That's a topic for much debate greg, however the short answer is no, not at this stage. I don't want to get into a lengthy discussion about the nature of P2P content, but loosely speaking let's call it bulk media content being shared between many users in a one to many, or many to many fashion. (I spoke with a customer the other day who was consistently transferring between 1.6 - 1.8Gb an hour of 'research material'
).
In this sense NNTP, 'traditional' bittorrent, and the rising popularity of dropbox and one-click hosting type mechanisms all constitute P2P usage. In terms of shaping this means that they are all given the same classification and therefore share the same bandwidth pool in terms of available capacity.
As such I can't actually see why a user accessing material from an NNTP source with sufficient capacity, would not be able to achieve the same throughput as a user downloading well seeded torrents.
In this sense NNTP, 'traditional' bittorrent, and the rising popularity of dropbox and one-click hosting type mechanisms all constitute P2P usage. In terms of shaping this means that they are all given the same classification and therefore share the same bandwidth pool in terms of available capacity.
As such I can't actually see why a user accessing material from an NNTP source with sufficient capacity, would not be able to achieve the same throughput as a user downloading well seeded torrents.