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Πολυδιακόπτης Inverto Unicable II cascadable 1sat- 32 user+ter.
Κωδικός:
Ε-ΔΠΛ1-3991
Το προϊόν δεν είναι διαθέσιμο
Programmable Unicable II cascadable switch 32 User Bands with Terrestrial input & 1 legacy port
The IDLU-UST110-CUO1O-32P is a small form factor Unicable2 multiswitch enabling installations with up to 32 satellite receivers over a single cable based on digital channel stacking technology. Digital channel stacking technology applies digital signal processing after wideband Analog to Digital converters (full band capture) to select and reorder transponder channels. Compared with analog channel stacking, which is based on analog frequency translation to fixed frequency slots, the digital channel stacking implementation removes the need of in-band SAW filters, offers a full flexibility of channel selection, supports many more set top boxes through a single coax cable, greatly simplifies installations at subscribers homes all at much lower cost and lower power consumption.
Controlled by the connected receivers over EN50494 or EN50607 protocol, the multiswitch will select the desired transponder channel, convert its frequency to the respective User Band frequency and stack it over the Unicable output ports through Digital to Analog converter (also known as ‘Dynamic’ mode).
The multiswitch firmware can be configured to deliver a fixed transponder-to-IF frequency mapping (also known as ‘Static’ mode) and line up to 32 transponders (depending on the bandwidth of the desired transponders) over the Unicable output ports. This allows for an unlimited number of receivers to be connected to the switch making MDU installations substantially cheaper and simpler than ever before. The operation mode - dynamic or static - output power level, channel bandwidth, UB numbers, center frequencies and the functionality of each of the output ports can all be programmed as well.
The multiswitch receives (and cascades) 4 satellite IF bands/polarities (LV, LH, HV and HH) and Terrestrial VHF/UHF signals. Both Unicable and Legacy output ports combines the Terrestrial signal. The Terrestrial signal is not amplified. The multiswitch is powered over the supplied AC/DC adapter and power inserter device allowing greater flexibility in various installation scenarios. The communication protocol between the multiswitch unit and the connected receivers is based on EN50494 and/or EN50607 and can be defined per User Band allowing operators to support installations consisting of both EN50494-only and EN50607 compatible Next Generation PVRs and HGWs.
For Indoor and outdoor installations (IP 54)
* Programmer not included, sold separately as an optional accessory
Controlled by the connected receivers over EN50494 or EN50607 protocol, the multiswitch will select the desired transponder channel, convert its frequency to the respective User Band frequency and stack it over the Unicable output ports through Digital to Analog converter (also known as ‘Dynamic’ mode).
The multiswitch firmware can be configured to deliver a fixed transponder-to-IF frequency mapping (also known as ‘Static’ mode) and line up to 32 transponders (depending on the bandwidth of the desired transponders) over the Unicable output ports. This allows for an unlimited number of receivers to be connected to the switch making MDU installations substantially cheaper and simpler than ever before. The operation mode - dynamic or static - output power level, channel bandwidth, UB numbers, center frequencies and the functionality of each of the output ports can all be programmed as well.
The multiswitch receives (and cascades) 4 satellite IF bands/polarities (LV, LH, HV and HH) and Terrestrial VHF/UHF signals. Both Unicable and Legacy output ports combines the Terrestrial signal. The Terrestrial signal is not amplified. The multiswitch is powered over the supplied AC/DC adapter and power inserter device allowing greater flexibility in various installation scenarios. The communication protocol between the multiswitch unit and the connected receivers is based on EN50494 and/or EN50607 and can be defined per User Band allowing operators to support installations consisting of both EN50494-only and EN50607 compatible Next Generation PVRs and HGWs.
