350-501 試験問題を無料オンラインアクセス

Refer to the exhibit. All BGP peering in AS 65101 and 65201 is enabled. The operations team is told that traffic destined to 192.168.1.1/32 from R4 does not use the path R3-R2-R1 as expected.
An engineer debugs the issue and determines that 192.168.1.1/32 is advertised in the BGP routing table on R1. Which action resolves the issue?

• A.Enable no synchronization on R2 m AS65101.
• B.Apply route-map High-LP out for prefix 192.168.1.1/32 on R1 with R2 BGP peering.
• C.Apply redistribute ospf 10 on R1 in BGP AS 65101.
• D.Configure network 192.168.1.1 mask 255.255.255.255 in BGP AS 65101 on R2

Network devices in the core layer use different iGPs, and the network is split into several areas.
The engineer must use a NETCONF operation to toad a full interface configuration on multiple Cisco devices to ensure that they meet company standards. The devices must work over SSH from the Linux jump server. Which action meets the configuration requirements?

• A.Use the NETCONF operation <get-update> to load the configuration and verify that TCP port 830 is open from the Linux server to the routers.
• B.Use the NETCONF operation <get-config> to load the configuration and verify that TCP port 22 is open from the Linux server to the routers.
• C.Use the NETCONF operation <get-update> to load the configuration and verify that TCP port 22 is open from the Linux server to the routers.
• D.Use the NETCONF operation <get-config> to load the configuration and verify that TCP port 830 is open from the Linux server to the routers.

Refer to the exhibit. R1 is connected to a server that is used by hosts residing on R3. The networking team decided to implement real-time traffic monitoring on the Ethernet link between R1 and R4 due to the traffic loss on the segment. Traffic on the other segments must not be affected by the solution.
Which two configuration must the engineer apply to R1 on the interface connected to R4?
(Choose two.)

• A.mep crosscheck
  mep-id 10
  mep-id 20
  interface gigabitethernet 0/1/0/1
  ethernet cfm
  mep domain Dm1 service Sv1 mep-id 1
  commit
• B.interface TenGigE 0/1/0/0
  ethernet oam
  link-monitor
  symbol-period window 60000
  symbol-period threshold low 10000000 high 60000000
  frame window 60
• C.mib-retrieval
  connection timeout 30
  require-remote mode active
  require-remote link-monitoring
  require-remote mib-retrieval
  action dying-gasp error-disable-interface
  action critical-event error-disable-interface
  action discovery-timeout error-disable-interface
  action-session-down error-disable-interface
  action-capabilities-conflict-error-disable-interface
  action-wiring-conflict-error-disable-interface
  action-remote-loopback-error-disable-interface
• D.interface TenGigE 0/1/0/0
  ethernet oam
  link-monitor
  symbol-period window 50000
  symbol-period threshold low 10000000 high 50000000
  frame window 1000
  frame threshold low 10000000 high 50000000
  frame-period window 50000
  frame-period threshold low 200 high 11000000
  frame-seconds window 800000
  frame-seconds threshold 5 threshold 800
• E.ethernet oam profile Profile_1
  snmp-server traps ethernet oam events
  snmp-server community pulbic
  snmp-server enable traps snmp authentication snmp-server manager
  snmp-server ifindex persist
  snmp ifmib ifalias long
  snmp mib notifiaction-log default
  snmp mib notifiaction-log globalsize 600

Refer to the exhibit. An engineer working for a private service provider with an employee ID:
1234:56:789 is configuring BGP in AS 400, AS 500, and AS 600 to set up BGP peering. The engineer reported that 172.16.10.0/24 is not installed in the R2 RIB. RI and R5 receive the prefix
172.16.10.0/24 in the BGP routing table. Which configuration must be implemented to stop receiving prefix 172.16.10.0/24 in the BGP table?

• A.Configure bgp suppress-inactive under BGP address-family ipv4 unicast on R2.
• B.Configure route-map blockprefix in under BGP on R1 and R5.
• C.Configure bgp suppress-inactive under BGP address-family ipv4 unicast on R1 and R5.
• D.Configure route-map blockprefix out under BGP on R2.

Refer to the exhibit. A network operator working for a telecommunication company with an employee ID: 4350:47:853 must implement an IGP solution based on these requirements:
- Subnet 10.50.10.0 traffic must exit through the R1 router to connect
with the Syslog server.
- Subnet 10.50.20.0 traffic must exit through the R2 router to connect
with the NTP server.
- In case of link failure between R2 and R4, traffic must be routed via R1 and R3.
Which two configurations must be implemented on R5 to meet these requirements? (Choose two.)

• A.Apply a route policy to redistribute 10.50.20.0 from ISIS-L2 to OSPF Area 0 at a higher cost.
• B.Apply a route policy to redistribute 10.50.10.0 from OSPF Area 0 to ISIS-L2 at a lower cost.
• C.Apply a route policy to redistribute 10.50.0.0 prefixes in OSPF to ISIS and ISIS to OSPF.
• D.Enable a route policy to advertise 10.50.20.0 in ISIS-L2 at a higher cost.
• E.Enable a route policy to advertise 10.50.10.0 in OSPF Area 0 at a low cost.