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Overlight optical transmitter DWDM, Indoor use, DAB/UHF/SAT, Ch34, Po 9dBm

Overlight optical transmitter DWDM, Indoor use, DAB/UHF/SAT, Ch34, Po 9dBm

Indoor Overlight optical transmitter FM/DAB/UHF/SAT, CWDM 1550 nm 9 dBm

Indoor Overlight optical transmitter FM/DAB/UHF/SAT, CWDM 1550 nm 9 dBm

Indoor Overlight optical transmitter FM/DAB/UHF/SAT, CWDM 1310 nm 10 dBm

Enhanced electronics and optical engineering to light up your TV

Device capable of converting satellite signals from a WideBand LNB and terrestrial band into an optical signal, to be transmitted via fiber to up to 64 users without amplification. It operates in the 1310 nm window, allowing its signal to be multiplexed with other CWDM transmitters to deliver up to four full satellite bands and DTT over a single optical fiber.

Thanks to its optimized electronics and low losses, it is possible to reduce the number of amplifiers required and simplify deployment in collective installations, while preserving signal quality throughout the process.

It includes a low-noise amplifier and equalizer on each satellite input, allowing compensation for coaxial cable losses when the antenna is located far away. With integrated Bluetooth® connectivity, you can easily configure these settings and monitor the device from a smartphone or tablet using the ASuite app.

Download the brochure
Ref. 237603
Product Sheet
EAN13: 8424450327937
SKU
237603
Highlights
  • Optimal performance with distant antennas thanks to the integrated WideBand amplifier and equalizer
  • Convenient and simple wireless configuration from a smartphone or tablet using the ASuite app
  • High output level enabling passive distribution to 64 users or up to 512 with amplification
  • Eliminates the need for prior satellite amplifiers by offering a gain of 18 dB
  • Optimized electro-optical conversion even with unbalanced signals, thanks to the configurable WideBand equalizer up to 12 dB
  • Fiber optic distribution with low losses and immunity to interference
  • Remote powering via terrestrial and satellite input for LNB, mast amplifier or intelligent antenna
  • Robust, high-screening chassis made of Zamak for interference protection
  • Integrated power supply with plug included
  • 100% European design, quality, and manufacturing

Discover

WideBand technology

WideBand (also known as FullBand) refers to broadband transmission technology that uses a wide range of frequencies. In WideBand TV systems, a substantial portion or the whole of the frequency spectrum is available to users. It can be used in fiber deployments where long cable runs are demanded, or coaxial scenarios in combination with multiswitches adapted to this technology.

In WideBand technology, an LNB captures a complete satellite signal and distributes it through 2 universal outputs (vertical -V- and horizontal -H-), each of them with the combination of high (H) and low (L) bands, in a frequency range between 290 and 2340 MHz.

Despite the fact that Quattro technology is the most widely deployed technology in TV systems nowadays, WideBand technology brings significant advantages to the installation:

  • Simpler, faster and cleaner installation: In WideBand technology the number of coaxial cables connecting the LNB to the multiswitches is half as in traditional Quattro deployments, so the installation is done quicker and easier. The installation will also be tidier with fewer cables.
  • Wider bandwidth than other technologies: WideBand channels can carry more information thanks to their wide bandwidth (290-2340MHz). This powerful feature allows a greater number of services to be delivered to the end users of the installation.
  • Reusable deployment: WideBand technology allows signal distribution by reusing a Quattro installation. It can be distributed through the old 4 cables coming down from the roof to capture signals from up to 2 satellites, changing only LNBs and MSWs to be WideBand compatible.