For Indoor and outdoor installations (IP 54)
* Programmer not included, sold separately as an optional accessory
| Technical specifications | |
|---|---|
| Frequency range: satellite | 950 MHz ~ 2150 MHz |
| Frequency range: terrestrial | 47 MHz ~ 862 MHz |
| Inputs | 4x Satellite IF inputs from Quattro LNB (V/L, V/H, H/L, H/H) 1x UHF/VHF input from Terrestrial antenna |
| Outputs | 4x Loopthrough satellite IF outputs 1x Loopthrough terrestrial output 1x Legacy output with combined terrestrial signal 1x Unicable output with up to 32 User Bands with combined terrestrial signal |
| Input power range | -50 dBm ~ -15 dBm |
| Output signal level (AGC) | Configurable (default -25 dBm) |
| RF isolation: satellite/terretsrial (input) | 28 dB min. |
| RF isolation: satellite/satellite (input) | 28 dB min. |
| RF isolation: satellite ch/ch (UBs, output) | 28 dB min. |
| Loop-through loss: satellite | 3 dB max. |
| Loop-through loss: terrestrial | 3 dB max. |
| Gain: Unicable II™ (dCSS) output (out of AGC) | 25 dB min |
| Gain: legacy (universal) output | -1 dB ~ +7 dB |
| LO phase noise @ 1 kHz | -80 dBc/Hz max. |
| LO phase noise @ 10 kHz | -92 dBc/H max. |
| LO phase noise @ 100 kHz | -96 dBc/Hz max. |
| LO phase noise @ 1 MHz | -104 dBc/Hz max. |
| Integrated phase noise | 1.5° max. |
| Legacy port switching | V/L=>13V/0kHz , V/H=>13V/22kHz H/L=>18V/0kHz , H/H>18V/22kHz |
| Input/Output impedance | 75 Ω (f-type) |
| LNB power supply | 13V ~ 18V, max 300mA |
| Power consumption | 450 mA @ 13 Vdc max. |
| Working temperature | -20°C ~ +60 °C |
| IP protection | IP54 |
| Product dimensions (W x D x H) | 113.50 mm x 110.50 mm x 20.80 mm |
| Weight | 165 g |
| Unicable II™ (dCSS) port specifications | |
| User band (channel) bandwidth | Configurable, 10 MHz ~ 80 MHz (default 30 MHz) |
| User band (channel) gain ripple | 3 dB max. |
| User band (channel) frequencies | Configurable; Example of 32 User Bands: |
| CH0: 1210MHz (EN50494+EN50607) | |
| CH1: 1420MHz (EN50494+EN50607) | |
| CH2: 1680MHz (EN50494+EN50607) | |
| CH3: 2040MHz (EN50494+EN50607) | |
| CH4: 984MHz (EN50494+EN50607) | |
| CH5: 1020MHz (EN50494+EN50607) | |
| CH6: 1056MHz (EN50494+EN50607) | |
| CH7: 1092MHz (EN50494+EN50607) | |
| CH8: 1128MHz (EN50607) | |
| CH9: 1164MHz (EN50607) | |
| CH10: 1256MHz (EN50607) | |
| CH11: 1292MHz (EN50607) | |
| CH12: 1328MHz (EN50607) | |
| CH13: 1364MHz (EN50607) | |
| CH14: 1458MHz (EN50607) | |
| CH15: 1494MHz (EN50607) | |
| CH16: 1530MHz (EN50607) | |
| CH17: 1566MHz (EN50607) | |
| CH18: 1602MHz (EN50607) | |
| CH19: 1638MHz (EN50607) | |
| CH20: 1716MHz (EN50607) | |
| CH21: 1752MHz (EN50607) | |
| CH22: 1788MHz (EN50607) | |
| CH23: 1824MHz (EN50607) | |
| CH24: 1860MHz (EN50607) | |
| CH25: 1896MHz (EN50607) | |
| CH26: 1932MHz (EN50607) | |
| CH27: 1968MHz (EN50607) | |
| CH28: 2004MHz (EN50607) | |
| CH29: 2076MHz (EN50607) | |
| CH30: 2112MHz (EN50607) | |
| CH31: 2148MHz (EN50607) | |
| Logistical info | |
| Packaging dimensions (W x D x H) | 125 mm x 118 mm x 76 mm |
| Packaging weight | 0.42 Kg |
| Quantity per carton | 30 |
| Carton dimensions (W x D x H) | 395 mm x 256 mm x 400 mm |
| Carton weight | 15.1 kg |
| Quantity per pallet | 540 |