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8 channel SAT>IP LNB with PoE Adapter


Item: 5047


New! Inverto’s iLNB™ delivers satellite broadcast content to Smart TVs, Tablets, Smartphones and PCs connected to the home IP network The iLNB can receive up to eight different transponders of a satellite orbital position. It allows up to eight SAT>IP compatible Client devices/apps to receive their selected TV program concurrently. The iLNB can also operate as an IPTV multicast server allowing selected TV programs to be distributed as IP multicast streams over a local area network.  


The iLNB digitally samples the satellite signals directly at the antenna and makes the satellite spectrum data and other link quality metrics accessible over the home network. TV Programs can be streamed to fixed and/or portable SAT>IP compatible screens, devices or apps such as SmartTVs, STBs, PCs, Tablets and Smartphones that are connected over the same home network. Where a record function exists in the Client device [such as tablets] then the user has the added ability to record the program and watch off line at a later time.


The iLNB can connect to your home network WLAN router via a direct Ethernet connection or over power-line communication (PLC) adapters and can be used for free-to-air (FTA) or pay TV services.  


Key features:

  •  Universal Ku-band frequency range 10.7-12.75GHz
  •  Reception of up to 8 DVB-S/S2 transponders
  •  Compliant with the SAT>IP communication protocol
  •  Operating modes: Unicast or Multicast
  •  Supporting up to 8 different SAT>IP -compatible Client devices/apps
  •  Web-based management interface
  •  Software upgradable online or through a local PC
  •  Power-over-Ethernet Type I, less than 10W for 8-channel operation  
Product Specifications
Technical Specifications:  
RF parameters  
Input Frequency Range  
   Low band  10.70 - 11.70 GHz
   High band  11.70 - 12.75 GHz
IF Frequency Range  
   Low band  950 - 1950 MHz
   High band  1100 - 2150 MHz
Local Oscillator Frequency  
   Low band  9.75 GHz
   High band  10.6 GHz
Local Oscillator Initial Accuracy  +/- 2.0 MHz
Local Oscillator Temperature Drift  +/- 5.5 MHz
Aggregated phase noise 3Khz – 15 MHz 2.50RMS
Local Oscillator Phase Noise @ 1KHz  -50 dBc / Hz
Local Oscillator Phase Noise @ 10KHz  -75 dBc / Hz
Local Oscillator Phase Noise @ 100KHz  -95 dBc / Hz
LO inter-modulation level  -55 dBm (max) 
Conversion Gain 40~50 dB
Gain Ripple (In Band)  3 dB
Gain Variation (across range)  6 dB
Cross-polarization isolation  22 dB (typical)
Noise Figure  1.3 dB (max)
Image rejection  40 dB (min)
Output return Loss  10 dB (min) 
Output VSWR  2.5 : 1
General parameters  
Supply Power (PoE IEEE 802.3af-2003)  48 V +/- 10%
Power Consumption (Class 3, PoE PD device)  9 W (typ), 12.95 W (max)
Working Temperature  - 40 ˚ ~ + 65 ˚ 
Feed diameter  23 mm
Dish F/D ratio  0.6
IP protection IP54
Frequently Asked Questions

What is a feedhorn?

The feedhorn is the part of a satellite dish system which gathers the reflected signal from the dish and focuses it towards the LNB.

What is an LNB?

An LNB - Low Noise Block (also called an LNC- Low Noise Converter), is used for communications (broadcast) satellite reception. The LNB is usually affixed either in or on the satellite dish.

What is an LNBF?

An LNBF is an LNB with an integrated feedhorn

What is a Monoblock LNB?

This design consists of two independent LNBs in a single case. The two LNBs can be automatically addressed with any DiSEqC 1.0 or higher receiver. In some cases they can also be addressed with ToneBurst / MiniDiSEqC. However, they are only available for satellites with a fixed 3 degree, 4.3 degree, 6 degree …spacing. In Europe, for example, there are monoblock single, twin and quad LNBs for the Ku band, which have a pre-defined spacing of 6 degrees (for Astra 1 / Hotbird , for example).

Why can I receive only one satellite with my Monoblock?

Monoblock LNBs are designed for a specific dish size, 80cm for example. If your dish is too small (70cm for example) or too wide (90cm for example) it is not possible to receive both satellites together. Please choose the dish size for which the monoblock LNB has been designed.