A wireless client is having issues staying connected to the wireless network even though the client is less than 20ft (6m) from the access point.
Which of the following is MOST likely the cause?
A.
Distance limitations B.
Latency C.
Security type mismatch D.
Absorption.
D.
A wireless client is having issues staying connected to the wireless network even though the client is less than 20ft (6m) from the access point.
Which of the following is MOST likely the cause?
A.
Distance limitations
B.
Latency
C.
Security type mismatch
D.
Absorption.
D.
The most likely cause of the wireless client's connectivity issues despite being within 20ft (6m) of the access point is absorption.
Absorption refers to the ability of certain materials such as concrete, metal, and water to absorb radio frequencies (RF) and attenuate the wireless signal. Even though the wireless client is within range of the access point, if there are obstacles or materials between them that are absorbing the RF signal, the client's connectivity may be affected.
For example, if there is a concrete wall or metal object between the client and the access point, the signal may be weakened or blocked, causing the client's connectivity issues. Similarly, if there is water or other liquids in the path of the RF signal, such as a fish tank or a large container of water, the signal may be attenuated, leading to connectivity problems.
Distance limitations may also cause connectivity issues, but in this scenario, the client is within range of the access point, so it is less likely to be the cause of the problem. Latency and security type mismatch can also cause connectivity issues, but they are less likely to be the cause in this scenario than absorption.
In summary, absorption is the most likely cause of the wireless client's connectivity issues despite being within 20ft (6m) of the access point, as certain materials can absorb and attenuate the RF signal, leading to connectivity problems.