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Sometimes this just begins a process that never fixes itself and results in a freeze or blue screen as the buffer invariably fills up. This explains when one does experiences lag the audio and video lose sync. There are no key-frames or indexes that allow accurate reassembly and synchronized video and audio. The problem becomes indexing the video and audio streams which are both very separate data streams that in this case count on arriving at the player in real-time. Well it sounds good, but it doesn't work well except for some very small stream interruptions. You would think well hey, I could just cache the video stream to get me over the stream interruptions. In the case of live video, this is highly dependent of your IPTV provider. Then you get to your target IP which in this case is tasked with providing you and every other IP trying to connect in this case to a streaming server. Normally that really shouldn't be a problem in most developed countries.
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So while the NOC has provisioned my circuit, they have little to no control of the path the rest of the run to the target IP. I constantly have buffering problems with specific feeds at times regardless of what the player/hardware combination is. From the NOC it's off to the wild, wild, web. What does that mean? I have a circuit provisioned that gives me a 1 gigabit line from the demarc at my premise to the NOC (Network Operations Center). For example I have a 1Gbps fiber to the premise circuit. First you need to understand circuit speeds.