Update 200-601 Exam Study Guides With New Update Exam Questions

Q1. 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 

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Q2. Refer to the exhibit. 

SW1, SW2 and virtual switch are connected in a loop. SW1 and SW2 are standard layer-2 switches. Which loop prevention mechanism is best suited for use within this topology? 

A. Per-VLAN Rapid Spanning Tree Protocol+ 

B. End-Host Mode 

C. Multi-chassis EtherChannel 

D. BPDU Guard 

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Q3. Refer to the exhibit. 

Which three options are needed to configure NAT on router GW so PC1 and PC2 will be able to ping 203.0.113.1? (Choose three) 

A. interface Ethernet0 ip nat inside interface Ethernet1 ip nat outside 

B. ip access-list standard ACL_NAT permit 10.1.1.0 0.0.0.255 

C. ip nat inside source static tcp 10.1.1.0 80 interface Ethernet1 80 

D. interface Ethernet0 ip nat outside interface Ethernet1 ip nat inside 

E. ip nat inside source list ACL_NAT interface Ethernet1 overload 

F. ip access-list extended ACL_NAT permit tcp 10.1.1.0 0.0.0.255 any eq 80 

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Q4. You have reached the limit of IPv4 IGMP groups available on a Cisco IE 3000 switch that was deployed using the Express Setup. Which CLI command will increase the number of 

available IPv4 IGMP groups and multicast routes from 256 to 1000 on this switch? 

A. switch(config)#sdm prefer routing 

B. switch(config)#sdm prefer vlan igmp 

C. switch(config)#sdm prefer routing igmp 

D. switch(config)#sdm prefer vlan 

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Q5. Refer to the exhibit. Which lines represent a CIP connection being established between two devices? 

A. 2914 and 2915 

B. 2918 and 2921 

C. 2920 and 2924 

D. 2937 and 2940 

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Q6. A ProfiNET management system operator is unable to add a ProfiNET Conformance Class B device to a SIMATIC management station. The device is connected to interface 

FastEthernet1/3. Based on the provided CLI output, which statement is correct? 

switch#show profinet lldp Fa1/1.port-003-00000 On Fa1/2.port-004-00000 On Fa1/3.port-005-00000 Off Fa1/4.port-006-00000 Off Fa1/5.port-007-00000 On Fa1/6.port-008-00000 Off Fa1/7.port-009-00000 On Fa1/8.port-010-00000 Off 

A. LLDP has been disabled on this switch 

B. The connected device is not sending LLDP packets with ProfiNET extensions 

C. The port label needs to be changed on interface FastEthernet 1/3 to "port-003-00000" 

D. ProfiNET is disabled on this switch 

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Q7. How are I/O timeout and Safety I/O timeout calculated? 

A. An I/O connection will timeout based on the lower of 4x RPI or 100ms. Safety I/O timeout is calculated as 4xRPI. 

B. An I/O connection will timeout based on the lower of 3x RPI or 100ms. Safety I/O timeout is calculated as 3xRPI. 

C. An I/O connection will timeout based on the lower of 4x RPI or 150ms. Safety I/O timeout is calculated as 2xRPI. 

D. An I/O connection will timeout based on the lower of 3x RPI or 150ms. Safety I/O timeout is calculated as 3xRPI. 

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Q8. Refer to the exhibit. 

The control system depicted in the exhibit uses VLAN 300 for all of its device ports and PVST is enabled on each switch to switch connection. L2SW4 was inserted between L2SW3 and L2SW5. Links FO2 and FO3 were added and FO1 was disconnected. 

Prior to the installation of L2SW4, PanelView was able to communicate with PLC#1. After the change, PLC#1 and PanelView are still able to communicate but neither PLC#1 or PanelView are able to communicate with I/O #1. 

L2SW4# show run.interfaces FastEthernet 1/1 

description I/O#1 

switchport access vlan 300 

switchport mode access 

spanning-tree portfast 

spanning-tree bpduguard enable 

L2SW4# show interfaces trunk 

Port.Mode.Encapsulation.Status.Native vlan Gi1/1.on.

802.1q.trunking.1 Gi1/2.on.802.1q.trunking.1 Port.Vlans allowed on trunk Gi1/1.1,3-9, 301-305,400 Gi1/2 1,3-9, 301-305,400 Port.Vlans allowed and active in management domain Gi1/1.1,3-9, 301-305,400 Gi1/2.1,3-9, 301-305,400 Port.Vlans in spanning tree forwarding state and not pruned Gi1/1.1,3-9, 301-305,400 Gi1/2.

Based on the output from the switch, what is preventing I/O#1 from communicating with PLC#1 and PanelView? 

A. Interface FastEthernet 1/1 on LWSW4 should be configured as a trunk port 

B. The trunks connecting L2SW4 to L2SW3 and L2SW5 have the wrong encapsulation type 

C. The trunks connecting L2SW4 to L2SW3 and L2SW5 don't allow VLAN 300 traffic 

D. BPDU guard has error-disabled interface FastEthernet 1/1 on LWSW4 

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Q9. Which best describes.the difference between 802.11n and 802.11ac? 

A. 802.11ac offers more channels over more bands than 802.11n 

B. 802.11ac MCS 1 is about twice as fast as 802.11n MCS1 

C. 802.11ac offers more modulation schemes than 802.11n 

D. 802.11ac 1SS MCS 9 is allowed over a 20, 40, 80 and 160 MHz channel, while 802.11n 1SS MCS 9 is only allowed over a 20 or 40 MHz channel. 

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Q10. A shutdown in the cookie cutter machine was traced to a broken network cable. What are two reasons that explain why using DLR is an appropriate choice for network resiliency? (Choose two) 

A. DLR is designed for single network operation at the machine level 

B. Moving to a linear topology will reduce the number of cables and so reduce risk of cable failure 

C. DLR is the only resiliency technology that is supported by CIP Safety 

D. Layer 2 resiliency protocols like REP and RSTP do not have a fast enough convergence time for motion control 

E. Half of the network traffic goes clockwise on the ring and the other half counter-clockwise, reducing by 50% the impact of cable failure 

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