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Following questions and answers are all new published by Cisco Official Exam Center: http://www.lead2pass.com/300-101.html

A network engineer is notified that several employees are experiencing network performance related issues, and bandwidth-intensive applications are identified as the root cause. In order to identify which specific type of traffic is causing this slowness, information such as the source/destination IP and Layer 4 port numbers is required.
Which feature should the engineer use to gather the required information?

A.    SNMP
B.    Cisco IOS EEM
C.    NetFlow
D.    Syslog
E.    WCCP

Answer: C
NetFlow Flows Key Fields
A network flow is identified as a unidirectional stream of packets between a given source and destination–both are defined by a network-layer IP address and transport-layer source and des–nation port numbers. Specifically, a flow is identified as the combination of the following key fields:

An organization decides to implement NetFlow on its network to monitor the fluctuation of traffic that is disrupting core services. After reviewing the output of NetFlow, the network engineer is unable to see OUT traffic on the interfaces. What can you determine based on this information?

A.    Cisco Express Forwarding has not been configured globally.
B.    NetFlow output has been filtered by default.
C.    Flow Export version 9 is in use.
D.    The command ip flow-capture fragment-offset has been enabled.

Answer: A

A network engineer has left a NetFlow capture enabled over the weekend to gather information regarding excessive bandwidth utilization. The following command is entered:
switch#show flow exporter Flow_Exporter-1
What is the expected output?

A.    configuration of the specified flow exporter
B.    current status of the specified flow exporter
C.    status and statistics of the specified flow monitor
D.    configuration of the specified flow monitor

Answer: B
show flow exporter exporter-name
Device# show flow exporter FLOW_EXPORTER-1
(Optional) Displays the current status of the specified flow exporter

A company’s corporate policy has been updated to require that stateless, 1-to-1, and IPv6 to IPv6 translations at the Internet edge are performed.
What is the best solution to ensure compliance with this new policy?

A.    NAT64
B.    NAT44
C.    NATv6
D.    NPTv4
E.    NPTv6

Answer: E
NPTv6 provides a mechanism to translate the private internal organization prefixes to public globally reachable addresses. The translation mechanism is stateless and provides a 1:1 relationship between the internal addresses and external addresses. The use cases for NPTv6 outlined in the RFC include peering with partner networks, multi homing, and redundancy and load sharing.

Which two functions are completely independent when implementing NAT64 over NAT-PT? (Choose two.)

A.    DNS
B.    NAT
C.    port redirection
D.    stateless translation
E.    session handling

Answer: AB
Work Address Translation IPv6 to IPv4, or NAT64, technology facilitates communication between IPv6-only and IPv4-only hosts and networks (whether in a transit, an access, or an edge network). This solution allows both enterprises and ISPs to accelerate IPv6 adoption while simultaneously handling IPv4 address depletion. The DnS64 and NAT64 functions are completely separated, which is essential to the superiority of NAT64 over NAT-PT.

Which two methods of deployment can you use when implementing NAT64? (Choose two.)

A.    stateless
B.    stateful
C.    manual
D.    automatic
E.    static
F.    functional
G.    dynamic

Answer: AB
While stateful and stateless NAT64 perform the task of translating IPv4 packets into IPv6 packets and vice versa, there are important differences. The following table provides a high-level overview of the most relevant differences.

Which NetFlow component is applied to an interface and collects information about flows?

A.    flow monitor
B.    flow exporter
C.    flow sampler
D.    flow collector

Answer: A
Flow monitors are the NetFlow component that is applied to interfaces to perform network traffic monitoring. Flow monitors consist of a record and a cache. You add the record to the flow monitor after you create the flow monitor. The flow monitor cache is automatically created at the time the flow monitor is applied to the first interface. Flow data is collected from the network traffic during the monitoring process based on the key and nonkey fields in the record, which is configured for the flow monitor and stored in the flow monitor cache.

Refer to the exhibit. Which statement about the output of the show flow-sampler command is true?

