350-501 Exam Questions

Total 371 Questions

Last Updated Exam : 16-Dec-2024

Refer to the exhibit

An engineer applied a gRPC dial-in configuration on customer's router to provide
connection multiplexing and two-way streaming. What does this configuration accomplish
in a gRPC?


A.

It is the encoding requested by the gRPC server.


B.

IT is the encoding that is used for dial-in and dial-out.


C.

It is used for encoding with the default protocol buffers


D.

It is the encoding requested by the gRPC client





A.
  

It is the encoding requested by the gRPC server.



Refer to the exhibit.

An engineer is implementing Auto-RP and reviewing the configuration of the PE-A. Which
configuration permits Auto-RP messages to be forwarded over this interface?


A.

PE-A(config-if)#ip pim sparse-mode


B.

PE-A(config-if)#no ip pim bsr-border


C.

PE-A(config-if)#ip igmp version 3


D.

PE-A(config-if)#ip pim sparse-dense-mode





D.
  

PE-A(config-if)#ip pim sparse-dense-mode



Refer to the exhibit

Which type of DDoS attack will be mitigated by this configuration?


A.

SYN flood


B.

smurf attack


C.

SIP INVITE flood attacks


D.

teardrop attack





B.
  

smurf attack



Refer to the exhibit:

A network engineer is implementing a BGP protocol. Which effect of the local-as keyword
in this configuration is true?


A.

It enables peer 192.168.1.2 to establish a BGP relationship with R1 using AS 65012 and
the VPNv4 address family


B.

It enables peer 192.168.1.2 to establish a BGP relationship with R1 using AS 65012
without additional configuration


C.

It enables peer 192.168.1.2 to establish a BGP relationship with R1 using AS 65112 and
the VPNv4 address family


D.

It enables peer 192.168.1.2 to establish a BGP relationship with R1 using AS 65112
without additional configuration.





D.
  

It enables peer 192.168.1.2 to establish a BGP relationship with R1 using AS 65112
without additional configuration.



Refer to the exhibit



A.

Option A


B.

Option B


C.

Option C


D.

Option D





A.
  

Option A



Refer to the exhibit

R1 is connected to two service providers and is under a DDoS attack Which statement
about this design is true if uRPF in strict mode is configured on both interfaces'?


A.

R1 accepts source addresses on interface gigabitethernet0/1 that are private addresses


B.

R1 permits asymmetric routing as long as the AS-RATH attribute entry matches the
connected AS


C.

R1 drops destination addresses that are routed to a null interface on the router


D.

R1 drops all traffic that ingresses either interface that has a FIB entry that exits a
different interface





D.
  

R1 drops all traffic that ingresses either interface that has a FIB entry that exits a
different interface



Refer to the exhibit

It the NetFlow configuration is updated to version 9, which additional piece of information
can be reported"?


A.

IPv6 flow information


B.

flow sequence numbers


C.

BGP AS information


D.

IPv4 flow information





A.
  

IPv6 flow information



Which three OSPF parameters must match before two devices can establish an OSPF adjacency? (Choose three.)


A.

IP address


B.

interface cost


C.

subnet mask


D.

process ID


E.

hello timer setting


F.

area number





C.
  

subnet mask



E.
  

hello timer setting



F.
  

area number



Refer to the exhibit.

What type of configuration is it?


A.

It is configuration that requires an explicit Cisco MPLS TE path to be configured for the
tunnel to run.


B.

It is configuration that requires OSPF to also be running to have optimized Cisco MPLS
TE tunnels.


C.

It is configuration for the head-end router of a Cisco MPLS TE tunnel with segment
routing.


D.

It is configuration that requires a dynamic Cisco MPLS TE path to be configured for the





C.
  

It is configuration for the head-end router of a Cisco MPLS TE tunnel with segment
routing.



An engineer is trying to implement BGP in a multihomed architecture. What must the
engineer configure to influence inbound path selection?


A.

A route map with WEIGHT attribute to control the inbound traffic.


B.

An offset list to set the metric for routes received from neighboring autonomous
systems.


C.

An access list to identify traffic and enable it on both of the provider-facing interfaces.


D.

A route map with AS_PATH attribute to control the inbound traffic.





D.
  

A route map with AS_PATH attribute to control the inbound traffic.




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