Real 350-101 Exam Answers, 350-101 Latest Test Format

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For the recognition of skills and knowledge, more career opportunities, professional development, and higher salary potential, the Cisco 350-101 certification exam is the proven way to achieve these tasks quickly. Overall, we can say that with the Implementing and Operating Cisco Wireless Core Technologies (350-101) exam you can gain a competitive edge in your job search and advance your career in the tech industry.

Cisco 350-101 Exam Syllabus Topics:

TopicDetails
Topic 1
  • Wireless Network Implementation: Covers Cisco wireless deployment architectures (Fabric, Mesh, Local, Cloud), physical infrastructure setup, and configuring management access for APs, WLCs, and dashboards.
Topic 2
  • RF Fundamentals: Covers the behavior of radio waves, how RF signals are measured and interpreted, the mathematics behind RF calculations, and the characteristics of Wi-Fi antennas.
Topic 3
  • Wireless Network Operation: Covers initial configuration of Cisco wireless infrastructure, AP discovery and join processes, AP modes, WLAN setup, and client management policies across platforms like Catalyst Center, ISE, and Spaces.
Topic 4
  • Wireless Monitoring and Management: Covers network maintenance tasks, client monitoring configuration, troubleshooting client connectivity issues, and integrating with external devices and platforms.

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Cisco Implementing and Operating Cisco Wireless Core Technologies Sample Questions (Q31-Q36):

NEW QUESTION # 31

Refer to the exhibit. An engineer is configuring a switch port for a Cisco Spaces deployment at a new branch site. The Spaces connector requires access to the management VLAN 30. The network team plans to add more analytics services in the future, so the configuration must also allow for easy scalability and avoid service interruption for currently connected devices and default switch VLAN settings. Which set of commands must be added to the box in the CLI to complete the configuration?

Answer: C

Explanation:
The correct answer is D. Cisco Spaces connector deployments often require a VLAN on which the connector is reachable for management or data, and Cisco Spaces wired gateway guidance identifies the connector VLAN as the VLAN used for communication to the connector. The same guidance also supports multiple source VLANs for monitored wired devices, which aligns with the requirement for future analytics-service scalability.
A trunk port is the proper design choice because it can carry multiple VLANs over the same physical interface. Cisco Catalyst switch documentation states that an access port carries traffic for only one VLAN, while an IEEE 802.1Q trunk carries multiple VLANs and supports tagged traffic. The command switchport trunk allowed vlan 30 limits the trunk initially to VLAN 30, satisfying the current management VLAN requirement without changing the native VLAN or other default VLAN settings. Cisco also documents that an allowed VLAN list limits VLAN membership only on the associated trunk port, so it does not affect other switch ports.
Option A works only for a single untagged VLAN and is less scalable. Options B and C mix access mode with trunk-only commands and are syntactically or operationally invalid. Reference topic: Wireless Monitoring and Management - Cisco Spaces connector deployment, VLAN reachability, trunking, and analytics service scalability.


NEW QUESTION # 32
A network engineer is deploying a new wireless monitoring solution in a large campus. The engineer must connect Cisco Spaces Connector, Cisco ISE, and a Catalyst Center appliance to the switch infrastructure. All three services require management and telemetry connectivity, and the security policy mandates segregation of management and user traffic. The engineer also must ensure that any network changes do not disrupt ongoing wireless services for users and staff. Which implementation must the engineer use on the switch interfaces?

Answer: C

Explanation:
For campus wireless monitoring deployments involving Cisco Spaces, ISE, and Catalyst Center appliances, strict separation of management traffic from user data is required to maintain security and service continuity.
The correct approach is to configure the switch interfaces connecting these appliances as access ports assigned to the dedicated management VLAN. This ensures that management and telemetry traffic is isolated from production WLAN traffic, preventing any disruption to end users if configuration changes are made.
Assigning the management VLAN as the native VLAN on trunk ports (Option B) is inappropriate because the native VLAN still transmits untagged traffic and could allow accidental bridging with user traffic, violating security policies. PortFast (Option A) is used for rapid STP convergence on end-user ports but does not enforce VLAN separation or management isolation. Port Aggregation Protocol (Option C) is intended for link bundling and redundancy, not VLAN segmentation. Cisco Wireless best practices emphasize access port configuration for management appliances in a dedicated VLAN to guarantee security, telemetry reliability, and non-disruptive network operations. Proper implementation involves assigning a unique VLAN ID for all monitoring and management devices and configuring the switch port as an access port, ensuring consistent isolation and predictable behavior in a high-density campus environment. Reference topics:Wireless Monitoring and Management - Cisco Spaces deployment, ISE integration, management VLAN isolation, switch access port configuration.


