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Motorola Solutions Design WLan Solutions Sample Questions:
1. Which Access Point model offers the highest throughput options in both the 2.4GHz and 5GHz frequency bands by utilizing 3X3:2 MIMO antenna technology?
A) AP6532
B) AP6511
C) AP7131
D) AP6521
2. You are designing a WLAN for a new customer and have been given a Customer Checklist for WLAN.
Given this checklist, please answer the test item(s) below.
What is a characteristic of this deployment that could significantly impact the number of APs required to provide the needed area coverage? Assume only the information in the Customer Checklist WLAN exhibit at the bottom.
A) Construction Material
B) Service desired by the customer
C) Potential Equipment placement locations
D) Email Environment
3. You are designing a channel plan for four (4) co-located U-NII-1 APs that will be in relatively close (RSSI -85 dBm) proximity to each other. Which of the following channel plans will allow for the BEST 802.11n performance due to better signal isolation between APs, if they are mounted down from the tiles in a straight line across the ceiling? As needed, please use the exhibit at the bottom.
A) 36+, 44+
B) 36+, 40+
C) 36-, 48+
D) 44+, 48
E) 48-, 44
4. You are designing a WLAN for a new customer and have been given a Customer Checklist for WLAN.
Given this checklist, please answer the test item(s) below.
Based on the data provided in the Customer Checklist for WLAN, select the most cost effective equipment for this deployment?
A) RFS4000 and AP7131S
B) RFS4000 and AP650s
C) RFS4000and AP6511s
D) AP7131NS
5. The IEEE 802.11n amendment allows for enhancements to the Data Link Layer (Layer 2) of the OSI model. One such enhancement includes the use of frame aggregation. With respect to frame aggregation, which of the following is considered a TRUE statement?
A) Frame aggregation may divide a single MAC Service Data Unit (MSDU) into multiple frames and will increase S02.11n MAC sub-layer overhead.
B) Frame aggregation allows for MAC Service Data Units (MSDU) of any priority to be combined into a single frame.
C) Frame aggregation permits MAC Service Data Units (MSDU) to support different encryption types in a single frame.
D) Frame aggregation may combine several MAC Service Data Units (MSDU) into one frame and will decrease 802.11n MAC sub-layer overhead.
Solutions:
| Question # 1 Answer: C | Question # 2 Answer: A | Question # 3 Answer: A | Question # 4 Answer: B | Question # 5 Answer: D |
By Heloise
