Unicable II programmable 40mm LNB with 32UB
This Unicable2 LNB enables installations with up to 32 satellite receivers connected over a single coax cable and using the EN50494/EN50607 protocols providing access to unlimited number of transponders (also known as ‘Dynamic’ mode) . Alternatively, it can be configured to deliver a fixed mapping of transponder frequencies to IF frequencies (also known as ‘Static’ mode), allowing an unlimited number of receivers to be connected and providing them access to up to 32 transponders (or more, depending on the bandwidth of the desired transponders) based on digital channel stacking technology.
Digital channel stacking technology uses fast wideband analog to digital converters and applies digital signal processing to select desired transponder channels, up convert them and stack them as IF signals over the Unicable output ports. The Unicable2 LNB offers a full flexibility of channel selection, supports many more set-top-boxes over existing cabling thus significantly reducing cost and simplifying installations at subscribers homes. The Static mode, allowing an unlimited number of receivers to be connected to the LNB, makes multi-room distribution and MDU installations substantially cheaper and simpler than ever before. The operating mode - dynamic or static - output power level, channel bandwidth, UB numbers, center frequencies and dish alignment mode are all programmable and can be configured and updated in the field using a dedicated programmer device*.
The LNB can be powered over a connected STB or by an AC/DC adapter over a power inserter in case the STB is unable to provide the necessary power. The Unicable2 LNB is backward compatible, fully compliant with both EN50494 and EN50607 standards and integrates seamlessly into EN50494-only or mixed EN50494/EN50607 installations of compatible STBs, Next Generation PVRs and HGWs.
For more information on the Unicable2 technology and its advantages please refer to: www.inverto.tv/unicable2
• Low phase Noise HDTV-DVBS2 compliant
• Low Noise Figure
• Very high cross-pol isolation
• Programmable Static frequency mapping mode
• Dish alignment mode
* Programmer not included, sold separately as an optional accessory.
|Input Frequency Range||10.7 ~ 12.75 GHz|
|Noise Figure||1 dB Max.|
|LO Frequency||10.4 GHz|
|LO Initial Accuracy||+/- 1.0|
|LO Temperature Drift||+/- 2.5|
|LO Phase Noise @ 10K Hz||-80 dBc / Hz|
|Unicable Conversion Gain (AGC)||55 dB Min.|
|Gain Variation||+/- 0.75 dB/UB|
|Image Rejection||40 dB Min.|
|Cross-pol Isolation||22 dB Min.|
|O/P 1 dB Compression Point||0 dBm min.|
|O/P VSWR||2.5 : 1 max.|
|Output Impedance||75Ω (F-type)|
|IF Channel (User Band) bandwidth||Configurable 10~64MHz (default 36MHz)|
|Output IF Channels (UBs)||Up to 32, Default 32UBs:|
|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 1716MHz (EN50607)|
|CH22 1752MHz (EN50607)|
|CH23 1788MHz (EN50607)|
|CH24 1824MHz (EN50607)|
|CH25 1860MHz (EN50607)|
|CH26 1896MHz (EN50607)|
|CH27 1932MHz (EN50607)|
|CH28 1968MHz (EN50607)|
|CH29 2004MHz (EN50607)|
|CH30 2076MHz (EN50607)|
|CH31 2112MHz (EN50607)|
|CH32 2148MHz (EN50607)|
|Channel isolation||25 dB Min.|
|Unicable Control Signals||DiSEqC1.x/DiSEqC2.x, EN50494/EN50607|
|Working Temperature||- 30°C~ + 60°C|
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?
What is an LNBF?
An LNBF is an LNB with an integrated feedhorn
What is a Monoblock LNB?
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.