A.    The sampler matched 10 packets, each packet randomly chosen from every group of 100 packets.
B.    The sampler matched 10 packets, one packet every 100 packets.
C.    The sampler matched 10 packets, each one randomly chosen from every 100-second interval.
D.    The sampler matched 10 packets, one packet every 100 seconds.

Answer: A
The sampling mode determines the algorithm that selects a subset of traffic for NetFlow processing. In the random sampling mode that Random Sampled NetFlow uses, incoming packets are randomly selected so that one out of each n sequential packets is selected on average for NetFlow processing.

What is the result of the command ip flow-export destination 5858?

A.    It configures the router to export cache flow information to IP on port UDP/5858.
B.    It configures the router to export cache flow information about flows with destination IP and port UDP/5858.
C.    It configures the router to receive cache flow information from IP on port UDP/5858.
D.    It configures the router to receive cache flow information about flows with destination IP and port UDP/5858.

Answer: A

Lab Simulation 1 – OSPF
Route.com is a small IT corporation that is attempting to implement the network shown in the exhibit. Currently the implementation is partially completed. OSPF has been configured on routers Chicago and NewYork. The S0/0 interface on Chicago and the S0/1 interface on NewYork are in Area 0. The loopback0 interface on NewYork is in Area 1.
However, they cannot ping from the serial interface of the Seattle router to the loopback interface of the NewYork router.
You have been asked to complete the implementation to allow this ping.
ROUTE.com’s corporate implementation guidelines require:
– The OSPF process ID for all routers must be 10.
– The routing protocol for each interface must be enabled under the routing process.
– The routing protocol must be enabled for each interface using the most specific wildcard mask possible.
– The serial link between Seattle and Chicago must be in OSPF area 21.
– OSPF area 21 must not receive any inter-area or external routes.
Network Information
S0/0 – Link between Seattle and Chicago
Secret Password: cisco
S0/0 – Link between Chicago and NewYork
S0/1 – Link between Seattle and Chicago Secre
Password: cisco
S0/1 – Link between Chicago and NewYork
Secret Password: cisco 

Note: In actual exam, the IP addressing, OSPF areas and process ID, and router hostnames may change, but the overall solution is the same.
Seattle’s S0/0 IP Address is So, we need to find the network address and wildcard mask of in order to configure the OSPF.
IP Address: /30
Subnet Mask:
Here subtract 252 from 2565, 256-252 = 4, hence the subnets will increment by 4.
First, find the 4th octet of the Network Address: 

The 4th octet of IP address ( belongs to subnet 1 (4 to 7).
Network Address:
Broadcast Address:
Lets find the wildcard mask of /30.
Subnet Mask: (Network Bits ¬1’s, Host Bits ¬ 0’s)
Lets find the wildcard mask of /30. 

Now we configure OSPF using process ID 10 (note the process ID may change to something else in real exam).
Seattle> enable
Seattle# conf t
Seattle(config)# router ospf 10
Seattle(config-router)# network area 21
One of the tasks states that area 21 should not receive any external or inter-area routes (except the default route).
Seattle(config-router)# area 21 stub
Seattle(config-router)# end
Seattle# copy run start
Chicago Configuration:
Chicago> enable
Password: cisco
Chicago# conf t
Chicago(config)# router ospf 10
We need to add Chicago’s S0/1 interface to Area 21
Chicago(config-router)# network area 21
Again, area 21 should not receive any external or inter-area routes (except the default route).
In order to accomplish this, we must stop LSA Type 5 if we don’t want to send external routes. And if we don’t want to send inter-area routes, we have to stop LSA Type 3 and Type 4.
Therefore we want to configure area 21 as a totally stubby area.
Chicago(config-router)# area 21 stub no-summary
Chicago(config-router)# end
Chicago# copy run start
The other interface on the Chicago router is already configured correctly in this scenario, as well as the New York router so there is nothing that needs to be done on that router.

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