Chris:
> 3.2.5.3. Minimal Profile
> A client
falling into the 'Minimal' profile will send/receive RTP
>
form the same IP/port combination. This client requires
proprietary
> network based solutions to function in any NAT
traversal scenario.
>
> All clients SHOULD support the
'Primary Profile', MUST support the
> 'Minimal Profile' and
MAY support the 'Consumer Profile'.
>
> This suggests that there
is such a solution for dealing with boxes
> which only support a
minimal profile. I would greatly appreciate it
> if someone can
enlighten me in this area. I can see how to do it without
> any endpoint
involvement if the IAD supports both symmetric RTP _AND_
> symmetric
signaling. Can anyone describe a solution without proprietary
>
requirements on the IAD which functions without symmetric signaling
>
from the IAD?
> Appreciate any thoughts
in this area.
I haven't seen any feedback on this question. I
suppose there could be workable proxy/registrar
solutions
when the IAD only does
"Minimal" but these solutions are supersecret and no-one will
share. Equally likely
IMHO, though, is
that there isn't a workable solution if the IAD doesn't support receiving
requests on
the same
address/port from which it sends REGISTERs.
If there really is
a proxy/registrar solution, I really hope someone can chime in and enlighten
me.
If there isn't a solution, then it seems
pointless to define
the Minimal Profile in this manner -- shouldn't
it include the
minimal subset that facilitates a network-based solution.
Thanks and
cheers,
Shaun
Bharrat
3.2.5.3. Minimal Profile A client falling into the
'Minimal' profile will send/receive RTP form the same IP/port combination.
This client requires proprietary network based solutions to function in any
NAT traversal scenario. All clients SHOULD support the 'Primary Profile', MUST
support the 'Minimal Profile' and MAY support the 'Consumer
Profile'.
This suggests that
there is such a solution for dealing with boxes
which only support a
minimal profile. I would greatly appreciate it
if someone can enlighten me
in this area. I can see how to do it without
any endpoint involvement if
the IAD supports both symmetric RTP _AND_
symmetric signaling. Can anyone
describe a solution without proprietary
requirements on the IAD which
functions without symmetric signaling
from the IAD?
Appreciate any
thoughts in this area.
Thanks and
cheers,
Shaun Bharrat
From: Chris Boulton
[mailto:cboulton at ubiquity.net]
Sent: Tuesday, June 27, 2006 5:30
AM
To: sipping at ietf.org
Cc: Mary Barnes; Gonzalo
Camarillo
Subject: [Sipping]
draft-ietf-sipping-nat-scenarios-05
This version is still a
work-in-progress with the view to having an 'early' completed version post
Montreal. All feedback is welcome,
especially on the scenarios section as we try to compile a wide ranging and
useful list of deployment scenarios. New suggestions
welcome.
Best
Regards,
Chris.
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