The basic function of STP is to prevent bridge loops and the broadcast radiation that results from them. Spanning tree (STP) is an older network protocol that ensures a loop-free topology for any bridged Ethernet local area network. Spanning Tree Issues – With Sonos these are common place and people not understanding Spanning Tree tend to ignore it and put it down to Sonos issues. the Sonos is communicating over it’s mesh as well as over the LAN. This can happen with Sonos when you have multiple routes back to the network, i.e. When different nodes are sending/broadcasting data over a network link, and the other network devices are rebroadcasting the data back to the network link in response, this eventually causes the whole network to melt down and lead to the failure of network communication. Below are the best practices when installing Sonos to ensure a stable platform with no broadcast storms or network loops that can have an impact to your network performance.īroadcast Storms – broadcast storm occurs when a network system is overwhelmed by continuous multicast or broadcast traffic. Anyhow, rant over, lets start by looking at best practices. It’s a little like installing new plumbing in someones house and using plastic piping, then being surprised that when you turn the water on, the connections leak under pressure. ![]() Please, please when installing a large system, invest some money in good switches, they are worth their weight in gold. I should also add, that often we receive technical support calls from companies that have installed tens of thousands of pounds worth of Crestron or AMX kit and alongside spent £40 on each Netgear or similar switch. ![]() OK, so here is a quick guide to the common issues experienced when installing multiple Sonos boxes and how to solve them.
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