A. The customer should be expected to order based on the preliminary design and BoM.
B. Give the preliminary design to the customer with a disclaimer for possible inaccuracies
C. A site survey should be conducted to verify assumptions and gather additional data to formulate the final design and BoM
D. Once the preliminary design is accepted, a final design and BoM should be created by adding a little "fudge factor".
A. Nodes
B. Locations
C. Portals
D. Routers
A. Perform a background scan to look for interference
B. Check the system log for routing events
C. Check the encryption settings on the link
D. Check the current RSSI values of the link
A. 172.16.12.255, 30
B. 172.16.12.255, 254
C. 172.16.12.95, 32
D. 172.16.12.95, 30
A. the maximum RSSI to decode a packet at a specific data rate (5 - 45.45%)
B. the maximum output transmit power for receivers that are in range
C. the maximum RSSI to decode a packet at a specific data rate
D. the minimum RSSI to decode a packet at a specific data rate
E. the receive signal level strength, which is always the same for each rate
A. max-auto-wds <1-6>
B. max-mesh-links <1-6>
C. max-mesh-backhaul <1-6>
D. max-manual-wds <1-6>
A. The radio has 3 transmit and 2 receive antennas
B. It has 3 receive chains and 3 transmit chains and operates exclusively on the 2.4GHz band
C. The radio supports 2 spatial streams, which are sent using 3 receive chains and 3 transmit chains
D. The radio supports 3 antennas but only 2 of them are used
A. True
B. False
A. Ability to see real time heatmaps of deployed coverage
B. Ability to visualize the effects of antenna mounting elevation and mechanical downtilt on coverage
C. Ability to see effects of building and trees on the coverage
D. Ability to see the horizontal distance that an AP can cover
A. 35%
B. 40%
C. 60%
D. 50%
