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.
H-NMS - 10/100 Ethernet IP NMS GUI interface for remote monitoring over IP network OPTION FOR F-MININODE-2RP-HP
Item |
Unit |
Technical Parameters |
||
Optical Parameters |
||||
Receiving Optical Power |
dBm |
-9 ~ +2 |
||
Optical Return Loss |
dB |
>45 |
||
Optical Receiving Wavelength |
nm |
1100 ~ 1600 |
||
Optical Connector Type |
|
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. |
||
Fiber Type |
|
Single mode |
||
Link Parameters |
||||
C/N |
dB |
≥51 |
Note 1 |
|
C/CTB |
dB |
≥60 |
||
C/CSO |
dB |
≥60 |
||
RF Parameters |
||||
Frequency Range |
MHz |
45 ~860/1003 |
||
Flatness in Band |
dB |
±0.75 |
||
|
( F-MININODE-2RP-HP-B one output) |
( F-MININODE-2RP-HP two output) |
||
Rated Output Level |
dBµV |
≥ 108 |
≥ 104 |
|
Max Output Level |
dBpV |
≥ 108 (-9 ~ +2dBm Optical power receiving) |
≥ 104 (-9 ~ +2dBm Optical power receiving) |
|
≥ 112(-7~+2dBm Optical power receiving) |
≥ 108 (-7 ~ +2dBm Optical power receiving) |
|||
Output Return Loss |
dB |
≥16 |
||
Output Impedance |
Ω |
75 |
||
Optical AGC Range |
dBm |
(-9dBm / -8dBm / -7dBm / -6dBm / -5dBm / -4dBm) - (+2dBm) adjustable |
||
Electrical control EQ range |
dB |
0~15 |
||
Electrical control ATT range |
dB |
0~15 |
||
General Characteristics |
||||
Power Voltage |
V |
A: AC (150~265)V |
D: DC 12V/1A External power supply |
|
Operating Temperature |
°C |
-40~60 |
||
Consumption |
VA |
≤ 8 |
||
Dimension |
mm |
190 (L)* 110 (W)* 52(H) |
|
the mini-node is an optical receiver with Return Path
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I have a coax demarc from the cable company that carries both internet and TV that I want to convert to fiber optics to enable me to transmit the signal less than a mile to a fiber/RF coax converter to enable me to use the cable companies box to watch TV and have high speed internet.
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So in this case you need an RF Optical transmitter; then you need an Optical RF receiver with Return Path, and finally you need a Return Path Receiver; so 3 products total and at least 2 strands of singlemode fiber.
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Would this device “L-BAND over Fiber Tx+Rx Basic 1 Ch Kit” be more practical for what I am trying to accomplish?
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No this is the wrong equipment for your application
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Lband is satellite, which is in a different frequency range then CATV
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So because I’m transmitting data it would require me to utilize these three devices, correct?
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Data and CATV in the RF band; yes correct.
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I would also need to install and use single mode duplex fiber optic cable is that correct?
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Yes, minimum 2 strands.
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One to send and one to receive.
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So for each location I wanted to have cable and high speed internet I would need to run two strands of fiber for each location?
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not necessarily, it depends what your fiber layout looks like
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or the general design itself
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https://thorbroadcast.com/ is sharing a file with you. 1_image.png - (Size:530.37 KB) |
in this kind of design you can use an optical splitter to minimize some of the products needed.
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Are you able to provide me with a price for these four pieces of equipment, optical transmitter, splitter, optical receiver and the little gray box that goes into the house?
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Sure what size optical splitter do you need?
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You mention a mile of fiber but do you have an optical budget reading on those strands?
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Transmitter 4mW starts at $1995.00 but if you need a larger splitter, then you 'll need a stronger transmitter.
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1 to 4 and I saw you had both a rack mounted model and mini version so is there a price difference with these?
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4 channel return path receiver
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MiniNode with Return Path
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how about the optical transmitter?
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1x4 rackmount splitter is 400, the compact model is 350
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do you offer the fiber optic cable I need in custom cut lengths with connectors?
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yes we can do that,
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8 mW Fiber Optic RF Transmitter for Television Carrier signals or any other RF in the 45-870 MHz band. Transmits full band signals with linear response.
The Thor 30db CATV Distribution Coax Amplifier supports 54-1000mhz - 158-channel Analog RF, Cable QAM, ATSC, DVB-T, ISDB-T