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Q1. An engineer is preparing for an active site survey of a warehouse and is informed that they should not enter any areas that are blocked by supplies that are difficult to move. Which option describes how the engineer should address this restriction?

A. Extrapolate restricted access areas by drawing circles for AP coverage

B. Survey hallways, common areas, and storerooms.

C. Utilize a predictive tool to define coverage in off-limits areas.

D. Educate the customer about the importance of accurate and complete measurements.

Answer: D

Q2. While performing a Layer 1 passive wireless site survey of a location an engineer detects several instances of low power frequency hopping interference, but cannot physically locate the interfering device or devices. Why is the engineer unable to locate the offending device or devices?

A. The sources are nearby narrow-beam radar and are sweeping through the facility.

B. The sources are PAN and are mobile.

C. The sources are above the ceiling file and transmit intermittently.

D. The sources are actually high-powered devices and transmit from off the site.

Answer: B

Q3. What is the optimal distance between APs for location services without considering the physical environment?

A. 10 to 25 feet

B. 90 to 120 feet 

C. 50 to 70 feet

D. 80 to 100 feet

Answer: C

Explaination: Reference: http://www.cisco.com/c/en/us/td/docs/solutions/Enterprise/Mobility/emob41dg/emob41dg-wrapper/ch13Loca.html

Q4. A customer is deploying a mesh outdoor wireless network based on FCC standards where spectrum analysis shows significant radar energy propagating throughout the coverage area from a local weather station. Which channel must be excluded from the access points RRM calculation to avoid network disruption due to weather radar activity?

A. 132

B. 44

C. 11

D. 36

Answer: A

Explanation:

Weather radars operate within the 5600- to 5650-MHz band, which means that channels 124 and 128 might be affected, but also channels 120 and 132 might suffer from weather radar activity.

Reference: http://www.cisco.com/c/en/us/td/docs/wireless/technology/mesh/7-3/design/guide/Mesh/ Mesh_chapter_0111.html

Q5. Which three options are benefits of U-APSD? (Choose three.)

A. optimized power-save mode periods

B. increased call capacity

C. bandwidth reservation

D. synchronization of the transmission and reception of voice frames

E. efficient roaming

F. priority bandwidth and polling

Answer: A,B,D

Explanation:

Unscheduled automatic power-save delivery (U-APSD) is a feature that has two key benefits:

The primary benefit of U-APSD is that it allows the voice client to synchronize the transmission and reception of voice frames with the AP, thereby allowing the client to go into power-save mode between the transmission/reception of each voice frame tuple. The WLAN client frame transmission in the access categories supporting U-APSD triggers the AP to send any data frames queued for that WLAN client in that AC. A U-APSD client remains listening to the AP until it receives a frame from the AP with an end-of-service period (EOSP) bit set. This tells the client that it can now go back into its power-save mode. This triggering mechanism is considered a more efficient use of client power than the regular listening for beacons method, at a period controlled by the delivery traffic indication map (DTIM) interval, because the latency and jitter requirements of voice are such that a WVoIP client would either not be in power-save mode during a call, resulting in reduced talk times, or would use a short DTIM interval, resulting in reduced standby times. The use of U-APSD allows the use of long DTIM intervals to maximize standby time without sacrificing call quality. The U-APSD feature can be applied individually across access categories, allowing U-APSD can be applied to the voice ACs in the AP, but the other ACs still use the standard power save feature.

The secondary benefit of this feature is increased call capacity. The coupling of transmission buffered data frames from the AP with the triggering data frame from the WLAN client allows the frames from the AP to be sent without the accompanying interframe spacing and random backoff, thereby reducing the contention experience by call.

Reference:

http://www.cisco.com/c/en/us/td/docs/solutions/Enterprise/Mobility/vowlan/41dg/vowlan41dg-book/vowlan_ch2.html#wp1045982

Q6. Which two factors influence the density of APs in a data-only WLAN environment? (Choose two.)

A. the number of clients that will roam through the facility

B. the type of controller chosen

C. the defined coverage area and customer needs

D. the number of APs dedicated to voice services

E. channel reuse and WLAN bandwidth

Answer: A,E

Q7. An engineer is configuring an autonomous AP for RADIUS authentication. What three pieces of information must be known to configure the AP? (Choose three.)

A. BVI IP address

B. group name

C. RADIUS IP address

D. PAC encryption key

E. username and password

F. shared secret

Answer: A,C,F

Q8. An engineer is tuning RRM parameters to improve client connectivity. Which channel band results in the best 802.11n client compatibility?

A. UNII-2

B. UNII-2e

C. UNII-3

D. UNII

E. UNII-1

Answer: E

Explanation:

802.11n operates on the same channel as 802.11a. For better compatibility with 802.11n clients, it is recommended to stay on lower channels (UNII-1 band).

Reference: http://www.cisco.com/c/en/us/support/docs/wireless/4400-series-wireless-lan-controllers/108184config-802-11n-wlc.html

Q9. A network engineer is configuring QoS with a DSCP value of 46. To which queue must the CoS be mapped for priority queuing of the voice frames?

A. 1

B. 2

C. 5

D. 4

E. 3

Answer: C

Q10. A hospital environment was designed to guarantee RF coverage at or better than -67 dBm in the 5 GHz spectrum. The customer mandates that RRM be used for DCA and TPC in both bands. After deployment, why do many of the legacy 802.11b/g devices have difficulty maintaining connectivity?

A. Excessive co-channel interference in the 2.4 GHz band exists.

B. Excessive overlapping channels in the 2.4 GHz band exists.

C. TPC drastically reduces Tx power in the 2.4 GHz band.

D. TCP drastically increases Tx power in the 2.4 GHz band.

Answer: C