Juniper JN0-201 Prüfungsthemen:
| Abschnitt | Gewichtung | Ziele |
|---|---|---|
| Grundlagen der Junos-Software | 20% | - Architektur des Junos OS - Konfigurationsverwaltung - Systemstart und Softwareinstallation - CLI-Navigation und -Betriebsmodi |
| Border Gateway Protocol | 15% | - BGP-Attribute und Pfadauswahl - BGP-Peering und Sitzungsaufbau - Grundlegende BGP-Konfiguration |
| Interior Gateway Protocols | 25% | - Konfiguration und Überwachung von IS-IS - Konzepte und Implementierung von OSPF - Konfiguration und Fehlerbehebung bei RIP |
| Grundlagen des Routings und Richtlinien | 20% | - Protokollunabhängiges Routing - Statisches Routing - Routing-Richtlinien und Filter |
| Weitere Technologien | 20% | - Multicast und RPF - Übersicht der M/T-Serie-Plattformen - Firewall-Filter - Grundlagen von MPLS |
Juniper networks Certified internet associate.m(jncia-m) JN0-201 Prüfungsfragen mit Lösungen
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; }
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
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
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
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
Fragen und Antworten:
| 1. Frage Antwort: F | 2. Frage Antwort: C | 3. Frage Antwort: A,D,E | 4. Frage Antwort: D | 5. Frage Antwort: A,C |
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