Question 1 |
VPNv4 32 bits address | |
VPNv4 32 bits address | |
VPN 128 bits address | |
VPN 64 bits address |
Question 2 |
RSVP-TE | |
IGMP | |
PIM-SM | |
LDP |
Question 3 |
No | |
Yes |
Question 4 |
OSPFv2 | |
OSPFv3 | |
EIGRP for IPv6 | |
MP-BGPv4 | |
RIP for IPv6 | |
Integrated ISIS for IPv6 |
Question 5 |
TCN (Topology Change Notification) | |
Hello (Neighbour identification, keepalive) | |
DBD (Summary of LSDB) | |
LSR (LSU request) | |
LSAck (Acknowledgement) | |
LSDB (Link State Database) | |
LSU (Updates with multiple LSAs) |
Question 6 |
UPDATE : Announces new routes or withdrawing previously announced routes. | |
OPEN : Establishes a peering session. | |
SYN : Provide Synronization of OSPF Network | |
QUALIFY : Differentiates differetn packet types | |
KEEPALIVE : Handshake in regular intervals. |
Question 7 |
LSA Type 8 - Used for OSPFv2 | |
LSA Type 11 - Used to extend OSPF functionality but no advertised to stub areas. | |
LSA Type 10 - Used to extend OSPF functionality and MPLS-TE | |
LSA Type 9 - Used for OSPFv3 | |
LSA Type 7 - Used to extend OSPF functionality and MP-BGP |
Question 8 |
Down | |
Loading | |
Extart | |
Init | |
Two-way | |
Exchange | |
Loading | |
Start | |
Syn |
Question 9 |
ABR (Area Border Router) | |
Backbone Router | |
PE Router | |
P Router | |
Internal Router | |
ASBR (Autonomous System Boundary Router) |
Question 10 |
A Security Router in OSPF Network that provide OSPF Network Redundancy | |
A Normal Router in OSPF Network that provide OSPF Routing Facilities | |
A Backup Router in OSPF Network that provide connection in case of an emergency | |
A Central Router in OSPF Network that provide OSPF Routing Exchange between All OSPF Routers |
Question 11 |
Link-Local IPv6 Addresses | |
Global Unicast IPv6 Addresses | |
All of them | |
IPv6 Associated Multicast Addresses | |
Unique-Local IPv6 Addresses |
Question 12 |
1)Weight 2)Local Preference 3)Self-Originated 4)AS Path 5) Origin 6)MED | |
1)Self-Originated 2)Origin 3)Weight 4)AS Path 5) Local Preference 6)MED | |
1)Origin 2)Local Preference 3)AS Path 4)Self-Originated 5)Weight 6)MED | |
1)MED 2)Self-Originated 3)Local Preference 4)AS Path 5) Origin 6)Weight |
Question 13 |
Unicast | |
None of them | |
Anycast | |
Multicast |
Question 14 |
neighbor | |
network | |
next-hop-self | |
peer |
Question 15 |
NNAT (many-to-many translation, used with unique port numbers) | |
Dynamic NAT (many-to-many translation, used with public address pool) | |
Normal NAT (one-to-many translation of ports or addresses) | |
Static NAT (one-to-one translation of ports or addresses) | |
PAT (NAT overload) (many-to-many translation, traffic with unique port numbers used with single public address) |
Question 16 |
PE (Provider Edge Router) | |
PR (Pop Router) | |
P (Provider Router) | |
SR (Swap Router) |
Question 17 |
The route target defines which prefixes get imported and exported on the P routers. | |
The route target defines which prefixes get imported and exported on the PE routers. | |
The route distinguisher makes a unique VPNv4 address across the MPLS network. | |
The route distinguisher makes a unique IP address across the MPLS network. |
Question 18 |
Source Router | |
Rendezvous Point | |
Broadcast Router | |
LAN Switch |
Question 19 |
A mechanims used to provide redundancy with routing protocols. | |
A mechanims used to provide quality of service in the network. | |
A mechanims used to provide rapid link failure detection instead of routing protocol hellos. | |
A mechanims used to provide network management instead of the protocol snmp. |
Question 20 |
It is used to provide redundancy in BGP networks. | |
It is used to enhance BGP network. | |
It is used to provide eBGP neighbourship establishment. | |
It is used to eliminate the full mesh requirement for building iBGP networks. |