It’s not as good as using Qustodio or Apple Screen time to block apps on the devices themselves, and it doesn’t let you block apps at certain times: you either block them for a specific profile or don’t. Blocking is achieved by preventing access to all known domains (web services and websites) that are associated with that app. You can then enable explicit content filters (for websites) and block apps. You need to first give permission in the Alexa app for each device that can be controlled in this way. With Eero being an Amazon company and there being integration with Alexa, once you’ve enabled the Eero skill in the Alexa app you can ask Alexa (on your phone or Echo speaker) to turn the guest Wi-Fi network on and off, pause Wi-Fi on specific devices (requires Eero Secure) and also find things, such as phones. Thread support will likely come into its own when products using the new Matter smart home standard become commonplace. You can use Thread and Zigbee simultaneously, though. There’s also support for Thread devices, such as smart locks, fans, thermostats and others, but this is disabled by default. That allows you to control compatible lights, plugs, switches and other gadgets in the Alexa app and by speaking to Alexa.Įffectively, there’s the same device support as you get with the smart hub built into certain Amazon Echo and Echo Show devices. For example, no idea if these results are typical for a house and my speeds will be fine in the end.With a Zigbee hub built into each Eero Pro 6 router, you can easily connect Zigbee devices to Alexa. Would love Input if you know how to interpret the results I gathered. seems like the lathe and plaster walls are having a large impact given how poorly SnR is not very far away.Īlthough I know I want as high SNR as possible, The Netspot support site talks a bit about SNR and says that 25dB is "good".Ī ratio of 10-15dB is the accepted minimum to establish an unreliable connection 16-24dB (decibels) is usually considered poor 25-40dB is good and a ratio of 41dB or higher is considered excellent.I read that an SnR of below 40 was danger zone but no idea if this is true.as expected, 2.4Ghz was better at getting through walls than 5Ghz.as expected, SnR is worse the farther you get away from the AP.These are the results for both 2.4Ghz and 5Ghz. It just measured SnR and Signal strength. I don't have internet yet at the house so wasn't able to use Netspot in "active scanning" mode to get download/upload speeds. ![]() ![]() ![]() So I connected the TPLink router this afternoon in the approximate places I was thinking of having the Ubiquiti APs and used Netspot on My MacBook Pro to measure the signal to noise ratios all over the house. Second Ethernet drop is predicting from old owner who surface mounted a car 5e cable outside the house to get to closet of second floor. I plan on having two Ethernet drops: one in the hallway of the first floor with a plan to ceiling mount a Ubiquiti AP. For example what I'm seeing in SnR might not be abnormal, but I've never done a wifi site survey like this so it's all new to me. I'm not a wireless expert so looking for advice on this from those that are. My goal is doing this today was to try to ease my mind about how the walls would impact Wifi and help think about what wifi system to go with and where to place APs. The house is built in 1905 so my ability to run Ethernet is limited. I plugged in a TPLink 1750 Archer C7 today at the new house (haven't moved in) to get an idea how the lathe and plaster walls impact wireless signals.
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