• Wideband LNB input. Unlike the previous ODU32 that required a specific wholeband LNB with frequencies above 5GHz, the OTx unit uses standard H & V wideband inputs.• The wideband LNB supplied in the kit uses a local oscillator set to 10.41GHz• Single optical output with a 7dBm 1/32 split ratio. ODU32 units are more costly but would offer two 1/32 split optical outputs. If more than 32 splits are required, additional equipment will be needed.• IP65 rated and can therefore be installed outside. Intended to be fitted behind the dish itself. Ensure that it is mounted vertically.• 5G/700MHz filtered input accepting frequencies 88 - 694MHz. Additional channel processing with channel conversion is recommended with transmitters that still offer COM7 at channel 55.• Vertical leg powering of the wideband LNB only. For horizontal signal testing, it is recommended that power is fed to the LNB via the vertical leg connection of the powered OTx unit.FibreIRS FC/UPC optical outputFully compatible with GI O2O and existing FibreIRS systemsWideband inputWall or pole mount1310nm versionOpticalOptical wavelength (D000410): 1310nm ±20Optical wavelength (D000435): 1550nm ±15Optical output power: +7dBmReturn Loss: 20dBRF Signal SatelliteInput frequency Wideband (MHz): Min 290 / Max 2340Gain variation across band: Max 3dB *Gain ripple across 28Mhz: 1dBNominal impedance: 75ΩInput power (dBµV): Min 70 / Max 85 (For 40 transponders)* additional variation can occur due to satellite transmitted signal levels.RF Signal TerrestrialInput frequency (MHz): Min 88 / Max 694Gain ripple across 28Mhz: 1dBInput power (dBµV): 70DC specificationInput voltage: 20VCurrent consumption: 350mA Max (Excluding connected devices)Output voltage Vertical and Terrestrial: 12VOutput voltage Horizontal: 18VMaximum upstream current: 500mAConnectorsInput: 3 x F connectorOutput: 1 x FC/UPCPower supply: 1 x F connectorEnvironmental SpecificationOperating temperature: -20°C to +60°CStorage temperature: -40°C to +70°C
