A recently constructed building makes use of glass and natural light.
Users in the building are reporting poor cellular connectivity and speeds.
Which of the following is MOST likely the cause?
A.
Absorption B.
Channel overlap C.
Reflection D.
Frequency mismatch.
C.
A recently constructed building makes use of glass and natural light.
Users in the building are reporting poor cellular connectivity and speeds.
Which of the following is MOST likely the cause?
A.
Absorption
B.
Channel overlap
C.
Reflection
D.
Frequency mismatch.
C.
The most likely cause for poor cellular connectivity and speeds in a recently constructed building that uses glass and natural light is "Reflection" (option C).
Radio waves, which are used by cellular devices to transmit data, can be reflected by certain surfaces such as metal, water, and glass. In the case of a building that uses a lot of glass, the radio waves from the cellular devices may be reflecting off the glass instead of penetrating through it, resulting in poor signal strength and slow data speeds.
This problem is more likely to occur if the glass used in the building is coated with a low-emissivity (low-e) coating that reflects infrared radiation. This coating can also reflect radio waves, further worsening the problem.
Options A and D, "Absorption" and "Frequency mismatch" respectively, are less likely to be the cause of poor cellular connectivity in a building with glass and natural light. Absorption refers to the loss of signal strength as radio waves pass through certain materials, such as walls, but glass is not a material that significantly absorbs radio waves. Frequency mismatch refers to a situation where a cellular device is using a frequency that is not supported by the network or infrastructure, but this is not likely to be the cause of poor connectivity in a building.
Option B, "Channel overlap", is also less likely to be the cause in this scenario. Channel overlap refers to a situation where multiple wireless networks are using the same wireless channel, causing interference and reduced performance. However, in the case of cellular networks, the channels are assigned by the carrier and are not subject to interference from other wireless networks.
In conclusion, the most likely cause of poor cellular connectivity and speeds in a building that uses glass and natural light is radio wave reflection off the glass.