name: EIRP
full_form: Effective Isotropic Radiated Power
context: G.3.4-2b, the target CDF is met with one (or more, as illustrated) EIRP values. For the case shown in Figure G.3.4-2a, min. EIRP at the target CDF shall be determined based on an interpolation of the CDF curve between the top of raising edges located right above the CDF target (blue circle) and right below the target (green circle). For the case where the target CDF is met with one or more EIRP value, as illustrated in Figure G.3.4-2b, min. EIRP at the target CDF shall be determined as the min. EIRP value that meets the CDF target. (a) (b) Figure G.3.4-2: Illustration of CDF scenarios, a) CDF target is not met with any EIRP value, b) CDF target is met with one or more EIRP values. It can be concluded that, for the case when the target CDF is not met with any EIRP values, the min. EIRP at the target CDF is determined based on an interpolation of the CDF curve between the raising edges located right above the CDF target and right below the target. For the case where the target CDF is
description: Effective Isotropic Radiated Power (EIRP) is a measure of the maximum power an antenna can radiate in a specific direction. It considers both the antenna's gain and the input power. EIRP is used to determine the minimum power needed for 5G radio transmission to achieve a desired Cumulative Distribution Function (CDF) value.
explanation: EIRP quantifies the radiated power of an antenna, making it a crucial measurement in telecommunications for evaluating transmission performance and meeting specific coverage requirements.
section_title: G.3.4Clarification of Min. EIRP at fixed CDF value
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