Professional Design Universal Ku Band Single Lnb - GLB2000A-K Terr TV and Fiber Optic Twin LNB – Greatway
Professional Design Universal Ku Band Single Lnb - GLB2000A-K Terr TV and Fiber Optic Twin LNB – Greatway Detail:
Product Description
GLB2000A satellite TV FTTH optical LNB converts optical signal into two polarities RF for one satellite receiver. Working with Greatway GLB3500A-2T satellite TV fiber optic transmitter, GLB2000A outputs high quality Terrestrial TV+ Vertical/Horizontal RF signal. This ftth LNB can switch Vertical (or RHCP) or Horizontal (or LHCP) output signal by the 13V or 18V DC power from satellite receiver.
Regular LNB is Low Noise Block, converting Ku Band 10.7GHz~12.75GHz RF or C Band 3.7GHz~4.2GHz RF to 950MHz~2150MHz IF for sat receiver. At SMATV over fiber system, one transmitter converts LNB IF to fiber. After fiber optic amplifier and PON, optic signal is distributed to hundreds or thousands of FTTH families. At each home with fiber cable, one optical receiver converts fiber to Sat IF. Fiber input turns to 950MHz~2150MHz IF output for sat receiver.
• Satellite optical receiver plays the same role as regular LNB, it is a “virtual” LNB at home. Satellite optical receiver can be called as Optical LNB or Fiber LNB.
• Regular LNB is installed at dish facing the sky. Optical LNB is installed anywhere in home where fiber is available. The contents of one regular LNB can be re-produced up to 500K optical LNBs
• Regular LNB has vertical or horizontal polarities (13V/18V) and higher band or lower band (0Hz or 22KHz). By means of CWDM/DWDM technology, optical LNB can have the same function RF port from one SM fiber.
Regular LNB is Low Noise Block, converting Ku Band 10.7GHz~12.75GHz RF or C Band 3.7GHz~4.2GHz RF to 950MHz~2150MHz IF for sat receiver. At SMATV over fiber system, one transmitter converts LNB IF to fiber. After fiber optic amplifier and PON, optic signal is distributed to hundreds or thousands of FTTH families. At each home with fiber cable, one optical receiver converts fiber to Sat IF. Fiber input turns to 950MHz~2150MHz IF output for sat receiver.
Satellite optical receiver plays the same role as regular LNB, it is a “virtual” LNB at home. Satellite optical receiver can be called as Optical LNB or Fiber LNB.
Regular LNB is installed at dish facing the sky. Optical LNB is installed anywhere in home where fiber is available. The contents of one regular LNB can be re-produced up to 500K optical LNBs.
Regular LNB has vertical or horizontal polarities (13V/18V) and higher band or lower band (0Hz or 22KHz). By means of CWDM/DWDM technology, optical LNB can have the same function RF port from one SM fiber.
GLB2000A has 1310nm/1490nm WDM option for co-working with GPON/EPON ONU in any FTTH case, which enables inserting DTT+SAT over GPON/EPON network.
Other Features:
• Compact plastic flame retarding housing.
• High Linearity Photodiode.
• SC/APC fiber input.
• Optical AGC range: -6dBm ~ +1dBm.
• Sat RF Bandwidth: 950MHz~2150MHz.
• Terrestrial TV RF Bandwidth: 174~806MHz.
• Terrestrial TV + Horizontal (LHCP)@18V DC from satellite receiver..
• Terrestrial TV + Vertical (RHCP)@13V DC from satellite receiver.
• Optional WDM port to GPON ONU.
Product detail pictures:
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We normally think and practice corresponding on the change of circumstance, and grow up. We aim at the achievement of a richer mind and body and also the living for Professional Design Universal Ku Band Single Lnb - GLB2000A-K Terr TV and Fiber Optic Twin LNB – Greatway, The product will supply to all over the world, such as: Auckland, Czech Republic, Guyana, We have gained a lot of recognition among customers spread all across the world. They trust us and always give repetitive orders. Furthermore, mentioned below are some of the major factors that have played significant role in our tremendous growth in this domain.
By Kitty from Canada - 2017.02.14 13:19
The factory has advanced equipment, experienced staffs and good management level, so product quality had assurance, this cooperation is very relaxed and happy!
By Victoria from New York - 2017.02.28 14:19
