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Mondays show got me thinking


G+_610GARAGE
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Mondays show got me thinking. I have 4 acces points. One on my router, one in a detached garage, and two others at opposite ends of the house. When I am streaming, generally music; if I go from one AP to another, the stream will drop out for about a minute. Sometimes longer.

 

Is this because the switches have to rediscover where my phone is? I never really thought about it before but it does seem to only happen if I go from AP to AP or from router to AP. Going from AP to router never really drops.

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Are they all part of the same network or do you have multiple networks? If you have multiple networks, that would explain it. If on a single network and you have switches with spanning tree protocol enabled, a port could go into blocking mode because the MAC address suddenly showing up on another port could look like a loop. However, most consumer grade switches don't support STP and would be off by default even if it did.

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Akira Yamanita There all on the same network. Same subnet, same SSID, and same password. My core switch does have spanning tree enabled. But the traffic will always be going out the same port unless I'm connected to the router. But then it would never see the traffic as long as I'm on my router. So I don't think it would be STP. The rest of my switches are consumer level.

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610bob The switch could still see broadcast traffic and any local traffic even when connected to the router. If your other APs are all behind a single port on your core switch, then STP (alone) wouldn't explain the issues going from AP to AP. Still, I suggest looking for blocking events or disabling STP on the core switch just to make sure that it's not a contributing factor. ?

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Akira Yamanita I did last night. I had some odd results. I was running a ping test from a vm to my phone and a ping test from my phone to my router (at the same time). To my phone never dropped out. From my phone dropped out for about 20-40 seconds (can't remember :) ). I'll try pinging from my router to my phone later today to see what that shows.

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So, the APs are not running DHCP, leaving that to your core router? I'm surprised to see so much lag on the handoff, but I wouldn't expect it to be seamless unless you were using a set of APs that used a cloud- or locally- based controller, like UBNT's UniFi and other similar products.

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Well, that's annoying. Both my windows laptop and my android tablet worked. But both my current and my old android phone drops out. 

 

Oh... my router is 5ghz. Could that be why? The phone is hanging onto 5ghz for dear life and doesn't want to switch over until absolutely necessary?

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610bob That could be the issue roaming between the router and the other APs. It doesn't explain the issue between the other APs though. Best practice is to give the 5 GHz band a different SSID, especially when you don't have the same support across all of the APs. This might not be an option, depending on the router.

 

Roaming issues are common with various Android devices. Improvements have been made in the OS itself but it's still heavily driver and chipset dependent so it varies from device to device. ?

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