> Prioritization is only necessary or useful when bandwidth is scarce and your endpoints would use more than you have if they could. The best solution for all o

> Prioritization is only necessary or useful when bandwidth is scarce and your endpoints would use more than you have if they could. The best solution for all of the applications listed is more capacity, not prioritization. This doesn't make sense to me. Sometimes there can be large spikes in network traffic. In theory, if your network has enough capacity to handle _all_ the traffic at low latency during normal load, then the prioritization has no effect anyways. It's only there for when you are low on capacity. I'd love for someone to correct my understanding here.