On Sun, Feb 14, 2010 at 3:38 PM, <[email protected]> wrote: > In einer eMail vom 14.02.2010 21:25:40 Westeuropäische Normalzeit schreibt > [email protected]: > >> a T1600 has 8 slots of 4 PIC's each, you can get 1x10G for each PIC. >> a CRS1 (full-height) chassis has 16 slots, 4x10G on each I believe? >> >> you can get this sort of info, as an approximation of connectedness of >> a node from every vendor's website. > > oops, keeping in mind that's physical interfaces, with some MPLS > schemes the 'dfz' router could be connected to each DFZ router in the > same ASN over a logical link (LSP), so... a single DFZ router could > have (in the case of a moderate network, with US only coverage) > something like 80+ neighbors over these logical paths. > > -chris > > Thanks Chris, > > 80+ neighbors, that's a whopper > > Wouldn't you favor a solution where you can exploit that densitiy rather > than be frightened by it ?
I'm not really frightened by it though. (I was just quoting some possible numbers, I imagine if you had a fully mesh of LSP's in your global network you'd have many more than 80 per device, and you'd have software to manage that mesh.) -Chris _______________________________________________ rrg mailing list [email protected] http://www.irtf.org/mailman/listinfo/rrg
