An engineer must perform a pre deployment site survey for a new building in a high-security area.
The design must provide a primary signal RSSI of -65 dBm for the clients.
Which two requirements complete this design? (Choose two.)
Click on the arrows to vote for the correct answer
A. B. C. D. E.DE.
The pre-deployment site survey is a critical step in designing a wireless network to ensure that the network provides optimal coverage and performance. The survey involves identifying potential sources of interference, evaluating signal strength, and determining the placement of access points (APs) for optimal coverage.
In this scenario, the engineer must design a wireless network for a new building located in a high-security area that provides a primary signal RSSI of -65 dBm for the clients. RSSI (Received Signal Strength Indication) is a measure of the signal strength between the AP and the client device. An RSSI of -65 dBm is considered a good signal strength for most wireless devices.
Based on this requirement, the two design requirements that complete this design are as follows:
AP model - The type of AP model chosen will affect the signal strength and coverage area of the wireless network. Therefore, selecting the appropriate AP model is critical in achieving the desired signal strength. The engineer must choose an AP model that provides sufficient coverage and signal strength to meet the required RSSI of -65 dBm.
Number of clients - The number of clients that will be using the wireless network will impact the signal strength and coverage area. The more clients connected to the network, the weaker the signal strength may become. Therefore, the engineer must consider the number of clients that will be using the wireless network and ensure that the design can accommodate them while still providing the required signal strength.
The other options listed, HVAC access, WLC model, and site access, are not directly related to achieving the required signal strength of -65 dBm. HVAC access may be important to ensure that the APs do not overheat, and site access may be necessary to perform the survey, but they do not impact the signal strength. The WLC model may impact the management and control of the wireless network but does not affect the signal strength. Therefore, options A, B, and C are not the correct answers.