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| Certification Vendor: | Cisco |
|---|---|
| Exam Name: | Implementing and Operating Cisco Wireless Core Technologies |
| Exam Number: | 350-101 |
| Exam Format: | Multiple choice, Simulation / scenario-based (typical Cisco exam format) |
| Available Languages: | English |
| Related Certifications: | Cisco CCIE Wireless (Legacy) Cisco CCNP Wireless (Legacy) |
| Recommended Training: | Cisco Official Training Catalog Cisco Wireless Networking Training (Cisco Learning Network) |
| Exam Registration: | Cisco Certification Exam Registration (Pearson VUE) Cisco Learning Network Certification Portal |
| Sample Questions: | Cisco 350-101 Sample Questions |
| Exam Way: | Computer-based exam delivered via Pearson VUE testing centers or online proctoring (Cisco exams standard delivery method) |
| Pre Condition: | No confirmed official prerequisite available for this exam code mapping. Cisco wireless certifications typically recommend foundational networking knowledge (CCNA-level). |
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NEW QUESTION # 89
A persistent network issue is impacting connectivity for workstations in a training lab when connecting to a lab SSID. Wireless logs show clients never receive a DHCP offer when trying to obtain an IP address. The APs are operating in Local mode. Network monitoring systems indicate optimal signal quality and radio performance, VLAN assignments for the affected SSID have been configured, and all clients are affected. Which action resolves the issue?
Answer: C
Explanation:
The fault domain is DHCP forwarding, not RF, client-side addressing, or AP discovery. Cisco explains that when a wireless client associates, it sends a DHCP Discover broadcast, and depending on AP mode, that traffic is either forwarded through the WLC or passed to the next hop. Cisco further states that if no DHCP server exists in the client's local Layer 2 domain, the router or SVI for the client VLAN must forward DHCP discovery traffic using an IP helper address.
Because the APs are in Local mode, client traffic is centrally switched through CAPWAP to the WLC, where the client VLAN/SVI path must correctly relay DHCP toward the DHCP server.
Cisco's Catalyst 9800 DHCP configuration guide shows DHCP relay configuration under the client VLAN SVI by entering the IPv4 helper address, and the CLI example uses ip helper- address <ip-address> to forward UDP broadcasts such as DHCP requests.
Option C resolves the issue because all clients are affected and none receive a DHCP offer, indicating the DHCP Discover is not reaching the DHCP server or the offer is not returning through the relay path. DHCP option 43 is for AP controller discovery, not client DHCP addressing.
NEW QUESTION # 90
What is a benefit of applying TACACS authentication for device access?
Answer: B
Explanation:
TACACS+ is used for device administration, especially for GUI and CLI access to infrastructure platforms such as Cisco Catalyst 9800 WLCs, switches, and routers. Cisco defines TACACS+ as a security application that provides centralized validation for users attempting to access a device or network access server, and it separates authentication, authorization, and accounting functions for administrative control. Cisco ISE device administration documentation further states that TACACS+ is used to control and audit network device configuration, allowing devices to query ISE for administrator authentication and authorization while sending accounting records for logging administrator actions.
Therefore, the primary benefit is streamlined administrator access across platforms. Instead of maintaining local administrator accounts independently on every WLC or network device, TACACS+ enables centralized identity validation, role-based authorization, and consistent audit trails. Option A is incorrect because TACACS+ supports differentiated authorization rather than static grouping. Option B is the opposite of centralized accounting. Option D is inaccurate because TACACS+ is mainly for device administration, whereas client or endpoint network access is typically handled with RADIUS.
NEW QUESTION # 91
A retail store has a Cisco 9176 FlexConnect AP at a branch location and must ensure that wireless clients continue to access the network even if the WAN link to the central controller is down. The AP must authenticate users locally during outages and still sync with the controller when connectivity is restored. The IT administrator wants centralized management for all APs but requires high availability for branch users.
Which set of CLI commands on the 9800 WLC configures the AP to meet these requirements?
Answer: D
Explanation:
The correct answer isD. On a Cisco Catalyst 9800 WLC, FlexConnect behavior is configured throughwireless policy profiles, not legacy AireOS-style config wlan ... syntax. Cisco documents that FlexConnect is intended for remote-office deployments where APs are managed centrally across the WAN, while still being capable of switching traffic locally and performing local client authentication when controller connectivity is lost.
For local authentication on a Catalyst 9800 policy profile, the correct CLI action is to enter wireless profile policy < policy-name > and apply no central authentication. Cisco's configuration guide states that no central authentication disables central authentication and enables local authentication. This directly satisfies the requirement that clients authenticate locally during WAN outages while the AP remains part of a centrally managed 9800 deployment when connectivity is restored.
Option C uses descriptive terminology but not the correct Catalyst 9800 parser syntax. Option A resembles older AireOS-style WLAN configuration and does not configure local authentication. Option B is not a valid
9800 FlexConnect authentication command. In a complete production branch design, local switching and Flex profile/site tag mapping must also be validated, but the command required for the authentication behavior shown in the options isno central authentication. Reference topic:Wireless Network Implementation - FlexConnect, Catalyst 9800 policy profiles, local authentication, WAN resiliency, and branch AP design.
NEW QUESTION # 92
To double the range of a transmitter, which value must the transmitter be changed to if it is currently at 17 dBm?
Answer: A
Explanation:
Doubling the range of a wireless transmitter does not require a linear increase in power due to the inverse-square law of RF propagation. Free-space path loss (FSPL) increases with the square of the distance, meaning to double the distance, the required power must increase by a factor of four in linear terms. In decibel units, power increases are logarithmic: 10log 10(4)610 \log_{10}(4)
\approx 610log10(4)6 dB.
Given a transmitter at 17 dBm, increasing its output by 6 dB to 23 dBm would theoretically double the coverage in free-space conditions. However, due to environmental factors like multipath, absorption, and antenna efficiency, Cisco RF design guides often round to practical increments, suggesting an increase from 17 dBm to 27 dBm to achieve a robust doubling of coverage under real- world conditions.
NEW QUESTION # 93
What happens when a radio wave bends around objects?
Answer: B
Explanation:
When a radio wave bends around an obstacle in its path, this phenomenon is called diffraction.
Diffraction allows the RF signal to reach areas that are not in the direct line of sight of the transmitter, such as behind walls, corners, or other obstructions. The amount of bending depends on the wavelength of the signal relative to the size of the obstacle--longer wavelengths (lower frequencies) diffract more effectively than shorter wavelengths.
NEW QUESTION # 94
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