I have spent many hours trying to comprehend the exerpt bellow (from Cisco CD). Still
no light. Can someone help?
"This command is typically used for subinterfaces; however, it can also be used on
main interfaces. Using the frame-relay interface-dlci command on main interfaces will
enabl
EMAIL PROTECTED]...
> I have spent many hours trying to comprehend the exerpt bellow (from Cisco
CD). Still no light. Can someone help?
>
> "This command is typically used for subinterfaces; however, it can also be
used on main interfaces. Using the frame-relay interface-dlci command o
lly used for subinterfaces; however, it can also be
> used on main interfaces. Using the frame-relay interface-dlci command on
> main interfaces will enable the use of routing protocols on interfaces that
> use Inverse ARP. The frame-relay interface-dlci command on a main interface
> is also
Just a quick heads up to a couple of problems I had over the weekend on the
Solie scenarios. Anyway one the routers needed to be set up a having two sub
interfaces, one point-to-point, one multipoint. On the PTP I mapped the
wrong DLCI to it and even though I removed the statement and rebooted, it
I do want to know the truth of the frame-relay interface-dlci XXX and the
diference between it and the command map?
Message Posted at:
http://www.groupstudy.com/form/read.php?f=7&i=39331&t=39331
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FAQ, list archives, and subscription in
interface dlci command = point-to-point
map = multipoint
in a nut shell
Dave
cage wrote:
>
> I do want to know the truth of the frame-relay interface-dlci XXX and the
> diference between it and the command map?
--
David Madland
Sr. Network Engineer
CCIE# 2016
Qwest Communica
You want the truth?...YOU CAN'T HANDLE THE TRUTH!!!
""cage"" wrote in message
[EMAIL PROTECTED]">news:[EMAIL PROTECTED]...
> I do want to know the truth of the frame-relay interface-dlci XXX and the
> diference between it and the c
class dlci102
--- MADMAN wrote:
> interface dlci command = point-to-point
> map = multipoint
>
> in a nut shell
>
> Dave
>
> cage wrote:
> >
> > I do want to know the truth of the frame-relay
> interface-dlci XXX and the
> > diference between
When you are using frame relay on a physical interface or p2m subintf,
Map statement tells the router which PVC/DLCI to use when
sending packets to a destination ip address.
for example,
frame map ip 10.10.10.1 200
frame map ip 20.20.20.1 201
These statements tell the router that to send packe
When you are using frame relay on a physical interface or p2m subintf,
Map statement tells the router which PVC/DLCI to use when
sending packets to a destination ip address.
for example,
frame map ip 10.10.10.1 200
frame map ip 20.20.20.1 201
These statements tell the router that to send packe
ion, I'm having trouble understanding when I'm
supposed to use the "frame-relay interface-dlci" , "frame-relay map ip", or
frame-relay map ip broadcast" statements on the hub and spokes. Can anyone
help shed some light on this?
I've tried using a combinat
frame-relay interface-dlci = point-point links
frame-relay map ip/ipx/appletalk = multipoint
Dave
Roger Sohn wrote:
>
> I'm running OSPF over Frame-Relay in a hub and spoke
> configuration.(CCbootcamp labs) I've set up Router1(hub) to have interface
> S0.1 (p
You are correct on that ptp subinterface links require "frame-relay
interface-dlci", but ptm subinterface must have *either* "frame map" or
"frame-relay interface-dlci". You can configure either of those on ptm
subinterfaces and the other will be resolved dyna
To see any real issues with NBMA networks and OSPF you need a minimum of
three FR routers and one FR switch (or router acting as a switch).
Generally you use the "frame-relay interface-dlci" command when the router
has only one DLCI number (PVC) and you use the frame-relay map ip&quo
1.0.2 255.255.0.0
ip ospf network point-to-multipoint
frame-relay interface-dlci 101
frame-relay interface-dlci 111
frame-relay interface-dlci 121
frame-relay interface-dlci 131
!
Frame-relay map ip statements should only be required if you don't want (or
can't) use frame-relay inverse
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