name: MOP
full_form: Maximum Output Power
context: target interference-to-noise ratio. It was found that FL deployment in the first MHz outside of the band required significantly larger separation between aggressor and victim due to the blocking selectivity of the FL receiver. When coordination is possible so that main-beam to main-beam interference can be avoided, the recommended coordination pathloss was determined to be 130 dB, corresponding to an 8 km coordination distance. The transmitter characteristics of the MCFN SDL BS assumed in this analysis are shown in table 5.1.1-1 with an assumption of maximum in-block EIRP of 68 dBm/5 MHz. Table 5.1.1-1: Out-of-block emission performance assumed for the SDL BS For uncoordinated FL, the objective is to define the out-of-band emissions to ensure compatibility under the worst case placement condition,; I.e., main beam to main beam scenario with 250 meter separation distance. Based on this, the following BS emission limits were derived. Note that these limits are much more stringent than
description: The Maximum Output Power (MOP) refers to the highest power level at which a User Equipment (UE) can transmit signals. In the context of 3GPP specifications, MOP is an essential parameter for ensuring that UE devices operate within safe and efficient limits, particularly when considering different frequency bands such as Band XXVI and co-banding between E-UTRA and UTRA.
explanation: The abbreviation 'MOP' is classified under the entity type 'Parameter' because it represents a specific configuration setting or limit for User Equipment (UE) transmission power. The context highlights its importance in defining UE performance requirements across different bands and technologies, such as UTRA and E-UTRA.
section_title: 6.3.1.1	UE MOP
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