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NEW QUESTION # 38
How does the optimized roaming function operate in a WLC implementation?
Answer: A
Explanation:
Optimized roaming is a Cisco WLC feature designed to reduce sticky-client behavior. A sticky client remains associated to an AP even after moving far enough away that another AP would provide better RF service.
Cisco describes optimized roaming as actively monitoring client data RSSI and disconnecting clients when received signal strength falls below the configured threshold. The official Catalyst 9800 documentation states that optimized roaming "disassociates client when the RSSI is lower than the set threshold," which directly matches option A.
This function does not calculate device location through peer-to-peer beaconing, does not depend on external experience services, and is not static load balancing. It is an RF/client-roaming enforcement mechanism controlled by the wireless infrastructure. In practical operation, the AP/WLC evaluates client signal quality and, when the configured optimized roaming criteria are met, forces the client to disconnect so it can reassess the RF environment and roam to a better AP. Cisco also notes that optimized roaming helps maintain client connectivity by managing disassociationn based on RSSI and data-rate thresholds. Reference topics:Client Connectivity Configuration - client roaming behavior, sticky-client mitigation, RSSI thresholds, and WLC roaming optimization
NEW QUESTION # 39
Refer to the exhibit.
import requests
import json
API_ENDPOINT = "https://your-api-server.com/api/v1/devices/wireless"
AUTH_TOKEN = "YOUR_SECRET_API_TOKEN"
headers = {
"Accept": "application/json",
"Authorization": f"Bearer {AUTH_TOKEN}"
}
print("Fetching wireless inventory from the API...")
try:
response = requests.get(API_ENDPOINT, headers=headers, timeout=10)
response.raise_for_status()
wireless_inventory_list = response.json()
print("Successfully retrieved and parsed device data.\n")
print("--- Wireless Device Summary ---")
if isinstance(wireless_inventory_list, list) and
wireless_inventory_list:
for device in wireless_inventory_list:
mac = device.get("macAddress", "N/A")
ip = device.get("ipAddress", "N/A")
print(f"Device Found -> MAC: {mac}, IP: {ip}")
else:
print("No wireless devices were found in the inventory.")
except requests.exceptions.RequestException as e:
print(f"Error during API request: {e}")
except json.JSONDecodeError:
print("Error: Failed to parse the response from the API. It is not
valid JSON.")
A Cisco engineer is analyzing how a dictionary interacts with key-value pairs in a Python script that processes device records collected from a wireless controller. The engineer reviews the construction of the script to interpret the sequence used for data extraction. Which element performs the interaction within the script?
Answer: A
Explanation:
The correct element is the get() method. In the script, each device object is treated as a Python dictionary created from parsed JSON API output. The lines device.get("macAddress", "N/A") and device.get("ipAddress", "N/A") perform direct key-based lookup against the dictionary and return the associated value when the key exists. Python documentation defines dictionaries as key- value mappings and states that get() is used to avoid a KeyError by returning None or a specified default value when the key is absent.
This behavior is exactly what automation scripts need when consuming controller or wireless inventory APIs, because returned device records may not always contain every field. Cisco API inventory models commonly return structured device objects containing properties such as MAC address, model, network ID, product type, and wireless-related inventory attributes, which are then parsed by automation code. The pop operation would remove a dictionary key, not safely read it. The import function only loads modules such as requests and json. The format expression only builds the printed output string.
NEW QUESTION # 40
Which process allows continuous IP address retention in a wireless network during roaming?
Answer: B
Explanation:
Layer 3 roaming is the process that allows a wireless client to retain its original IP address when roaming across different Layer 3 client subnets or controller client VLAN contexts. Cisco describes intercontroller Layer 3 roaming as occurring when wireless LAN interfaces are on different IP subnets. During this roam, the controllers exchange mobility messages, but instead of simply moving the client database entry, the original controller marks the client as anAnchor, while the new controller marks the copied client entry asForeign.
Cisco explicitly states that the roam remains transparent to the wireless client and that the client maintains its original IP address.
NEW QUESTION # 41
A Catalyst 9800 controller deployment requires seamless mobility across multiple controllers in the same mobility domain. Which feature enables this capability?
Answer: B
Explanation:
Mobility groups allow wireless clients to roam seamlessly between controllers without losing connectivity or session information. Controllers exchange mobility data to preserve client state during roaming events. AVC and Hyperlocation provide analytics and location services rather than inter-controller mobility support.
NEW QUESTION # 42
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 theinverse- 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:10log10(4)#610 \log_{10}(4) \approx 610log10(4)#6dB.
Given a transmitter at 17 dBm, increasing its output by 6 dB to23 dBmwould 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 to27 dBmto achieve a robust doubling of coverage under real-world conditions.
Options A (20 dBm) and D (17 dBm) are insufficient because they do not provide the necessary power increase to overcome the logarithmic path loss for doubling range. Option C (100 dBm) is unrealistic and exceeds regulatory limits for enterprise wireless deployments. Proper power planning must balance coverage, interference, and regulatory compliance. Reference topic:RF Fundamentals - Free-space path loss, power control, and transmitter range planning in enterprise WLAN design.
NEW QUESTION # 43
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