The LNB Inverto Unicable2 allows installations with up to 32 satellite receivers* through a single cable.

The LNB is factory set to "dynamic mode".

The change to "static mode" can be done using the optionally available programmer.

Dynamic mode (delivery status)

Up to 32 receivers/tuners connected via a single coaxial cable. All devices have access to the total number of transponders available for the destination satellite. The receiving device must comply with EN50494 (CH0-CH7) or EN50607 (CH0-CH31). Example: A total of 120 transponders are transmitted from the satellite. Each of the 120 transponders can be received by any of up to 32 receivers/tuners installed in the home.

Static mode (adjustable by programmer**)

Any number of receiving devices connected with a single coaxial cable can receive up to 32 transponders. Here, 32 transponders are converted to 32 satellite IF frequencies using digital channel stacking technology. Example: A DTH operator offers its service through 32 transponders. Any number of receiving devices (Legacy or Unicable) can be connected via a single coaxial cable, each with access to any of 32 transponders.

The LNB is powered by a connected STB or via an optional external power supply/power inserter if the connected STB cannot supply enough power. The Unicable2 LNB is backward compatible and complies with EN50494 and EN50607 standards. Communication between the multi-switch and connected uni-cable receivers is performed in accordance with EN50494 and/or EN50607 and can be defined for each user band, allowing seamless integration into installations that only have EN50494 capability or a combination of EN50494 /EN50607- Compatible PVRs and latest generation HGW. To learn more about Unicable 2 technology and the benefits it brings, visit: www.inverto.tv

Features

• Low phase noise, compatible with DVB-S2 (HDTV)
• low noise figure
• Very high cross polarization isolation
• Programmable static mode with frequency assignment**
• Antenna adjustment mode

*8 subscribers can be used for terminals with Unicable standard (EN50494)

(CH0-CH7)

In terminals with Unicable II standard (EN50607) it can be used for all 32 participants

(CH0-CH31)

** Programming device not included

Technical specifications

• Input frequency range: 10.7GHz ~ 12.75GHz
• Noise figure: 1dB max.
• LOW frequency: 10.4 GHz
• LO Frequency Accuracy @ 25°C: 1.0 MHz max.
• Initial accuracy LO: 500 kHz max.
• Phase noise LO at 1 kHz: -60 dBc/Hz max.
• LO phase noise at 10 kHz: -80 dBc/Hz max.
• Conversion Gain: 55dB min.
• Gain variation (over full band): ±0.75 dB/UB max.
• Image rejection: 40 dB min.
• 1 dB compression point (@ output): 0 dBm min.
• Cross Polarization Isolation: 22dB min.
• SWR output: 2.5 : 1
• Current consumption: 280 mA max. @ 18VDC
• Operating temperature: -30 °C ~ +60 °C
• Output impedance: 75 Ω
• Output Connector Type: F Type (Female)
• Weight: 152.5g

Unicable II™ (dCSS) Port Specifications

Bandwidth User Band: Configurable, 10 MHz ~ 64 MHz (default 36 MHz)

Output Power Level (dSCR/dCSS with AGC): -25dBm (83dBuV) +/-1dB

Number of User Bands: Up to 32 User Bands

Standard configuration: 32 BU in dynamic mode:

CH1 1210MHz (EN50494+EN50607)

CH2 1420MHz (EN50494+EN50607)

CH3 1680MHz (EN50494+EN50607)

CH4 2040MHz (EN50494+EN50607)

CH5 984MHz (EN50494+EN50607)

CH6 1020MHz (EN50494+EN50607)

CH7 1056MHz (EN50494+EN50607)

CH8 1092MHz (EN50494+EN50607)

CH9 1128MHz (EN50607)

CH10 1164MHz (EN50607)

CH11 1256MHz (EN50607)

CH12 1292MHz (EN50607)

CH13 1328MHz (EN50607)

CH14 1364MHz (EN50607)

CH15 1458MHz (EN50607)

CH16 1494MHz (EN50607)

CH17 1530MHz (EN50607)

CH18 1566MHz (EN50607)

CH19 1602MHz (EN50607)

CH20 1638MHz (EN50607)

CH21 1716 MHz (EN50607)

CH22 1752MHz (EN50607)

CH23 1788 MHz (EN50607)

CH24 1824 MHz (EN50607)

CH25 1860MHz (EN50607)

CH26 1896 MHz (EN50607)

CH27 1932MHz (EN50607)

CH28 1968 MHz (EN50607)

CH29 2004MHz (EN50607)

CH30 2076 MHz (EN50607)

CH31 2112MHz (EN50607)

CH32 2148MHz (EN50607)

Control protocols: DiSEqC1.x / DiSEqC2.x, EN50494 / EN50607

Channel isolation: 25 dB min.