Free 200-601 Exam Dumps 2021

NEW QUESTION 1
You are called at home at 3am by an unskilled machine operator with a suspected network related problem; the controller LEDs are all normal but the output module's communications LED is not on. The operator has verfied the cable is functional and
correctly connected from the communication module to the switch. What is the next check that you ask the unskilled machine operator to make?

• A. Log onto the switch using the console port and check that IGMP snooping is enabled
• B. Open wireshark and check whether the controller is issuing a forward open instruction to the device
• C. Open the diagnostic faceplate on the HMI for the control panel switch and check that the relevant ports are enabled and not in alarm
• D. Open Studio 5000 and check the module status tab for the affected output module

Answer: C

NEW QUESTION 2
Refer to the exhibit.

You are required to implement traffic segmentation in the network. See the table for relevant device details:
L2SW4, L2SW5, and L2SW6 are connected to L3SW1 with 802.1Q trunks with VLAN 191 and VLAN 398 allowed on the trunk.
You have the following information from L3SW1:
L3SW1# show run interfaces
interface Vlan1 no ip address shutdown
!
interface Vlan2
ip address 10.2.2.2 255.255.255.248
!
interface Vlan191
ip address 10.10.27.126 255.255.255.192
!
interface Vlan200
ip address 10.20.20.1 255.255.255.248
!
interface Vlan398
ip address 10.15.153.1 255.255.255.0
L3SW1# show ip route
*** Output Omitted ***
10.0.0.0/8 is variably subnetted, 5 subnets, 3 masks C 10.2.2.1/29 is directly connected, Vlan2
C 10.10.27.64/26 is directly connected, Vlan191 C 10.15.153.0/24 is directly connected, Vlan398 C 10.20.20.0/29 is directly connected, Vlan200 S 10.200.200.0/24 [1/0] via 10.20.20.2
S* 0.0.0.0/0 [1/0] via 10.2.2.1
You are required to implement a configuration that will meet the following connectivity requirements:
• The Administrator's Station must have full access to PanelView
• PanelView should have limited access, based on specific TCP ports, to PLC#1 and I/O#1
• The Administrator's Station should have no access to PLC#1 and I/O#1
• PLC#1 and I/O#1 should be able to communicate with each other on any port Which action will allow you to meet the connectivity requirements?

• A. Put interface VLAN 191 and interface VLAN 398 into different Virtual Routing and Forwarding (VRF) instances on L3SW1
• B. Deploy an inbound ACL on interface VLAN 191 to control the traffic from the Administrator's Station and PanelView to PLC#1 and I/O#1
• C. No change is required, the traffic is already limited appropriately by the VLAN segmentation
• D. Implement an ACL on Firewall1 to control the traffic flow between VLAN 191 and VLAN 398

Answer: B

NEW QUESTION 3
Refer to the exhibit.

Which values are correct for AP 2 to allow for efficient roaming?

• A. Channel 6, SSID Sittingduck, BSSID 00:0a:0b:0c:0d:0e
• B. Channel 1, SSID Sittingduck, BSSID 00:01:02:03:04:05
• C. Channel 1, SSID Sittingduck, BSSID 00:0a:0b:0c:0d:0e
• D. Channel 6, SSID Sittingduck, BSSID 00:01:02:03:04:05

Answer: A

NEW QUESTION 4
Which of the following correctly pairs the dotted decimal subnet mask with the correct number of binary bits that represent the subnet mask?

• A. 255.255.255.192 and /25
• B. 255.255.255.248 and /28
• C. 255.255.255.224 and /26
• D. 255.255.255.248 and /27
• E. 255.255.255.240 and /28
• F. 255.255.255.240 and /16

Answer: E

NEW QUESTION 5
Which two are possible solutions to control which devices can communicate between industrial zones? (Choose two)

• A. Use per zone private IP addressing and deploy NAT to control traffic between zones
• B. Put access control lists on switches connecting industrial zones to control traffic
• C. Attach each zone to a firewall to control intra-zone traffic
• D. Deploy QoS traffic shaping to limit the volume of traffic between industrial zones
• E. Deploy an IDS system between the zones to control intra-zone traffic

Answer: BC

NEW QUESTION 6
Which describes a best practice rule for controlling traffic between the corporate network and the controls network?

