4A0-103 Exam Dumps - Nokia SRC Certification Questions and Answers

The PLR issues an RSVP PATH message to the tail-end requesting the address of the MP.

The PLR learns the address of the MP from the ERO.

The PLR learns the address of the MP from the RRO.

The PLR learns the address of the MP from the targeted RSVP Hello message.

The PLR knows the address of the MP is the same as the tail-end router.

The LSP will switch to R1-R3-R5-R6 after the resignal timer expires.

The old primary path and its detours are torn down after the new primary path is established.

CSPF must be enabled to find a more optimal path.

The traffic is switched to R1-R3-R5-R6 in an MBB fashion.

The LSP can use facility and one-to-one FRR simultaneously.

The LSP is limited to node protection.

A single protection tunnel is used for all LSPs with the same path.

A detour protection tunnel is created for the LSP.

Router R3 swaps both the RSVP-TE LSP label and LDP transport label received with new labels.

Router R3 swaps the VPN service label received with a new label.

Router R3 uses the same RSVP-TE LSP label as the one received from router R2.

Router R3 uses the same LDP transport label as the one received from router R2.

It uses a UDP connection with an arbitrary port number.

It uses a UDP connection with well-known port number 646.

It uses a TCP connection with an arbitrary port number.

It uses a TCP connection with well-known port number 646.

The LSP will go through the path R1-R2-R4-R6.

The LSP will go through the path R1-R3-R5-R6.

The LSP is down because router R1 detects that no path can meet its constraints.

The LSP is down because router R4 detects that no path can meet its constraints.

LDP is not configured on R2.

R2 does not have a route to 10.10.10.3.

LDP is not configured on R3's interface to R2.

The targeted session is not configured on R2.