NEW QUESTION # 33
A wireless engineer must manage a scheduled maintenance window for a mesh network within a network that uses Cisco Catalyst Center as the primary monitoring solution. The engineer must coordinate downtime and verify that all services resume as intended after planned tasks are complete. How does the engineer avoid unnecessary alerting in Cisco Catalyst Center throughout the maintenance window?

Answer: B

Explanation:
In Cisco Catalyst Center,device suppressionis the recommended method to prevent unnecessary alerts during planned maintenance windows. By enabling device suppression, the system temporarily suspends monitoring and alert generation for the selected devices while allowing telemetry collection to continue. This ensures that maintenance operations, such as firmware upgrades, configuration changes, or physical mesh AP servicing, do not trigger false-positive alarms. Once the maintenance window concludes, alerts resume automatically, and the engineer can verify that all services are operational and that no critical issues were overlooked.
Disabling telemetry on the WLC (option A) is not advised because it prevents visibility into device health and network performance, potentially causing gaps in monitoring data. Using SWIM (option B) is relevant for automated firmware updates but does not inherently suppress alerts during maintenance. Scheduling maintenance for devices (option C) without enabling device suppression may still generate alerts if the monitoring system detects device reboots or temporary unreachability.
Cisco wireless operational guides specifically highlightdevice suppression as the key tool for managing alerting behaviorduring planned events in mesh or enterprise WLAN deployments, providing a controlled approach to maintenance with minimal disruption to monitoring accuracy. Reference topic:Wireless Monitoring and Management - Catalyst Center, device suppression, scheduled maintenance, and alert control.


NEW QUESTION # 34
An engineer has been tasked with configuring a Cisco Catalyst 9100 AP to join a WLC using a static configuration as DHCP and DNS discovery methods are not available. The engineer has set the AP hostname to 'AP053540555', and has configured the AP with a static IP address, subnet mask, and default gateway. The engineer must now configure the AP to discover the primary WLC with hostname 'WLC-PRIMARY' and IP address '192.168.100.10'. Which CLI command must the engineer use on the AP?

Answer: D

Explanation:
The correct AP-side command iscapwap ap primary-base WLC-PRIMARY 192.168.100.10. Cisco's Catalyst AP command reference shows the syntax for configuring the primary controller ascapwap ap primary-base < controller-name > < controller-ip-address > , and provides the same structure in its example:capwap ap primary-base wlc-5520 209.165.200.224. Cisco's Catalyst 9800 AP join documentation also identifies the primary controller discovery entry ascapwap ap primary-base < wlc-hostname > < wlc-IP-address > .
This command statically primes the lightweight AP with the preferred WLC when DHCP option 43, DNS discovery, broadcast discovery, or prior learned controller information is unavailable. The hostnameAP053540555is only the AP's local identity and is not part of the WLC discovery command. Option A omits theprimary-basekeyword, so it is not valid syntax. Option B places keywords in the wrong order and does not match Cisco CAPWAP AP CLI. Option C omits the required controller name before the IP address.
Reference topics:Wireless Network Implementation - CAPWAP discovery, AP priming, Catalyst 9100 AP onboarding, static WLC discovery, and Catalyst 9800 AP join process.


NEW QUESTION # 35
What is used for measuring gain on a Wi-Fi antenna?

Answer: D

Explanation:
The correct answer isBbecause Wi-Fi antenna gain is expressed usingdBi, which means decibels relative to an isotropic radiator. Cisco's Wireless RF Reference Guide states that antenna gain is measured in decibels relative to isotropic gain, ordBi. Cisco RF design documentation also explains that dBi is used to describe the power gain rating of antennas by comparing real antennas against an ideal isotropic antenna that radiates equally in all directions.
Antenna gain is not a measurement of physical antenna length. Length may influence antenna design and resonance, but it is not the operational unit used to express gain. It is also not measured as voltage against dBm.dBmis an absolute power reference relative to one milliwatt, commonly used for transmit power or received signal strength, whiledBidescribes antenna gain. Cisco's EIRP calculation reinforces this separation:
transmitter power is in dBm, antenna gain is in dBi, and cable loss is in dB. A "blend of analog and digital signals" has no RF measurement relevance. Reference topic:RF Fundamentals - antenna gain, dB/dBi/dBm, isotropic radiator reference, EIRP, and RF propagation behavior.


NEW QUESTION # 36
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