• A. Outbound traffic from the control network to the corporate network and outbound traffic from the corporate network to the control network can be restricted based on source and destination address only.
• B. Outbound traffic from the corporate network to the control network should be restricted but outbound traffic from the control network to the corporate network should not be restricted.
• C. Outbound traffic from the control network to the corporate network should be restricted based on source and destination address and service only.
• D. Outbound traffic from the control network to the corporate network should be restricted based on source and destination address, service, and port.

Answer: D

NEW QUESTION 7
When troubleshooting a high packet loss condition in the network, the inspection area has an assessed M.I.C.E. value of M=1, I=1, C=3 and E=1. Which condition could be suspect?

• A. Use of shielded Patch Cables, Bonded on one end only.
• B. Use of unshielded Patch Cables.
• C. Broken seal on bulkhead connector.
• D. Oxidation on Shielded RJ45 Patch Plug

Answer: D

NEW QUESTION 8
If the Link Fault alarm is connected to the minor relay and the FCS Bit Error Rate alarm is connected to the major relay, which commands will create an alarm profile called GigE with the alarms correctly mapped to the minor and major relays?

• A. Switch(config)#alarm profile GigE Switch(config-alarm-prof)#alarm 1 4Switch(config-alarm-prof)#relay major 4Switch(config-alarm-prof)#relay minor 1
• B. Switch(config)#alarm profile GigE Switch(config-alarm-prof)#alarm 1 3Switch(config-alarm-prof)#relay major 3Switch(config-alarm-prof)#relay minor 1
• C. Switch(config)#alarm profile GigE Switch(config-alarm-prof)#alarm 1 3Switch(config-alarm-prof)#relay major 1Switch(config-alarm-prof)#relay minor 3
• D. Switch(config)#alarm profile GigE Switch(config-alarm-prof)#alarm 1 4Switch(config-alarm-prof)#relay major 1Switch(config-alarm-prof)#relay minor 4

Answer: A

NEW QUESTION 9
Refer to the exhibit. The Robot Cell is in a bottling plant. This cell environment needs to consider high flex, EMI, and possible exposure to moisture. Which physical media components need to be considered to prevent network degradation or interruptions?

• A. Stranded, shielded wire with an industrial jacket and M12 connectors
• B. Solid, unshielded commercial jacket wire, and M12 connectors
• C. Stranded, unshielded wire with an industrial jacket, and commercial grade RJ45 connectors
• D. Solid, shielded wire with commercial grade jacket, and commercial grade RJ45 connectors

Answer: A

NEW QUESTION 10
Exhibit:

Refer to the exhibit. Host 3 on Network A is sending data to Host 8 on Network B. Which address is the default gateway of Host 3?

• A. the address of the switch interface that is connected to router interface Fa0/0
• B. the address of the switch interface that is connected to router interface Fa0/1
• C. the address of the host that is connected to Network A
• D. the address of the host that is connected to Network B
• E. the address of the router interface Fa0/0
• F. the address of the router interface Fa0/1

Answer: E

NEW QUESTION 11
Exhibit:

Refer to the exhibit. What are three traffic and interconnection requirements for the devices in the exhibit? (Choose three.)

• A. The EtherNet/IP drive connections are in a high-voltage area and need protection from electromagnetic noise, so shielded cable that is rated for 600 V is advised.
• B. EtherNet/IP devices such as the controller, drive, VoIP phone, and IP camera should be in the same VLAN.
• C. CIP traffic has the highest bandwidth requirement so it needs the highest QoS setting.
• D. EtherNet/IP drive traffic has high sensitivity to random drops, latency, and jitter.
• E. Real-time motion control and VoIP traffic can share the same VLAN with the proper QoS setting.
• F. IEEE1588 and PTP are important for ensuring real-time synchronization.

Answer: ADF

NEW QUESTION 12
Which configuration enables an Industrial Ethernet switch to participate in PTP clock selection and sets the priority value that would break the tie between switches with matching default criteria to 50?

• A. ptp mode boundary ptp priority1 10ptp priority2 50
• B. ptp mode boundary ptp priority1 50ptp priority2 10
• C. ptp mode e2etransparent ptp priority1 50ptp priority2 10
• D. ptp mode e2etransparent ptp priority1 10ptp priority2 50

Answer: A

NEW QUESTION 13
Which two ports does EtherNet/IP use to communicate? (Choose two.)

