An engineer is deploying an outdoor Mesh network. Which four major factors should be considered? (Choose four.)
A. power
B. buildings
C. traffic lights
D. satellite dishes
E. line of sight
F. network connectivity
G. power lines
H. mounting
An engineer is deploying an outdoor Mesh network. Which four major factors should be considered? (Choose four.)
A. power
B. buildings
C. traffic lights
D. satellite dishes
E. line of sight
F. network connectivity
G. power lines
H. mounting
Hi guys!
I think ADFH, I share my thoughts:
A-> AP needs power to work and depends of the location could be a big challenge
E-> This could obstacle the communication between MAP devices, it’s necessary to maximize signal strength
F-> A mesh network must to have a RAP, this device needs to be connect to the wired network (Ethernet cabling is limited to 100 Meters)
H-> Likely the mounting will be a challenge since must to be an anchor point to prevent theft or damage due to the weather.
Sorry, I meant to say AEFH
Sorry, but I think network is not a major factor. It is only necessary for the RAP.
For me correct answers are A, B, E, H
The buildings are a major factor in order to design the MESH network
ABEH are correct answer
Don’t think this correct, you need “A”, to power the AP’s, “E”, to be able to create mesh links, “F” to get the network to and from your mesh network and “H” mounting is always an issue outdoors. AEFH in my opinion
Sorry, I think ABEH is correct. In MESH you don´t need F.
definitely agree that ABEH is the correct answer.
you need power to power up the Mesh AP
you need to check the building to satisfy if the Mesh APs will be line of sight with each other which satisfies the next choice, line of sight.
and mounting as you need to securely mount the mesh APs
mesh APs will work even if without network connectivity as long as the RAP is connected to the network, not all Mesh APs.
ABEF is correct, I think. Is a MESH you don´t need Power conectivity
ABFH
A, E, F, H
ABEH
A E F H
Answer: A,E,F,H
ABFH