Cisco 200-601 Exam Questions – Latest 2017

Different learning methods of Cisco Certified Network Associate Industrial 200-601 exam are used in the software to ease the candidates learning of difficult concepts and they are facilitated for learning Cisco Managing Industrial Networks for Manufacturing with Cisco Technologies 200-601 exam with the simulated real Certified Cisco 200-601 exam scenarios so that you can practice in the same situation that you are going to face in the real exam. Cisco Network Application Development 200-601 exam Practice test software evaluates the performance by using self-assessment and report feature.

Version: 9.0
Question: 1

What are three Cisco best practices for running I/O control traffic in a wireless environment? (Choose three)

A. 3200 packets per second and 20% bandwidth for HMI and maintenance traffic.
B. 2200 packets per second and 20% bandwidth for HMI and maintenance traffic
C. I/O control traffic can be run on 2.4 or 5 GHZ channels
D. I/O control traffic should be run on 5GHZ channels only
E. Standard I/O RPIs less than 20ms are not practical for wireless media because the maximum latency and jitter become comparable or greater than the RPI
F. Standard I/O RPIs less than 10ms are not practical for wireless media because the maximum latency and jitter become comparable or greater than the RPI

Answer: B, D, F

Question: 2

Which selection is a reason why IGMP snooping should be configured on a switched network?

A. IGMP snooping populates the snooping table with the results of DHCP requests and can be used by Dynamic ARP Inspection to block IP spoofing attacks at Layer-2.
B. IGMP snooping verifies the source IP address of every IPv4 packet to ensure that it hasn’t been originated from a port different than its return path.
C. IGMP snooping is used to filter ping requests and results to avoid overflowing the MAC address table of the switch.
D. IGMP snooping allows a Layer-2 switch to limit the transmission of multicast frames to only the ports that have members of the relevant IGMP group.

Answer: D

Question: 3

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Refer to the exhbit. Which three elements would enable high availability and predictable performance for a motion control application spread across two switches (with video and I/O traffic)? (Choose three)

A. Configure QoS to give PTP traffic the highest priority
B. Fiber optic uplinks
C. Redundant uplinks
D. Configure QoS to give I/O traffic the highest priority
E. Copper uplinks
F. Interconnect the two switches

Answer: A, B, C

Question: 4

You have been tasked to design an Ethernet network capable of Motion control with cycle times not to exceed 1ms. In order to create a more deterministic network, what characteristic/s should you primarily focus on?
A: Lattency and Jitter
B: Redundancy and high availability
C: Explicit and Implicit messaging
D: This cycle time is not possible on an Ethernet network
E: Gigabit port speed
Answer: A

Question: 5
Refer to the exhibit.

CIP Implicit messages from I/O#1 are being marked IP DSCP 47 by the endpoint and this marking is trusted by L2SW4. L2SW4 is configured to map DSCP 47 to output queue 1 threshold 1. You have received feedback that some of these messages are not being received. Executing the show mls interface GigabitEthernet statistics command on L2SW4 results in:
L2SW4# show mls interface GigabitEthernet 1/1 statistics

output queues dropped:
queue: threshold1 threshold2 threshold3
queue 0 0 0 0
queue 1 309232345 450 0
queue 2 300 10 0
queue 3 91 0 0
Repeating this command results in the counters incrementing for queue 1 threshold 1. What are two options for reducing the packet loss on this interface while preserving the end-to-end DSCP marking? (Choose two)

A. Configure I/O#1 to mark this traffic with a different DSCP that is mapped to a less congested queue
B. Increase the buffer allocation for input queue 1
C. Increase the buffer allocation for output queue 1
D. Alter the service policy to police to a higher CIR
E. Change the egress queue map on L2SW4 to map this traffic to a less congested queue

Answer: C, E

Question: 6

It is common to use Resilient Ethernet Protocol (REP) on the manufacturing floor as a resiliency protocol, as opposed to the Enterprise where it is not generally deployed. What are two reasons why REP is more suitable for the plant floor? (Choose two)

A. REP is only supported on Industrial Ethernet switches, it is not supported on Catalyst switches.
B. REP converges faster than Spanning Tree, allowing for greater network availability.
C. REP supports Industrial Ethernet protocols better because it moves the packets faster.
D. Running dual cables from access switches to an aggregation switch can have a much higher cost on the plant floor than in the Enterprise and running a ring protocol like REP provides resiliency at a lower cost.
E. Industrial protocols can be negatively impacted by the number of nodes the Ethernet frame traverses, REP provides a topology with no more than 3 nodes for any data path.

Answer: B, D