and configuring it once more if the firmware upgrade isn’t successful. Press the reset button on the node’s back for ten seconds or so, or until the light turns red, to reset your velop system. You can reconfigure the system once it has been reset.

3. Issues with Placement or Poor Signal

The positioning of every node is crucial for mesh systems. The system may disable one of the 5 GHz bands and switch back to dual-band mode to preserve stability if your velop nodes are position too far apart or if walls or other devices are interfering with the 5 GHz signal.

Solution:

Optimize Node Positioning: Make sure the nodes are position in the best possible ways to interact with one another. To establish a robust, backhaul connection—the link between the main node and the child nodes—nodes should be space far enough apart.

Verify for Interference: Reduce the possibility of interference from other gadgets, including Bluetooth, cordless phones, and microwaves. Additionally, make sure your nodes are not position in enclosed areas or adjacent to heavy metal items since they might block the signal.

4. Channels with Dynamic Frequency Selection (DFS)

DFS channels might be used by the velop system to offer more bandwidth on the 5 GHz frequency. If your system is set up to use DFS channels, it may disable one of the 5 GHz bands when it detects interference or regional limitations. This is because some regions or ISPs prohibit the usage of DFS channels.

Solution: Turn off DFS channels via the Linksys app’s or the web interface’s advanced settings. The system can be automatically switching to dual-band mode as a precaution if your ISP or location prohibits DFS usage.

5. Network Configuration or ISP

The system may occasionally run velop Stuck in dual band mode due to problems with Internet Service Provider (ISP) or the configuration of your network. This might occur if there are restrictions on the amount of bandwidth or channels your network can use.

Solution:

Consult your ISP: Make sure your service plan has no restrictions that might prevent your network from functioning in tri-band mode by getting in touch with your ISP.

Examine the network configuration: To be sure there are no setup errors that can force the system into dual-band mode, check the network settings in the Linksys app or web-based interface.

How to Solve Linksys Velop Stuck In Dual Band Mode Issue?

Now that you are aware of the typical reasons for Linksys velop stuck in dual band mode, follow these steps to resolve the problem:

Confirm the Node Models

Initially, confirm that every node in your system is a tri-band model. You may verify this by examining each node’s model number, which can be found on the actual device or in the Linksys app.

Firmware Update

To find and install any available firmware upgrades, use the Linksys app or the online interface. Updating the firmware is essential to guaranteeing optimal functioning.

Restart the Computer

Try returning the velop nodes to factory settings and configuring the Linksys velop setup again if upgrading the firmware doesn’t resolve the issue. Any setup problems that could be keeping the machine in dual-band mode can be fixed in this way.

Move the Nodes

Ensure that your nodes are positioned in the best possible ways to communicate with one another. Check the signal strength between nodes using the Linksys app, then modify the arrangement as necessary.

Turn off the DFS Channels

Try turning off DFS channels in the Linksys app’s or web interface’s advanced options if your system is using them.

Final Thoughts

It can be annoying when a Linksys velop stuck in dual band mode, particularly if you purchased a tri-band model in anticipation of improved performance. Numerous things, such as incompatible nodes, firmware problems, a weak signal, or network limitations, might be the cause of the problem. You may diagnose and fix the problem by following the instructions in this blog, which will enable your velop system to function at its best and use all of its tri-band capability.