Inputs
TERRVH
Frequency rangeMHz
47 ... 694290 ... 2340290 ... 2340
Input leveldBµV
83 ... 9570 ... 8570 ... 85
EqualizatordB
--0 ... 120 ... 12
GaindB
--18 18
Number of MUX for Input level
24 52 52
MUX bandwidth for Input levelMHz
8 40 40
Powering per inputsVdc
12 12 --
Max. current passmA
500 500 --
Max. current pass total inputsmA720
Wavelengthnm1310
Optical output powerdBmW10
Transmitter typeMQW-DFB
Optical connectorsSC/APC
RF connectors"F" female
ImpedanceΩ75
PoweringVac 110 ... 230
Mains frequency50 Hz / 60 Hz
Current consumptionmA < 320
Max. power consumptionW18
Operating temperature°C -5 ... 45

Physical data

Net weight: 888 g

Gross weight: 1,046 g

Width: 201 mm

Height: 122 mm

Depth: 41 mm

Main product weight: 830 g

Packing

Box 1 Units

More Information
tlv_discontinued No
tlv_tags

WideBand technology

WideBand (also known as FullBand) refers to broadband transmission technology that uses a wide range of frequencies. In WideBand TV systems, a substantial portion or the whole of the frequency spectrum is available to users. It can be used in fiber deployments where long cable runs are demanded, or coaxial scenarios in combination with multiswitches adapted to this technology.

In WideBand technology, an LNB captures a complete satellite signal and distributes it through 2 universal outputs (vertical -V- and horizontal -H-), each of them with the combination of high (H) and low (L) bands, in a frequency range between 290 and 2340 MHz.

Despite the fact that Quattro technology is the most widely deployed technology in TV systems nowadays, WideBand technology brings significant advantages to the installation:

  • Simpler, faster and cleaner installation: In WideBand technology the number of coaxial cables connecting the LNB to the multiswitches is half as in traditional Quattro deployments, so the installation is done quicker and easier. The installation will also be tidier with fewer cables.
  • Wider bandwidth than other technologies: WideBand channels can carry more information thanks to their wide bandwidth (290-2340MHz). This powerful feature allows a greater number of services to be delivered to the end users of the installation.
  • Reusable deployment: WideBand technology allows signal distribution by reusing a Quattro installation. It can be distributed through the old 4 cables coming down from the roof to capture signals from up to 2 satellites, changing only LNBs and MSWs to be WideBand compatible.

tlv_slogan Enhanced electronics and optical engineering to light up your TV
tlv_reflog OLT1310KBT
tlv_tabla_especificaciones
Inputs
TERRVH
Frequency rangeMHz
47 ... 694290 ... 2340290 ... 2340
Input leveldBµV
83 ... 9570 ... 8570 ... 85
EqualizatordB
--0 ... 120 ... 12
GaindB
--18 18
Number of MUX for Input level
24 52 52
MUX bandwidth for Input levelMHz
8 40 40
Powering per inputsVdc
12 12 --
Max. current passmA
500 500 --
Max. current pass total inputsmA720
Wavelengthnm1310
Optical output powerdBmW10
Transmitter typeMQW-DFB
Optical connectorsSC/APC
RF connectors"F" female
ImpedanceΩ75
PoweringVac 110 ... 230
Mains frequency50 Hz / 60 Hz
Current consumptionmA < 320
Max. power consumptionW18
Operating temperature°C -5 ... 45
tlv_ean 8424450327937
tlv_dim_product_x 201
tlv_dim_product_x_label Width
tlv_dim_product_x_unit mm
tlv_dim_product_y 122
tlv_dim_product_y_label Height
tlv_dim_product_y_unit mm
tlv_dim_product_z 41
tlv_dim_product_z_label Depth
tlv_dim_product_z_unit mm
tlv_weight_product_label Main product weight
tlv_weight_product 830
tlv_weight_product_unit g
tlv_gross_weight_label Gross weight
tlv_gross_weight 1,046
tlv_gross_weight_unit g
tlv_net_weight_label Net weight
tlv_net_weight_unit g
tlv_net_weight 888
tlv_1_type_pack Box
tlv_1_type_pcs_pack Units
tlv_1_pcs_pack 1

Signal monitoring at input and output

The optical output includes a power indicator that allows easy verification of the laser's correct operation, as well as a shutdown switch for safely handling the optical connector.

On the RF inputs, the signal level is continuously monitored to ensure it remains within the appropriate range, streamlining the identification and resolution of issues.

Full control of equalization and amplification

Features individual amplification and equalization control for each satellite input, allowing the amplifier to be switched on or off according to the installation’s needs.

Thanks to the adjustable equalizer, input level mismatches across frequencies can be precisely compensated, ensuring maximum performance and signal quality in the distribution system.