Juniper JN0-201 Prüfungsthemen:
| Abschnitt | Gewichtung | Ziele |
|---|---|---|
| Weitere Technologien | 20% | - Multicast und RPF - Übersicht der M/T-Serie-Plattformen - Firewall-Filter - Grundlagen von MPLS |
| Interior Gateway Protocols | 25% | - Konfiguration und Überwachung von IS-IS - Konzepte und Implementierung von OSPF - Konfiguration und Fehlerbehebung bei RIP |
| Grundlagen der Junos-Software | 20% | - Architektur des Junos OS - Konfigurationsverwaltung - Systemstart und Softwareinstallation - CLI-Navigation und -Betriebsmodi |
| Grundlagen des Routings und Richtlinien | 20% | - Protokollunabhängiges Routing - Statisches Routing - Routing-Richtlinien und Filter |
| Border Gateway Protocol | 15% | - BGP-Attribute und Pfadauswahl - BGP-Peering und Sitzungsaufbau - Grundlegende BGP-Konfiguration |
Juniper networks Certified internet associate.m(jncia-m) JN0-201 Prüfungsfragen mit Lösungen
Frage #1
Assume that a comparable configuration is applied to your peer in AS 11 and that bi- directional TCP reachability has been achieved. Which EBGP configuration will allow the BGP session to become established?
- A. routing-options { }
- B. routing-options { autonomous-system 64; } protocols { bgp { autonomous-system 64; } protocols { bgp { group external-peer101 { } protocols { bgp { group external-peer101 { peer-as 101; protocols { bgp { group external-peer101 { peer-as 101; neighbor 10.0.3.6; protocols { bgp { group external-peer101 { peer-as 101; neighbor 10.0.3.6; } bgp { group external-peer101 { peer-as 101; neighbor 10.0.3.6; } } group external-peer101 { peer-as
101; neighbor 10.0.3.6; } } peer-as 101; neighbor 10.0.3.6; } } neighbor 10.0.3.6; } } } }
} - C. routing-options { autonomous-system 64; }
- D. routing-options { autonomous-system 11; } protocols { bgp { group external-peer11 { type external; peer-as 64;{ neighbor 10.0.3.6; } group external-peer11 { type external; peer- as 64;{ neighbor 10.0.3.6; } } type external; peer-as 64;{ neighbor 10.0.3.6; } } peer-as 64;{ neighbor 10.0.3.6; } } neighbor 10.0.3.6; } }
- E. routing-options { autonomous-system 11; } protocols { bgp { group external-peer1 { type external; peer-as 11;{ neighbor 10.0.3.6; } }
- F. routing-options { autonomous-system 64; } protocols { bgp { group external-peer11 { type external; neighbor 10.0.3.6 { peer-as 11; } } }
- G. routing-options { autonomous-system 64; } protocols {
- H. routing-options { autonomous-system 64; }
Antwort: F 🗳️
Frage #2
Which CLI command displays routes received from an EBGP peer?
- A. show bgp advertised routes x.x.x.x
- B. show route advertising-protocol bgp x.x.x.x
- C. show route receive-protocol bgp x.x.x.x
- D. show bgp received routes x.x.x.x
Antwort: C 🗳️
Frage #3
What are three characteristics of RIPv2? (Choose three.)
- A. multicasts messages to RIP neighbors
- B. uses Hello Protocol for neighbor discovery
- C. supports Kerberos authentication
- D. supports VLSM
- E. is backward compatible with RIPv1
Antwort: A,D,E 🗳️
Frage #4
How do you get a Juniper Networks router to advertise OSPF routes to all BGP neighbors?
- A. apply an import policy under [edit protocols ospf] that matches OSPF routes and accepts them
- B. apply an export policy under [edit protocols ospf] that matches OSPF routes and accepts them
- C. apply an import policy under [edit protocols bgp] that matches OSPF routes and accepts them
- D. apply an export policy under [edit protocols bgp] that matches OSPF routes and accepts them
Antwort: D 🗳️
Frage #5
What are two advantages of a signaled LSP over a static LSP? (Choose two.)
- A. performs keep-alive checking
- B. shows up in the route table as a static route
- C. supports failover to secondary LSPs
- D. consumes fewer router resources
Antwort: A,C 🗳️
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