Range (min/resolution/max) 1° Current Elevation Beam Direction Current elevation Beam Direction indicates the current direction of the antenna main beam in elevation plane. It is expressed in degrees from horizontal plane and it is included in a range that has Antenna.Min.Elev.Beam.Dir. as lower boundary and Antenna.Max.Elev.Beam.Dir. as upper boundary. Metadata Curr.Azi.Beam.Dir Meas. Unit: ° (degree) Data type: Fixed-point name: ID: 003 Size: 1 Desc.: It indicates the current direction of the antenna main beam in elevation plane. Range (min/resolution/max) 1° RF Front-End Metadata The RF Front-End metadata indicates specifications of the RF front-end as given by the manufacturer. The definition of each parameters and the related unit of measurements are reported in table A4. Metadata Front-End Meas. Unit: -------- Data type: Cluster name: ID: 004 Size: Variable Desc.: List of the RF Front-End specifications according to manufacturer specifications. .0 Front-End.Low.Freq.Passband Data type: Unsigned fixed-point .1 Front-End.High.Freq.Passband Data type: Unsigned fixed-point .2 Front-End.Low.Freq.Stopband Data type: Unsigned fixed-point .3 Front-End.High.Freq.Stopband Data type: Unsigned fixed-point .4 Front-End.LNA-Gain Data type: Float .5 Front-End.LNA-NF Data type: Float .6 Reserved (for future use) Table : Front-End metadata parameters description Name Content Meas. Unit: Front-End.Low.Freq.Passband Low passband frequency evaluated at -1 dB Hz Front-End.High.Freq.Passband High passband frequency evaluated at -1 dB Hz Front-End.Low.Freq.Stopband Low stopband frequency evaluated at -60 dB Hz Front-End.High.Freq.Stopband High stopband frequency evaluated at -60 dB Hz Front-End.LNA-Gain Low Noise Amplifier Gain dB Front-End.LNA-NF Noise Figure of Low Noise Amplifier dB
Range (min/resolution/max) 1° Current Elevation Beam Direction Current elevation Beam Direction indicates the current direction of the antenna main beam in elevation plane. It is expressed in degrees from horizontal plane and it is included in a range that has Antenna.Min.Elev.Beam.Dir. as lower boundary and Antenna.Max.Elev.Beam.Dir. as upper boundary. Metadata name: Curr.Azi.Beam.Dir Meas. Unit: ° (degree) Data type: Fixed-point ID: 003 Size: 1 Desc.: It indicates the current direction of the antenna main beam in elevation plane. Range (min/resolution/max) 1° RF Front-End Metadata The RF Front-End metadata indicates specifications of the RF front-end as given by the manufacturer. The definition of each parameters and the related unit of measurements are reported in table A4. Metadata name: Front-End Meas. Unit: -------- Data type: Cluster ID: 004 Size: Variable Desc.: List of the RF Front-End specifications according to manufacturer specifications. .0 Front-End.Low.Freq.Passband Data type: Unsigned fixed-point .1 Front-End.High.Freq.Passband Data type: Unsigned fixed-point .2 Front-End.Low.Freq.Stopband Data type: Unsigned fixed-point .3 Front-End.High.Freq.Stopband Data type: Unsigned fixed-point .4 Front-End.LNA-Gain Data type: Float .5 Front-End.LNA-NF Data type: Float .6 Reserved (for future use) Table : Front-End metadata parameters description Name Content Meas. Unit: Front-End.Low.Freq.Passband Low passband frequency evaluated at -1 dB Hz Front-End.High.Freq.Passband High passband frequency evaluated at -1 dB Hz Front-End.Low.Freq.Stopband Low stopband frequency evaluated at -60 dB Hz Front-End.High.Freq.Stopband High stopband frequency evaluated at -60 dB Hz Front-End.LNA-Gain Low Noise Amplifier Gain dB Front-End.LNA-NF Noise Figure of Low Noise Amplifier dB
22-18-0004-00-0003-802-22-3-draft-specification-draft-2.docx