• A. TCP 44818
• B. UDP 44818
• C. TCP 502
• D. UDP 502
• E. TCP 2222
• F. UDP 2222

Answer: AF

NEW QUESTION 14
Exhibit:

Refer to the exhibit. CCNA.com has the industrial network shown in the exhibit. All switches are configured as layer 2 switches and are using VLAN 1 as their management VLAN. Each VLAN 1 interface has been assigned the correct IP address. What is the purpose of assigning a default gateway to SW-C switch?

• A. allows connectivity between the VLAN 1 interface on SW-C and other devices in the network.
• B. allows connectivity between Host A and other devices in the network.
• C. allows connectivity between Host B and other devices in the network.
• D. allows the switch to pass traffic between Host A and Host B

Answer: A

NEW QUESTION 15
Refer to the exhibit.

A new device, PanelView, has been added to the network. See the table for device details:
All devices are able to ping their default gateway and all other devices except PanelView. PanelView can only ping its default gateway.
After the administrator has done some investigation they have discovered the following information:
L3SW1# show run interface
interface Vlan1 no ip address shutdown
!
interface Vlan191
ip address 10.10.27.125 255.255.255.192
ip helper-address 165.28.96.96
ip helper-address 165.28.32.235 no ip redirects
standby 191 ip 10.10.27.126
standby 191 priority 120
standby 191 preempt delay minimum 90 no ip route-cache
!
interface Vlan398
ip vrf forwarding mosaic
ip address 10.15.153.203 255.255.255.0
ip helper-address 10.15.154.252
ip helper-address 10.1.0.252
standby 98 ip 10.15.153.202
standby 98 priority 120
standby 98 preempt delay minimum 90
!
interface Vlan399
ip vrf forwarding mosaic
ip address 10.15.154.203 255.255.255.0
ip helper-address 10.1.0.252
ip helper-address 10.1.1.252
standby 99 ip 10.15.154.254
standby 99 priority 120
standby 99 preempt delay minimum 90
!
L3SW1# show ip route connected
10.0.0.0/8 is variably subnetted, 1149 subnets, 17 masks C 10.10.27.64/26 is directly connected, Vlan191
C 10.10.31.254/32 is directly connected, Loopback1
What is preventing PanelView from pinging the other endpoints in the network?

• A. Routing isn't enabled on L3SW1 for SVI 398 and SVI 399
• B. SVI 191 is in a different routing instance than SVI 398 and SVI 399
• C. Firewall1 is blocking pings from PanelView to the other endpoints
• D. An access list on L3SW1 is blocking pings from PanelView to the other endpoints

Answer: B

NEW QUESTION 16
Refer to the exhibit.

L3SW1 has a spanning-tree priority of 8192 set on VLANs 1, 300, and 301, and these VLANs are configured on and trunked between all switches. Executing the command show spanning-tree blockedports on L2SW5 results in:
L2SW5# show spanning-tree blockedports Name Blocked Interfaces List
-------------------- ------------------------------------
VLAN0001 Gi1/1 VLAN0300 Gi1/1 VLAN0301 Gi1/1
An additional VLAN, VLAN302, is defined on all switches and trunked between them. VLAN302 access ports are set up on each of the switches and PLC#1, I/O#1, and the PanelView are attached. You expect the new VLAN to be listed as blocked on interface GigabitEthernet1/1 of L2SW5 but it is not. The three new devices are able to communicate with each other.
After executing the same command on all switches you see this output on L2SW4: L2SW4# show spanning-tree blockedports
Name Blocked Interfaces List
-------------------- ------------------------------------ VLAN0001 Gi1/2
VLAN0300 Gi1/2 VLAN0301 Gi1/2
Why is VLAN302 forwarding on L2SW5 interface GigabitEthernet 1/1 and L2SW4 interface GigabitEthernet 1/1 and 1/2?

• A. VLAN302 is not configured in the VLAN database on L2SW5
• B. VLAN302 is not in the allowed list on the L2SW5 interface GigabitEthernet1/1 trunk
• C. L2SW4 is the spanning tree root for VLAN 302
• D. The FO3 fiber-optic cable between L2SW4 and L2SW5 is damaged

Answer: C

NEW QUESTION 17
DRAG DROP

Answer:

Explanation:

NEW QUESTION 18
Which three of the following components must be elected before the Spanning Tree Protocol can converge in a switched LAN? (Choose three.)

• A. designated ports
• B. duplex operating mode
• C. fast mode ports
• D. root bridge
• E. root ports
• F. BDPU priority

Answer: ADE