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RE: Layer 2 Switching Caps LSPs



Dimitri,

As I think Sharam has noted, 1) is a physical interface.  How packets
are transferred from one interface to another is the question.  2)
defines behavior for this (and 3) is just one feature of this behavior).
If you are not referring to 2), what defines the forwarding behavior?
Just saying all received packets are sent is not adequate (at least this
was not deemed adequate by earlier efforts to define Ethernet P-P
service).


Regards,
Ben

> -----Original Message-----
> From: Dimitri.Papadimitriou@alcatel.be
> [mailto:Dimitri.Papadimitriou@alcatel.be]
> Sent: Friday, February 04, 2005 12:21 PM
> To: Mack-Crane, T. Benjamin
> Cc: Dimitri.Papadimitriou@alcatel.be; Shahram Davari;
> dpapadimitriou@psg.com; David Allan; Adrian Farrel; ccamp@ops.ietf.org
> Subject: RE: Layer 2 Switching Caps LSPs
> 
> 
> ben,
> 
> > Regarding your statement ?you have to decouple the notion of
ethernet
> with
> > bridging?
> 
> -> i did mention this to clearly distinguish
>    1. Ethernet 802.3
>    2. Bridging
>    3. MAC learning
> 
>    to lead to the example where the Ethernet term is mentioned (take
for
> inst.
>    the ethernet port mode of some of this WG RFCs), this by
referencing
> only
>    1) but not 2) and 3)
> 
> > Forwarding of Ethernet frames IS bridging (as defined by the IEEE)
and a
> lot > of work has gone into defining the forwarding behavior of
bridges.
> Are you > proposing to define a new form of Ethernet forwarding
outside of
> the IEEE?  > This seems like a bad idea.
> 
> -> for the ethernet port mode (nothing new here, the whole flow
entering
> the
>    incoming port is inserted into the outgoing port) for the other
mode,
> it
>    additionally allows for distinguishing the flows (entering a port)
> based
>    on the VLAN ID (in the point-to-point context that we are
discussing
> here)
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