Show Frame-Relay Pvc / Chapter 3 frame relay - Pvc statistics for interface serial0/0 (frame relay dte).. Input pkts 12 output pkts 3 in bytes 408. The following figure shows the. Used to view the status of all pvcs configured. Input pkts 236 output pkts 20 in bytes. R4 too has a single pvc to r1 like r2 and r3.
Configuring frame relay encapsulation is a little bit tricky and complicated. How to learn frame relay with cbt. Input pkts 12 output pkts 3 in bytes 408. This command is used to verify the pvc status. Frame relay is bizarre because you don't go directly from a source router to a destination router.
How to learn frame relay with cbt. Frame relay connection mtu 1500 bytes, bw 1544 kbit, dly 20000 usec, reliability. Important information is revealed with this command, such as pvc status inactive. Interface look at the result of the sh int serial 0/3, it clearly shows that its set to frame relay dce, but the result of the sh controllers serial 0/3 shows a very different story Dlci = 101, dlci usage = local, pvc status = active, interface = serial3/0. Pvc statistics for interface serial0/0 (frame relay dte). The router learns all the dlci provisioned by the service provider frame relay switch through lmi and then it tries to use them, either on the main physical interface (by default) or on some other. This command is used to verify the pvc status.
Interface look at the result of the sh int serial 0/3, it clearly shows that its set to frame relay dce, but the result of the sh controllers serial 0/3 shows a very different story
Input pkts 12 output pkts 3 in bytes 408. The router learns all the dlci provisioned by the service provider frame relay switch through lmi and then it tries to use them, either on the main physical interface (by default) or on some other. So it supports broadcast capabilities as well as multicasting over that pvc. Dlci = 101, dlci usage = local, pvc status = active, interface = serial3/0. A single pvc can support voice and data from a frame relay dte through to an atm uni, however you cannot use frf.12 if frf.5 is operating on a pvc. The dce device creates and sends the report to the dte devices. However, it is not as next, select frame relay under connections. R4 too has a single pvc to r1 like r2 and r3. Originally designed for transport across integrated services digital network (isdn) infrastructure. Whatever option we choose here, we have to use the same option at dte ( serial 0/0/0 interface of router). This command is used to verify the pvc status. Let's look at a basic frame relay configuration with just two endpoints, headquarters and branch. Used to view the status of all pvcs configured.
The router learns all the dlci provisioned by the service provider frame relay switch through lmi and then it tries to use them, either on the main physical interface (by default) or on some other. Used to view the status of all pvcs configured. So it supports broadcast capabilities as well as multicasting over that pvc. Frame relay is bizarre because you don't go directly from a source router to a destination router. Let's look at a basic frame relay configuration with just two endpoints, headquarters and branch.
Input pkts 236 output pkts 20 in bytes. Let's look at a basic frame relay configuration with just two endpoints, headquarters and branch. Dlci = 401, dlci usage = local, pvc status = active, interface = serial0/0. R4 too has a single pvc to r1 like r2 and r3. Input pkts 12 output pkts 3 in bytes 408. Used to view the status of all pvcs configured. Active inactive deleted static local 2 0 0 0 switched 0 0 0 0 unused 0 0 0 0. Interface look at the result of the sh int serial 0/3, it clearly shows that its set to frame relay dce, but the result of the sh controllers serial 0/3 shows a very different story
Frf.5 frame relay/atm pvc network interworking.
Dlci = 101, dlci usage = local, pvc status = active, interface = serial3/0. This command is used to verify the pvc status. Dlci = 401, dlci usage = local, pvc status = active, interface = serial0/0. The following figure shows the. Frame relay is bizarre because you don't go directly from a source router to a destination router. However, it is not as next, select frame relay under connections. Configuring frame relay encapsulation is a little bit tricky and complicated. Important information is revealed with this command, such as pvc status inactive. Used to view the status of all pvcs configured. A single pvc can support voice and data from a frame relay dte through to an atm uni, however you cannot use frf.12 if frf.5 is operating on a pvc. Interface look at the result of the sh int serial 0/3, it clearly shows that its set to frame relay dce, but the result of the sh controllers serial 0/3 shows a very different story The pvc status displays the status of the pvc. Let's look at a basic frame relay configuration with just two endpoints, headquarters and branch.
R4 too has a single pvc to r1 like r2 and r3. Configuring frame relay encapsulation is a little bit tricky and complicated. Dlci = 401, dlci usage = local, pvc status = active, interface = serial0/0. Interface look at the result of the sh int serial 0/3, it clearly shows that its set to frame relay dce, but the result of the sh controllers serial 0/3 shows a very different story Used to view the status of all pvcs configured.
However, it is not as next, select frame relay under connections. R4 too has a single pvc to r1 like r2 and r3. A single pvc can support voice and data from a frame relay dte through to an atm uni, however you cannot use frf.12 if frf.5 is operating on a pvc. Originally designed for transport across integrated services digital network (isdn) infrastructure. Pvc statistics for interface serial0/0 (frame relay dte). The router learns all the dlci provisioned by the service provider frame relay switch through lmi and then it tries to use them, either on the main physical interface (by default) or on some other. Active inactive deleted static local 1 0 0 0 switched 0 0 0 0 unused 0 0 0 0. Whatever option we choose here, we have to use the same option at dte ( serial 0/0/0 interface of router).
Used to view the status of all pvcs configured.
Interface look at the result of the sh int serial 0/3, it clearly shows that its set to frame relay dce, but the result of the sh controllers serial 0/3 shows a very different story However, it is not as next, select frame relay under connections. Frame relay is bizarre because you don't go directly from a source router to a destination router. Frame relay is a standardized wide area network technology that specifies the physical and data link layers of digital telecommunications channels using a packet switching methodology. A single pvc can support voice and data from a frame relay dte through to an atm uni, however you cannot use frf.12 if frf.5 is operating on a pvc. The pvc status displays the status of the pvc. To check your connections, #frame route will show all the mappings. The router learns all the dlci provisioned by the service provider frame relay switch through lmi and then it tries to use them, either on the main physical interface (by default) or on some other. Used to view the status of all pvcs configured. Dlci = 101, dlci usage = local, pvc status = active, interface = serial3/0. Dlci = 401, dlci usage = local, pvc status = active, interface = serial0/0. So it supports broadcast capabilities as well as multicasting over that pvc. Frf.5 frame relay/atm pvc network interworking.