Lte sib2 reference signal power

Lte sib2 reference signal power. UE must follow specific procedures upon receiving SIB1, depending on their operational state and capabilities. Following is an example you may see in SIB2 in real network or test equipment sib2 Reference Signal Power: cell reference signal or also known as energy per resource element for reference signal. The Reference signal transmits power is broadcast within SIB 2 and can also be signaled with an RRC Connection Reconfiguration message. Its value range from -60 to 50 dBm. For decoding any downlink data, the first step is to detect/decode reference signal. When UE try to figure out DL power (i. The purpose of this Reference Signal is to deliver the reference point for the downlink power. Pb: used to calculate power difference between Reference Signal and PDSCH. For decoding any downlink data, the first step is to detect/decode reference signal. 331). e, the power of the signal from a eNode B), it measure the power of this reference signal and take it as downlink cell power. "Reference Signal Power" is defined by the following Information Element (SIB2, Refer to 36. PUSCH Config Common: contains parameters related to referenceSignalPower: This defines the energy per resource element for the reference signal using a range from -60 to 50 dBm. . SystemInformationBlockType1 (SIB1) is a crucial broadcast message in LTE (Long-Term Evolution) networks, providing essential information to User Equipment (UE) for proper network operation. PL = Reference Signal Transmit Power – RSRP measurements. If the power of this reference signal is same as all other channel power, it would not be easy (though not impossible) to detect it. dkebd thwz yre yiyil uwg ufrwx olewyfs nizk omxbwr bnxvwh