Is RX higher at the TAP than at the CPE?

When assessing the relationship between RX (received signal strength) at a TAP (Test Access Point) and at a CPE (Customer Premises Equipment), it is important to understand the typical signal flow in a telecommunications network.

In most scenarios, the RX level is expected to be higher at the TAP compared to the CPE due to the inherent losses that occur during signal transmission through cables and connectors. The TAP serves as a point in the network where the signal can be accessed and is often designed to maintain a higher signal strength before any attenuation occurs when the signal travels to the CPE. This is due to factors such as cable length, quality, and the number of connections along the transmission path, which can introduce signal loss.

Therefore, stating that RX is higher at the TAP than at the CPE aligns with common expectations in telecommunications, as the TAP is generally closer to the source signal before it undergoes any potential degradation.

Options that suggest a lower RX at the TAP or a dependence on equipment do not hold universally true, as the fundamental principle remains that TAP is designed to facilitate access and testing with a stronger signal before it weakens at the CPE.