I’ve been exploring ways to enhance the performance of my Shelly devices, particularly in maintaining strong connections with my network Access Points (APs). After encountering some issues where Shelly devices would stick to weaker APs even after stronger ones became available, I decided to dig deeper into potential solutions.
One approach I considered was adjusting the device’s roaming settings to encourage more frequent checks for stronger signals. While Shelly devices are known for their reliability, their default behavior of staying connected to an AP once they’ve associated with it can sometimes lead to suboptimal network performance, especially in environments with multiple APs.
To address this, I experimented with a few strategies. First, I looked into whether firmware updates or specific settings within the Shelly app could influence the device’s AP selection behavior. However, it seems the devices are designed to prioritize stability over constant reconnection attempts, which makes sense in most scenarios but can be a drawback in dynamic network setups.
Another angle I explored was network configuration. By adjusting the DHCP settings and ensuring that the Shelly devices receive consistent IP addresses, I hoped to minimize disruptions. Additionally, I considered the possibility of using scripts or third-party tools to monitor and manually switch the devices to stronger APs when necessary. While this approach requires more hands-on management, it offers a level of control that might be worth the effort for those seeking optimal performance.
For anyone else dealing with similar issues, I recommend checking the latest firmware updates for your Shelly devices, as improvements in connectivity management are often included in updates. Additionally, experimenting with network segmentation or placing devices closer to the preferred AP can sometimes yield better results without the need for complex configurations.
In summary, while Shelly devices excel in many areas, optimizing their network behavior might require a bit of trial and error. By combining firmware updates, strategic network configurations, and possibly some manual oversight, it’s possible to achieve the seamless connectivity we all strive for.