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