4 LNB/Satellite TV Polarities over 1 strand single mode fiber up to 40Km for Remote Dish locations
The most convenient way to transport any modern Satellite signal over single mode fiber using an internal multiplexer to carry up to 4 signals of RF Satellite feeds
Particularly applicable to satellite dish TV distribution systems in a MDU (multi-dwelling unit) up to 32 endpoints (Apartments/Rooms)
Compatible with any multiswitch to serve hundreds of customers.
It works like individual coax extender from the LNB over the fiber
The most common application for the LB41 system is extending the maximum distance between a television system and its satellite dish antenna. Without the use of a Thor system, the satellite antenna must be installed within 100 meters of a multiswitch or receiver equipment. This is not a problem for most residential or household type consumer applications; but presents a significant obstacle in larger high rise buildings or corporate installations. The LB41 system increases the flexibility of satellite TV systems by overcoming the distance limitation between the antenna and the rest of the TV system.
Another popular use of the LB41 system is for distributing the output from a common satellite antenna to multiple receiver locations. For the standard LB41 system (using CWDM optics) it is possible to use a single transmitter and high efficiency coupler to deliver the satellite content to up to 32 optical receivers. The standard CWDM systems typically do not have enough power to deliver Internet or network connectivity due to loss. For customers requiring a system that can scale, Thor also offers these systems in DWDM optics. The DWDM versions of these transmitters are compatible with EDFA optical amplifiers. This allows expansion to up to 5000+ optical receivers and the incorporation of internet or IP networking services. Thor refers to the DWDM type systems as LTTH (L-Band to the Home).
Thor Fiber’s 4 Channel L-Band over single mode fiber systems were designed to be the most reliable source for transporting Satellite Television over Modern Satellite TV systems such as DirecTV, Dish Network, and Free Off Air. The LB-41 unit will take all 4 coax feeds from the 4 LNB’s found on many satellite dish arrays and transport them discretely over a single fiber so you don’t have to worry about the distance to your head end. The strength of these units comes from powerful lasers that will transport each LNB signal over a different color of light that is combined in an internal multiplexer. This reliability creates a completely transparent feed from your Dish to your receivers without sacrificing picture quality. Easily distribute this optical signal to many endpoints using a splitter or coupler, the LB41 can feed up to 32 end points with a single Transmitter. Also ask one of Thor’s representatives about a DWDM system that can be used with EDFA amplifiers and lots of splitters to send a Single Dish feed to 5000 homes (endpoints).
These units, both Tx & Rx, come in a standard 19” rack mount chassis that will help keep your area or head end free of clutter and excess wiring. What makes these units so dynamic is their simplicity in use, plug & play, and their very advanced chip sets with automatic features that will help minimize any troubleshooting. This multichannel L-Band set is the easiest way to setup a point to point connection for a Satellite Dish over any distance up to 40km over one strand of single mode fiber using SC/APC connectors. If you’re looking for a way to hide that satellite dish in a discrete location on your property but are worried about signal loss to the satellite receiver - STB from your dish provider, Thor has the simplest and most frustration free design that our integrators and installation experts have ever used. The standard CWDM implementation features automatic internal tuners that will adjust to your Dish and transport the cleanest HD quality picture
Part numbers :
PN: F-LB41-TX-CWDM-XX 4 LNB fiber optic Transmitter
F-LB41-RX-CWDM-XX 4 LNB fiber optic Receiver
xx distance in Km
IMPORTANT NOTE*** (it is very important to interface our unit with SC/APC - Angle Polished Connector to avoid any light reflections.
If your fiber is terminated with the SC, ST, FC /PC flat connector, you need to use an optical jumper from PC type to SC/APC for proper conversion.
F-LB41-CWDM-TX/RX - 4 LNB over fiber up to 20Km
F-LB41-CWDM-TX/RX-40 - 4 LNB over fiber up to 40Km
F-LB41-CWDM-TX/RX-80 - 4 LNB over fiber up to 80Km
F-SNMP ( IP Ethernet SNMP monitoring option for the transmitter and receiver )
*All Specifications Subject to Change Without Notice |
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4x Type-F 75 Ohm |
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54-3000Mhz | ||
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+20 to +35 dBmV 80 to 95 dBµV -29 to -14dBm |
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4x CWDM 20nm Spacing 1510-1570nm | ||
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3.0 dBm (2mW) - standard |
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1 SC/APC IMPORTANT NOTE*** (it is very important to interface our unit with SC/APC - Angle Polished Connector to avoid any light reflections. If your fiber is terminated with the SC, ST, FC /PC flat connector, you need to use an optical jumper from PC type to SC/APC for proper conversion. |
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6x Feedback Controlled DFB type CWDM | ||
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12 dB | ||
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25 dB | ||
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SNMP Network (optional, costs additional) Front Panel |
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110 / 220 VAC Auto Switching | ||
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>50 W | ||
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19 x15 x 1.75 | ||
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3.5 kg | ||
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0 - 65 C° |
We can definitely help you with that. We have L-band fiber optic transmitter and receivers, there are 1310nm or CWDM, but we can make them with the DWDM wavelengths. Depending on what ITU DWDM channels do you need, we could use our single rack-mountable L-band TX /RX to do that.
Waterproof Outdoor GPS fiber optic Transmitter and 19" rack-mountable receiver, sends the signal from a GPS antenna to a receiver over singlemode fiber. The transmitter and receiver has RF and Optical meters, allows quick and seemless implementation without any Optical and RF instruments.
This unit is for transporting GPS RF carrier signals over fiber for transport indoors or to non line of sight locations. Perfect for hangars, ships, or buildings. Provides a transparent and secure RF connection between your GPS antenna and receiver for distances from 100 ft to 20Km The GPS signal the frequency standard can generate very precise timing or sinewave outputs that are used in a variety of applications.